Synrg gene cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA	Protein	Name
XM_008848095.3	XP_008846317.1	synergin gamma isoform X1
XM_008848096.3	XP_008846318.1	synergin gamma isoform X3
XM_008848097.3	XP_008846319.1	synergin gamma isoform X4
XM_008848102.2	XP_008846324.1	synergin gamma isoform X8
XM_029553551.1	XP_029409411.1	synergin gamma isoform X2
XM_029553553.1	XP_029409413.1	synergin gamma isoform X7
XM_008848100.3	XP_008846322.1	synergin gamma isoform X10
XM_008848102.3	XP_008846324.1	synergin gamma isoform X13
XM_008848096.2	XP_008846318.1	synergin gamma isoform X2
XM_008848098.2	XP_008846320.1	synergin gamma isoform X4
XM_008848103.2	XP_008846325.1	synergin gamma isoform X9
XM_029553552.1	XP_029409412.1	synergin gamma isoform X5
XM_029553555.1	XP_029409415.1	synergin gamma isoform X11
XM_008848101.3	XP_008846323.1	synergin gamma isoform X12
XM_008848095.2	XP_008846317.1	synergin gamma isoform X1
XM_008848097.2	XP_008846319.1	synergin gamma isoform X3
XM_008848100.2	XP_008846322.1	synergin gamma isoform X6
XM_008848099.3	XP_008846321.1	synergin gamma isoform X8
XM_008848106.3	XP_008846328.1	synergin gamma isoform X16
XM_008848099.2	XP_008846321.1	synergin gamma isoform X5
XM_008848101.2	XP_008846323.1	synergin gamma isoform X7
XM_008848106.2	XP_008846328.1	synergin gamma isoform X10
XM_008848098.3	XP_008846320.1	synergin gamma isoform X6
XM_029553554.1	XP_029409414.1	synergin gamma isoform X9
XM_029553556.1	XP_029409416.1	synergin gamma isoform X14
XM_029553557.1	XP_029409417.1	synergin gamma isoform X15

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
ONa135066	XM_029553551.1 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
ONa135067	XM_029553552.1 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
ONa135068	XM_029553553.1 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
ONa135069	XM_029553554.1 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
ONa135070	XM_029553555.1 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
ONa135071	XM_029553556.1 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
ONa135072	XM_029553557.1 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
ONa30859	XM_008848103.2 Latest version!	Nannospalax galili synergin, gamma (Synrg), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
ONa30851	XM_008848095.3 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
ONa30852	XM_008848096.3 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
ONa30853	XM_008848097.3 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
ONa30854	XM_008848098.3 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
ONa30855	XM_008848099.3 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00
ONa30856	XM_008848100.3 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00
ONa30857	XM_008848101.3 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00
ONa30858	XM_008848102.3 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00
ONa30860	XM_008848106.3 Latest version!	Nannospalax galili synergin gamma (Synrg), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00
View Old Accession Versions >>
ONa30858	XM_008848102.2	Nannospalax galili synergin, gamma (Synrg), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00
ONa30852	XM_008848096.2	Nannospalax galili synergin, gamma (Synrg), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
ONa30851	XM_008848095.2	Nannospalax galili synergin, gamma (Synrg), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
ONa30853	XM_008848097.2	Nannospalax galili synergin, gamma (Synrg), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
ONa30856	XM_008848100.2	Nannospalax galili synergin, gamma (Synrg), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00
ONa30855	XM_008848099.2	Nannospalax galili synergin, gamma (Synrg), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00
ONa30857	XM_008848101.2	Nannospalax galili synergin, gamma (Synrg), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00
ONa30860	XM_008848106.2	Nannospalax galili synergin, gamma (Synrg), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00
ONa30854	XM_008848098.2	Nannospalax galili synergin, gamma (Synrg), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
Hide Old Accession Versions >>

Synrg ( XM_029553551.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029409411.1 Nannospalax galili synergin gamma (Synrg), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ONa135066
Clone ID Related Accession (Same CDS sequence)	XM_029553551.1
Accession Version	XM_029553551.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4215bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG GCCTGATGCC AATGCAGCAG 
CAAGGATTTC CTATGGTCTC TGTCATGCAG CCCAATATGC AAGGCATGAT GGGAATGAAT 
TACAGCTCTC AAATGTCCCA AGGACCCATT GCGATGCAGG CAGGGTTACC GATGGCGCCA 
ATGCCGGCAG CAGGCATGCC TTACCTGGGG CAGGCACCAT TCCTGGGCAT GCGTCCTCCA 
GGCCCACAGT ACACTCCAGA CATGCAGAAG CAGTTTGCTG AAGAGCAACA AAAACGATTT 
GAACAGCAAC AAAAACTCTT AGAAGAAGAA AGAAAAAGAC GCCAGTTTGA AGAGCAAAAG 
CAAAAGCTCA GACTTCTGAG TAGCGTGAAA CCCAAGACAG GAGAGAAGAA CAGAGACGAT 
GCTTTGGAAG CCATAAAAGG AAACTTGGAT GGGTTTTCCA GAGATGCTAA GATGCATCCT 
ACTCCAGCAT CGCACCCCAA GAAACCAGAT TGTCCCACAT CATCTCATCT CATTTCCCCA 
TCACCTGCCT TTCTTGATGA AGATGAATTC AGTGACTTTA TGCAGGGGCC TGTGGAGGTT 
CCTATTTGTG TGCCATCTTC TGCGGCCCAG CCCTTTCAGT CTTTCCTTCC CACCACCCCA 
TTTGGCCAGT TGCATGCACA GAAGGCTGGG GTACAGCCTC TCCCTCCAGG TCAGATTCCA 
GTGTCTTTTG CCTTACATGG TGGCCCTGGG CAAATGCCTT ATTTCTCTTC TGCTTCAACT 
TCACACAGTG TGCAGAAAGC AGGCCCTTCC TTGGAGGAGA AGCTCCTAGT ATCTTGTGAT 
ATAAGTACAT CTGGGCATGA ACAAATTAAA TTAAGTACTC CTGAAGCTGG GCACAAAGCT 
CTAGTCCCAG ATTCCAGTGA GAACCATCCC ACTTTAACGG CCAGTCATGG GGGTGCTGTA 
GATGGATGTG TAAATGGTCC CACCACTGCA GAGGCAGAAA AGACTTCAGA CCAAAACCTG 
TCAAATGAAG AGAGTGGTGT GGGTGTGTTT CCCTCGCAGG ATCCTGTTCC ACCCAGAATG 
CCTCCTTGGA TTTACAATGA AAGTTTGGTC CCAGATACCT ATAAGAAAAT TTTAGAAACC 
ACAGTGACTC CAACTGGAAT AGATACTGCT AAACTTTATC CCATTCTGAT GTCATCTGGA 
CTTCCCAGGG AAACTCTTGG ACAGATATGG GCCTTGGCCA ATCGAACTAC ACCTGGCAAA 
CTCACTAAAG AAGAGCTTTA CACTGTTCTC GCCATGATAG CAGTAACGCA GAGGGGTGTT 
CCTGCCATGA GTCCTGATGC TTTGAATCAG TTCCCAGCAG CTCCCATTCC AACGTTAAGT 
GGCTTTTCTA TGACTCTGCC TACCCCAGTG AGCCAGCCGA CTGTGATGCC CTCTGGCCCT 
TCAGGGTCCA TGCCCCTCAG CCTTGGACAG CCAGTCATGG GCATTAACCT TGTTGGACCA 
GTGGGTGGAG CTGCAGCCCC AGCTTCCAGT GGCTTCATGC CATCTTACCC AGCAAAACAG 
GTGGGAAAGA CAGAAGAGGA TGACTTCCAG GAATTTCAAG ATGCTTCTAA GTCAGGATCC 
CTTGATGACT CGTTCACTGA CTTCCAAGAG GTGCCTCCTT CCTCAAAAAC AAATAATTCC 
CAGCATGGAA ACAGTGCTCC ATCTTTGTTG ATACCACTTC CTGGAACTAA AGCTTCAAAG 
GATAAATATG CAGTGTTTAA AGGAATTTCA GCTGACAAAC CCTCTGAAAA TGCTGTTCCA 
TTTGGAGAGT CTGCTGATAA ATACAGTGCT TTCCGGGAAC TTGAGCAGAC CACAGAGAAT 
AAACCTTTAG GAGAGAGCTT CACAGAATTC AGATCTGCAG GAACTGATGA TGGTTTCACC 
GACTTTAAGA CAGCCGACAG TATATCACCT CTAGAGCCAC CAACGACAAA AGACACTTTC 
CCAACATCCT TCCCCTCAGG ACCTATACAG CAGAAACAGC AAACACAAGT GAAAACTCCT 
CTGAACTTAG CAGACCTGGA TATGTTTTCC TCAGTTAATT GCAGCAATGA GAAACCATTG 
CCCTTTTCAG CAGCATTTAG CACATCTAAG TCAGTTTCTA CAAGACCTCA GCCAGGGGGA 
TCTACTACAA GCCCAGCAGC ACTGGCATCC ACTAAAACTT CTAGTCTGGC TGATGATTTT 
GGAGAATTCA ACCTCTTTGG GGAATATTCT AGTCCTGCAT CAGTTGGGGA GCAGGATGAC 
TTTGCAGATT TTATGGCTTT CAGTAACAGC TCTATTTCTT CTGAGCAAAA AGCAGATGAC 
AAATATGATG TCCTCAGAGA GGAACCAAGT CCCGTTCCTC TGACCAGCAA CTCAGGCAGT 
GAGGGAAAGA GTACACCTGC TACATCCACC AAGTATGATG TCTTCAAACA GCTTTCCCTA 
GAAGGAGCTG GACTAGGTGT CGAAGAGTTA AAAGATAACA CTCCTTTTGG AAAAGGTGAT 
GATGATTTTG CTGATTTTCA CTCCAATAAA TTTTCATCCA TGAATTCGGA GAAATCCCTG 
GGAGAGAAAG CAGTAGCTTT CAGACACACC AAAGAAGACT CTGCTTCAGT GAAGTCCCTA 
GATCTCCCTT CTATTGGTGG CAGCAGCATT GGCAAGGAGG ACTCAGAAGA TGCGCTTTCT 
GTTCAGTTTG ACATGAAACT GGCTGATGTG GGAGGAGATC TTAAGCATGT CATGTCTGAT 
AGCTCTTTGG ATTTACCAAC AGTTAGTGGC CAGCATCCTC CTGCTGCAGA TATAGAGGAC 
TTAAAATATG CTACTTTTGG AAGCTACAGT AGCAGTTTTA CAGTGAGCAC ACTTACAAGC 
TATGACTGGT CAGACAGGGA TGATGCATCT CAGGGCAGAA AACTCTCTCC ATTTGTCCTC 
TCAGCAGGAA GTGGGTCCTC CTCAGCCACC TCAGTTCTTC AAAAGAAAGA GACCTCATTT 
GGTAGCTCTG AAAACAGCAC CATGTCATCG CTCTCCAAAG TAACAACCTT TGCAAGTGAG 
GATGCTCTTC CAGAGACTCC CTTCCCGGCC TTTGCCAGCT TTAAAGACAT CATGCCTCAG 
ACCAGTGAAC AAAAGGAATA TGAAAAATAT GGAAGTGGGG ACTACCAGGA TTTCCCAAGG 
CAGGATCTGT CCGCAGCTGA ACAGAGCCAG GAGATCATGT GTCCAAGCCC AGCATCCAGT 
GGTGCCTCTC ATGAAACCCC CAAAGAATGT GCTGATGACT TTGGGGAGTT TCAGAGTGAA 
AAGCCCAAAA TCAGCAAATT TGACTTTTTA GTAGCCAATT CACAAAGCAA AATGAAATCC 
AGTGAAGAAA TGATCAAAAG TGAGCTGGCA ACCTTTGACC TTTCTGTTCA AGGATCACAC 
AAGAGAAGCT TGAGCCTTGG GGATAAAGAA ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT 
GAGCAGCCTT TCAGGGATCG TTCCAACACT CTGAGTGAGA AGCCTGCTCT GCCTGTCATC 
CGTGACAAGT ACAAAGATCT GACAGGCGAG GTGGAGGAAA ATGAGAGATA TGCGTATGAA 
TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT GTCATTAAGA AGGCAAATGA CACCTTAAAT 
GGAATTAGTA GCAGTGCTGT TTGTACAGAA GTTATTCAGT CAGCCCAAGG CATGGAATAT 
TTATTAGGTG TCGTGGAAGT GTACCGAGTA ACCAAACGTG TGGAGCTGGG GATAAAAGCT 
ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG TTGCTGAAGG ACATTGATAA AGTGTGGAAC 
AACCTAATCG GCTTCATGTC ACTCGCTACA CTCACACCAG ATGAAAATTC ACTGGATTTT 
TCCTCCTGTA TGCTACGGCC TGGGATTAAA AACGCTCAGG AACTGGCTTG CGGGGTGTGC 
CTCTTAAATG TGGATTCTAG GAGCCGGAAA GAAGAGAAGC CTACAGAAGA ACATCCTAAA 
AAAGCATTCA ACGCAGAAAC AGACAGTTTC AAGCTGGCCT ATGGAGGGCA CCAATATCAC 
GCCAGCTGTG CCAACTTCTG GATCAACTGT GTTGAGCCCA AGCCTCCTGG CCTCATCCTG 
CCAGATCTGC TCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_029409411.1
CDS	32..4246
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPDCPTSSHLISPSPAFLDEDEFSDFMQGPVEVPICVPSSAAQPFQSFLPTTPFGQLHAQKAGVQPLPPGQIPVSFALHGGPGQMPYFSSASTSHSVQKAGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_029553551.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_029553551.1

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG GCCTGATGCC AATGCAGCAG 
CAAGGATTTC CTATGGTCTC TGTCATGCAG CCCAATATGC AAGGCATGAT GGGAATGAAT 
TACAGCTCTC AAATGTCCCA AGGACCCATT GCGATGCAGG CAGGGTTACC GATGGCGCCA 
ATGCCGGCAG CAGGCATGCC TTACCTGGGG CAGGCACCAT TCCTGGGCAT GCGTCCTCCA 
GGCCCACAGT ACACTCCAGA CATGCAGAAG CAGTTTGCTG AAGAGCAACA AAAACGATTT 
GAACAGCAAC AAAAACTCTT AGAAGAAGAA AGAAAAAGAC GCCAGTTTGA AGAGCAAAAG 
CAAAAGCTCA GACTTCTGAG TAGCGTGAAA CCCAAGACAG GAGAGAAGAA CAGAGACGAT 
GCTTTGGAAG CCATAAAAGG AAACTTGGAT GGGTTTTCCA GAGATGCTAA GATGCATCCT 
ACTCCAGCAT CGCACCCCAA GAAACCAGAT TGTCCCACAT CATCTCATCT CATTTCCCCA 
TCACCTGCCT TTCTTGATGA AGATGAATTC AGTGACTTTA TGCAGGGGCC TGTGGAGGTT 
CCTATTTGTG TGCCATCTTC TGCGGCCCAG CCCTTTCAGT CTTTCCTTCC CACCACCCCA 
TTTGGCCAGT TGCATGCACA GAAGGCTGGG GTACAGCCTC TCCCTCCAGG TCAGATTCCA 
GTGTCTTTTG CCTTACATGG TGGCCCTGGG CAAATGCCTT ATTTCTCTTC TGCTTCAACT 
TCACACAGTG TGCAGAAAGC AGGCCCTTCC TTGGAGGAGA AGCTCCTAGT ATCTTGTGAT 
ATAAGTACAT CTGGGCATGA ACAAATTAAA TTAAGTACTC CTGAAGCTGG GCACAAAGCT 
CTAGTCCCAG ATTCCAGTGA GAACCATCCC ACTTTAACGG CCAGTCATGG GGGTGCTGTA 
GATGGATGTG TAAATGGTCC CACCACTGCA GAGGCAGAAA AGACTTCAGA CCAAAACCTG 
TCAAATGAAG AGAGTGGTGT GGGTGTGTTT CCCTCGCAGG ATCCTGTTCC ACCCAGAATG 
CCTCCTTGGA TTTACAATGA AAGTTTGGTC CCAGATACCT ATAAGAAAAT TTTAGAAACC 
ACAGTGACTC CAACTGGAAT AGATACTGCT AAACTTTATC CCATTCTGAT GTCATCTGGA 
CTTCCCAGGG AAACTCTTGG ACAGATATGG GCCTTGGCCA ATCGAACTAC ACCTGGCAAA 
CTCACTAAAG AAGAGCTTTA CACTGTTCTC GCCATGATAG CAGTAACGCA GAGGGGTGTT 
CCTGCCATGA GTCCTGATGC TTTGAATCAG TTCCCAGCAG CTCCCATTCC AACGTTAAGT 
GGCTTTTCTA TGACTCTGCC TACCCCAGTG AGCCAGCCGA CTGTGATGCC CTCTGGCCCT 
TCAGGGTCCA TGCCCCTCAG CCTTGGACAG CCAGTCATGG GCATTAACCT TGTTGGACCA 
GTGGGTGGAG CTGCAGCCCC AGCTTCCAGT GGCTTCATGC CATCTTACCC AGCAAAACAG 
GTGGGAAAGA CAGAAGAGGA TGACTTCCAG GAATTTCAAG ATGCTTCTAA GTCAGGATCC 
CTTGATGACT CGTTCACTGA CTTCCAAGAG GTGCCTCCTT CCTCAAAAAC AAATAATTCC 
CAGCATGGAA ACAGTGCTCC ATCTTTGTTG ATACCACTTC CTGGAACTAA AGCTTCAAAG 
GATAAATATG CAGTGTTTAA AGGAATTTCA GCTGACAAAC CCTCTGAAAA TGCTGTTCCA 
TTTGGAGAGT CTGCTGATAA ATACAGTGCT TTCCGGGAAC TTGAGCAGAC CACAGAGAAT 
AAACCTTTAG GAGAGAGCTT CACAGAATTC AGATCTGCAG GAACTGATGA TGGTTTCACC 
GACTTTAAGA CAGCCGACAG TATATCACCT CTAGAGCCAC CAACGACAAA AGACACTTTC 
CCAACATCCT TCCCCTCAGG ACCTATACAG CAGAAACAGC AAACACAAGT GAAAACTCCT 
CTGAACTTAG CAGACCTGGA TATGTTTTCC TCAGTTAATT GCAGCAATGA GAAACCATTG 
CCCTTTTCAG CAGCATTTAG CACATCTAAG TCAGTTTCTA CAAGACCTCA GCCAGGGGGA 
TCTACTACAA GCCCAGCAGC ACTGGCATCC ACTAAAACTT CTAGTCTGGC TGATGATTTT 
GGAGAATTCA ACCTCTTTGG GGAATATTCT AGTCCTGCAT CAGTTGGGGA GCAGGATGAC 
TTTGCAGATT TTATGGCTTT CAGTAACAGC TCTATTTCTT CTGAGCAAAA AGCAGATGAC 
AAATATGATG TCCTCAGAGA GGAACCAAGT CCCGTTCCTC TGACCAGCAA CTCAGGCAGT 
GAGGGAAAGA GTACACCTGC TACATCCACC AAGTATGATG TCTTCAAACA GCTTTCCCTA 
GAAGGAGCTG GACTAGGTGT CGAAGAGTTA AAAGATAACA CTCCTTTTGG AAAAGGTGAT 
GATGATTTTG CTGATTTTCA CTCCAATAAA TTTTCATCCA TGAATTCGGA GAAATCCCTG 
GGAGAGAAAG CAGTAGCTTT CAGACACACC AAAGAAGACT CTGCTTCAGT GAAGTCCCTA 
GATCTCCCTT CTATTGGTGG CAGCAGCATT GGCAAGGAGG ACTCAGAAGA TGCGCTTTCT 
GTTCAGTTTG ACATGAAACT GGCTGATGTG GGAGGAGATC TTAAGCATGT CATGTCTGAT 
AGCTCTTTGG ATTTACCAAC AGTTAGTGGC CAGCATCCTC CTGCTGCAGA TATAGAGGAC 
TTAAAATATG CTACTTTTGG AAGCTACAGT AGCAGTTTTA CAGTGAGCAC ACTTACAAGC 
TATGACTGGT CAGACAGGGA TGATGCATCT CAGGGCAGAA AACTCTCTCC ATTTGTCCTC 
TCAGCAGGAA GTGGGTCCTC CTCAGCCACC TCAGTTCTTC AAAAGAAAGA GACCTCATTT 
GGTAGCTCTG AAAACAGCAC CATGTCATCG CTCTCCAAAG TAACAACCTT TGCAAGTGAG 
GATGCTCTTC CAGAGACTCC CTTCCCGGCC TTTGCCAGCT TTAAAGACAT CATGCCTCAG 
ACCAGTGAAC AAAAGGAATA TGAAAAATAT GGAAGTGGGG ACTACCAGGA TTTCCCAAGG 
CAGGATCTGT CCGCAGCTGA ACAGAGCCAG GAGATCATGT GTCCAAGCCC AGCATCCAGT 
GGTGCCTCTC ATGAAACCCC CAAAGAATGT GCTGATGACT TTGGGGAGTT TCAGAGTGAA 
AAGCCCAAAA TCAGCAAATT TGACTTTTTA GTAGCCAATT CACAAAGCAA AATGAAATCC 
AGTGAAGAAA TGATCAAAAG TGAGCTGGCA ACCTTTGACC TTTCTGTTCA AGGATCACAC 
AAGAGAAGCT TGAGCCTTGG GGATAAAGAA ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT 
GAGCAGCCTT TCAGGGATCG TTCCAACACT CTGAGTGAGA AGCCTGCTCT GCCTGTCATC 
CGTGACAAGT ACAAAGATCT GACAGGCGAG GTGGAGGAAA ATGAGAGATA TGCGTATGAA 
TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT GTCATTAAGA AGGCAAATGA CACCTTAAAT 
GGAATTAGTA GCAGTGCTGT TTGTACAGAA GTTATTCAGT CAGCCCAAGG CATGGAATAT 
TTATTAGGTG TCGTGGAAGT GTACCGAGTA ACCAAACGTG TGGAGCTGGG GATAAAAGCT 
ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG TTGCTGAAGG ACATTGATAA AGTGTGGAAC 
AACCTAATCG GCTTCATGTC ACTCGCTACA CTCACACCAG ATGAAAATTC ACTGGATTTT 
TCCTCCTGTA TGCTACGGCC TGGGATTAAA AACGCTCAGG AACTGGCTTG CGGGGTGTGC 
CTCTTAAATG TGGATTCTAG GAGCCGGAAA GAAGAGAAGC CTACAGAAGA ACATCCTAAA 
AAAGCATTCA ACGCAGAAAC AGACAGTTTC AAGCTGGCCT ATGGAGGGCA CCAATATCAC 
GCCAGCTGTG CCAACTTCTG GATCAACTGT GTTGAGCCCA AGCCTCCTGG CCTCATCCTG 
CCAGATCTGC TCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_029553552.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029409412.1 Nannospalax galili synergin gamma (Synrg), transcript variant X5, mRNA.

Price & Availability↑

CloneID	ONa135067
Clone ID Related Accession (Same CDS sequence)	XM_029553552.1
Accession Version	XM_029553552.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4122bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG GCCTGATGCC AATGCAGCAG 
CAAGGATTTC CTATGGTCTC TGTCATGCAG CCCAATATGC AAGGCATGAT GGGAATGAAT 
TACAGCTCTC AAATGTCCCA AGGACCCATT GCGATGCAGG CAGGGTTACC GATGGCGCCA 
ATGCCGGCAG CAGGCATGCC TTACCTGGGG CAGGCACCAT TCCTGGGCAT GCGTCCTCCA 
GGCCCACAGT ACACTCCAGA CATGCAGAAG CAGTTTGCTG AAGAGCAACA AAAACGATTT 
GAACAGCAAC AAAAACTCTT AGAAGAAGAA AGAAAAAGAC GCCAGTTTGA AGAGCAAAAG 
CAAAAGCTCA GACTTCTGAG TAGCGTGAAA CCCAAGACAG GAGAGAAGAA CAGAGACGAT 
GCTTTGGAAG CCATAAAAGG AAACTTGGAT GGGTTTTCCA GAGATGCTAA GATGCATCCT 
ACTCCAGCAT CGCACCCCAA GAAACCAGAT TGTCCCACAT CATCTCATCT CATTTCCCCA 
TCACCTGCCT TTCTTGATGA AGATGAATTC AGTGACTTTA TGCAGGGGCC TGTGGAGGTT 
CCTATTTGTG TGCCATCTTC TGCGGCCCAG CCCTTTCAGT CTTTCCTTCC CACCACCCCA 
TTTGGCCAGT TGCATGCACA GAAGGCTGGG GTACAGCCTC TCCCTCCAGG CCCTTCCTTG 
GAGGAGAAGC TCCTAGTATC TTGTGATATA AGTACATCTG GGCATGAACA AATTAAATTA 
AGTACTCCTG AAGCTGGGCA CAAAGCTCTA GTCCCAGATT CCAGTGAGAA CCATCCCACT 
TTAACGGCCA GTCATGGGGG TGCTGTAGAT GGATGTGTAA ATGGTCCCAC CACTGCAGAG 
GCAGAAAAGA CTTCAGACCA AAACCTGTCA AATGAAGAGA GTGGTGTGGG TGTGTTTCCC 
TCGCAGGATC CTGTTCCACC CAGAATGCCT CCTTGGATTT ACAATGAAAG TTTGGTCCCA 
GATACCTATA AGAAAATTTT AGAAACCACA GTGACTCCAA CTGGAATAGA TACTGCTAAA 
CTTTATCCCA TTCTGATGTC ATCTGGACTT CCCAGGGAAA CTCTTGGACA GATATGGGCC 
TTGGCCAATC GAACTACACC TGGCAAACTC ACTAAAGAAG AGCTTTACAC TGTTCTCGCC 
ATGATAGCAG TAACGCAGAG GGGTGTTCCT GCCATGAGTC CTGATGCTTT GAATCAGTTC 
CCAGCAGCTC CCATTCCAAC GTTAAGTGGC TTTTCTATGA CTCTGCCTAC CCCAGTGAGC 
CAGCCGACTG TGATGCCCTC TGGCCCTTCA GGGTCCATGC CCCTCAGCCT TGGACAGCCA 
GTCATGGGCA TTAACCTTGT TGGACCAGTG GGTGGAGCTG CAGCCCCAGC TTCCAGTGGC 
TTCATGCCAT CTTACCCAGC AAAACAGGTG GGAAAGACAG AAGAGGATGA CTTCCAGGAA 
TTTCAAGATG CTTCTAAGTC AGGATCCCTT GATGACTCGT TCACTGACTT CCAAGAGGTG 
CCTCCTTCCT CAAAAACAAA TAATTCCCAG CATGGAAACA GTGCTCCATC TTTGTTGATA 
CCACTTCCTG GAACTAAAGC TTCAAAGGAT AAATATGCAG TGTTTAAAGG AATTTCAGCT 
GACAAACCCT CTGAAAATGC TGTTCCATTT GGAGAGTCTG CTGATAAATA CAGTGCTTTC 
CGGGAACTTG AGCAGACCAC AGAGAATAAA CCTTTAGGAG AGAGCTTCAC AGAATTCAGA 
TCTGCAGGAA CTGATGATGG TTTCACCGAC TTTAAGACAG CCGACAGTAT ATCACCTCTA 
GAGCCACCAA CGACAAAAGA CACTTTCCCA ACATCCTTCC CCTCAGGACC TATACAGCAG 
AAACAGCAAA CACAAGTGAA AACTCCTCTG AACTTAGCAG ACCTGGATAT GTTTTCCTCA 
GTTAATTGCA GCAATGAGAA ACCATTGCCC TTTTCAGCAG CATTTAGCAC ATCTAAGTCA 
GTTTCTACAA GACCTCAGCC AGGGGGATCT ACTACAAGCC CAGCAGCACT GGCATCCACT 
AAAACTTCTA GTCTGGCTGA TGATTTTGGA GAATTCAACC TCTTTGGGGA ATATTCTAGT 
CCTGCATCAG TTGGGGAGCA GGATGACTTT GCAGATTTTA TGGCTTTCAG TAACAGCTCT 
ATTTCTTCTG AGCAAAAAGC AGATGACAAA TATGATGTCC TCAGAGAGGA ACCAAGTCCC 
GTTCCTCTGA CCAGCAACTC AGGCAGTGAG GGAAAGAGTA CACCTGCTAC ATCCACCAAG 
TATGATGTCT TCAAACAGCT TTCCCTAGAA GGAGCTGGAC TAGGTGTCGA AGAGTTAAAA 
GATAACACTC CTTTTGGAAA AGGTGATGAT GATTTTGCTG ATTTTCACTC CAATAAATTT 
TCATCCATGA ATTCGGAGAA ATCCCTGGGA GAGAAAGCAG TAGCTTTCAG ACACACCAAA 
GAAGACTCTG CTTCAGTGAA GTCCCTAGAT CTCCCTTCTA TTGGTGGCAG CAGCATTGGC 
AAGGAGGACT CAGAAGATGC GCTTTCTGTT CAGTTTGACA TGAAACTGGC TGATGTGGGA 
GGAGATCTTA AGCATGTCAT GTCTGATAGC TCTTTGGATT TACCAACAGT TAGTGGCCAG 
CATCCTCCTG CTGCAGATAT AGAGGACTTA AAATATGCTA CTTTTGGAAG CTACAGTAGC 
AGTTTTACAG TGAGCACACT TACAAGCTAT GACTGGTCAG ACAGGGATGA TGCATCTCAG 
GGCAGAAAAC TCTCTCCATT TGTCCTCTCA GCAGGAAGTG GGTCCTCCTC AGCCACCTCA 
GTTCTTCAAA AGAAAGAGAC CTCATTTGGT AGCTCTGAAA ACAGCACCAT GTCATCGCTC 
TCCAAAGTAA CAACCTTTGC AAGTGAGGAT GCTCTTCCAG AGACTCCCTT CCCGGCCTTT 
GCCAGCTTTA AAGACATCAT GCCTCAGACC AGTGAACAAA AGGAATATGA AAAATATGGA 
AGTGGGGACT ACCAGGATTT CCCAAGGCAG GATCTGTCCG CAGCTGAACA GAGCCAGGAG 
ATCATGTGTC CAAGCCCAGC ATCCAGTGGT GCCTCTCATG AAACCCCCAA AGAATGTGCT 
GATGACTTTG GGGAGTTTCA GAGTGAAAAG CCCAAAATCA GCAAATTTGA CTTTTTAGTA 
GCCAATTCAC AAAGCAAAAT GAAATCCAGT GAAGAAATGA TCAAAAGTGA GCTGGCAACC 
TTTGACCTTT CTGTTCAAGG ATCACACAAG AGAAGCTTGA GCCTTGGGGA TAAAGAAATA 
AGCCGGTCCT CTCCTTCTCC AGCCCTTGAG CAGCCTTTCA GGGATCGTTC CAACACTCTG 
AGTGAGAAGC CTGCTCTGCC TGTCATCCGT GACAAGTACA AAGATCTGAC AGGCGAGGTG 
GAGGAAAATG AGAGATATGC GTATGAATGG CAGAGGTGCC TGGGGAGCGC CTTGGATGTC 
ATTAAGAAGG CAAATGACAC CTTAAATGGA ATTAGTAGCA GTGCTGTTTG TACAGAAGTT 
ATTCAGTCAG CCCAAGGCAT GGAATATTTA TTAGGTGTCG TGGAAGTGTA CCGAGTAACC 
AAACGTGTGG AGCTGGGGAT AAAAGCTACT GCTGTGTGCA GTGAGAAACT CCAGCAGTTG 
CTGAAGGACA TTGATAAAGT GTGGAACAAC CTAATCGGCT TCATGTCACT CGCTACACTC 
ACACCAGATG AAAATTCACT GGATTTTTCC TCCTGTATGC TACGGCCTGG GATTAAAAAC 
GCTCAGGAAC TGGCTTGCGG GGTGTGCCTC TTAAATGTGG ATTCTAGGAG CCGGAAAGAA 
GAGAAGCCTA CAGAAGAACA TCCTAAAAAA GCATTCAACG CAGAAACAGA CAGTTTCAAG 
CTGGCCTATG GAGGGCACCA ATATCACGCC AGCTGTGCCA ACTTCTGGAT CAACTGTGTT 
GAGCCCAAGC CTCCTGGCCT CATCCTGCCA GATCTGCTCT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_029409412.1
CDS	32..4153
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPDCPTSSHLISPSPAFLDEDEFSDFMQGPVEVPICVPSSAAQPFQSFLPTTPFGQLHAQKAGVQPLPPGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_029553552.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_029553552.1

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG GCCTGATGCC AATGCAGCAG 
CAAGGATTTC CTATGGTCTC TGTCATGCAG CCCAATATGC AAGGCATGAT GGGAATGAAT 
TACAGCTCTC AAATGTCCCA AGGACCCATT GCGATGCAGG CAGGGTTACC GATGGCGCCA 
ATGCCGGCAG CAGGCATGCC TTACCTGGGG CAGGCACCAT TCCTGGGCAT GCGTCCTCCA 
GGCCCACAGT ACACTCCAGA CATGCAGAAG CAGTTTGCTG AAGAGCAACA AAAACGATTT 
GAACAGCAAC AAAAACTCTT AGAAGAAGAA AGAAAAAGAC GCCAGTTTGA AGAGCAAAAG 
CAAAAGCTCA GACTTCTGAG TAGCGTGAAA CCCAAGACAG GAGAGAAGAA CAGAGACGAT 
GCTTTGGAAG CCATAAAAGG AAACTTGGAT GGGTTTTCCA GAGATGCTAA GATGCATCCT 
ACTCCAGCAT CGCACCCCAA GAAACCAGAT TGTCCCACAT CATCTCATCT CATTTCCCCA 
TCACCTGCCT TTCTTGATGA AGATGAATTC AGTGACTTTA TGCAGGGGCC TGTGGAGGTT 
CCTATTTGTG TGCCATCTTC TGCGGCCCAG CCCTTTCAGT CTTTCCTTCC CACCACCCCA 
TTTGGCCAGT TGCATGCACA GAAGGCTGGG GTACAGCCTC TCCCTCCAGG CCCTTCCTTG 
GAGGAGAAGC TCCTAGTATC TTGTGATATA AGTACATCTG GGCATGAACA AATTAAATTA 
AGTACTCCTG AAGCTGGGCA CAAAGCTCTA GTCCCAGATT CCAGTGAGAA CCATCCCACT 
TTAACGGCCA GTCATGGGGG TGCTGTAGAT GGATGTGTAA ATGGTCCCAC CACTGCAGAG 
GCAGAAAAGA CTTCAGACCA AAACCTGTCA AATGAAGAGA GTGGTGTGGG TGTGTTTCCC 
TCGCAGGATC CTGTTCCACC CAGAATGCCT CCTTGGATTT ACAATGAAAG TTTGGTCCCA 
GATACCTATA AGAAAATTTT AGAAACCACA GTGACTCCAA CTGGAATAGA TACTGCTAAA 
CTTTATCCCA TTCTGATGTC ATCTGGACTT CCCAGGGAAA CTCTTGGACA GATATGGGCC 
TTGGCCAATC GAACTACACC TGGCAAACTC ACTAAAGAAG AGCTTTACAC TGTTCTCGCC 
ATGATAGCAG TAACGCAGAG GGGTGTTCCT GCCATGAGTC CTGATGCTTT GAATCAGTTC 
CCAGCAGCTC CCATTCCAAC GTTAAGTGGC TTTTCTATGA CTCTGCCTAC CCCAGTGAGC 
CAGCCGACTG TGATGCCCTC TGGCCCTTCA GGGTCCATGC CCCTCAGCCT TGGACAGCCA 
GTCATGGGCA TTAACCTTGT TGGACCAGTG GGTGGAGCTG CAGCCCCAGC TTCCAGTGGC 
TTCATGCCAT CTTACCCAGC AAAACAGGTG GGAAAGACAG AAGAGGATGA CTTCCAGGAA 
TTTCAAGATG CTTCTAAGTC AGGATCCCTT GATGACTCGT TCACTGACTT CCAAGAGGTG 
CCTCCTTCCT CAAAAACAAA TAATTCCCAG CATGGAAACA GTGCTCCATC TTTGTTGATA 
CCACTTCCTG GAACTAAAGC TTCAAAGGAT AAATATGCAG TGTTTAAAGG AATTTCAGCT 
GACAAACCCT CTGAAAATGC TGTTCCATTT GGAGAGTCTG CTGATAAATA CAGTGCTTTC 
CGGGAACTTG AGCAGACCAC AGAGAATAAA CCTTTAGGAG AGAGCTTCAC AGAATTCAGA 
TCTGCAGGAA CTGATGATGG TTTCACCGAC TTTAAGACAG CCGACAGTAT ATCACCTCTA 
GAGCCACCAA CGACAAAAGA CACTTTCCCA ACATCCTTCC CCTCAGGACC TATACAGCAG 
AAACAGCAAA CACAAGTGAA AACTCCTCTG AACTTAGCAG ACCTGGATAT GTTTTCCTCA 
GTTAATTGCA GCAATGAGAA ACCATTGCCC TTTTCAGCAG CATTTAGCAC ATCTAAGTCA 
GTTTCTACAA GACCTCAGCC AGGGGGATCT ACTACAAGCC CAGCAGCACT GGCATCCACT 
AAAACTTCTA GTCTGGCTGA TGATTTTGGA GAATTCAACC TCTTTGGGGA ATATTCTAGT 
CCTGCATCAG TTGGGGAGCA GGATGACTTT GCAGATTTTA TGGCTTTCAG TAACAGCTCT 
ATTTCTTCTG AGCAAAAAGC AGATGACAAA TATGATGTCC TCAGAGAGGA ACCAAGTCCC 
GTTCCTCTGA CCAGCAACTC AGGCAGTGAG GGAAAGAGTA CACCTGCTAC ATCCACCAAG 
TATGATGTCT TCAAACAGCT TTCCCTAGAA GGAGCTGGAC TAGGTGTCGA AGAGTTAAAA 
GATAACACTC CTTTTGGAAA AGGTGATGAT GATTTTGCTG ATTTTCACTC CAATAAATTT 
TCATCCATGA ATTCGGAGAA ATCCCTGGGA GAGAAAGCAG TAGCTTTCAG ACACACCAAA 
GAAGACTCTG CTTCAGTGAA GTCCCTAGAT CTCCCTTCTA TTGGTGGCAG CAGCATTGGC 
AAGGAGGACT CAGAAGATGC GCTTTCTGTT CAGTTTGACA TGAAACTGGC TGATGTGGGA 
GGAGATCTTA AGCATGTCAT GTCTGATAGC TCTTTGGATT TACCAACAGT TAGTGGCCAG 
CATCCTCCTG CTGCAGATAT AGAGGACTTA AAATATGCTA CTTTTGGAAG CTACAGTAGC 
AGTTTTACAG TGAGCACACT TACAAGCTAT GACTGGTCAG ACAGGGATGA TGCATCTCAG 
GGCAGAAAAC TCTCTCCATT TGTCCTCTCA GCAGGAAGTG GGTCCTCCTC AGCCACCTCA 
GTTCTTCAAA AGAAAGAGAC CTCATTTGGT AGCTCTGAAA ACAGCACCAT GTCATCGCTC 
TCCAAAGTAA CAACCTTTGC AAGTGAGGAT GCTCTTCCAG AGACTCCCTT CCCGGCCTTT 
GCCAGCTTTA AAGACATCAT GCCTCAGACC AGTGAACAAA AGGAATATGA AAAATATGGA 
AGTGGGGACT ACCAGGATTT CCCAAGGCAG GATCTGTCCG CAGCTGAACA GAGCCAGGAG 
ATCATGTGTC CAAGCCCAGC ATCCAGTGGT GCCTCTCATG AAACCCCCAA AGAATGTGCT 
GATGACTTTG GGGAGTTTCA GAGTGAAAAG CCCAAAATCA GCAAATTTGA CTTTTTAGTA 
GCCAATTCAC AAAGCAAAAT GAAATCCAGT GAAGAAATGA TCAAAAGTGA GCTGGCAACC 
TTTGACCTTT CTGTTCAAGG ATCACACAAG AGAAGCTTGA GCCTTGGGGA TAAAGAAATA 
AGCCGGTCCT CTCCTTCTCC AGCCCTTGAG CAGCCTTTCA GGGATCGTTC CAACACTCTG 
AGTGAGAAGC CTGCTCTGCC TGTCATCCGT GACAAGTACA AAGATCTGAC AGGCGAGGTG 
GAGGAAAATG AGAGATATGC GTATGAATGG CAGAGGTGCC TGGGGAGCGC CTTGGATGTC 
ATTAAGAAGG CAAATGACAC CTTAAATGGA ATTAGTAGCA GTGCTGTTTG TACAGAAGTT 
ATTCAGTCAG CCCAAGGCAT GGAATATTTA TTAGGTGTCG TGGAAGTGTA CCGAGTAACC 
AAACGTGTGG AGCTGGGGAT AAAAGCTACT GCTGTGTGCA GTGAGAAACT CCAGCAGTTG 
CTGAAGGACA TTGATAAAGT GTGGAACAAC CTAATCGGCT TCATGTCACT CGCTACACTC 
ACACCAGATG AAAATTCACT GGATTTTTCC TCCTGTATGC TACGGCCTGG GATTAAAAAC 
GCTCAGGAAC TGGCTTGCGG GGTGTGCCTC TTAAATGTGG ATTCTAGGAG CCGGAAAGAA 
GAGAAGCCTA CAGAAGAACA TCCTAAAAAA GCATTCAACG CAGAAACAGA CAGTTTCAAG 
CTGGCCTATG GAGGGCACCA ATATCACGCC AGCTGTGCCA ACTTCTGGAT CAACTGTGTT 
GAGCCCAAGC CTCCTGGCCT CATCCTGCCA GATCTGCTCT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_029553553.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029409413.1 Nannospalax galili synergin gamma (Synrg), transcript variant X7, mRNA.

Price & Availability↑

CloneID	ONa135068
Clone ID Related Accession (Same CDS sequence)	XM_029553553.1
Accession Version	XM_029553553.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4080bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGGAAGTGGG 
TCCTCCTCAG CCACCTCAGT TCTTCAAAAG AAAGAGACCT CATTTGGTAG CTCTGAAAAC 
AGCACCATGT CATCGCTCTC CAAAGTAACA ACCTTTGCAA GTGAGGATGC TCTTCCAGAG 
ACTCCCTTCC CGGCCTTTGC CAGCTTTAAA GACATCATGC CTCAGACCAG TGAACAAAAG 
GAATATGAAA AATATGGAAG TGGGGACTAC CAGGATTTCC CAAGGCAGGA TCTGTCCGCA 
GCTGAACAGA GCCAGGAGAT CATGTGTCCA AGCCCAGCAT CCAGTGGTGC CTCTCATGAA 
ACCCCCAAAG AATGTGCTGA TGACTTTGGG GAGTTTCAGA GTGAAAAGCC CAAAATCAGC 
AAATTTGACT TTTTAGTAGC CAATTCACAA AGCAAAATGA AATCCAGTGA AGAAATGATC 
AAAAGTGAGC TGGCAACCTT TGACCTTTCT GTTCAAGGAT CACACAAGAG AAGCTTGAGC 
CTTGGGGATA AAGAAATAAG CCGGTCCTCT CCTTCTCCAG CCCTTGAGCA GCCTTTCAGG 
GATCGTTCCA ACACTCTGAG TGAGAAGCCT GCTCTGCCTG TCATCCGTGA CAAGTACAAA 
GATCTGACAG GCGAGGTGGA GGAAAATGAG AGATATGCGT ATGAATGGCA GAGGTGCCTG 
GGGAGCGCCT TGGATGTCAT TAAGAAGGCA AATGACACCT TAAATGGAAT TAGTAGCAGT 
GCTGTTTGTA CAGAAGTTAT TCAGTCAGCC CAAGGCATGG AATATTTATT AGGTGTCGTG 
GAAGTGTACC GAGTAACCAA ACGTGTGGAG CTGGGGATAA AAGCTACTGC TGTGTGCAGT 
GAGAAACTCC AGCAGTTGCT GAAGGACATT GATAAAGTGT GGAACAACCT AATCGGCTTC 
ATGTCACTCG CTACACTCAC ACCAGATGAA AATTCACTGG ATTTTTCCTC CTGTATGCTA 
CGGCCTGGGA TTAAAAACGC TCAGGAACTG GCTTGCGGGG TGTGCCTCTT AAATGTGGAT 
TCTAGGAGCC GGAAAGAAGA GAAGCCTACA GAAGAACATC CTAAAAAAGC ATTCAACGCA 
GAAACAGACA GTTTCAAGCT GGCCTATGGA GGGCACCAAT ATCACGCCAG CTGTGCCAAC 
TTCTGGATCA ACTGTGTTGA GCCCAAGCCT CCTGGCCTCA TCCTGCCAGA TCTGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_029409413.1
CDS	41..4120
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPDCPTSSHLISPSPAFLDEDEFSDFMQGPVEVPICVPSSAAQPFQSFLPTTPFGQLHAQKAGVQPLPPGQIPVSFALHGGPGQMPYFSSASTSHSVQKAGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_029553553.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_029553553.1

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGGAAGTGGG 
TCCTCCTCAG CCACCTCAGT TCTTCAAAAG AAAGAGACCT CATTTGGTAG CTCTGAAAAC 
AGCACCATGT CATCGCTCTC CAAAGTAACA ACCTTTGCAA GTGAGGATGC TCTTCCAGAG 
ACTCCCTTCC CGGCCTTTGC CAGCTTTAAA GACATCATGC CTCAGACCAG TGAACAAAAG 
GAATATGAAA AATATGGAAG TGGGGACTAC CAGGATTTCC CAAGGCAGGA TCTGTCCGCA 
GCTGAACAGA GCCAGGAGAT CATGTGTCCA AGCCCAGCAT CCAGTGGTGC CTCTCATGAA 
ACCCCCAAAG AATGTGCTGA TGACTTTGGG GAGTTTCAGA GTGAAAAGCC CAAAATCAGC 
AAATTTGACT TTTTAGTAGC CAATTCACAA AGCAAAATGA AATCCAGTGA AGAAATGATC 
AAAAGTGAGC TGGCAACCTT TGACCTTTCT GTTCAAGGAT CACACAAGAG AAGCTTGAGC 
CTTGGGGATA AAGAAATAAG CCGGTCCTCT CCTTCTCCAG CCCTTGAGCA GCCTTTCAGG 
GATCGTTCCA ACACTCTGAG TGAGAAGCCT GCTCTGCCTG TCATCCGTGA CAAGTACAAA 
GATCTGACAG GCGAGGTGGA GGAAAATGAG AGATATGCGT ATGAATGGCA GAGGTGCCTG 
GGGAGCGCCT TGGATGTCAT TAAGAAGGCA AATGACACCT TAAATGGAAT TAGTAGCAGT 
GCTGTTTGTA CAGAAGTTAT TCAGTCAGCC CAAGGCATGG AATATTTATT AGGTGTCGTG 
GAAGTGTACC GAGTAACCAA ACGTGTGGAG CTGGGGATAA AAGCTACTGC TGTGTGCAGT 
GAGAAACTCC AGCAGTTGCT GAAGGACATT GATAAAGTGT GGAACAACCT AATCGGCTTC 
ATGTCACTCG CTACACTCAC ACCAGATGAA AATTCACTGG ATTTTTCCTC CTGTATGCTA 
CGGCCTGGGA TTAAAAACGC TCAGGAACTG GCTTGCGGGG TGTGCCTCTT AAATGTGGAT 
TCTAGGAGCC GGAAAGAAGA GAAGCCTACA GAAGAACATC CTAAAAAAGC ATTCAACGCA 
GAAACAGACA GTTTCAAGCT GGCCTATGGA GGGCACCAAT ATCACGCCAG CTGTGCCAAC 
TTCTGGATCA ACTGTGTTGA GCCCAAGCCT CCTGGCCTCA TCCTGCCAGA TCTGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_029553554.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029409414.1 Nannospalax galili synergin gamma (Synrg), transcript variant X9, mRNA.

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CloneID	ONa135069
Clone ID Related Accession (Same CDS sequence)	XM_029553554.1
Accession Version	XM_029553554.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3921bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG GCCTGATGCC AATGCAGCAG 
CAAGGATTTC CTATGGTCTC TGTCATGCAG CCCAATATGC AAGGCATGAT GGGAATGAAT 
TACAGCTCTC AAATGTCCCA AGGACCCATT GCGATGCAGG CAGGGTTACC GATGGCGCCA 
ATGCCGGCAG CAGGCATGCC TTACCTGGGG CAGGCACCAT TCCTGGGCAT GCGTCCTCCA 
GGCCCACAGT ACACTCCAGA CATGCAGAAG CAGTTTGCTG AAGAGCAACA AAAACGATTT 
GAACAGCAAC AAAAACTCTT AGAAGAAGAA AGAAAAAGAC GCCAGTTTGA AGAGCAAAAG 
CAAAAGCTCA GACTTCTGAG TAGCGTGAAA CCCAAGACAG GAGAGAAGAA CAGAGACGAT 
GCTTTGGAAG CCATAAAAGG AAACTTGGAT GGGTTTTCCA GAGATGCTAA GATGCATCCT 
ACTCCAGCAT CGCACCCCAA GAAACCAGGC CCTTCCTTGG AGGAGAAGCT CCTAGTATCT 
TGTGATATAA GTACATCTGG GCATGAACAA ATTAAATTAA GTACTCCTGA AGCTGGGCAC 
AAAGCTCTAG TCCCAGATTC CAGTGAGAAC CATCCCACTT TAACGGCCAG TCATGGGGGT 
GCTGTAGATG GATGTGTAAA TGGTCCCACC ACTGCAGAGG CAGAAAAGAC TTCAGACCAA 
AACCTGTCAA ATGAAGAGAG TGGTGTGGGT GTGTTTCCCT CGCAGGATCC TGTTCCACCC 
AGAATGCCTC CTTGGATTTA CAATGAAAGT TTGGTCCCAG ATACCTATAA GAAAATTTTA 
GAAACCACAG TGACTCCAAC TGGAATAGAT ACTGCTAAAC TTTATCCCAT TCTGATGTCA 
TCTGGACTTC CCAGGGAAAC TCTTGGACAG ATATGGGCCT TGGCCAATCG AACTACACCT 
GGCAAACTCA CTAAAGAAGA GCTTTACACT GTTCTCGCCA TGATAGCAGT AACGCAGAGG 
GGTGTTCCTG CCATGAGTCC TGATGCTTTG AATCAGTTCC CAGCAGCTCC CATTCCAACG 
TTAAGTGGCT TTTCTATGAC TCTGCCTACC CCAGTGAGCC AGCCGACTGT GATGCCCTCT 
GGCCCTTCAG GGTCCATGCC CCTCAGCCTT GGACAGCCAG TCATGGGCAT TAACCTTGTT 
GGACCAGTGG GTGGAGCTGC AGCCCCAGCT TCCAGTGGCT TCATGCCATC TTACCCAGCA 
AAACAGGTGG GAAAGACAGA AGAGGATGAC TTCCAGGAAT TTCAAGATGC TTCTAAGTCA 
GGATCCCTTG ATGACTCGTT CACTGACTTC CAAGAGGTGC CTCCTTCCTC AAAAACAAAT 
AATTCCCAGC ATGGAAACAG TGCTCCATCT TTGTTGATAC CACTTCCTGG AACTAAAGCT 
TCAAAGGATA AATATGCAGT GTTTAAAGGA ATTTCAGCTG ACAAACCCTC TGAAAATGCT 
GTTCCATTTG GAGAGTCTGC TGATAAATAC AGTGCTTTCC GGGAACTTGA GCAGACCACA 
GAGAATAAAC CTTTAGGAGA GAGCTTCACA GAATTCAGAT CTGCAGGAAC TGATGATGGT 
TTCACCGACT TTAAGACAGC CGACAGTATA TCACCTCTAG AGCCACCAAC GACAAAAGAC 
ACTTTCCCAA CATCCTTCCC CTCAGGACCT ATACAGCAGA AACAGCAAAC ACAAGTGAAA 
ACTCCTCTGA ACTTAGCAGA CCTGGATATG TTTTCCTCAG TTAATTGCAG CAATGAGAAA 
CCATTGCCCT TTTCAGCAGC ATTTAGCACA TCTAAGTCAG TTTCTACAAG ACCTCAGCCA 
GGGGGATCTA CTACAAGCCC AGCAGCACTG GCATCCACTA AAACTTCTAG TCTGGCTGAT 
GATTTTGGAG AATTCAACCT CTTTGGGGAA TATTCTAGTC CTGCATCAGT TGGGGAGCAG 
GATGACTTTG CAGATTTTAT GGCTTTCAGT AACAGCTCTA TTTCTTCTGA GCAAAAAGCA 
GATGACAAAT ATGATGTCCT CAGAGAGGAA CCAAGTCCCG TTCCTCTGAC CAGCAACTCA 
GGCAGTGAGG GAAAGAGTAC ACCTGCTACA TCCACCAAGT ATGATGTCTT CAAACAGCTT 
TCCCTAGAAG GAGCTGGACT AGGTGTCGAA GAGTTAAAAG ATAACACTCC TTTTGGAAAA 
GGTGATGATG ATTTTGCTGA TTTTCACTCC AATAAATTTT CATCCATGAA TTCGGAGAAA 
TCCCTGGGAG AGAAAGCAGT AGCTTTCAGA CACACCAAAG AAGACTCTGC TTCAGTGAAG 
TCCCTAGATC TCCCTTCTAT TGGTGGCAGC AGCATTGGCA AGGAGGACTC AGAAGATGCG 
CTTTCTGTTC AGTTTGACAT GAAACTGGCT GATGTGGGAG GAGATCTTAA GCATGTCATG 
TCTGATAGCT CTTTGGATTT ACCAACAGTT AGTGGCCAGC ATCCTCCTGC TGCAGATATA 
GAGGACTTAA AATATGCTAC TTTTGGAAGC TACAGTAGCA GTTTTACAGT GAGCACACTT 
ACAAGCTATG ACTGGTCAGA CAGGGATGAT GCATCTCAGG GCAGAAAACT CTCTCCATTT 
GTCCTCTCAG CAGGAAGTGG GTCCTCCTCA GCCACCTCAG TTCTTCAAAA GAAAGAGACC 
TCATTTGGTA GCTCTGAAAA CAGCACCATG TCATCGCTCT CCAAAGTAAC AACCTTTGCA 
AGTGAGGATG CTCTTCCAGA GACTCCCTTC CCGGCCTTTG CCAGCTTTAA AGACATCATG 
CCTCAGACCA GTGAACAAAA GGAATATGAA AAATATGGAA GTGGGGACTA CCAGGATTTC 
CCAAGGCAGG ATCTGTCCGC AGCTGAACAG AGCCAGGAGA TCATGTGTCC AAGCCCAGCA 
TCCAGTGGTG CCTCTCATGA AACCCCCAAA GAATGTGCTG ATGACTTTGG GGAGTTTCAG 
AGTGAAAAGC CCAAAATCAG CAAATTTGAC TTTTTAGTAG CCAATTCACA AAGCAAAATG 
AAATCCAGTG AAGAAATGAT CAAAAGTGAG CTGGCAACCT TTGACCTTTC TGTTCAAGGA 
TCACACAAGA GAAGCTTGAG CCTTGGGGAT AAAGAAATAA GCCGGTCCTC TCCTTCTCCA 
GCCCTTGAGC AGCCTTTCAG GGATCGTTCC AACACTCTGA GTGAGAAGCC TGCTCTGCCT 
GTCATCCGTG ACAAGTACAA AGATCTGACA GGCGAGGTGG AGGAAAATGA GAGATATGCG 
TATGAATGGC AGAGGTGCCT GGGGAGCGCC TTGGATGTCA TTAAGAAGGC AAATGACACC 
TTAAATGGAA TTAGTAGCAG TGCTGTTTGT ACAGAAGTTA TTCAGTCAGC CCAAGGCATG 
GAATATTTAT TAGGTGTCGT GGAAGTGTAC CGAGTAACCA AACGTGTGGA GCTGGGGATA 
AAAGCTACTG CTGTGTGCAG TGAGAAACTC CAGCAGTTGC TGAAGGACAT TGATAAAGTG 
TGGAACAACC TAATCGGCTT CATGTCACTC GCTACACTCA CACCAGATGA AAATTCACTG 
GATTTTTCCT CCTGTATGCT ACGGCCTGGG ATTAAAAACG CTCAGGAACT GGCTTGCGGG 
GTGTGCCTCT TAAATGTGGA TTCTAGGAGC CGGAAAGAAG AGAAGCCTAC AGAAGAACAT 
CCTAAAAAAG CATTCAACGC AGAAACAGAC AGTTTCAAGC TGGCCTATGG AGGGCACCAA 
TATCACGCCA GCTGTGCCAA CTTCTGGATC AACTGTGTTG AGCCCAAGCC TCCTGGCCTC 
ATCCTGCCAG ATCTGCTCTG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_029409414.1
CDS	32..3952
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_029553554.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_029553554.1

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG GCCTGATGCC AATGCAGCAG 
CAAGGATTTC CTATGGTCTC TGTCATGCAG CCCAATATGC AAGGCATGAT GGGAATGAAT 
TACAGCTCTC AAATGTCCCA AGGACCCATT GCGATGCAGG CAGGGTTACC GATGGCGCCA 
ATGCCGGCAG CAGGCATGCC TTACCTGGGG CAGGCACCAT TCCTGGGCAT GCGTCCTCCA 
GGCCCACAGT ACACTCCAGA CATGCAGAAG CAGTTTGCTG AAGAGCAACA AAAACGATTT 
GAACAGCAAC AAAAACTCTT AGAAGAAGAA AGAAAAAGAC GCCAGTTTGA AGAGCAAAAG 
CAAAAGCTCA GACTTCTGAG TAGCGTGAAA CCCAAGACAG GAGAGAAGAA CAGAGACGAT 
GCTTTGGAAG CCATAAAAGG AAACTTGGAT GGGTTTTCCA GAGATGCTAA GATGCATCCT 
ACTCCAGCAT CGCACCCCAA GAAACCAGGC CCTTCCTTGG AGGAGAAGCT CCTAGTATCT 
TGTGATATAA GTACATCTGG GCATGAACAA ATTAAATTAA GTACTCCTGA AGCTGGGCAC 
AAAGCTCTAG TCCCAGATTC CAGTGAGAAC CATCCCACTT TAACGGCCAG TCATGGGGGT 
GCTGTAGATG GATGTGTAAA TGGTCCCACC ACTGCAGAGG CAGAAAAGAC TTCAGACCAA 
AACCTGTCAA ATGAAGAGAG TGGTGTGGGT GTGTTTCCCT CGCAGGATCC TGTTCCACCC 
AGAATGCCTC CTTGGATTTA CAATGAAAGT TTGGTCCCAG ATACCTATAA GAAAATTTTA 
GAAACCACAG TGACTCCAAC TGGAATAGAT ACTGCTAAAC TTTATCCCAT TCTGATGTCA 
TCTGGACTTC CCAGGGAAAC TCTTGGACAG ATATGGGCCT TGGCCAATCG AACTACACCT 
GGCAAACTCA CTAAAGAAGA GCTTTACACT GTTCTCGCCA TGATAGCAGT AACGCAGAGG 
GGTGTTCCTG CCATGAGTCC TGATGCTTTG AATCAGTTCC CAGCAGCTCC CATTCCAACG 
TTAAGTGGCT TTTCTATGAC TCTGCCTACC CCAGTGAGCC AGCCGACTGT GATGCCCTCT 
GGCCCTTCAG GGTCCATGCC CCTCAGCCTT GGACAGCCAG TCATGGGCAT TAACCTTGTT 
GGACCAGTGG GTGGAGCTGC AGCCCCAGCT TCCAGTGGCT TCATGCCATC TTACCCAGCA 
AAACAGGTGG GAAAGACAGA AGAGGATGAC TTCCAGGAAT TTCAAGATGC TTCTAAGTCA 
GGATCCCTTG ATGACTCGTT CACTGACTTC CAAGAGGTGC CTCCTTCCTC AAAAACAAAT 
AATTCCCAGC ATGGAAACAG TGCTCCATCT TTGTTGATAC CACTTCCTGG AACTAAAGCT 
TCAAAGGATA AATATGCAGT GTTTAAAGGA ATTTCAGCTG ACAAACCCTC TGAAAATGCT 
GTTCCATTTG GAGAGTCTGC TGATAAATAC AGTGCTTTCC GGGAACTTGA GCAGACCACA 
GAGAATAAAC CTTTAGGAGA GAGCTTCACA GAATTCAGAT CTGCAGGAAC TGATGATGGT 
TTCACCGACT TTAAGACAGC CGACAGTATA TCACCTCTAG AGCCACCAAC GACAAAAGAC 
ACTTTCCCAA CATCCTTCCC CTCAGGACCT ATACAGCAGA AACAGCAAAC ACAAGTGAAA 
ACTCCTCTGA ACTTAGCAGA CCTGGATATG TTTTCCTCAG TTAATTGCAG CAATGAGAAA 
CCATTGCCCT TTTCAGCAGC ATTTAGCACA TCTAAGTCAG TTTCTACAAG ACCTCAGCCA 
GGGGGATCTA CTACAAGCCC AGCAGCACTG GCATCCACTA AAACTTCTAG TCTGGCTGAT 
GATTTTGGAG AATTCAACCT CTTTGGGGAA TATTCTAGTC CTGCATCAGT TGGGGAGCAG 
GATGACTTTG CAGATTTTAT GGCTTTCAGT AACAGCTCTA TTTCTTCTGA GCAAAAAGCA 
GATGACAAAT ATGATGTCCT CAGAGAGGAA CCAAGTCCCG TTCCTCTGAC CAGCAACTCA 
GGCAGTGAGG GAAAGAGTAC ACCTGCTACA TCCACCAAGT ATGATGTCTT CAAACAGCTT 
TCCCTAGAAG GAGCTGGACT AGGTGTCGAA GAGTTAAAAG ATAACACTCC TTTTGGAAAA 
GGTGATGATG ATTTTGCTGA TTTTCACTCC AATAAATTTT CATCCATGAA TTCGGAGAAA 
TCCCTGGGAG AGAAAGCAGT AGCTTTCAGA CACACCAAAG AAGACTCTGC TTCAGTGAAG 
TCCCTAGATC TCCCTTCTAT TGGTGGCAGC AGCATTGGCA AGGAGGACTC AGAAGATGCG 
CTTTCTGTTC AGTTTGACAT GAAACTGGCT GATGTGGGAG GAGATCTTAA GCATGTCATG 
TCTGATAGCT CTTTGGATTT ACCAACAGTT AGTGGCCAGC ATCCTCCTGC TGCAGATATA 
GAGGACTTAA AATATGCTAC TTTTGGAAGC TACAGTAGCA GTTTTACAGT GAGCACACTT 
ACAAGCTATG ACTGGTCAGA CAGGGATGAT GCATCTCAGG GCAGAAAACT CTCTCCATTT 
GTCCTCTCAG CAGGAAGTGG GTCCTCCTCA GCCACCTCAG TTCTTCAAAA GAAAGAGACC 
TCATTTGGTA GCTCTGAAAA CAGCACCATG TCATCGCTCT CCAAAGTAAC AACCTTTGCA 
AGTGAGGATG CTCTTCCAGA GACTCCCTTC CCGGCCTTTG CCAGCTTTAA AGACATCATG 
CCTCAGACCA GTGAACAAAA GGAATATGAA AAATATGGAA GTGGGGACTA CCAGGATTTC 
CCAAGGCAGG ATCTGTCCGC AGCTGAACAG AGCCAGGAGA TCATGTGTCC AAGCCCAGCA 
TCCAGTGGTG CCTCTCATGA AACCCCCAAA GAATGTGCTG ATGACTTTGG GGAGTTTCAG 
AGTGAAAAGC CCAAAATCAG CAAATTTGAC TTTTTAGTAG CCAATTCACA AAGCAAAATG 
AAATCCAGTG AAGAAATGAT CAAAAGTGAG CTGGCAACCT TTGACCTTTC TGTTCAAGGA 
TCACACAAGA GAAGCTTGAG CCTTGGGGAT AAAGAAATAA GCCGGTCCTC TCCTTCTCCA 
GCCCTTGAGC AGCCTTTCAG GGATCGTTCC AACACTCTGA GTGAGAAGCC TGCTCTGCCT 
GTCATCCGTG ACAAGTACAA AGATCTGACA GGCGAGGTGG AGGAAAATGA GAGATATGCG 
TATGAATGGC AGAGGTGCCT GGGGAGCGCC TTGGATGTCA TTAAGAAGGC AAATGACACC 
TTAAATGGAA TTAGTAGCAG TGCTGTTTGT ACAGAAGTTA TTCAGTCAGC CCAAGGCATG 
GAATATTTAT TAGGTGTCGT GGAAGTGTAC CGAGTAACCA AACGTGTGGA GCTGGGGATA 
AAAGCTACTG CTGTGTGCAG TGAGAAACTC CAGCAGTTGC TGAAGGACAT TGATAAAGTG 
TGGAACAACC TAATCGGCTT CATGTCACTC GCTACACTCA CACCAGATGA AAATTCACTG 
GATTTTTCCT CCTGTATGCT ACGGCCTGGG ATTAAAAACG CTCAGGAACT GGCTTGCGGG 
GTGTGCCTCT TAAATGTGGA TTCTAGGAGC CGGAAAGAAG AGAAGCCTAC AGAAGAACAT 
CCTAAAAAAG CATTCAACGC AGAAACAGAC AGTTTCAAGC TGGCCTATGG AGGGCACCAA 
TATCACGCCA GCTGTGCCAA CTTCTGGATC AACTGTGTTG AGCCCAAGCC TCCTGGCCTC 
ATCCTGCCAG ATCTGCTCTG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_029553555.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029409415.1 Nannospalax galili synergin gamma (Synrg), transcript variant X11, mRNA.

Price & Availability↑

CloneID	ONa135070
Clone ID Related Accession (Same CDS sequence)	XM_029553555.1
Accession Version	XM_029553555.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3687bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG GCCTGATGCC AATGCAGCAG 
CAAGGATTTC CTATGGTCTC TGTCATGCAG CCCAATATGC AAGGCATGAT GGGAATGAAT 
TACAGCTCTC AAATGTCCCA AGGACCCATT GCGATGCAGG CAGGGTTACC GATGGCGCCA 
ATGCCGGCAG CAGGCATGCC TTACCTGGGG CAGGCACCAT TCCTGGGCAT GCGTCCTCCA 
GGCCCACAGT ACACTCCAGA CATGCAGAAG CAGTTTGCTG AAGAGCAACA AAAACGATTT 
GAACAGCAAC AAAAACTCTT AGAAGAAGAA AGAAAAAGAC GCCAGTTTGA AGAGCAAAAG 
CAAAAGCTCA GACTTCTGAG TAGCGTGAAA CCCAAGACAG GAGAGAAGAA CAGAGACGAT 
GCTTTGGAAG CCATAAAAGG AAACTTGGAT GGGTTTTCCA GAGATGCTAA GATGCATCCT 
ACTCCAGCAT CGCACCCCAA GAAACCAGGT GTGGGTGTGT TTCCCTCGCA GGATCCTGTT 
CCACCCAGAA TGCCTCCTTG GATTTACAAT GAAAGTTTGG TCCCAGATAC CTATAAGAAA 
ATTTTAGAAA CCACAGTGAC TCCAACTGGA ATAGATACTG CTAAACTTTA TCCCATTCTG 
ATGTCATCTG GACTTCCCAG GGAAACTCTT GGACAGATAT GGGCCTTGGC CAATCGAACT 
ACACCTGGCA AACTCACTAA AGAAGAGCTT TACACTGTTC TCGCCATGAT AGCAGTAACG 
CAGAGGGGTG TTCCTGCCAT GAGTCCTGAT GCTTTGAATC AGTTCCCAGC AGCTCCCATT 
CCAACGTTAA GTGGCTTTTC TATGACTCTG CCTACCCCAG TGAGCCAGCC GACTGTGATG 
CCCTCTGGCC CTTCAGGGTC CATGCCCCTC AGCCTTGGAC AGCCAGTCAT GGGCATTAAC 
CTTGTTGGAC CAGTGGGTGG AGCTGCAGCC CCAGCTTCCA GTGGCTTCAT GCCATCTTAC 
CCAGCAAAAC AGGTGGGAAA GACAGAAGAG GATGACTTCC AGGAATTTCA AGATGCTTCT 
AAGTCAGGAT CCCTTGATGA CTCGTTCACT GACTTCCAAG AGGTGCCTCC TTCCTCAAAA 
ACAAATAATT CCCAGCATGG AAACAGTGCT CCATCTTTGT TGATACCACT TCCTGGAACT 
AAAGCTTCAA AGGATAAATA TGCAGTGTTT AAAGGAATTT CAGCTGACAA ACCCTCTGAA 
AATGCTGTTC CATTTGGAGA GTCTGCTGAT AAATACAGTG CTTTCCGGGA ACTTGAGCAG 
ACCACAGAGA ATAAACCTTT AGGAGAGAGC TTCACAGAAT TCAGATCTGC AGGAACTGAT 
GATGGTTTCA CCGACTTTAA GACAGCCGAC AGTATATCAC CTCTAGAGCC ACCAACGACA 
AAAGACACTT TCCCAACATC CTTCCCCTCA GGACCTATAC AGCAGAAACA GCAAACACAA 
GTGAAAACTC CTCTGAACTT AGCAGACCTG GATATGTTTT CCTCAGTTAA TTGCAGCAAT 
GAGAAACCAT TGCCCTTTTC AGCAGCATTT AGCACATCTA AGTCAGTTTC TACAAGACCT 
CAGCCAGGGG GATCTACTAC AAGCCCAGCA GCACTGGCAT CCACTAAAAC TTCTAGTCTG 
GCTGATGATT TTGGAGAATT CAACCTCTTT GGGGAATATT CTAGTCCTGC ATCAGTTGGG 
GAGCAGGATG ACTTTGCAGA TTTTATGGCT TTCAGTAACA GCTCTATTTC TTCTGAGCAA 
AAAGCAGATG ACAAATATGA TGTCCTCAGA GAGGAACCAA GTCCCGTTCC TCTGACCAGC 
AACTCAGGCA GTGAGGGAAA GAGTACACCT GCTACATCCA CCAAGTATGA TGTCTTCAAA 
CAGCTTTCCC TAGAAGGAGC TGGACTAGGT GTCGAAGAGT TAAAAGATAA CACTCCTTTT 
GGAAAAGGTG ATGATGATTT TGCTGATTTT CACTCCAATA AATTTTCATC CATGAATTCG 
GAGAAATCCC TGGGAGAGAA AGCAGTAGCT TTCAGACACA CCAAAGAAGA CTCTGCTTCA 
GTGAAGTCCC TAGATCTCCC TTCTATTGGT GGCAGCAGCA TTGGCAAGGA GGACTCAGAA 
GATGCGCTTT CTGTTCAGTT TGACATGAAA CTGGCTGATG TGGGAGGAGA TCTTAAGCAT 
GTCATGTCTG ATAGCTCTTT GGATTTACCA ACAGTTAGTG GCCAGCATCC TCCTGCTGCA 
GATATAGAGG ACTTAAAATA TGCTACTTTT GGAAGCTACA GTAGCAGTTT TACAGTGAGC 
ACACTTACAA GCTATGACTG GTCAGACAGG GATGATGCAT CTCAGGGCAG AAAACTCTCT 
CCATTTGTCC TCTCAGCAGG AAGTGGGTCC TCCTCAGCCA CCTCAGTTCT TCAAAAGAAA 
GAGACCTCAT TTGGTAGCTC TGAAAACAGC ACCATGTCAT CGCTCTCCAA AGTAACAACC 
TTTGCAAGTG AGGATGCTCT TCCAGAGACT CCCTTCCCGG CCTTTGCCAG CTTTAAAGAC 
ATCATGCCTC AGACCAGTGA ACAAAAGGAA TATGAAAAAT ATGGAAGTGG GGACTACCAG 
GATTTCCCAA GGCAGGATCT GTCCGCAGCT GAACAGAGCC AGGAGATCAT GTGTCCAAGC 
CCAGCATCCA GTGGTGCCTC TCATGAAACC CCCAAAGAAT GTGCTGATGA CTTTGGGGAG 
TTTCAGAGTG AAAAGCCCAA AATCAGCAAA TTTGACTTTT TAGTAGCCAA TTCACAAAGC 
AAAATGAAAT CCAGTGAAGA AATGATCAAA AGTGAGCTGG CAACCTTTGA CCTTTCTGTT 
CAAGGATCAC ACAAGAGAAG CTTGAGCCTT GGGGATAAAG AAATAAGCCG GTCCTCTCCT 
TCTCCAGCCC TTGAGCAGCC TTTCAGGGAT CGTTCCAACA CTCTGAGTGA GAAGCCTGCT 
CTGCCTGTCA TCCGTGACAA GTACAAAGAT CTGACAGGCG AGGTGGAGGA AAATGAGAGA 
TATGCGTATG AATGGCAGAG GTGCCTGGGG AGCGCCTTGG ATGTCATTAA GAAGGCAAAT 
GACACCTTAA ATGGAATTAG TAGCAGTGCT GTTTGTACAG AAGTTATTCA GTCAGCCCAA 
GGCATGGAAT ATTTATTAGG TGTCGTGGAA GTGTACCGAG TAACCAAACG TGTGGAGCTG 
GGGATAAAAG CTACTGCTGT GTGCAGTGAG AAACTCCAGC AGTTGCTGAA GGACATTGAT 
AAAGTGTGGA ACAACCTAAT CGGCTTCATG TCACTCGCTA CACTCACACC AGATGAAAAT 
TCACTGGATT TTTCCTCCTG TATGCTACGG CCTGGGATTA AAAACGCTCA GGAACTGGCT 
TGCGGGGTGT GCCTCTTAAA TGTGGATTCT AGGAGCCGGA AAGAAGAGAA GCCTACAGAA 
GAACATCCTA AAAAAGCATT CAACGCAGAA ACAGACAGTT TCAAGCTGGC CTATGGAGGG 
CACCAATATC ACGCCAGCTG TGCCAACTTC TGGATCAACT GTGTTGAGCC CAAGCCTCCT 
GGCCTCATCC TGCCAGATCT GCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_029409415.1
CDS	32..3718
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_029553555.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X11, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_029553555.1

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG GCCTGATGCC AATGCAGCAG 
CAAGGATTTC CTATGGTCTC TGTCATGCAG CCCAATATGC AAGGCATGAT GGGAATGAAT 
TACAGCTCTC AAATGTCCCA AGGACCCATT GCGATGCAGG CAGGGTTACC GATGGCGCCA 
ATGCCGGCAG CAGGCATGCC TTACCTGGGG CAGGCACCAT TCCTGGGCAT GCGTCCTCCA 
GGCCCACAGT ACACTCCAGA CATGCAGAAG CAGTTTGCTG AAGAGCAACA AAAACGATTT 
GAACAGCAAC AAAAACTCTT AGAAGAAGAA AGAAAAAGAC GCCAGTTTGA AGAGCAAAAG 
CAAAAGCTCA GACTTCTGAG TAGCGTGAAA CCCAAGACAG GAGAGAAGAA CAGAGACGAT 
GCTTTGGAAG CCATAAAAGG AAACTTGGAT GGGTTTTCCA GAGATGCTAA GATGCATCCT 
ACTCCAGCAT CGCACCCCAA GAAACCAGGT GTGGGTGTGT TTCCCTCGCA GGATCCTGTT 
CCACCCAGAA TGCCTCCTTG GATTTACAAT GAAAGTTTGG TCCCAGATAC CTATAAGAAA 
ATTTTAGAAA CCACAGTGAC TCCAACTGGA ATAGATACTG CTAAACTTTA TCCCATTCTG 
ATGTCATCTG GACTTCCCAG GGAAACTCTT GGACAGATAT GGGCCTTGGC CAATCGAACT 
ACACCTGGCA AACTCACTAA AGAAGAGCTT TACACTGTTC TCGCCATGAT AGCAGTAACG 
CAGAGGGGTG TTCCTGCCAT GAGTCCTGAT GCTTTGAATC AGTTCCCAGC AGCTCCCATT 
CCAACGTTAA GTGGCTTTTC TATGACTCTG CCTACCCCAG TGAGCCAGCC GACTGTGATG 
CCCTCTGGCC CTTCAGGGTC CATGCCCCTC AGCCTTGGAC AGCCAGTCAT GGGCATTAAC 
CTTGTTGGAC CAGTGGGTGG AGCTGCAGCC CCAGCTTCCA GTGGCTTCAT GCCATCTTAC 
CCAGCAAAAC AGGTGGGAAA GACAGAAGAG GATGACTTCC AGGAATTTCA AGATGCTTCT 
AAGTCAGGAT CCCTTGATGA CTCGTTCACT GACTTCCAAG AGGTGCCTCC TTCCTCAAAA 
ACAAATAATT CCCAGCATGG AAACAGTGCT CCATCTTTGT TGATACCACT TCCTGGAACT 
AAAGCTTCAA AGGATAAATA TGCAGTGTTT AAAGGAATTT CAGCTGACAA ACCCTCTGAA 
AATGCTGTTC CATTTGGAGA GTCTGCTGAT AAATACAGTG CTTTCCGGGA ACTTGAGCAG 
ACCACAGAGA ATAAACCTTT AGGAGAGAGC TTCACAGAAT TCAGATCTGC AGGAACTGAT 
GATGGTTTCA CCGACTTTAA GACAGCCGAC AGTATATCAC CTCTAGAGCC ACCAACGACA 
AAAGACACTT TCCCAACATC CTTCCCCTCA GGACCTATAC AGCAGAAACA GCAAACACAA 
GTGAAAACTC CTCTGAACTT AGCAGACCTG GATATGTTTT CCTCAGTTAA TTGCAGCAAT 
GAGAAACCAT TGCCCTTTTC AGCAGCATTT AGCACATCTA AGTCAGTTTC TACAAGACCT 
CAGCCAGGGG GATCTACTAC AAGCCCAGCA GCACTGGCAT CCACTAAAAC TTCTAGTCTG 
GCTGATGATT TTGGAGAATT CAACCTCTTT GGGGAATATT CTAGTCCTGC ATCAGTTGGG 
GAGCAGGATG ACTTTGCAGA TTTTATGGCT TTCAGTAACA GCTCTATTTC TTCTGAGCAA 
AAAGCAGATG ACAAATATGA TGTCCTCAGA GAGGAACCAA GTCCCGTTCC TCTGACCAGC 
AACTCAGGCA GTGAGGGAAA GAGTACACCT GCTACATCCA CCAAGTATGA TGTCTTCAAA 
CAGCTTTCCC TAGAAGGAGC TGGACTAGGT GTCGAAGAGT TAAAAGATAA CACTCCTTTT 
GGAAAAGGTG ATGATGATTT TGCTGATTTT CACTCCAATA AATTTTCATC CATGAATTCG 
GAGAAATCCC TGGGAGAGAA AGCAGTAGCT TTCAGACACA CCAAAGAAGA CTCTGCTTCA 
GTGAAGTCCC TAGATCTCCC TTCTATTGGT GGCAGCAGCA TTGGCAAGGA GGACTCAGAA 
GATGCGCTTT CTGTTCAGTT TGACATGAAA CTGGCTGATG TGGGAGGAGA TCTTAAGCAT 
GTCATGTCTG ATAGCTCTTT GGATTTACCA ACAGTTAGTG GCCAGCATCC TCCTGCTGCA 
GATATAGAGG ACTTAAAATA TGCTACTTTT GGAAGCTACA GTAGCAGTTT TACAGTGAGC 
ACACTTACAA GCTATGACTG GTCAGACAGG GATGATGCAT CTCAGGGCAG AAAACTCTCT 
CCATTTGTCC TCTCAGCAGG AAGTGGGTCC TCCTCAGCCA CCTCAGTTCT TCAAAAGAAA 
GAGACCTCAT TTGGTAGCTC TGAAAACAGC ACCATGTCAT CGCTCTCCAA AGTAACAACC 
TTTGCAAGTG AGGATGCTCT TCCAGAGACT CCCTTCCCGG CCTTTGCCAG CTTTAAAGAC 
ATCATGCCTC AGACCAGTGA ACAAAAGGAA TATGAAAAAT ATGGAAGTGG GGACTACCAG 
GATTTCCCAA GGCAGGATCT GTCCGCAGCT GAACAGAGCC AGGAGATCAT GTGTCCAAGC 
CCAGCATCCA GTGGTGCCTC TCATGAAACC CCCAAAGAAT GTGCTGATGA CTTTGGGGAG 
TTTCAGAGTG AAAAGCCCAA AATCAGCAAA TTTGACTTTT TAGTAGCCAA TTCACAAAGC 
AAAATGAAAT CCAGTGAAGA AATGATCAAA AGTGAGCTGG CAACCTTTGA CCTTTCTGTT 
CAAGGATCAC ACAAGAGAAG CTTGAGCCTT GGGGATAAAG AAATAAGCCG GTCCTCTCCT 
TCTCCAGCCC TTGAGCAGCC TTTCAGGGAT CGTTCCAACA CTCTGAGTGA GAAGCCTGCT 
CTGCCTGTCA TCCGTGACAA GTACAAAGAT CTGACAGGCG AGGTGGAGGA AAATGAGAGA 
TATGCGTATG AATGGCAGAG GTGCCTGGGG AGCGCCTTGG ATGTCATTAA GAAGGCAAAT 
GACACCTTAA ATGGAATTAG TAGCAGTGCT GTTTGTACAG AAGTTATTCA GTCAGCCCAA 
GGCATGGAAT ATTTATTAGG TGTCGTGGAA GTGTACCGAG TAACCAAACG TGTGGAGCTG 
GGGATAAAAG CTACTGCTGT GTGCAGTGAG AAACTCCAGC AGTTGCTGAA GGACATTGAT 
AAAGTGTGGA ACAACCTAAT CGGCTTCATG TCACTCGCTA CACTCACACC AGATGAAAAT 
TCACTGGATT TTTCCTCCTG TATGCTACGG CCTGGGATTA AAAACGCTCA GGAACTGGCT 
TGCGGGGTGT GCCTCTTAAA TGTGGATTCT AGGAGCCGGA AAGAAGAGAA GCCTACAGAA 
GAACATCCTA AAAAAGCATT CAACGCAGAA ACAGACAGTT TCAAGCTGGC CTATGGAGGG 
CACCAATATC ACGCCAGCTG TGCCAACTTC TGGATCAACT GTGTTGAGCC CAAGCCTCCT 
GGCCTCATCC TGCCAGATCT GCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_029553556.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029409416.1 Nannospalax galili synergin gamma (Synrg), transcript variant X14, mRNA.

Price & Availability↑

CloneID	ONa135071
Clone ID Related Accession (Same CDS sequence)	XM_029553556.1
Accession Version	XM_029553556.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3885bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG GCCTGATGCC AATGCAGCAG 
CAAGGATTTC CTATGGTCTC TGTCATGCAG CCCAATATGC AAGGCATGAT GGGAATGAAT 
TACAGCTCTC AAATGTCCCA AGGACCCATT GCGATGCAGG CAGGGTTACC GATGGCGCCA 
ATGCCGGCAG CAGGCATGCC TTACCTGGGG CAGGCACCAT TCCTGGGCAT GCGTCCTCCA 
GGCCCACAGT ACACTCCAGA CATGCAGAAG CAGTTTGCTG AAGAGCAACA AAAACGATTT 
GAACAGCAAC AAAAACTCTT AGAAGAAGAA AGAAAAAGAC GCCAGTTTGA AGAGCAAAAG 
CAAAAGCTCA GACTTCTGAG TAGCGTGAAA CCCAAGACAG GAGAGAAGAA CAGAGACGAT 
GCTTTGGAAG CCATAAAAGG AAACTTGGAT GGGTTTTCCA GAGATGCTAA GATGCATCCT 
ACTCCAGCAT CGCACCCCAA GAAACCAGGC CCTTCCTTGG AGGAGAAGCT CCTAGTATCT 
TGTGATATAA GTACATCTGG GCATGAACAA ATTAAATTAA GTACTCCTGA AGCTGGGCAC 
AAAGCTCTAG TCCCAGATTC CAGTGAGAAC CATCCCACTT TAACGGCCAG TCATGGGGGT 
GCTGTAGATG GATGTGTAAA TGGTCCCACC ACTGCAGAGG CAGAAAAGAC TTCAGACCAA 
AACCTGTCAA ATGAAGAGAG TGGTGTGGGT GTGTTTCCCT CGCAGGATCC TGTTCCACCC 
AGAATGCCTC CTTGGATTTA CAATGAAAGT TTGGTCCCAG ATACCTATAA GAAAATTTTA 
GAAACCACAG TGACTCCAAC TGGAATAGAT ACTGCTAAAC TTTATCCCAT TCTGATGTCA 
TCTGGACTTC CCAGGGAAAC TCTTGGACAG ATATGGGCCT TGGCCAATCG AACTACACCT 
GGCAAACTCA CTAAAGAAGA GCTTTACACT GTTCTCGCCA TGATAGCAGT AACGCAGAGG 
GGTGTTCCTG CCATGAGTCC TGATGCTTTG AATCAGTTCC CAGCAGCTCC CATTCCAACG 
TTAAGTGGCT TTTCTATGAC TCTGCCTACC CCAGTGAGCC AGCCGACTGT GATGCCCTCT 
GGCCCTTCAG GGTCCATGCC CCTCAGCCTT GGACAGCCAG TCATGGGCAT TAACCTTGTT 
GGACCAGTGG GTGGAGCTGC AGCCCCAGCT TCCAGTGGCT TCATGCCATC TTACCCAGCA 
AAACAGGTGG GAAAGACAGA AGAGGATGAC TTCCAGGAAT TTCAAGATGC TTCTAAGTCA 
GGATCCCTTG ATGACTCGTT CACTGACTTC CAAGAGGTGC CTCCTTCCTC AAAAACAAAT 
AATTCCCAGC ATGGAAACAG TGCTCCATCT TTGTTGATAC CACTTCCTGG AACTAAAGCT 
TCAAAGGATA AATATGCAGT GTTTAAAGGA ATTTCAGCTG ACAAACCCTC TGAAAATGCT 
GTTCCATTTG GAGAGTCTGC TGATAAATAC AGTGCTTTCC GGGAACTTGA GCAGACCACA 
GAGAATAAAC CTTTAGGAGA GAGCTTCACA GAATTCAGAT CTGCAGGAAC TGATGATGGT 
TTCACCGACT TTAAGACAGC CGACAGTATA TCACCTCTAG AGCCACCAAC GACAAAAGAC 
ACTTTCCCAA CATCCTTCCC CTCAGGACCT ATACAGCAGA AACAGCAAAC ACAAGTGAAA 
ACTCCTCTGA ACTTAGCAGA CCTGGATATG TTTTCCTCAG TTAATTGCAG CAATGAGAAA 
CCATTGCCCT TTTCAGCAGC ATTTAGCACA TCTAAGTCAG TTTCTACAAG ACCTCAGCCA 
GGGGGATCTA CTACAAGCCC AGCAGCACTG GCATCCACTA AAACTTCTAG TCTGGCTGAT 
GATTTTGGAG AATTCAACCT CTTTGGGGAA TATTCTAGTC CTGCATCAGT TGGGGAGCAG 
GATGACTTTG CAGATTTTAT GGCTTTCAGT AACAGCTCTA TTTCTTCTGA GCAAAAAGCA 
GATGACAAAT ATGATGTCCT CAGAGAGGAA CCAAGTCCCG TTCCTCTGAC CAGCAACTCA 
GGCAGTGAGG GAAAGAGTAC ACCTGCTACA TCCACCAAGT ATGATGTCTT CAAACAGCTT 
TCCCTAGAAG GAGCTGGACT AGGTGTCGAA GAGTTAAAAG ATAACACTCC TTTTGGAAAA 
GGTGATGATG ATTTTGCTGA TTTTCACTCC AATAAATTTT CATCCATGAA TTCGGAGAAA 
TCCCTGGGAG AGAAAGCAGT AGCTTTCAGA CACACCAAAG AAGACTCTGC TTCAGTGAAG 
TCCCTAGATC TCCCTTCTAT TGGTGGCAGC AGCATTGGCA AGGAGGACTC AGAAGATGCG 
CTTTCTGTTC AGTTTGACAT GAAACTGGCT GATGTGGGAG GAGATCTTAA GCATGTCATG 
TCTGATAGCT CTTTGGATTT ACCAACAGTT AGTGGCCAGC ATCCTCCTGC TGCAGATATA 
GAGGACTTAA AATATGCTAC TTTTGGAAGC TACAGTAGCA GTTTTACAGT GAGCACACTT 
ACAAGCTATG ACTGGTCAGA CAGGGATGAT GCATCTCAGG GCAGAAAACT CTCTCCATTT 
GTCCTCTCAG CAGGAAGTGG GTCCTCCTCA GCCACCTCAG TTCTTCAAAA GAAAGAGACC 
TCATTTGGTA GCTCTGAAAA CAGCACCATG TCATCGCTCT CCAAAGTAAC AACCTTTGCA 
AGTGAGGATG CTCTTCCAGA GACTCCCTTC CCGGCCTTTG CCAGCTTTAA AGACATCATG 
CCTCAGACCA GTGAACAAAA GGAATATGAA AAATATGGAA GTGGGGACTA CCAGGATTTC 
CCAAGGCAGG ATCTGTCCGC AGCTGAACAG AGCCAGGAGA TCATGTGTCC AAGCCCAGCA 
TCCAGTGGTG CCTCTCATGA AACCCCCAAA GAATGTGCTG ATGACTTTGG GGAGTTTCAG 
AGTGAAAAGC CCAAAATCAG CAAATTTGAC TTTTTAGTAG CCAATTCACA AAGCAAAATG 
AAATCCAGTG AAGAAATGAT CAAAAGTGAG CTGGCAACCT TTGACCTTTC TGTTCAAGGA 
TCACACAAGA GAAGCTTGAG CCTTGGGGAT AAAGAAATAA GCCGGTCCTC TCCTTCTCCA 
GCCCTTGAGC AGCCTTTCAG GGATCGTTCC AACACTCTGA GTGAGAAGCC TGCTCTGCCT 
GTCATCCGTG ACAAGTACAA AGATCTGACA GGCGAGGTGG AGGAAAATGA GAGATATGCG 
TATGAATGGC AGAGGTGCCT GGGGAGCGCC TTGGATGTCA TTAAGAAGGC AAATGACACC 
TTAAATGGAA TTAGTAGCAG TGCTGTTTGT ACAGAAGTTA TTCAGTCAGC CCAAGGCATG 
GAATATTTAT TAGGTGTCGT GGAAGTGTAC CGAGTAACCA AACGTGTGGA GCTGGGGATA 
AAAGCTACTG CTGTGTGCAG TGAGAAACTC CAGCAGTTGC TGAAGGACAT TGATAAAGTG 
TGGAACAACC TAATCGGCTT CATGTCACTC GCTACACTCA CACCAGATGA AAATTCACTG 
GATTTTTCCT CCTGTATGCT ACGGCCTGGG ATTAAAAACG CTCAGGAACT GGCTTGCGGG 
GTGTGCCTCT TAAATGTGGA TTCTAGGAGC CGGGCATTCA ACGCAGAAAC AGACAGTTTC 
AAGCTGGCCT ATGGAGGGCA CCAATATCAC GCCAGCTGTG CCAACTTCTG GATCAACTGT 
GTTGAGCCCA AGCCTCCTGG CCTCATCCTG CCAGATCTGC TCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_029409416.1
CDS	33..3917
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_029553556.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X14, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_029553556.1

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG GCCTGATGCC AATGCAGCAG 
CAAGGATTTC CTATGGTCTC TGTCATGCAG CCCAATATGC AAGGCATGAT GGGAATGAAT 
TACAGCTCTC AAATGTCCCA AGGACCCATT GCGATGCAGG CAGGGTTACC GATGGCGCCA 
ATGCCGGCAG CAGGCATGCC TTACCTGGGG CAGGCACCAT TCCTGGGCAT GCGTCCTCCA 
GGCCCACAGT ACACTCCAGA CATGCAGAAG CAGTTTGCTG AAGAGCAACA AAAACGATTT 
GAACAGCAAC AAAAACTCTT AGAAGAAGAA AGAAAAAGAC GCCAGTTTGA AGAGCAAAAG 
CAAAAGCTCA GACTTCTGAG TAGCGTGAAA CCCAAGACAG GAGAGAAGAA CAGAGACGAT 
GCTTTGGAAG CCATAAAAGG AAACTTGGAT GGGTTTTCCA GAGATGCTAA GATGCATCCT 
ACTCCAGCAT CGCACCCCAA GAAACCAGGC CCTTCCTTGG AGGAGAAGCT CCTAGTATCT 
TGTGATATAA GTACATCTGG GCATGAACAA ATTAAATTAA GTACTCCTGA AGCTGGGCAC 
AAAGCTCTAG TCCCAGATTC CAGTGAGAAC CATCCCACTT TAACGGCCAG TCATGGGGGT 
GCTGTAGATG GATGTGTAAA TGGTCCCACC ACTGCAGAGG CAGAAAAGAC TTCAGACCAA 
AACCTGTCAA ATGAAGAGAG TGGTGTGGGT GTGTTTCCCT CGCAGGATCC TGTTCCACCC 
AGAATGCCTC CTTGGATTTA CAATGAAAGT TTGGTCCCAG ATACCTATAA GAAAATTTTA 
GAAACCACAG TGACTCCAAC TGGAATAGAT ACTGCTAAAC TTTATCCCAT TCTGATGTCA 
TCTGGACTTC CCAGGGAAAC TCTTGGACAG ATATGGGCCT TGGCCAATCG AACTACACCT 
GGCAAACTCA CTAAAGAAGA GCTTTACACT GTTCTCGCCA TGATAGCAGT AACGCAGAGG 
GGTGTTCCTG CCATGAGTCC TGATGCTTTG AATCAGTTCC CAGCAGCTCC CATTCCAACG 
TTAAGTGGCT TTTCTATGAC TCTGCCTACC CCAGTGAGCC AGCCGACTGT GATGCCCTCT 
GGCCCTTCAG GGTCCATGCC CCTCAGCCTT GGACAGCCAG TCATGGGCAT TAACCTTGTT 
GGACCAGTGG GTGGAGCTGC AGCCCCAGCT TCCAGTGGCT TCATGCCATC TTACCCAGCA 
AAACAGGTGG GAAAGACAGA AGAGGATGAC TTCCAGGAAT TTCAAGATGC TTCTAAGTCA 
GGATCCCTTG ATGACTCGTT CACTGACTTC CAAGAGGTGC CTCCTTCCTC AAAAACAAAT 
AATTCCCAGC ATGGAAACAG TGCTCCATCT TTGTTGATAC CACTTCCTGG AACTAAAGCT 
TCAAAGGATA AATATGCAGT GTTTAAAGGA ATTTCAGCTG ACAAACCCTC TGAAAATGCT 
GTTCCATTTG GAGAGTCTGC TGATAAATAC AGTGCTTTCC GGGAACTTGA GCAGACCACA 
GAGAATAAAC CTTTAGGAGA GAGCTTCACA GAATTCAGAT CTGCAGGAAC TGATGATGGT 
TTCACCGACT TTAAGACAGC CGACAGTATA TCACCTCTAG AGCCACCAAC GACAAAAGAC 
ACTTTCCCAA CATCCTTCCC CTCAGGACCT ATACAGCAGA AACAGCAAAC ACAAGTGAAA 
ACTCCTCTGA ACTTAGCAGA CCTGGATATG TTTTCCTCAG TTAATTGCAG CAATGAGAAA 
CCATTGCCCT TTTCAGCAGC ATTTAGCACA TCTAAGTCAG TTTCTACAAG ACCTCAGCCA 
GGGGGATCTA CTACAAGCCC AGCAGCACTG GCATCCACTA AAACTTCTAG TCTGGCTGAT 
GATTTTGGAG AATTCAACCT CTTTGGGGAA TATTCTAGTC CTGCATCAGT TGGGGAGCAG 
GATGACTTTG CAGATTTTAT GGCTTTCAGT AACAGCTCTA TTTCTTCTGA GCAAAAAGCA 
GATGACAAAT ATGATGTCCT CAGAGAGGAA CCAAGTCCCG TTCCTCTGAC CAGCAACTCA 
GGCAGTGAGG GAAAGAGTAC ACCTGCTACA TCCACCAAGT ATGATGTCTT CAAACAGCTT 
TCCCTAGAAG GAGCTGGACT AGGTGTCGAA GAGTTAAAAG ATAACACTCC TTTTGGAAAA 
GGTGATGATG ATTTTGCTGA TTTTCACTCC AATAAATTTT CATCCATGAA TTCGGAGAAA 
TCCCTGGGAG AGAAAGCAGT AGCTTTCAGA CACACCAAAG AAGACTCTGC TTCAGTGAAG 
TCCCTAGATC TCCCTTCTAT TGGTGGCAGC AGCATTGGCA AGGAGGACTC AGAAGATGCG 
CTTTCTGTTC AGTTTGACAT GAAACTGGCT GATGTGGGAG GAGATCTTAA GCATGTCATG 
TCTGATAGCT CTTTGGATTT ACCAACAGTT AGTGGCCAGC ATCCTCCTGC TGCAGATATA 
GAGGACTTAA AATATGCTAC TTTTGGAAGC TACAGTAGCA GTTTTACAGT GAGCACACTT 
ACAAGCTATG ACTGGTCAGA CAGGGATGAT GCATCTCAGG GCAGAAAACT CTCTCCATTT 
GTCCTCTCAG CAGGAAGTGG GTCCTCCTCA GCCACCTCAG TTCTTCAAAA GAAAGAGACC 
TCATTTGGTA GCTCTGAAAA CAGCACCATG TCATCGCTCT CCAAAGTAAC AACCTTTGCA 
AGTGAGGATG CTCTTCCAGA GACTCCCTTC CCGGCCTTTG CCAGCTTTAA AGACATCATG 
CCTCAGACCA GTGAACAAAA GGAATATGAA AAATATGGAA GTGGGGACTA CCAGGATTTC 
CCAAGGCAGG ATCTGTCCGC AGCTGAACAG AGCCAGGAGA TCATGTGTCC AAGCCCAGCA 
TCCAGTGGTG CCTCTCATGA AACCCCCAAA GAATGTGCTG ATGACTTTGG GGAGTTTCAG 
AGTGAAAAGC CCAAAATCAG CAAATTTGAC TTTTTAGTAG CCAATTCACA AAGCAAAATG 
AAATCCAGTG AAGAAATGAT CAAAAGTGAG CTGGCAACCT TTGACCTTTC TGTTCAAGGA 
TCACACAAGA GAAGCTTGAG CCTTGGGGAT AAAGAAATAA GCCGGTCCTC TCCTTCTCCA 
GCCCTTGAGC AGCCTTTCAG GGATCGTTCC AACACTCTGA GTGAGAAGCC TGCTCTGCCT 
GTCATCCGTG ACAAGTACAA AGATCTGACA GGCGAGGTGG AGGAAAATGA GAGATATGCG 
TATGAATGGC AGAGGTGCCT GGGGAGCGCC TTGGATGTCA TTAAGAAGGC AAATGACACC 
TTAAATGGAA TTAGTAGCAG TGCTGTTTGT ACAGAAGTTA TTCAGTCAGC CCAAGGCATG 
GAATATTTAT TAGGTGTCGT GGAAGTGTAC CGAGTAACCA AACGTGTGGA GCTGGGGATA 
AAAGCTACTG CTGTGTGCAG TGAGAAACTC CAGCAGTTGC TGAAGGACAT TGATAAAGTG 
TGGAACAACC TAATCGGCTT CATGTCACTC GCTACACTCA CACCAGATGA AAATTCACTG 
GATTTTTCCT CCTGTATGCT ACGGCCTGGG ATTAAAAACG CTCAGGAACT GGCTTGCGGG 
GTGTGCCTCT TAAATGTGGA TTCTAGGAGC CGGGCATTCA ACGCAGAAAC AGACAGTTTC 
AAGCTGGCCT ATGGAGGGCA CCAATATCAC GCCAGCTGTG CCAACTTCTG GATCAACTGT 
GTTGAGCCCA AGCCTCCTGG CCTCATCCTG CCAGATCTGC TCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_029553557.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029409417.1 Nannospalax galili synergin gamma (Synrg), transcript variant X15, mRNA.

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CloneID	ONa135072
Clone ID Related Accession (Same CDS sequence)	XM_029553557.1
Accession Version	XM_029553557.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3651bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG GCCTGATGCC AATGCAGCAG 
CAAGGATTTC CTATGGTCTC TGTCATGCAG CCCAATATGC AAGGCATGAT GGGAATGAAT 
TACAGCTCTC AAATGTCCCA AGGACCCATT GCGATGCAGG CAGGGTTACC GATGGCGCCA 
ATGCCGGCAG CAGGCATGCC TTACCTGGGG CAGGCACCAT TCCTGGGCAT GCGTCCTCCA 
GGCCCACAGT ACACTCCAGA CATGCAGAAG CAGTTTGCTG AAGAGCAACA AAAACGATTT 
GAACAGCAAC AAAAACTCTT AGAAGAAGAA AGAAAAAGAC GCCAGTTTGA AGAGCAAAAG 
CAAAAGCTCA GACTTCTGAG TAGCGTGAAA CCCAAGACAG GAGAGAAGAA CAGAGACGAT 
GCTTTGGAAG CCATAAAAGG AAACTTGGAT GGGTTTTCCA GAGATGCTAA GATGCATCCT 
ACTCCAGCAT CGCACCCCAA GAAACCAGGT GTGGGTGTGT TTCCCTCGCA GGATCCTGTT 
CCACCCAGAA TGCCTCCTTG GATTTACAAT GAAAGTTTGG TCCCAGATAC CTATAAGAAA 
ATTTTAGAAA CCACAGTGAC TCCAACTGGA ATAGATACTG CTAAACTTTA TCCCATTCTG 
ATGTCATCTG GACTTCCCAG GGAAACTCTT GGACAGATAT GGGCCTTGGC CAATCGAACT 
ACACCTGGCA AACTCACTAA AGAAGAGCTT TACACTGTTC TCGCCATGAT AGCAGTAACG 
CAGAGGGGTG TTCCTGCCAT GAGTCCTGAT GCTTTGAATC AGTTCCCAGC AGCTCCCATT 
CCAACGTTAA GTGGCTTTTC TATGACTCTG CCTACCCCAG TGAGCCAGCC GACTGTGATG 
CCCTCTGGCC CTTCAGGGTC CATGCCCCTC AGCCTTGGAC AGCCAGTCAT GGGCATTAAC 
CTTGTTGGAC CAGTGGGTGG AGCTGCAGCC CCAGCTTCCA GTGGCTTCAT GCCATCTTAC 
CCAGCAAAAC AGGTGGGAAA GACAGAAGAG GATGACTTCC AGGAATTTCA AGATGCTTCT 
AAGTCAGGAT CCCTTGATGA CTCGTTCACT GACTTCCAAG AGGTGCCTCC TTCCTCAAAA 
ACAAATAATT CCCAGCATGG AAACAGTGCT CCATCTTTGT TGATACCACT TCCTGGAACT 
AAAGCTTCAA AGGATAAATA TGCAGTGTTT AAAGGAATTT CAGCTGACAA ACCCTCTGAA 
AATGCTGTTC CATTTGGAGA GTCTGCTGAT AAATACAGTG CTTTCCGGGA ACTTGAGCAG 
ACCACAGAGA ATAAACCTTT AGGAGAGAGC TTCACAGAAT TCAGATCTGC AGGAACTGAT 
GATGGTTTCA CCGACTTTAA GACAGCCGAC AGTATATCAC CTCTAGAGCC ACCAACGACA 
AAAGACACTT TCCCAACATC CTTCCCCTCA GGACCTATAC AGCAGAAACA GCAAACACAA 
GTGAAAACTC CTCTGAACTT AGCAGACCTG GATATGTTTT CCTCAGTTAA TTGCAGCAAT 
GAGAAACCAT TGCCCTTTTC AGCAGCATTT AGCACATCTA AGTCAGTTTC TACAAGACCT 
CAGCCAGGGG GATCTACTAC AAGCCCAGCA GCACTGGCAT CCACTAAAAC TTCTAGTCTG 
GCTGATGATT TTGGAGAATT CAACCTCTTT GGGGAATATT CTAGTCCTGC ATCAGTTGGG 
GAGCAGGATG ACTTTGCAGA TTTTATGGCT TTCAGTAACA GCTCTATTTC TTCTGAGCAA 
AAAGCAGATG ACAAATATGA TGTCCTCAGA GAGGAACCAA GTCCCGTTCC TCTGACCAGC 
AACTCAGGCA GTGAGGGAAA GAGTACACCT GCTACATCCA CCAAGTATGA TGTCTTCAAA 
CAGCTTTCCC TAGAAGGAGC TGGACTAGGT GTCGAAGAGT TAAAAGATAA CACTCCTTTT 
GGAAAAGGTG ATGATGATTT TGCTGATTTT CACTCCAATA AATTTTCATC CATGAATTCG 
GAGAAATCCC TGGGAGAGAA AGCAGTAGCT TTCAGACACA CCAAAGAAGA CTCTGCTTCA 
GTGAAGTCCC TAGATCTCCC TTCTATTGGT GGCAGCAGCA TTGGCAAGGA GGACTCAGAA 
GATGCGCTTT CTGTTCAGTT TGACATGAAA CTGGCTGATG TGGGAGGAGA TCTTAAGCAT 
GTCATGTCTG ATAGCTCTTT GGATTTACCA ACAGTTAGTG GCCAGCATCC TCCTGCTGCA 
GATATAGAGG ACTTAAAATA TGCTACTTTT GGAAGCTACA GTAGCAGTTT TACAGTGAGC 
ACACTTACAA GCTATGACTG GTCAGACAGG GATGATGCAT CTCAGGGCAG AAAACTCTCT 
CCATTTGTCC TCTCAGCAGG AAGTGGGTCC TCCTCAGCCA CCTCAGTTCT TCAAAAGAAA 
GAGACCTCAT TTGGTAGCTC TGAAAACAGC ACCATGTCAT CGCTCTCCAA AGTAACAACC 
TTTGCAAGTG AGGATGCTCT TCCAGAGACT CCCTTCCCGG CCTTTGCCAG CTTTAAAGAC 
ATCATGCCTC AGACCAGTGA ACAAAAGGAA TATGAAAAAT ATGGAAGTGG GGACTACCAG 
GATTTCCCAA GGCAGGATCT GTCCGCAGCT GAACAGAGCC AGGAGATCAT GTGTCCAAGC 
CCAGCATCCA GTGGTGCCTC TCATGAAACC CCCAAAGAAT GTGCTGATGA CTTTGGGGAG 
TTTCAGAGTG AAAAGCCCAA AATCAGCAAA TTTGACTTTT TAGTAGCCAA TTCACAAAGC 
AAAATGAAAT CCAGTGAAGA AATGATCAAA AGTGAGCTGG CAACCTTTGA CCTTTCTGTT 
CAAGGATCAC ACAAGAGAAG CTTGAGCCTT GGGGATAAAG AAATAAGCCG GTCCTCTCCT 
TCTCCAGCCC TTGAGCAGCC TTTCAGGGAT CGTTCCAACA CTCTGAGTGA GAAGCCTGCT 
CTGCCTGTCA TCCGTGACAA GTACAAAGAT CTGACAGGCG AGGTGGAGGA AAATGAGAGA 
TATGCGTATG AATGGCAGAG GTGCCTGGGG AGCGCCTTGG ATGTCATTAA GAAGGCAAAT 
GACACCTTAA ATGGAATTAG TAGCAGTGCT GTTTGTACAG AAGTTATTCA GTCAGCCCAA 
GGCATGGAAT ATTTATTAGG TGTCGTGGAA GTGTACCGAG TAACCAAACG TGTGGAGCTG 
GGGATAAAAG CTACTGCTGT GTGCAGTGAG AAACTCCAGC AGTTGCTGAA GGACATTGAT 
AAAGTGTGGA ACAACCTAAT CGGCTTCATG TCACTCGCTA CACTCACACC AGATGAAAAT 
TCACTGGATT TTTCCTCCTG TATGCTACGG CCTGGGATTA AAAACGCTCA GGAACTGGCT 
TGCGGGGTGT GCCTCTTAAA TGTGGATTCT AGGAGCCGGG CATTCAACGC AGAAACAGAC 
AGTTTCAAGC TGGCCTATGG AGGGCACCAA TATCACGCCA GCTGTGCCAA CTTCTGGATC 
AACTGTGTTG AGCCCAAGCC TCCTGGCCTC ATCCTGCCAG ATCTGCTCTG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_029409417.1
CDS	32..3682
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_029553557.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X15, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_029553557.1

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG GCCTGATGCC AATGCAGCAG 
CAAGGATTTC CTATGGTCTC TGTCATGCAG CCCAATATGC AAGGCATGAT GGGAATGAAT 
TACAGCTCTC AAATGTCCCA AGGACCCATT GCGATGCAGG CAGGGTTACC GATGGCGCCA 
ATGCCGGCAG CAGGCATGCC TTACCTGGGG CAGGCACCAT TCCTGGGCAT GCGTCCTCCA 
GGCCCACAGT ACACTCCAGA CATGCAGAAG CAGTTTGCTG AAGAGCAACA AAAACGATTT 
GAACAGCAAC AAAAACTCTT AGAAGAAGAA AGAAAAAGAC GCCAGTTTGA AGAGCAAAAG 
CAAAAGCTCA GACTTCTGAG TAGCGTGAAA CCCAAGACAG GAGAGAAGAA CAGAGACGAT 
GCTTTGGAAG CCATAAAAGG AAACTTGGAT GGGTTTTCCA GAGATGCTAA GATGCATCCT 
ACTCCAGCAT CGCACCCCAA GAAACCAGGT GTGGGTGTGT TTCCCTCGCA GGATCCTGTT 
CCACCCAGAA TGCCTCCTTG GATTTACAAT GAAAGTTTGG TCCCAGATAC CTATAAGAAA 
ATTTTAGAAA CCACAGTGAC TCCAACTGGA ATAGATACTG CTAAACTTTA TCCCATTCTG 
ATGTCATCTG GACTTCCCAG GGAAACTCTT GGACAGATAT GGGCCTTGGC CAATCGAACT 
ACACCTGGCA AACTCACTAA AGAAGAGCTT TACACTGTTC TCGCCATGAT AGCAGTAACG 
CAGAGGGGTG TTCCTGCCAT GAGTCCTGAT GCTTTGAATC AGTTCCCAGC AGCTCCCATT 
CCAACGTTAA GTGGCTTTTC TATGACTCTG CCTACCCCAG TGAGCCAGCC GACTGTGATG 
CCCTCTGGCC CTTCAGGGTC CATGCCCCTC AGCCTTGGAC AGCCAGTCAT GGGCATTAAC 
CTTGTTGGAC CAGTGGGTGG AGCTGCAGCC CCAGCTTCCA GTGGCTTCAT GCCATCTTAC 
CCAGCAAAAC AGGTGGGAAA GACAGAAGAG GATGACTTCC AGGAATTTCA AGATGCTTCT 
AAGTCAGGAT CCCTTGATGA CTCGTTCACT GACTTCCAAG AGGTGCCTCC TTCCTCAAAA 
ACAAATAATT CCCAGCATGG AAACAGTGCT CCATCTTTGT TGATACCACT TCCTGGAACT 
AAAGCTTCAA AGGATAAATA TGCAGTGTTT AAAGGAATTT CAGCTGACAA ACCCTCTGAA 
AATGCTGTTC CATTTGGAGA GTCTGCTGAT AAATACAGTG CTTTCCGGGA ACTTGAGCAG 
ACCACAGAGA ATAAACCTTT AGGAGAGAGC TTCACAGAAT TCAGATCTGC AGGAACTGAT 
GATGGTTTCA CCGACTTTAA GACAGCCGAC AGTATATCAC CTCTAGAGCC ACCAACGACA 
AAAGACACTT TCCCAACATC CTTCCCCTCA GGACCTATAC AGCAGAAACA GCAAACACAA 
GTGAAAACTC CTCTGAACTT AGCAGACCTG GATATGTTTT CCTCAGTTAA TTGCAGCAAT 
GAGAAACCAT TGCCCTTTTC AGCAGCATTT AGCACATCTA AGTCAGTTTC TACAAGACCT 
CAGCCAGGGG GATCTACTAC AAGCCCAGCA GCACTGGCAT CCACTAAAAC TTCTAGTCTG 
GCTGATGATT TTGGAGAATT CAACCTCTTT GGGGAATATT CTAGTCCTGC ATCAGTTGGG 
GAGCAGGATG ACTTTGCAGA TTTTATGGCT TTCAGTAACA GCTCTATTTC TTCTGAGCAA 
AAAGCAGATG ACAAATATGA TGTCCTCAGA GAGGAACCAA GTCCCGTTCC TCTGACCAGC 
AACTCAGGCA GTGAGGGAAA GAGTACACCT GCTACATCCA CCAAGTATGA TGTCTTCAAA 
CAGCTTTCCC TAGAAGGAGC TGGACTAGGT GTCGAAGAGT TAAAAGATAA CACTCCTTTT 
GGAAAAGGTG ATGATGATTT TGCTGATTTT CACTCCAATA AATTTTCATC CATGAATTCG 
GAGAAATCCC TGGGAGAGAA AGCAGTAGCT TTCAGACACA CCAAAGAAGA CTCTGCTTCA 
GTGAAGTCCC TAGATCTCCC TTCTATTGGT GGCAGCAGCA TTGGCAAGGA GGACTCAGAA 
GATGCGCTTT CTGTTCAGTT TGACATGAAA CTGGCTGATG TGGGAGGAGA TCTTAAGCAT 
GTCATGTCTG ATAGCTCTTT GGATTTACCA ACAGTTAGTG GCCAGCATCC TCCTGCTGCA 
GATATAGAGG ACTTAAAATA TGCTACTTTT GGAAGCTACA GTAGCAGTTT TACAGTGAGC 
ACACTTACAA GCTATGACTG GTCAGACAGG GATGATGCAT CTCAGGGCAG AAAACTCTCT 
CCATTTGTCC TCTCAGCAGG AAGTGGGTCC TCCTCAGCCA CCTCAGTTCT TCAAAAGAAA 
GAGACCTCAT TTGGTAGCTC TGAAAACAGC ACCATGTCAT CGCTCTCCAA AGTAACAACC 
TTTGCAAGTG AGGATGCTCT TCCAGAGACT CCCTTCCCGG CCTTTGCCAG CTTTAAAGAC 
ATCATGCCTC AGACCAGTGA ACAAAAGGAA TATGAAAAAT ATGGAAGTGG GGACTACCAG 
GATTTCCCAA GGCAGGATCT GTCCGCAGCT GAACAGAGCC AGGAGATCAT GTGTCCAAGC 
CCAGCATCCA GTGGTGCCTC TCATGAAACC CCCAAAGAAT GTGCTGATGA CTTTGGGGAG 
TTTCAGAGTG AAAAGCCCAA AATCAGCAAA TTTGACTTTT TAGTAGCCAA TTCACAAAGC 
AAAATGAAAT CCAGTGAAGA AATGATCAAA AGTGAGCTGG CAACCTTTGA CCTTTCTGTT 
CAAGGATCAC ACAAGAGAAG CTTGAGCCTT GGGGATAAAG AAATAAGCCG GTCCTCTCCT 
TCTCCAGCCC TTGAGCAGCC TTTCAGGGAT CGTTCCAACA CTCTGAGTGA GAAGCCTGCT 
CTGCCTGTCA TCCGTGACAA GTACAAAGAT CTGACAGGCG AGGTGGAGGA AAATGAGAGA 
TATGCGTATG AATGGCAGAG GTGCCTGGGG AGCGCCTTGG ATGTCATTAA GAAGGCAAAT 
GACACCTTAA ATGGAATTAG TAGCAGTGCT GTTTGTACAG AAGTTATTCA GTCAGCCCAA 
GGCATGGAAT ATTTATTAGG TGTCGTGGAA GTGTACCGAG TAACCAAACG TGTGGAGCTG 
GGGATAAAAG CTACTGCTGT GTGCAGTGAG AAACTCCAGC AGTTGCTGAA GGACATTGAT 
AAAGTGTGGA ACAACCTAAT CGGCTTCATG TCACTCGCTA CACTCACACC AGATGAAAAT 
TCACTGGATT TTTCCTCCTG TATGCTACGG CCTGGGATTA AAAACGCTCA GGAACTGGCT 
TGCGGGGTGT GCCTCTTAAA TGTGGATTCT AGGAGCCGGG CATTCAACGC AGAAACAGAC 
AGTTTCAAGC TGGCCTATGG AGGGCACCAA TATCACGCCA GCTGTGCCAA CTTCTGGATC 
AACTGTGTTG AGCCCAAGCC TCCTGGCCTC ATCCTGCCAG ATCTGCTCTG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848103.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846325.1 Nannospalax galili synergin, gamma (Synrg), transcript variant X9, mRNA.

Price & Availability↑

CloneID	ONa30859
Clone ID Related Accession (Same CDS sequence)	XM_008848103.2
Accession Version	XM_008848103.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3462bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008848103.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTACTCT ACGTGAGATC GTCTCAGAAA CAGGCACTCC TTCTAAGCTG GACATGGTGG 
TGCATGCCTA TAATTGCAGC AATTGGAAGA ATGAGGCAGA AGGATTGCTG CCCTTCCTTG 
GAGGAGAAGC TCCTAGTATC TTGTGATATA AGTACATCTG GGCATGAACA AATTAAATTA 
AGTACTCCTG AAGCTGGGCA CAAAGCTCTA GTCCCAGATT CCAGTGAGAA CCATCCCACT 
TTAACGGCCA GTCATGGGGG TGCTGTAGAT GGATGTGTAA ATGGTCCCAC CACTGCAGAG 
GCAGAAAAGA CTTCAGACCA AAACCTGTCA AATGAAGAGA GTGGTGTGGG TGTGTTTCCC 
TCGCAGGATC CTGTTCCACC CAGAATGCCT CCTTGGATTT ACAATGAAAG TTTGGTCCCA 
GATACCTATA AGAAAATTTT AGAAACCACA GTGACTCCAA CTGGAATAGA TACTGCTAAA 
CTTTATCCCA TTCTGATGTC ATCTGGACTT CCCAGGGAAA CTCTTGGACA GATATGGGCC 
TTGGCCAATC GAACTACACC TGGCAAACTC ACTAAAGAAG AGCTTTACAC TGTTCTCGCC 
ATGATAGCAG TAACGCAGAG GGGTGTTCCT GCCATGAGTC CTGATGCTTT GAATCAGTTC 
CCAGCAGCTC CCATTCCAAC GTTAAGTGGC TTTTCTATGA CTCTGCCTAC CCCAGTGAGC 
CAGCCGACTG TGATGCCCTC TGGCCCTTCA GGGTCCATGC CCCTCAGCCT TGGACAGCCA 
GTCATGGGCA TTAACCTTGT TGGACCAGTG GGTGGAGCTG CAGCCCCAGC TTCCAGTGGC 
TTCATGCCAT CTTACCCAGC AAAACAGGTG GGAAAGACAG AAGAGGATGA CTTCCAGGAA 
TTTCAAGATG CTTCTAAGTC AGGATCCCTT GATGACTCGT TCACTGACTT CCAAGAGGTG 
CCTCCTTCCT CAAAAACAAA TAATTCCCAG CATGGAAACA GTGCTCCATC TTTGTTGATA 
CCACTTCCTG GAACTAAAGC TTCAAAGGAT AAATATGCAG TGTTTAAAGG AATTTCAGCT 
GACAAACCCT CTGAAAATGC TGTTCCATTT GGAGAGTCTG CTGATAAATA CAGTGCTTTC 
CGGGAACTTG AGCAGACCAC AGAGAATAAA CCTTTAGGAG AGAGCTTCAC AGAATTCAGA 
TCTGCAGGAA CTGATGATGG TTTCACCGAC TTTAAGACAG CCGACAGTAT ATCACCTCTA 
GAGCCACCAA CGACAAAAGA CACTTTCCCA ACATCCTTCC CCTCAGGACC TATACAGCAG 
AAACAGCAAA CACAAGTGAA AACTCCTCTG AACTTAGCAG ACCTGGATAT GTTTTCCTCA 
GTTAATTGCA GCAATGAGAA ACCATTGCCC TTTTCAGCAG CATTTAGCAC ATCTAAGTCA 
GTTTCTACAA GACCTCAGCC AGGGGGATCT ACTACAAGCC CAGCAGCACT GGCATCCACT 
AAAACTTCTA GTCTGGCTGA TGATTTTGGA GAATTCAACC TCTTTGGGGA ATATTCTAGT 
CCTGCATCAG TTGGGGAGCA GGATGACTTT GCAGATTTTA TGGCTTTCAG TAACAGCTCT 
ATTTCTTCTG AGCAAAAAGC AGATGACAAA TATGATGTCC TCAGAGAGGA ACCAAGTCCC 
GTTCCTCTGA CCAGCAACTC AGGCAGTGAG GGAAAGAGTA CACCTGCTAC ATCCACCAAG 
TATGATGTCT TCAAACAGCT TTCCCTAGAA GGAGCTGGAC TAGGTGTCGA AGAGTTAAAA 
GATAACACTC CTTTTGGAAA AGGTGATGAT GATTTTGCTG ATTTTCACTC CAATAAATTT 
TCATCCATGA ATTCGGAGAA ATCCCTGGGA GAGAAAGCAG TAGCTTTCAG ACACACCAAA 
GAAGACTCTG CTTCAGTGAA GTCCCTAGAT CTCCCTTCTA TTGGTGGCAG CAGCATTGGC 
AAGGAGGACT CAGAAGATGC GCTTTCTGTT CAGTTTGACA TGAAACTGGC TGATGTGGGA 
GGAGATCTTA AGCATGTCAT GTCTGATAGC TCTTTGGATT TACCAACAGT TAGTGGCCAG 
CATCCTCCTG CTGCAGATAT AGAGGACTTA AAATATGCTA CTTTTGGAAG CTACAGTAGC 
AGTTTTACAG TGAGCACACT TACAAGCTAT GACTGGTCAG ACAGGGATGA TGCATCTCAG 
GGCAGAAAAC TCTCTCCATT TGTCCTCTCA GCAGGAAGTG GGTCCTCCTC AGCCACCTCA 
GTTCTTCAAA AGAAAGAGAC CTCATTTGGT AGCTCTGAAA ACAGCACCAT GTCATCGCTC 
TCCAAAGTAA CAACCTTTGC AAGTGAGGAT GCTCTTCCAG AGACTCCCTT CCCGGCCTTT 
GCCAGCTTTA AAGACATCAT GCCTCAGACC AGTGAACAAA AGGAATATGA AAAATATGGA 
AGTGGGGACT ACCAGGATTT CCCAAGGCAG GATCTGTCCG CAGCTGAACA GAGCCAGGAG 
ATCATGTGTC CAAGCCCAGC ATCCAGTGGT GCCTCTCATG AAACCCCCAA AGAATGTGCT 
GATGACTTTG GGGAGTTTCA GAGTGAAAAG CCCAAAATCA GCAAATTTGA CTTTTTAGTA 
GCCAATTCAC AAAGCAAAAT GAAATCCAGT GAAGAAATGA TCAAAAGTGA GCTGGCAACC 
TTTGACCTTT CTGTTCAAGG ATCACACAAG AGAAGCTTGA GCCTTGGGGA TAAAGAAATA 
AGCCGGTCCT CTCCTTCTCC AGCCCTTGAG CAGCCTTTCA GGGATCGTTC CAACACTCTG 
AGTGAGAAGC CTGCTCTGCC TGTCATCCGT GACAAGTACA AAGATCTGAC AGGCGAGGTG 
GAGGAAAATG AGAGATATGC GTATGAATGG CAGAGGTGCC TGGGGAGCGC CTTGGATGTC 
ATTAAGAAGG CAAATGACAC CTTAAATGGA ATTAGTAGCA GTGCTGTTTG TACAGAAGTT 
ATTCAGTCAG CCCAAGGCAT GGAATATTTA TTAGGTGTCG TGGAAGTGTA CCGAGTAACC 
AAACGTGTGG AGCTGGGGAT AAAAGCTACT GCTGTGTGCA GTGAGAAACT CCAGCAGTTG 
CTGAAGGACA TTGATAAAGT GTGGAACAAC CTAATCGGCT TCATGTCACT CGCTACACTC 
ACACCAGATG AAAATTCACT GGATTTTTCC TCCTGTATGC TACGGCCTGG GATTAAAAAC 
GCTCAGGAAC TGGCTTGCGG GGTGTGCCTC TTAAATGTGG ATTCTAGGAG CCGGAAAGAA 
GAGAAGCCTA CAGAAGAACA TCCTAAAAAA GCATTCAACG CAGAAACAGA CAGTTTCAAG 
CTGGCCTATG GAGGGCACCA ATATCACGCC AGCTGTGCCA ACTTCTGGAT CAACTGTGTT 
GAGCCCAAGC CTCCTGGCCT CATCCTGCCA GATCTGCTCT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846325.1
CDS	60..3521
Translation	MVLYVRSSQKQALLLSWTWWCMPIIAAIGRMRQKDCCPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848103.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin, gamma (Synrg), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848103.2

ORF Insert Sequence:

ATGGTACTCT ACGTGAGATC GTCTCAGAAA CAGGCACTCC TTCTAAGCTG GACATGGTGG 
TGCATGCCTA TAATTGCAGC AATTGGAAGA ATGAGGCAGA AGGATTGCTG CCCTTCCTTG 
GAGGAGAAGC TCCTAGTATC TTGTGATATA AGTACATCTG GGCATGAACA AATTAAATTA 
AGTACTCCTG AAGCTGGGCA CAAAGCTCTA GTCCCAGATT CCAGTGAGAA CCATCCCACT 
TTAACGGCCA GTCATGGGGG TGCTGTAGAT GGATGTGTAA ATGGTCCCAC CACTGCAGAG 
GCAGAAAAGA CTTCAGACCA AAACCTGTCA AATGAAGAGA GTGGTGTGGG TGTGTTTCCC 
TCGCAGGATC CTGTTCCACC CAGAATGCCT CCTTGGATTT ACAATGAAAG TTTGGTCCCA 
GATACCTATA AGAAAATTTT AGAAACCACA GTGACTCCAA CTGGAATAGA TACTGCTAAA 
CTTTATCCCA TTCTGATGTC ATCTGGACTT CCCAGGGAAA CTCTTGGACA GATATGGGCC 
TTGGCCAATC GAACTACACC TGGCAAACTC ACTAAAGAAG AGCTTTACAC TGTTCTCGCC 
ATGATAGCAG TAACGCAGAG GGGTGTTCCT GCCATGAGTC CTGATGCTTT GAATCAGTTC 
CCAGCAGCTC CCATTCCAAC GTTAAGTGGC TTTTCTATGA CTCTGCCTAC CCCAGTGAGC 
CAGCCGACTG TGATGCCCTC TGGCCCTTCA GGGTCCATGC CCCTCAGCCT TGGACAGCCA 
GTCATGGGCA TTAACCTTGT TGGACCAGTG GGTGGAGCTG CAGCCCCAGC TTCCAGTGGC 
TTCATGCCAT CTTACCCAGC AAAACAGGTG GGAAAGACAG AAGAGGATGA CTTCCAGGAA 
TTTCAAGATG CTTCTAAGTC AGGATCCCTT GATGACTCGT TCACTGACTT CCAAGAGGTG 
CCTCCTTCCT CAAAAACAAA TAATTCCCAG CATGGAAACA GTGCTCCATC TTTGTTGATA 
CCACTTCCTG GAACTAAAGC TTCAAAGGAT AAATATGCAG TGTTTAAAGG AATTTCAGCT 
GACAAACCCT CTGAAAATGC TGTTCCATTT GGAGAGTCTG CTGATAAATA CAGTGCTTTC 
CGGGAACTTG AGCAGACCAC AGAGAATAAA CCTTTAGGAG AGAGCTTCAC AGAATTCAGA 
TCTGCAGGAA CTGATGATGG TTTCACCGAC TTTAAGACAG CCGACAGTAT ATCACCTCTA 
GAGCCACCAA CGACAAAAGA CACTTTCCCA ACATCCTTCC CCTCAGGACC TATACAGCAG 
AAACAGCAAA CACAAGTGAA AACTCCTCTG AACTTAGCAG ACCTGGATAT GTTTTCCTCA 
GTTAATTGCA GCAATGAGAA ACCATTGCCC TTTTCAGCAG CATTTAGCAC ATCTAAGTCA 
GTTTCTACAA GACCTCAGCC AGGGGGATCT ACTACAAGCC CAGCAGCACT GGCATCCACT 
AAAACTTCTA GTCTGGCTGA TGATTTTGGA GAATTCAACC TCTTTGGGGA ATATTCTAGT 
CCTGCATCAG TTGGGGAGCA GGATGACTTT GCAGATTTTA TGGCTTTCAG TAACAGCTCT 
ATTTCTTCTG AGCAAAAAGC AGATGACAAA TATGATGTCC TCAGAGAGGA ACCAAGTCCC 
GTTCCTCTGA CCAGCAACTC AGGCAGTGAG GGAAAGAGTA CACCTGCTAC ATCCACCAAG 
TATGATGTCT TCAAACAGCT TTCCCTAGAA GGAGCTGGAC TAGGTGTCGA AGAGTTAAAA 
GATAACACTC CTTTTGGAAA AGGTGATGAT GATTTTGCTG ATTTTCACTC CAATAAATTT 
TCATCCATGA ATTCGGAGAA ATCCCTGGGA GAGAAAGCAG TAGCTTTCAG ACACACCAAA 
GAAGACTCTG CTTCAGTGAA GTCCCTAGAT CTCCCTTCTA TTGGTGGCAG CAGCATTGGC 
AAGGAGGACT CAGAAGATGC GCTTTCTGTT CAGTTTGACA TGAAACTGGC TGATGTGGGA 
GGAGATCTTA AGCATGTCAT GTCTGATAGC TCTTTGGATT TACCAACAGT TAGTGGCCAG 
CATCCTCCTG CTGCAGATAT AGAGGACTTA AAATATGCTA CTTTTGGAAG CTACAGTAGC 
AGTTTTACAG TGAGCACACT TACAAGCTAT GACTGGTCAG ACAGGGATGA TGCATCTCAG 
GGCAGAAAAC TCTCTCCATT TGTCCTCTCA GCAGGAAGTG GGTCCTCCTC AGCCACCTCA 
GTTCTTCAAA AGAAAGAGAC CTCATTTGGT AGCTCTGAAA ACAGCACCAT GTCATCGCTC 
TCCAAAGTAA CAACCTTTGC AAGTGAGGAT GCTCTTCCAG AGACTCCCTT CCCGGCCTTT 
GCCAGCTTTA AAGACATCAT GCCTCAGACC AGTGAACAAA AGGAATATGA AAAATATGGA 
AGTGGGGACT ACCAGGATTT CCCAAGGCAG GATCTGTCCG CAGCTGAACA GAGCCAGGAG 
ATCATGTGTC CAAGCCCAGC ATCCAGTGGT GCCTCTCATG AAACCCCCAA AGAATGTGCT 
GATGACTTTG GGGAGTTTCA GAGTGAAAAG CCCAAAATCA GCAAATTTGA CTTTTTAGTA 
GCCAATTCAC AAAGCAAAAT GAAATCCAGT GAAGAAATGA TCAAAAGTGA GCTGGCAACC 
TTTGACCTTT CTGTTCAAGG ATCACACAAG AGAAGCTTGA GCCTTGGGGA TAAAGAAATA 
AGCCGGTCCT CTCCTTCTCC AGCCCTTGAG CAGCCTTTCA GGGATCGTTC CAACACTCTG 
AGTGAGAAGC CTGCTCTGCC TGTCATCCGT GACAAGTACA AAGATCTGAC AGGCGAGGTG 
GAGGAAAATG AGAGATATGC GTATGAATGG CAGAGGTGCC TGGGGAGCGC CTTGGATGTC 
ATTAAGAAGG CAAATGACAC CTTAAATGGA ATTAGTAGCA GTGCTGTTTG TACAGAAGTT 
ATTCAGTCAG CCCAAGGCAT GGAATATTTA TTAGGTGTCG TGGAAGTGTA CCGAGTAACC 
AAACGTGTGG AGCTGGGGAT AAAAGCTACT GCTGTGTGCA GTGAGAAACT CCAGCAGTTG 
CTGAAGGACA TTGATAAAGT GTGGAACAAC CTAATCGGCT TCATGTCACT CGCTACACTC 
ACACCAGATG AAAATTCACT GGATTTTTCC TCCTGTATGC TACGGCCTGG GATTAAAAAC 
GCTCAGGAAC TGGCTTGCGG GGTGTGCCTC TTAAATGTGG ATTCTAGGAG CCGGAAAGAA 
GAGAAGCCTA CAGAAGAACA TCCTAAAAAA GCATTCAACG CAGAAACAGA CAGTTTCAAG 
CTGGCCTATG GAGGGCACCA ATATCACGCC AGCTGTGCCA ACTTCTGGAT CAACTGTGTT 
GAGCCCAAGC CTCCTGGCCT CATCCTGCCA GATCTGCTCT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848095.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846317.1 Nannospalax galili synergin gamma (Synrg), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ONa30851
Clone ID Related Accession (Same CDS sequence)	XM_008848095.3 , XM_008848095.2
Accession Version	XM_008848095.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4218bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008848095.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGATATAGAG 
GACTTAAAAT ATGCTACTTT TGGAAGCTAC AGTAGCAGTT TTACAGTGAG CACACTTACA 
AGCTATGACT GGTCAGACAG GGATGATGCA TCTCAGGGCA GAAAACTCTC TCCATTTGTC 
CTCTCAGCAG GAAGTGGGTC CTCCTCAGCC ACCTCAGTTC TTCAAAAGAA AGAGACCTCA 
TTTGGTAGCT CTGAAAACAG CACCATGTCA TCGCTCTCCA AAGTAACAAC CTTTGCAAGT 
GAGGATGCTC TTCCAGAGAC TCCCTTCCCG GCCTTTGCCA GCTTTAAAGA CATCATGCCT 
CAGACCAGTG AACAAAAGGA ATATGAAAAA TATGGAAGTG GGGACTACCA GGATTTCCCA 
AGGCAGGATC TGTCCGCAGC TGAACAGAGC CAGGAGATCA TGTGTCCAAG CCCAGCATCC 
AGTGGTGCCT CTCATGAAAC CCCCAAAGAA TGTGCTGATG ACTTTGGGGA GTTTCAGAGT 
GAAAAGCCCA AAATCAGCAA ATTTGACTTT TTAGTAGCCA ATTCACAAAG CAAAATGAAA 
TCCAGTGAAG AAATGATCAA AAGTGAGCTG GCAACCTTTG ACCTTTCTGT TCAAGGATCA 
CACAAGAGAA GCTTGAGCCT TGGGGATAAA GAAATAAGCC GGTCCTCTCC TTCTCCAGCC 
CTTGAGCAGC CTTTCAGGGA TCGTTCCAAC ACTCTGAGTG AGAAGCCTGC TCTGCCTGTC 
ATCCGTGACA AGTACAAAGA TCTGACAGGC GAGGTGGAGG AAAATGAGAG ATATGCGTAT 
GAATGGCAGA GGTGCCTGGG GAGCGCCTTG GATGTCATTA AGAAGGCAAA TGACACCTTA 
AATGGAATTA GTAGCAGTGC TGTTTGTACA GAAGTTATTC AGTCAGCCCA AGGCATGGAA 
TATTTATTAG GTGTCGTGGA AGTGTACCGA GTAACCAAAC GTGTGGAGCT GGGGATAAAA 
GCTACTGCTG TGTGCAGTGA GAAACTCCAG CAGTTGCTGA AGGACATTGA TAAAGTGTGG 
AACAACCTAA TCGGCTTCAT GTCACTCGCT ACACTCACAC CAGATGAAAA TTCACTGGAT 
TTTTCCTCCT GTATGCTACG GCCTGGGATT AAAAACGCTC AGGAACTGGC TTGCGGGGTG 
TGCCTCTTAA ATGTGGATTC TAGGAGCCGG AAAGAAGAGA AGCCTACAGA AGAACATCCT 
AAAAAAGCAT TCAACGCAGA AACAGACAGT TTCAAGCTGG CCTATGGAGG GCACCAATAT 
CACGCCAGCT GTGCCAACTT CTGGATCAAC TGTGTTGAGC CCAAGCCTCC TGGCCTCATC 
CTGCCAGATC TGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846317.1
CDS	41..4258
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPDCPTSSHLISPSPAFLDEDEFSDFMQGPVEVPICVPSSAAQPFQSFLPTTPFGQLHAQKAGVQPLPPGQIPVSFALHGGPGQMPYFSSASTSHSVQKAGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848095.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848095.3

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGATATAGAG 
GACTTAAAAT ATGCTACTTT TGGAAGCTAC AGTAGCAGTT TTACAGTGAG CACACTTACA 
AGCTATGACT GGTCAGACAG GGATGATGCA TCTCAGGGCA GAAAACTCTC TCCATTTGTC 
CTCTCAGCAG GAAGTGGGTC CTCCTCAGCC ACCTCAGTTC TTCAAAAGAA AGAGACCTCA 
TTTGGTAGCT CTGAAAACAG CACCATGTCA TCGCTCTCCA AAGTAACAAC CTTTGCAAGT 
GAGGATGCTC TTCCAGAGAC TCCCTTCCCG GCCTTTGCCA GCTTTAAAGA CATCATGCCT 
CAGACCAGTG AACAAAAGGA ATATGAAAAA TATGGAAGTG GGGACTACCA GGATTTCCCA 
AGGCAGGATC TGTCCGCAGC TGAACAGAGC CAGGAGATCA TGTGTCCAAG CCCAGCATCC 
AGTGGTGCCT CTCATGAAAC CCCCAAAGAA TGTGCTGATG ACTTTGGGGA GTTTCAGAGT 
GAAAAGCCCA AAATCAGCAA ATTTGACTTT TTAGTAGCCA ATTCACAAAG CAAAATGAAA 
TCCAGTGAAG AAATGATCAA AAGTGAGCTG GCAACCTTTG ACCTTTCTGT TCAAGGATCA 
CACAAGAGAA GCTTGAGCCT TGGGGATAAA GAAATAAGCC GGTCCTCTCC TTCTCCAGCC 
CTTGAGCAGC CTTTCAGGGA TCGTTCCAAC ACTCTGAGTG AGAAGCCTGC TCTGCCTGTC 
ATCCGTGACA AGTACAAAGA TCTGACAGGC GAGGTGGAGG AAAATGAGAG ATATGCGTAT 
GAATGGCAGA GGTGCCTGGG GAGCGCCTTG GATGTCATTA AGAAGGCAAA TGACACCTTA 
AATGGAATTA GTAGCAGTGC TGTTTGTACA GAAGTTATTC AGTCAGCCCA AGGCATGGAA 
TATTTATTAG GTGTCGTGGA AGTGTACCGA GTAACCAAAC GTGTGGAGCT GGGGATAAAA 
GCTACTGCTG TGTGCAGTGA GAAACTCCAG CAGTTGCTGA AGGACATTGA TAAAGTGTGG 
AACAACCTAA TCGGCTTCAT GTCACTCGCT ACACTCACAC CAGATGAAAA TTCACTGGAT 
TTTTCCTCCT GTATGCTACG GCCTGGGATT AAAAACGCTC AGGAACTGGC TTGCGGGGTG 
TGCCTCTTAA ATGTGGATTC TAGGAGCCGG AAAGAAGAGA AGCCTACAGA AGAACATCCT 
AAAAAAGCAT TCAACGCAGA AACAGACAGT TTCAAGCTGG CCTATGGAGG GCACCAATAT 
CACGCCAGCT GTGCCAACTT CTGGATCAAC TGTGTTGAGC CCAAGCCTCC TGGCCTCATC 
CTGCCAGATC TGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848095.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846317.1 Nannospalax galili synergin, gamma (Synrg), transcript variant X1, mRNA.

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CloneID	ONa30851
Clone ID Related Accession (Same CDS sequence)	XM_008848095.3 , XM_008848095.2
Accession Version	XM_008848095.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4218bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008848095.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGATATAGAG 
GACTTAAAAT ATGCTACTTT TGGAAGCTAC AGTAGCAGTT TTACAGTGAG CACACTTACA 
AGCTATGACT GGTCAGACAG GGATGATGCA TCTCAGGGCA GAAAACTCTC TCCATTTGTC 
CTCTCAGCAG GAAGTGGGTC CTCCTCAGCC ACCTCAGTTC TTCAAAAGAA AGAGACCTCA 
TTTGGTAGCT CTGAAAACAG CACCATGTCA TCGCTCTCCA AAGTAACAAC CTTTGCAAGT 
GAGGATGCTC TTCCAGAGAC TCCCTTCCCG GCCTTTGCCA GCTTTAAAGA CATCATGCCT 
CAGACCAGTG AACAAAAGGA ATATGAAAAA TATGGAAGTG GGGACTACCA GGATTTCCCA 
AGGCAGGATC TGTCCGCAGC TGAACAGAGC CAGGAGATCA TGTGTCCAAG CCCAGCATCC 
AGTGGTGCCT CTCATGAAAC CCCCAAAGAA TGTGCTGATG ACTTTGGGGA GTTTCAGAGT 
GAAAAGCCCA AAATCAGCAA ATTTGACTTT TTAGTAGCCA ATTCACAAAG CAAAATGAAA 
TCCAGTGAAG AAATGATCAA AAGTGAGCTG GCAACCTTTG ACCTTTCTGT TCAAGGATCA 
CACAAGAGAA GCTTGAGCCT TGGGGATAAA GAAATAAGCC GGTCCTCTCC TTCTCCAGCC 
CTTGAGCAGC CTTTCAGGGA TCGTTCCAAC ACTCTGAGTG AGAAGCCTGC TCTGCCTGTC 
ATCCGTGACA AGTACAAAGA TCTGACAGGC GAGGTGGAGG AAAATGAGAG ATATGCGTAT 
GAATGGCAGA GGTGCCTGGG GAGCGCCTTG GATGTCATTA AGAAGGCAAA TGACACCTTA 
AATGGAATTA GTAGCAGTGC TGTTTGTACA GAAGTTATTC AGTCAGCCCA AGGCATGGAA 
TATTTATTAG GTGTCGTGGA AGTGTACCGA GTAACCAAAC GTGTGGAGCT GGGGATAAAA 
GCTACTGCTG TGTGCAGTGA GAAACTCCAG CAGTTGCTGA AGGACATTGA TAAAGTGTGG 
AACAACCTAA TCGGCTTCAT GTCACTCGCT ACACTCACAC CAGATGAAAA TTCACTGGAT 
TTTTCCTCCT GTATGCTACG GCCTGGGATT AAAAACGCTC AGGAACTGGC TTGCGGGGTG 
TGCCTCTTAA ATGTGGATTC TAGGAGCCGG AAAGAAGAGA AGCCTACAGA AGAACATCCT 
AAAAAAGCAT TCAACGCAGA AACAGACAGT TTCAAGCTGG CCTATGGAGG GCACCAATAT 
CACGCCAGCT GTGCCAACTT CTGGATCAAC TGTGTTGAGC CCAAGCCTCC TGGCCTCATC 
CTGCCAGATC TGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846317.1
CDS	10..4227
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPDCPTSSHLISPSPAFLDEDEFSDFMQGPVEVPICVPSSAAQPFQSFLPTTPFGQLHAQKAGVQPLPPGQIPVSFALHGGPGQMPYFSSASTSHSVQKAGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848095.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin, gamma (Synrg), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848095.2

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGATATAGAG 
GACTTAAAAT ATGCTACTTT TGGAAGCTAC AGTAGCAGTT TTACAGTGAG CACACTTACA 
AGCTATGACT GGTCAGACAG GGATGATGCA TCTCAGGGCA GAAAACTCTC TCCATTTGTC 
CTCTCAGCAG GAAGTGGGTC CTCCTCAGCC ACCTCAGTTC TTCAAAAGAA AGAGACCTCA 
TTTGGTAGCT CTGAAAACAG CACCATGTCA TCGCTCTCCA AAGTAACAAC CTTTGCAAGT 
GAGGATGCTC TTCCAGAGAC TCCCTTCCCG GCCTTTGCCA GCTTTAAAGA CATCATGCCT 
CAGACCAGTG AACAAAAGGA ATATGAAAAA TATGGAAGTG GGGACTACCA GGATTTCCCA 
AGGCAGGATC TGTCCGCAGC TGAACAGAGC CAGGAGATCA TGTGTCCAAG CCCAGCATCC 
AGTGGTGCCT CTCATGAAAC CCCCAAAGAA TGTGCTGATG ACTTTGGGGA GTTTCAGAGT 
GAAAAGCCCA AAATCAGCAA ATTTGACTTT TTAGTAGCCA ATTCACAAAG CAAAATGAAA 
TCCAGTGAAG AAATGATCAA AAGTGAGCTG GCAACCTTTG ACCTTTCTGT TCAAGGATCA 
CACAAGAGAA GCTTGAGCCT TGGGGATAAA GAAATAAGCC GGTCCTCTCC TTCTCCAGCC 
CTTGAGCAGC CTTTCAGGGA TCGTTCCAAC ACTCTGAGTG AGAAGCCTGC TCTGCCTGTC 
ATCCGTGACA AGTACAAAGA TCTGACAGGC GAGGTGGAGG AAAATGAGAG ATATGCGTAT 
GAATGGCAGA GGTGCCTGGG GAGCGCCTTG GATGTCATTA AGAAGGCAAA TGACACCTTA 
AATGGAATTA GTAGCAGTGC TGTTTGTACA GAAGTTATTC AGTCAGCCCA AGGCATGGAA 
TATTTATTAG GTGTCGTGGA AGTGTACCGA GTAACCAAAC GTGTGGAGCT GGGGATAAAA 
GCTACTGCTG TGTGCAGTGA GAAACTCCAG CAGTTGCTGA AGGACATTGA TAAAGTGTGG 
AACAACCTAA TCGGCTTCAT GTCACTCGCT ACACTCACAC CAGATGAAAA TTCACTGGAT 
TTTTCCTCCT GTATGCTACG GCCTGGGATT AAAAACGCTC AGGAACTGGC TTGCGGGGTG 
TGCCTCTTAA ATGTGGATTC TAGGAGCCGG AAAGAAGAGA AGCCTACAGA AGAACATCCT 
AAAAAAGCAT TCAACGCAGA AACAGACAGT TTCAAGCTGG CCTATGGAGG GCACCAATAT 
CACGCCAGCT GTGCCAACTT CTGGATCAAC TGTGTTGAGC CCAAGCCTCC TGGCCTCATC 
CTGCCAGATC TGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848096.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846318.1 Nannospalax galili synergin gamma (Synrg), transcript variant X3, mRNA.

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CloneID	ONa30852
Clone ID Related Accession (Same CDS sequence)	XM_008848096.3 , XM_008848096.2
Accession Version	XM_008848096.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4182bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008848096.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGATATAGAG 
GACTTAAAAT ATGCTACTTT TGGAAGCTAC AGTAGCAGTT TTACAGTGAG CACACTTACA 
AGCTATGACT GGTCAGACAG GGATGATGCA TCTCAGGGCA GAAAACTCTC TCCATTTGTC 
CTCTCAGCAG GAAGTGGGTC CTCCTCAGCC ACCTCAGTTC TTCAAAAGAA AGAGACCTCA 
TTTGGTAGCT CTGAAAACAG CACCATGTCA TCGCTCTCCA AAGTAACAAC CTTTGCAAGT 
GAGGATGCTC TTCCAGAGAC TCCCTTCCCG GCCTTTGCCA GCTTTAAAGA CATCATGCCT 
CAGACCAGTG AACAAAAGGA ATATGAAAAA TATGGAAGTG GGGACTACCA GGATTTCCCA 
AGGCAGGATC TGTCCGCAGC TGAACAGAGC CAGGAGATCA TGTGTCCAAG CCCAGCATCC 
AGTGGTGCCT CTCATGAAAC CCCCAAAGAA TGTGCTGATG ACTTTGGGGA GTTTCAGAGT 
GAAAAGCCCA AAATCAGCAA ATTTGACTTT TTAGTAGCCA ATTCACAAAG CAAAATGAAA 
TCCAGTGAAG AAATGATCAA AAGTGAGCTG GCAACCTTTG ACCTTTCTGT TCAAGGATCA 
CACAAGAGAA GCTTGAGCCT TGGGGATAAA GAAATAAGCC GGTCCTCTCC TTCTCCAGCC 
CTTGAGCAGC CTTTCAGGGA TCGTTCCAAC ACTCTGAGTG AGAAGCCTGC TCTGCCTGTC 
ATCCGTGACA AGTACAAAGA TCTGACAGGC GAGGTGGAGG AAAATGAGAG ATATGCGTAT 
GAATGGCAGA GGTGCCTGGG GAGCGCCTTG GATGTCATTA AGAAGGCAAA TGACACCTTA 
AATGGAATTA GTAGCAGTGC TGTTTGTACA GAAGTTATTC AGTCAGCCCA AGGCATGGAA 
TATTTATTAG GTGTCGTGGA AGTGTACCGA GTAACCAAAC GTGTGGAGCT GGGGATAAAA 
GCTACTGCTG TGTGCAGTGA GAAACTCCAG CAGTTGCTGA AGGACATTGA TAAAGTGTGG 
AACAACCTAA TCGGCTTCAT GTCACTCGCT ACACTCACAC CAGATGAAAA TTCACTGGAT 
TTTTCCTCCT GTATGCTACG GCCTGGGATT AAAAACGCTC AGGAACTGGC TTGCGGGGTG 
TGCCTCTTAA ATGTGGATTC TAGGAGCCGG GCATTCAACG CAGAAACAGA CAGTTTCAAG 
CTGGCCTATG GAGGGCACCA ATATCACGCC AGCTGTGCCA ACTTCTGGAT CAACTGTGTT 
GAGCCCAAGC CTCCTGGCCT CATCCTGCCA GATCTGCTCT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846318.1
CDS	41..4222
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPDCPTSSHLISPSPAFLDEDEFSDFMQGPVEVPICVPSSAAQPFQSFLPTTPFGQLHAQKAGVQPLPPGQIPVSFALHGGPGQMPYFSSASTSHSVQKAGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848096.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848096.3

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGATATAGAG 
GACTTAAAAT ATGCTACTTT TGGAAGCTAC AGTAGCAGTT TTACAGTGAG CACACTTACA 
AGCTATGACT GGTCAGACAG GGATGATGCA TCTCAGGGCA GAAAACTCTC TCCATTTGTC 
CTCTCAGCAG GAAGTGGGTC CTCCTCAGCC ACCTCAGTTC TTCAAAAGAA AGAGACCTCA 
TTTGGTAGCT CTGAAAACAG CACCATGTCA TCGCTCTCCA AAGTAACAAC CTTTGCAAGT 
GAGGATGCTC TTCCAGAGAC TCCCTTCCCG GCCTTTGCCA GCTTTAAAGA CATCATGCCT 
CAGACCAGTG AACAAAAGGA ATATGAAAAA TATGGAAGTG GGGACTACCA GGATTTCCCA 
AGGCAGGATC TGTCCGCAGC TGAACAGAGC CAGGAGATCA TGTGTCCAAG CCCAGCATCC 
AGTGGTGCCT CTCATGAAAC CCCCAAAGAA TGTGCTGATG ACTTTGGGGA GTTTCAGAGT 
GAAAAGCCCA AAATCAGCAA ATTTGACTTT TTAGTAGCCA ATTCACAAAG CAAAATGAAA 
TCCAGTGAAG AAATGATCAA AAGTGAGCTG GCAACCTTTG ACCTTTCTGT TCAAGGATCA 
CACAAGAGAA GCTTGAGCCT TGGGGATAAA GAAATAAGCC GGTCCTCTCC TTCTCCAGCC 
CTTGAGCAGC CTTTCAGGGA TCGTTCCAAC ACTCTGAGTG AGAAGCCTGC TCTGCCTGTC 
ATCCGTGACA AGTACAAAGA TCTGACAGGC GAGGTGGAGG AAAATGAGAG ATATGCGTAT 
GAATGGCAGA GGTGCCTGGG GAGCGCCTTG GATGTCATTA AGAAGGCAAA TGACACCTTA 
AATGGAATTA GTAGCAGTGC TGTTTGTACA GAAGTTATTC AGTCAGCCCA AGGCATGGAA 
TATTTATTAG GTGTCGTGGA AGTGTACCGA GTAACCAAAC GTGTGGAGCT GGGGATAAAA 
GCTACTGCTG TGTGCAGTGA GAAACTCCAG CAGTTGCTGA AGGACATTGA TAAAGTGTGG 
AACAACCTAA TCGGCTTCAT GTCACTCGCT ACACTCACAC CAGATGAAAA TTCACTGGAT 
TTTTCCTCCT GTATGCTACG GCCTGGGATT AAAAACGCTC AGGAACTGGC TTGCGGGGTG 
TGCCTCTTAA ATGTGGATTC TAGGAGCCGG GCATTCAACG CAGAAACAGA CAGTTTCAAG 
CTGGCCTATG GAGGGCACCA ATATCACGCC AGCTGTGCCA ACTTCTGGAT CAACTGTGTT 
GAGCCCAAGC CTCCTGGCCT CATCCTGCCA GATCTGCTCT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848096.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846318.1 Nannospalax galili synergin, gamma (Synrg), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ONa30852
Clone ID Related Accession (Same CDS sequence)	XM_008848096.3 , XM_008848096.2
Accession Version	XM_008848096.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4182bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008848096.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGATATAGAG 
GACTTAAAAT ATGCTACTTT TGGAAGCTAC AGTAGCAGTT TTACAGTGAG CACACTTACA 
AGCTATGACT GGTCAGACAG GGATGATGCA TCTCAGGGCA GAAAACTCTC TCCATTTGTC 
CTCTCAGCAG GAAGTGGGTC CTCCTCAGCC ACCTCAGTTC TTCAAAAGAA AGAGACCTCA 
TTTGGTAGCT CTGAAAACAG CACCATGTCA TCGCTCTCCA AAGTAACAAC CTTTGCAAGT 
GAGGATGCTC TTCCAGAGAC TCCCTTCCCG GCCTTTGCCA GCTTTAAAGA CATCATGCCT 
CAGACCAGTG AACAAAAGGA ATATGAAAAA TATGGAAGTG GGGACTACCA GGATTTCCCA 
AGGCAGGATC TGTCCGCAGC TGAACAGAGC CAGGAGATCA TGTGTCCAAG CCCAGCATCC 
AGTGGTGCCT CTCATGAAAC CCCCAAAGAA TGTGCTGATG ACTTTGGGGA GTTTCAGAGT 
GAAAAGCCCA AAATCAGCAA ATTTGACTTT TTAGTAGCCA ATTCACAAAG CAAAATGAAA 
TCCAGTGAAG AAATGATCAA AAGTGAGCTG GCAACCTTTG ACCTTTCTGT TCAAGGATCA 
CACAAGAGAA GCTTGAGCCT TGGGGATAAA GAAATAAGCC GGTCCTCTCC TTCTCCAGCC 
CTTGAGCAGC CTTTCAGGGA TCGTTCCAAC ACTCTGAGTG AGAAGCCTGC TCTGCCTGTC 
ATCCGTGACA AGTACAAAGA TCTGACAGGC GAGGTGGAGG AAAATGAGAG ATATGCGTAT 
GAATGGCAGA GGTGCCTGGG GAGCGCCTTG GATGTCATTA AGAAGGCAAA TGACACCTTA 
AATGGAATTA GTAGCAGTGC TGTTTGTACA GAAGTTATTC AGTCAGCCCA AGGCATGGAA 
TATTTATTAG GTGTCGTGGA AGTGTACCGA GTAACCAAAC GTGTGGAGCT GGGGATAAAA 
GCTACTGCTG TGTGCAGTGA GAAACTCCAG CAGTTGCTGA AGGACATTGA TAAAGTGTGG 
AACAACCTAA TCGGCTTCAT GTCACTCGCT ACACTCACAC CAGATGAAAA TTCACTGGAT 
TTTTCCTCCT GTATGCTACG GCCTGGGATT AAAAACGCTC AGGAACTGGC TTGCGGGGTG 
TGCCTCTTAA ATGTGGATTC TAGGAGCCGG GCATTCAACG CAGAAACAGA CAGTTTCAAG 
CTGGCCTATG GAGGGCACCA ATATCACGCC AGCTGTGCCA ACTTCTGGAT CAACTGTGTT 
GAGCCCAAGC CTCCTGGCCT CATCCTGCCA GATCTGCTCT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846318.1
CDS	10..4191
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPDCPTSSHLISPSPAFLDEDEFSDFMQGPVEVPICVPSSAAQPFQSFLPTTPFGQLHAQKAGVQPLPPGQIPVSFALHGGPGQMPYFSSASTSHSVQKAGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848096.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin, gamma (Synrg), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848096.2

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGATATAGAG 
GACTTAAAAT ATGCTACTTT TGGAAGCTAC AGTAGCAGTT TTACAGTGAG CACACTTACA 
AGCTATGACT GGTCAGACAG GGATGATGCA TCTCAGGGCA GAAAACTCTC TCCATTTGTC 
CTCTCAGCAG GAAGTGGGTC CTCCTCAGCC ACCTCAGTTC TTCAAAAGAA AGAGACCTCA 
TTTGGTAGCT CTGAAAACAG CACCATGTCA TCGCTCTCCA AAGTAACAAC CTTTGCAAGT 
GAGGATGCTC TTCCAGAGAC TCCCTTCCCG GCCTTTGCCA GCTTTAAAGA CATCATGCCT 
CAGACCAGTG AACAAAAGGA ATATGAAAAA TATGGAAGTG GGGACTACCA GGATTTCCCA 
AGGCAGGATC TGTCCGCAGC TGAACAGAGC CAGGAGATCA TGTGTCCAAG CCCAGCATCC 
AGTGGTGCCT CTCATGAAAC CCCCAAAGAA TGTGCTGATG ACTTTGGGGA GTTTCAGAGT 
GAAAAGCCCA AAATCAGCAA ATTTGACTTT TTAGTAGCCA ATTCACAAAG CAAAATGAAA 
TCCAGTGAAG AAATGATCAA AAGTGAGCTG GCAACCTTTG ACCTTTCTGT TCAAGGATCA 
CACAAGAGAA GCTTGAGCCT TGGGGATAAA GAAATAAGCC GGTCCTCTCC TTCTCCAGCC 
CTTGAGCAGC CTTTCAGGGA TCGTTCCAAC ACTCTGAGTG AGAAGCCTGC TCTGCCTGTC 
ATCCGTGACA AGTACAAAGA TCTGACAGGC GAGGTGGAGG AAAATGAGAG ATATGCGTAT 
GAATGGCAGA GGTGCCTGGG GAGCGCCTTG GATGTCATTA AGAAGGCAAA TGACACCTTA 
AATGGAATTA GTAGCAGTGC TGTTTGTACA GAAGTTATTC AGTCAGCCCA AGGCATGGAA 
TATTTATTAG GTGTCGTGGA AGTGTACCGA GTAACCAAAC GTGTGGAGCT GGGGATAAAA 
GCTACTGCTG TGTGCAGTGA GAAACTCCAG CAGTTGCTGA AGGACATTGA TAAAGTGTGG 
AACAACCTAA TCGGCTTCAT GTCACTCGCT ACACTCACAC CAGATGAAAA TTCACTGGAT 
TTTTCCTCCT GTATGCTACG GCCTGGGATT AAAAACGCTC AGGAACTGGC TTGCGGGGTG 
TGCCTCTTAA ATGTGGATTC TAGGAGCCGG GCATTCAACG CAGAAACAGA CAGTTTCAAG 
CTGGCCTATG GAGGGCACCA ATATCACGCC AGCTGTGCCA ACTTCTGGAT CAACTGTGTT 
GAGCCCAAGC CTCCTGGCCT CATCCTGCCA GATCTGCTCT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848097.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846319.1 Nannospalax galili synergin gamma (Synrg), transcript variant X4, mRNA.

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CloneID	ONa30853
Clone ID Related Accession (Same CDS sequence)	XM_008848097.3 , XM_008848097.2
Accession Version	XM_008848097.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4125bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008848097.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGCCCTTCC 
TTGGAGGAGA AGCTCCTAGT ATCTTGTGAT ATAAGTACAT CTGGGCATGA ACAAATTAAA 
TTAAGTACTC CTGAAGCTGG GCACAAAGCT CTAGTCCCAG ATTCCAGTGA GAACCATCCC 
ACTTTAACGG CCAGTCATGG GGGTGCTGTA GATGGATGTG TAAATGGTCC CACCACTGCA 
GAGGCAGAAA AGACTTCAGA CCAAAACCTG TCAAATGAAG AGAGTGGTGT GGGTGTGTTT 
CCCTCGCAGG ATCCTGTTCC ACCCAGAATG CCTCCTTGGA TTTACAATGA AAGTTTGGTC 
CCAGATACCT ATAAGAAAAT TTTAGAAACC ACAGTGACTC CAACTGGAAT AGATACTGCT 
AAACTTTATC CCATTCTGAT GTCATCTGGA CTTCCCAGGG AAACTCTTGG ACAGATATGG 
GCCTTGGCCA ATCGAACTAC ACCTGGCAAA CTCACTAAAG AAGAGCTTTA CACTGTTCTC 
GCCATGATAG CAGTAACGCA GAGGGGTGTT CCTGCCATGA GTCCTGATGC TTTGAATCAG 
TTCCCAGCAG CTCCCATTCC AACGTTAAGT GGCTTTTCTA TGACTCTGCC TACCCCAGTG 
AGCCAGCCGA CTGTGATGCC CTCTGGCCCT TCAGGGTCCA TGCCCCTCAG CCTTGGACAG 
CCAGTCATGG GCATTAACCT TGTTGGACCA GTGGGTGGAG CTGCAGCCCC AGCTTCCAGT 
GGCTTCATGC CATCTTACCC AGCAAAACAG GTGGGAAAGA CAGAAGAGGA TGACTTCCAG 
GAATTTCAAG ATGCTTCTAA GTCAGGATCC CTTGATGACT CGTTCACTGA CTTCCAAGAG 
GTGCCTCCTT CCTCAAAAAC AAATAATTCC CAGCATGGAA ACAGTGCTCC ATCTTTGTTG 
ATACCACTTC CTGGAACTAA AGCTTCAAAG GATAAATATG CAGTGTTTAA AGGAATTTCA 
GCTGACAAAC CCTCTGAAAA TGCTGTTCCA TTTGGAGAGT CTGCTGATAA ATACAGTGCT 
TTCCGGGAAC TTGAGCAGAC CACAGAGAAT AAACCTTTAG GAGAGAGCTT CACAGAATTC 
AGATCTGCAG GAACTGATGA TGGTTTCACC GACTTTAAGA CAGCCGACAG TATATCACCT 
CTAGAGCCAC CAACGACAAA AGACACTTTC CCAACATCCT TCCCCTCAGG ACCTATACAG 
CAGAAACAGC AAACACAAGT GAAAACTCCT CTGAACTTAG CAGACCTGGA TATGTTTTCC 
TCAGTTAATT GCAGCAATGA GAAACCATTG CCCTTTTCAG CAGCATTTAG CACATCTAAG 
TCAGTTTCTA CAAGACCTCA GCCAGGGGGA TCTACTACAA GCCCAGCAGC ACTGGCATCC 
ACTAAAACTT CTAGTCTGGC TGATGATTTT GGAGAATTCA ACCTCTTTGG GGAATATTCT 
AGTCCTGCAT CAGTTGGGGA GCAGGATGAC TTTGCAGATT TTATGGCTTT CAGTAACAGC 
TCTATTTCTT CTGAGCAAAA AGCAGATGAC AAATATGATG TCCTCAGAGA GGAACCAAGT 
CCCGTTCCTC TGACCAGCAA CTCAGGCAGT GAGGGAAAGA GTACACCTGC TACATCCACC 
AAGTATGATG TCTTCAAACA GCTTTCCCTA GAAGGAGCTG GACTAGGTGT CGAAGAGTTA 
AAAGATAACA CTCCTTTTGG AAAAGGTGAT GATGATTTTG CTGATTTTCA CTCCAATAAA 
TTTTCATCCA TGAATTCGGA GAAATCCCTG GGAGAGAAAG CAGTAGCTTT CAGACACACC 
AAAGAAGACT CTGCTTCAGT GAAGTCCCTA GATCTCCCTT CTATTGGTGG CAGCAGCATT 
GGCAAGGAGG ACTCAGAAGA TGCGCTTTCT GTTCAGTTTG ACATGAAACT GGCTGATGTG 
GGAGGAGATC TTAAGCATGT CATGTCTGAT AGCTCTTTGG ATTTACCAAC AGTTAGTGGC 
CAGCATCCTC CTGCTGCAGA TATAGAGGAC TTAAAATATG CTACTTTTGG AAGCTACAGT 
AGCAGTTTTA CAGTGAGCAC ACTTACAAGC TATGACTGGT CAGACAGGGA TGATGCATCT 
CAGGGCAGAA AACTCTCTCC ATTTGTCCTC TCAGCAGGAA GTGGGTCCTC CTCAGCCACC 
TCAGTTCTTC AAAAGAAAGA GACCTCATTT GGTAGCTCTG AAAACAGCAC CATGTCATCG 
CTCTCCAAAG TAACAACCTT TGCAAGTGAG GATGCTCTTC CAGAGACTCC CTTCCCGGCC 
TTTGCCAGCT TTAAAGACAT CATGCCTCAG ACCAGTGAAC AAAAGGAATA TGAAAAATAT 
GGAAGTGGGG ACTACCAGGA TTTCCCAAGG CAGGATCTGT CCGCAGCTGA ACAGAGCCAG 
GAGATCATGT GTCCAAGCCC AGCATCCAGT GGTGCCTCTC ATGAAACCCC CAAAGAATGT 
GCTGATGACT TTGGGGAGTT TCAGAGTGAA AAGCCCAAAA TCAGCAAATT TGACTTTTTA 
GTAGCCAATT CACAAAGCAA AATGAAATCC AGTGAAGAAA TGATCAAAAG TGAGCTGGCA 
ACCTTTGACC TTTCTGTTCA AGGATCACAC AAGAGAAGCT TGAGCCTTGG GGATAAAGAA 
ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT GAGCAGCCTT TCAGGGATCG TTCCAACACT 
CTGAGTGAGA AGCCTGCTCT GCCTGTCATC CGTGACAAGT ACAAAGATCT GACAGGCGAG 
GTGGAGGAAA ATGAGAGATA TGCGTATGAA TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT 
GTCATTAAGA AGGCAAATGA CACCTTAAAT GGAATTAGTA GCAGTGCTGT TTGTACAGAA 
GTTATTCAGT CAGCCCAAGG CATGGAATAT TTATTAGGTG TCGTGGAAGT GTACCGAGTA 
ACCAAACGTG TGGAGCTGGG GATAAAAGCT ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG 
TTGCTGAAGG ACATTGATAA AGTGTGGAAC AACCTAATCG GCTTCATGTC ACTCGCTACA 
CTCACACCAG ATGAAAATTC ACTGGATTTT TCCTCCTGTA TGCTACGGCC TGGGATTAAA 
AACGCTCAGG AACTGGCTTG CGGGGTGTGC CTCTTAAATG TGGATTCTAG GAGCCGGAAA 
GAAGAGAAGC CTACAGAAGA ACATCCTAAA AAAGCATTCA ACGCAGAAAC AGACAGTTTC 
AAGCTGGCCT ATGGAGGGCA CCAATATCAC GCCAGCTGTG CCAACTTCTG GATCAACTGT 
GTTGAGCCCA AGCCTCCTGG CCTCATCCTG CCAGATCTGC TCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846319.1
CDS	41..4165
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPDCPTSSHLISPSPAFLDEDEFSDFMQGPVEVPICVPSSAAQPFQSFLPTTPFGQLHAQKAGVQPLPPGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848097.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848097.3

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGCCCTTCC 
TTGGAGGAGA AGCTCCTAGT ATCTTGTGAT ATAAGTACAT CTGGGCATGA ACAAATTAAA 
TTAAGTACTC CTGAAGCTGG GCACAAAGCT CTAGTCCCAG ATTCCAGTGA GAACCATCCC 
ACTTTAACGG CCAGTCATGG GGGTGCTGTA GATGGATGTG TAAATGGTCC CACCACTGCA 
GAGGCAGAAA AGACTTCAGA CCAAAACCTG TCAAATGAAG AGAGTGGTGT GGGTGTGTTT 
CCCTCGCAGG ATCCTGTTCC ACCCAGAATG CCTCCTTGGA TTTACAATGA AAGTTTGGTC 
CCAGATACCT ATAAGAAAAT TTTAGAAACC ACAGTGACTC CAACTGGAAT AGATACTGCT 
AAACTTTATC CCATTCTGAT GTCATCTGGA CTTCCCAGGG AAACTCTTGG ACAGATATGG 
GCCTTGGCCA ATCGAACTAC ACCTGGCAAA CTCACTAAAG AAGAGCTTTA CACTGTTCTC 
GCCATGATAG CAGTAACGCA GAGGGGTGTT CCTGCCATGA GTCCTGATGC TTTGAATCAG 
TTCCCAGCAG CTCCCATTCC AACGTTAAGT GGCTTTTCTA TGACTCTGCC TACCCCAGTG 
AGCCAGCCGA CTGTGATGCC CTCTGGCCCT TCAGGGTCCA TGCCCCTCAG CCTTGGACAG 
CCAGTCATGG GCATTAACCT TGTTGGACCA GTGGGTGGAG CTGCAGCCCC AGCTTCCAGT 
GGCTTCATGC CATCTTACCC AGCAAAACAG GTGGGAAAGA CAGAAGAGGA TGACTTCCAG 
GAATTTCAAG ATGCTTCTAA GTCAGGATCC CTTGATGACT CGTTCACTGA CTTCCAAGAG 
GTGCCTCCTT CCTCAAAAAC AAATAATTCC CAGCATGGAA ACAGTGCTCC ATCTTTGTTG 
ATACCACTTC CTGGAACTAA AGCTTCAAAG GATAAATATG CAGTGTTTAA AGGAATTTCA 
GCTGACAAAC CCTCTGAAAA TGCTGTTCCA TTTGGAGAGT CTGCTGATAA ATACAGTGCT 
TTCCGGGAAC TTGAGCAGAC CACAGAGAAT AAACCTTTAG GAGAGAGCTT CACAGAATTC 
AGATCTGCAG GAACTGATGA TGGTTTCACC GACTTTAAGA CAGCCGACAG TATATCACCT 
CTAGAGCCAC CAACGACAAA AGACACTTTC CCAACATCCT TCCCCTCAGG ACCTATACAG 
CAGAAACAGC AAACACAAGT GAAAACTCCT CTGAACTTAG CAGACCTGGA TATGTTTTCC 
TCAGTTAATT GCAGCAATGA GAAACCATTG CCCTTTTCAG CAGCATTTAG CACATCTAAG 
TCAGTTTCTA CAAGACCTCA GCCAGGGGGA TCTACTACAA GCCCAGCAGC ACTGGCATCC 
ACTAAAACTT CTAGTCTGGC TGATGATTTT GGAGAATTCA ACCTCTTTGG GGAATATTCT 
AGTCCTGCAT CAGTTGGGGA GCAGGATGAC TTTGCAGATT TTATGGCTTT CAGTAACAGC 
TCTATTTCTT CTGAGCAAAA AGCAGATGAC AAATATGATG TCCTCAGAGA GGAACCAAGT 
CCCGTTCCTC TGACCAGCAA CTCAGGCAGT GAGGGAAAGA GTACACCTGC TACATCCACC 
AAGTATGATG TCTTCAAACA GCTTTCCCTA GAAGGAGCTG GACTAGGTGT CGAAGAGTTA 
AAAGATAACA CTCCTTTTGG AAAAGGTGAT GATGATTTTG CTGATTTTCA CTCCAATAAA 
TTTTCATCCA TGAATTCGGA GAAATCCCTG GGAGAGAAAG CAGTAGCTTT CAGACACACC 
AAAGAAGACT CTGCTTCAGT GAAGTCCCTA GATCTCCCTT CTATTGGTGG CAGCAGCATT 
GGCAAGGAGG ACTCAGAAGA TGCGCTTTCT GTTCAGTTTG ACATGAAACT GGCTGATGTG 
GGAGGAGATC TTAAGCATGT CATGTCTGAT AGCTCTTTGG ATTTACCAAC AGTTAGTGGC 
CAGCATCCTC CTGCTGCAGA TATAGAGGAC TTAAAATATG CTACTTTTGG AAGCTACAGT 
AGCAGTTTTA CAGTGAGCAC ACTTACAAGC TATGACTGGT CAGACAGGGA TGATGCATCT 
CAGGGCAGAA AACTCTCTCC ATTTGTCCTC TCAGCAGGAA GTGGGTCCTC CTCAGCCACC 
TCAGTTCTTC AAAAGAAAGA GACCTCATTT GGTAGCTCTG AAAACAGCAC CATGTCATCG 
CTCTCCAAAG TAACAACCTT TGCAAGTGAG GATGCTCTTC CAGAGACTCC CTTCCCGGCC 
TTTGCCAGCT TTAAAGACAT CATGCCTCAG ACCAGTGAAC AAAAGGAATA TGAAAAATAT 
GGAAGTGGGG ACTACCAGGA TTTCCCAAGG CAGGATCTGT CCGCAGCTGA ACAGAGCCAG 
GAGATCATGT GTCCAAGCCC AGCATCCAGT GGTGCCTCTC ATGAAACCCC CAAAGAATGT 
GCTGATGACT TTGGGGAGTT TCAGAGTGAA AAGCCCAAAA TCAGCAAATT TGACTTTTTA 
GTAGCCAATT CACAAAGCAA AATGAAATCC AGTGAAGAAA TGATCAAAAG TGAGCTGGCA 
ACCTTTGACC TTTCTGTTCA AGGATCACAC AAGAGAAGCT TGAGCCTTGG GGATAAAGAA 
ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT GAGCAGCCTT TCAGGGATCG TTCCAACACT 
CTGAGTGAGA AGCCTGCTCT GCCTGTCATC CGTGACAAGT ACAAAGATCT GACAGGCGAG 
GTGGAGGAAA ATGAGAGATA TGCGTATGAA TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT 
GTCATTAAGA AGGCAAATGA CACCTTAAAT GGAATTAGTA GCAGTGCTGT TTGTACAGAA 
GTTATTCAGT CAGCCCAAGG CATGGAATAT TTATTAGGTG TCGTGGAAGT GTACCGAGTA 
ACCAAACGTG TGGAGCTGGG GATAAAAGCT ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG 
TTGCTGAAGG ACATTGATAA AGTGTGGAAC AACCTAATCG GCTTCATGTC ACTCGCTACA 
CTCACACCAG ATGAAAATTC ACTGGATTTT TCCTCCTGTA TGCTACGGCC TGGGATTAAA 
AACGCTCAGG AACTGGCTTG CGGGGTGTGC CTCTTAAATG TGGATTCTAG GAGCCGGAAA 
GAAGAGAAGC CTACAGAAGA ACATCCTAAA AAAGCATTCA ACGCAGAAAC AGACAGTTTC 
AAGCTGGCCT ATGGAGGGCA CCAATATCAC GCCAGCTGTG CCAACTTCTG GATCAACTGT 
GTTGAGCCCA AGCCTCCTGG CCTCATCCTG CCAGATCTGC TCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848097.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846319.1 Nannospalax galili synergin, gamma (Synrg), transcript variant X3, mRNA.

Price & Availability↑

CloneID	ONa30853
Clone ID Related Accession (Same CDS sequence)	XM_008848097.3 , XM_008848097.2
Accession Version	XM_008848097.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4125bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008848097.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGCCCTTCC 
TTGGAGGAGA AGCTCCTAGT ATCTTGTGAT ATAAGTACAT CTGGGCATGA ACAAATTAAA 
TTAAGTACTC CTGAAGCTGG GCACAAAGCT CTAGTCCCAG ATTCCAGTGA GAACCATCCC 
ACTTTAACGG CCAGTCATGG GGGTGCTGTA GATGGATGTG TAAATGGTCC CACCACTGCA 
GAGGCAGAAA AGACTTCAGA CCAAAACCTG TCAAATGAAG AGAGTGGTGT GGGTGTGTTT 
CCCTCGCAGG ATCCTGTTCC ACCCAGAATG CCTCCTTGGA TTTACAATGA AAGTTTGGTC 
CCAGATACCT ATAAGAAAAT TTTAGAAACC ACAGTGACTC CAACTGGAAT AGATACTGCT 
AAACTTTATC CCATTCTGAT GTCATCTGGA CTTCCCAGGG AAACTCTTGG ACAGATATGG 
GCCTTGGCCA ATCGAACTAC ACCTGGCAAA CTCACTAAAG AAGAGCTTTA CACTGTTCTC 
GCCATGATAG CAGTAACGCA GAGGGGTGTT CCTGCCATGA GTCCTGATGC TTTGAATCAG 
TTCCCAGCAG CTCCCATTCC AACGTTAAGT GGCTTTTCTA TGACTCTGCC TACCCCAGTG 
AGCCAGCCGA CTGTGATGCC CTCTGGCCCT TCAGGGTCCA TGCCCCTCAG CCTTGGACAG 
CCAGTCATGG GCATTAACCT TGTTGGACCA GTGGGTGGAG CTGCAGCCCC AGCTTCCAGT 
GGCTTCATGC CATCTTACCC AGCAAAACAG GTGGGAAAGA CAGAAGAGGA TGACTTCCAG 
GAATTTCAAG ATGCTTCTAA GTCAGGATCC CTTGATGACT CGTTCACTGA CTTCCAAGAG 
GTGCCTCCTT CCTCAAAAAC AAATAATTCC CAGCATGGAA ACAGTGCTCC ATCTTTGTTG 
ATACCACTTC CTGGAACTAA AGCTTCAAAG GATAAATATG CAGTGTTTAA AGGAATTTCA 
GCTGACAAAC CCTCTGAAAA TGCTGTTCCA TTTGGAGAGT CTGCTGATAA ATACAGTGCT 
TTCCGGGAAC TTGAGCAGAC CACAGAGAAT AAACCTTTAG GAGAGAGCTT CACAGAATTC 
AGATCTGCAG GAACTGATGA TGGTTTCACC GACTTTAAGA CAGCCGACAG TATATCACCT 
CTAGAGCCAC CAACGACAAA AGACACTTTC CCAACATCCT TCCCCTCAGG ACCTATACAG 
CAGAAACAGC AAACACAAGT GAAAACTCCT CTGAACTTAG CAGACCTGGA TATGTTTTCC 
TCAGTTAATT GCAGCAATGA GAAACCATTG CCCTTTTCAG CAGCATTTAG CACATCTAAG 
TCAGTTTCTA CAAGACCTCA GCCAGGGGGA TCTACTACAA GCCCAGCAGC ACTGGCATCC 
ACTAAAACTT CTAGTCTGGC TGATGATTTT GGAGAATTCA ACCTCTTTGG GGAATATTCT 
AGTCCTGCAT CAGTTGGGGA GCAGGATGAC TTTGCAGATT TTATGGCTTT CAGTAACAGC 
TCTATTTCTT CTGAGCAAAA AGCAGATGAC AAATATGATG TCCTCAGAGA GGAACCAAGT 
CCCGTTCCTC TGACCAGCAA CTCAGGCAGT GAGGGAAAGA GTACACCTGC TACATCCACC 
AAGTATGATG TCTTCAAACA GCTTTCCCTA GAAGGAGCTG GACTAGGTGT CGAAGAGTTA 
AAAGATAACA CTCCTTTTGG AAAAGGTGAT GATGATTTTG CTGATTTTCA CTCCAATAAA 
TTTTCATCCA TGAATTCGGA GAAATCCCTG GGAGAGAAAG CAGTAGCTTT CAGACACACC 
AAAGAAGACT CTGCTTCAGT GAAGTCCCTA GATCTCCCTT CTATTGGTGG CAGCAGCATT 
GGCAAGGAGG ACTCAGAAGA TGCGCTTTCT GTTCAGTTTG ACATGAAACT GGCTGATGTG 
GGAGGAGATC TTAAGCATGT CATGTCTGAT AGCTCTTTGG ATTTACCAAC AGTTAGTGGC 
CAGCATCCTC CTGCTGCAGA TATAGAGGAC TTAAAATATG CTACTTTTGG AAGCTACAGT 
AGCAGTTTTA CAGTGAGCAC ACTTACAAGC TATGACTGGT CAGACAGGGA TGATGCATCT 
CAGGGCAGAA AACTCTCTCC ATTTGTCCTC TCAGCAGGAA GTGGGTCCTC CTCAGCCACC 
TCAGTTCTTC AAAAGAAAGA GACCTCATTT GGTAGCTCTG AAAACAGCAC CATGTCATCG 
CTCTCCAAAG TAACAACCTT TGCAAGTGAG GATGCTCTTC CAGAGACTCC CTTCCCGGCC 
TTTGCCAGCT TTAAAGACAT CATGCCTCAG ACCAGTGAAC AAAAGGAATA TGAAAAATAT 
GGAAGTGGGG ACTACCAGGA TTTCCCAAGG CAGGATCTGT CCGCAGCTGA ACAGAGCCAG 
GAGATCATGT GTCCAAGCCC AGCATCCAGT GGTGCCTCTC ATGAAACCCC CAAAGAATGT 
GCTGATGACT TTGGGGAGTT TCAGAGTGAA AAGCCCAAAA TCAGCAAATT TGACTTTTTA 
GTAGCCAATT CACAAAGCAA AATGAAATCC AGTGAAGAAA TGATCAAAAG TGAGCTGGCA 
ACCTTTGACC TTTCTGTTCA AGGATCACAC AAGAGAAGCT TGAGCCTTGG GGATAAAGAA 
ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT GAGCAGCCTT TCAGGGATCG TTCCAACACT 
CTGAGTGAGA AGCCTGCTCT GCCTGTCATC CGTGACAAGT ACAAAGATCT GACAGGCGAG 
GTGGAGGAAA ATGAGAGATA TGCGTATGAA TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT 
GTCATTAAGA AGGCAAATGA CACCTTAAAT GGAATTAGTA GCAGTGCTGT TTGTACAGAA 
GTTATTCAGT CAGCCCAAGG CATGGAATAT TTATTAGGTG TCGTGGAAGT GTACCGAGTA 
ACCAAACGTG TGGAGCTGGG GATAAAAGCT ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG 
TTGCTGAAGG ACATTGATAA AGTGTGGAAC AACCTAATCG GCTTCATGTC ACTCGCTACA 
CTCACACCAG ATGAAAATTC ACTGGATTTT TCCTCCTGTA TGCTACGGCC TGGGATTAAA 
AACGCTCAGG AACTGGCTTG CGGGGTGTGC CTCTTAAATG TGGATTCTAG GAGCCGGAAA 
GAAGAGAAGC CTACAGAAGA ACATCCTAAA AAAGCATTCA ACGCAGAAAC AGACAGTTTC 
AAGCTGGCCT ATGGAGGGCA CCAATATCAC GCCAGCTGTG CCAACTTCTG GATCAACTGT 
GTTGAGCCCA AGCCTCCTGG CCTCATCCTG CCAGATCTGC TCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846319.1
CDS	10..4134
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPDCPTSSHLISPSPAFLDEDEFSDFMQGPVEVPICVPSSAAQPFQSFLPTTPFGQLHAQKAGVQPLPPGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848097.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin, gamma (Synrg), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848097.2

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGCCCTTCC 
TTGGAGGAGA AGCTCCTAGT ATCTTGTGAT ATAAGTACAT CTGGGCATGA ACAAATTAAA 
TTAAGTACTC CTGAAGCTGG GCACAAAGCT CTAGTCCCAG ATTCCAGTGA GAACCATCCC 
ACTTTAACGG CCAGTCATGG GGGTGCTGTA GATGGATGTG TAAATGGTCC CACCACTGCA 
GAGGCAGAAA AGACTTCAGA CCAAAACCTG TCAAATGAAG AGAGTGGTGT GGGTGTGTTT 
CCCTCGCAGG ATCCTGTTCC ACCCAGAATG CCTCCTTGGA TTTACAATGA AAGTTTGGTC 
CCAGATACCT ATAAGAAAAT TTTAGAAACC ACAGTGACTC CAACTGGAAT AGATACTGCT 
AAACTTTATC CCATTCTGAT GTCATCTGGA CTTCCCAGGG AAACTCTTGG ACAGATATGG 
GCCTTGGCCA ATCGAACTAC ACCTGGCAAA CTCACTAAAG AAGAGCTTTA CACTGTTCTC 
GCCATGATAG CAGTAACGCA GAGGGGTGTT CCTGCCATGA GTCCTGATGC TTTGAATCAG 
TTCCCAGCAG CTCCCATTCC AACGTTAAGT GGCTTTTCTA TGACTCTGCC TACCCCAGTG 
AGCCAGCCGA CTGTGATGCC CTCTGGCCCT TCAGGGTCCA TGCCCCTCAG CCTTGGACAG 
CCAGTCATGG GCATTAACCT TGTTGGACCA GTGGGTGGAG CTGCAGCCCC AGCTTCCAGT 
GGCTTCATGC CATCTTACCC AGCAAAACAG GTGGGAAAGA CAGAAGAGGA TGACTTCCAG 
GAATTTCAAG ATGCTTCTAA GTCAGGATCC CTTGATGACT CGTTCACTGA CTTCCAAGAG 
GTGCCTCCTT CCTCAAAAAC AAATAATTCC CAGCATGGAA ACAGTGCTCC ATCTTTGTTG 
ATACCACTTC CTGGAACTAA AGCTTCAAAG GATAAATATG CAGTGTTTAA AGGAATTTCA 
GCTGACAAAC CCTCTGAAAA TGCTGTTCCA TTTGGAGAGT CTGCTGATAA ATACAGTGCT 
TTCCGGGAAC TTGAGCAGAC CACAGAGAAT AAACCTTTAG GAGAGAGCTT CACAGAATTC 
AGATCTGCAG GAACTGATGA TGGTTTCACC GACTTTAAGA CAGCCGACAG TATATCACCT 
CTAGAGCCAC CAACGACAAA AGACACTTTC CCAACATCCT TCCCCTCAGG ACCTATACAG 
CAGAAACAGC AAACACAAGT GAAAACTCCT CTGAACTTAG CAGACCTGGA TATGTTTTCC 
TCAGTTAATT GCAGCAATGA GAAACCATTG CCCTTTTCAG CAGCATTTAG CACATCTAAG 
TCAGTTTCTA CAAGACCTCA GCCAGGGGGA TCTACTACAA GCCCAGCAGC ACTGGCATCC 
ACTAAAACTT CTAGTCTGGC TGATGATTTT GGAGAATTCA ACCTCTTTGG GGAATATTCT 
AGTCCTGCAT CAGTTGGGGA GCAGGATGAC TTTGCAGATT TTATGGCTTT CAGTAACAGC 
TCTATTTCTT CTGAGCAAAA AGCAGATGAC AAATATGATG TCCTCAGAGA GGAACCAAGT 
CCCGTTCCTC TGACCAGCAA CTCAGGCAGT GAGGGAAAGA GTACACCTGC TACATCCACC 
AAGTATGATG TCTTCAAACA GCTTTCCCTA GAAGGAGCTG GACTAGGTGT CGAAGAGTTA 
AAAGATAACA CTCCTTTTGG AAAAGGTGAT GATGATTTTG CTGATTTTCA CTCCAATAAA 
TTTTCATCCA TGAATTCGGA GAAATCCCTG GGAGAGAAAG CAGTAGCTTT CAGACACACC 
AAAGAAGACT CTGCTTCAGT GAAGTCCCTA GATCTCCCTT CTATTGGTGG CAGCAGCATT 
GGCAAGGAGG ACTCAGAAGA TGCGCTTTCT GTTCAGTTTG ACATGAAACT GGCTGATGTG 
GGAGGAGATC TTAAGCATGT CATGTCTGAT AGCTCTTTGG ATTTACCAAC AGTTAGTGGC 
CAGCATCCTC CTGCTGCAGA TATAGAGGAC TTAAAATATG CTACTTTTGG AAGCTACAGT 
AGCAGTTTTA CAGTGAGCAC ACTTACAAGC TATGACTGGT CAGACAGGGA TGATGCATCT 
CAGGGCAGAA AACTCTCTCC ATTTGTCCTC TCAGCAGGAA GTGGGTCCTC CTCAGCCACC 
TCAGTTCTTC AAAAGAAAGA GACCTCATTT GGTAGCTCTG AAAACAGCAC CATGTCATCG 
CTCTCCAAAG TAACAACCTT TGCAAGTGAG GATGCTCTTC CAGAGACTCC CTTCCCGGCC 
TTTGCCAGCT TTAAAGACAT CATGCCTCAG ACCAGTGAAC AAAAGGAATA TGAAAAATAT 
GGAAGTGGGG ACTACCAGGA TTTCCCAAGG CAGGATCTGT CCGCAGCTGA ACAGAGCCAG 
GAGATCATGT GTCCAAGCCC AGCATCCAGT GGTGCCTCTC ATGAAACCCC CAAAGAATGT 
GCTGATGACT TTGGGGAGTT TCAGAGTGAA AAGCCCAAAA TCAGCAAATT TGACTTTTTA 
GTAGCCAATT CACAAAGCAA AATGAAATCC AGTGAAGAAA TGATCAAAAG TGAGCTGGCA 
ACCTTTGACC TTTCTGTTCA AGGATCACAC AAGAGAAGCT TGAGCCTTGG GGATAAAGAA 
ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT GAGCAGCCTT TCAGGGATCG TTCCAACACT 
CTGAGTGAGA AGCCTGCTCT GCCTGTCATC CGTGACAAGT ACAAAGATCT GACAGGCGAG 
GTGGAGGAAA ATGAGAGATA TGCGTATGAA TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT 
GTCATTAAGA AGGCAAATGA CACCTTAAAT GGAATTAGTA GCAGTGCTGT TTGTACAGAA 
GTTATTCAGT CAGCCCAAGG CATGGAATAT TTATTAGGTG TCGTGGAAGT GTACCGAGTA 
ACCAAACGTG TGGAGCTGGG GATAAAAGCT ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG 
TTGCTGAAGG ACATTGATAA AGTGTGGAAC AACCTAATCG GCTTCATGTC ACTCGCTACA 
CTCACACCAG ATGAAAATTC ACTGGATTTT TCCTCCTGTA TGCTACGGCC TGGGATTAAA 
AACGCTCAGG AACTGGCTTG CGGGGTGTGC CTCTTAAATG TGGATTCTAG GAGCCGGAAA 
GAAGAGAAGC CTACAGAAGA ACATCCTAAA AAAGCATTCA ACGCAGAAAC AGACAGTTTC 
AAGCTGGCCT ATGGAGGGCA CCAATATCAC GCCAGCTGTG CCAACTTCTG GATCAACTGT 
GTTGAGCCCA AGCCTCCTGG CCTCATCCTG CCAGATCTGC TCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848098.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846320.1 Nannospalax galili synergin, gamma (Synrg), transcript variant X4, mRNA.

Price & Availability↑

CloneID	ONa30854
Clone ID Related Accession (Same CDS sequence)	XM_008848098.2 , XM_008848098.3
Accession Version	XM_008848098.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4083bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008848098.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGCAGGAAGT 
GGGTCCTCCT CAGCCACCTC AGTTCTTCAA AAGAAAGAGA CCTCATTTGG TAGCTCTGAA 
AACAGCACCA TGTCATCGCT CTCCAAAGTA ACAACCTTTG CAAGTGAGGA TGCTCTTCCA 
GAGACTCCCT TCCCGGCCTT TGCCAGCTTT AAAGACATCA TGCCTCAGAC CAGTGAACAA 
AAGGAATATG AAAAATATGG AAGTGGGGAC TACCAGGATT TCCCAAGGCA GGATCTGTCC 
GCAGCTGAAC AGAGCCAGGA GATCATGTGT CCAAGCCCAG CATCCAGTGG TGCCTCTCAT 
GAAACCCCCA AAGAATGTGC TGATGACTTT GGGGAGTTTC AGAGTGAAAA GCCCAAAATC 
AGCAAATTTG ACTTTTTAGT AGCCAATTCA CAAAGCAAAA TGAAATCCAG TGAAGAAATG 
ATCAAAAGTG AGCTGGCAAC CTTTGACCTT TCTGTTCAAG GATCACACAA GAGAAGCTTG 
AGCCTTGGGG ATAAAGAAAT AAGCCGGTCC TCTCCTTCTC CAGCCCTTGA GCAGCCTTTC 
AGGGATCGTT CCAACACTCT GAGTGAGAAG CCTGCTCTGC CTGTCATCCG TGACAAGTAC 
AAAGATCTGA CAGGCGAGGT GGAGGAAAAT GAGAGATATG CGTATGAATG GCAGAGGTGC 
CTGGGGAGCG CCTTGGATGT CATTAAGAAG GCAAATGACA CCTTAAATGG AATTAGTAGC 
AGTGCTGTTT GTACAGAAGT TATTCAGTCA GCCCAAGGCA TGGAATATTT ATTAGGTGTC 
GTGGAAGTGT ACCGAGTAAC CAAACGTGTG GAGCTGGGGA TAAAAGCTAC TGCTGTGTGC 
AGTGAGAAAC TCCAGCAGTT GCTGAAGGAC ATTGATAAAG TGTGGAACAA CCTAATCGGC 
TTCATGTCAC TCGCTACACT CACACCAGAT GAAAATTCAC TGGATTTTTC CTCCTGTATG 
CTACGGCCTG GGATTAAAAA CGCTCAGGAA CTGGCTTGCG GGGTGTGCCT CTTAAATGTG 
GATTCTAGGA GCCGGAAAGA AGAGAAGCCT ACAGAAGAAC ATCCTAAAAA AGCATTCAAC 
GCAGAAACAG ACAGTTTCAA GCTGGCCTAT GGAGGGCACC AATATCACGC CAGCTGTGCC 
AACTTCTGGA TCAACTGTGT TGAGCCCAAG CCTCCTGGCC TCATCCTGCC AGATCTGCTC 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846320.1
CDS	10..4092
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPDCPTSSHLISPSPAFLDEDEFSDFMQGPVEVPICVPSSAAQPFQSFLPTTPFGQLHAQKAGVQPLPPGQIPVSFALHGGPGQMPYFSSASTSHSVQKAGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAAAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848098.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin, gamma (Synrg), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848098.2

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGCAGGAAGT 
GGGTCCTCCT CAGCCACCTC AGTTCTTCAA AAGAAAGAGA CCTCATTTGG TAGCTCTGAA 
AACAGCACCA TGTCATCGCT CTCCAAAGTA ACAACCTTTG CAAGTGAGGA TGCTCTTCCA 
GAGACTCCCT TCCCGGCCTT TGCCAGCTTT AAAGACATCA TGCCTCAGAC CAGTGAACAA 
AAGGAATATG AAAAATATGG AAGTGGGGAC TACCAGGATT TCCCAAGGCA GGATCTGTCC 
GCAGCTGAAC AGAGCCAGGA GATCATGTGT CCAAGCCCAG CATCCAGTGG TGCCTCTCAT 
GAAACCCCCA AAGAATGTGC TGATGACTTT GGGGAGTTTC AGAGTGAAAA GCCCAAAATC 
AGCAAATTTG ACTTTTTAGT AGCCAATTCA CAAAGCAAAA TGAAATCCAG TGAAGAAATG 
ATCAAAAGTG AGCTGGCAAC CTTTGACCTT TCTGTTCAAG GATCACACAA GAGAAGCTTG 
AGCCTTGGGG ATAAAGAAAT AAGCCGGTCC TCTCCTTCTC CAGCCCTTGA GCAGCCTTTC 
AGGGATCGTT CCAACACTCT GAGTGAGAAG CCTGCTCTGC CTGTCATCCG TGACAAGTAC 
AAAGATCTGA CAGGCGAGGT GGAGGAAAAT GAGAGATATG CGTATGAATG GCAGAGGTGC 
CTGGGGAGCG CCTTGGATGT CATTAAGAAG GCAAATGACA CCTTAAATGG AATTAGTAGC 
AGTGCTGTTT GTACAGAAGT TATTCAGTCA GCCCAAGGCA TGGAATATTT ATTAGGTGTC 
GTGGAAGTGT ACCGAGTAAC CAAACGTGTG GAGCTGGGGA TAAAAGCTAC TGCTGTGTGC 
AGTGAGAAAC TCCAGCAGTT GCTGAAGGAC ATTGATAAAG TGTGGAACAA CCTAATCGGC 
TTCATGTCAC TCGCTACACT CACACCAGAT GAAAATTCAC TGGATTTTTC CTCCTGTATG 
CTACGGCCTG GGATTAAAAA CGCTCAGGAA CTGGCTTGCG GGGTGTGCCT CTTAAATGTG 
GATTCTAGGA GCCGGAAAGA AGAGAAGCCT ACAGAAGAAC ATCCTAAAAA AGCATTCAAC 
GCAGAAACAG ACAGTTTCAA GCTGGCCTAT GGAGGGCACC AATATCACGC CAGCTGTGCC 
AACTTCTGGA TCAACTGTGT TGAGCCCAAG CCTCCTGGCC TCATCCTGCC AGATCTGCTC 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848098.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846320.1 Nannospalax galili synergin gamma (Synrg), transcript variant X6, mRNA.

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CloneID	ONa30854
Clone ID Related Accession (Same CDS sequence)	XM_008848098.2 , XM_008848098.3
Accession Version	XM_008848098.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4083bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008848098.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGCAGGAAGT 
GGGTCCTCCT CAGCCACCTC AGTTCTTCAA AAGAAAGAGA CCTCATTTGG TAGCTCTGAA 
AACAGCACCA TGTCATCGCT CTCCAAAGTA ACAACCTTTG CAAGTGAGGA TGCTCTTCCA 
GAGACTCCCT TCCCGGCCTT TGCCAGCTTT AAAGACATCA TGCCTCAGAC CAGTGAACAA 
AAGGAATATG AAAAATATGG AAGTGGGGAC TACCAGGATT TCCCAAGGCA GGATCTGTCC 
GCAGCTGAAC AGAGCCAGGA GATCATGTGT CCAAGCCCAG CATCCAGTGG TGCCTCTCAT 
GAAACCCCCA AAGAATGTGC TGATGACTTT GGGGAGTTTC AGAGTGAAAA GCCCAAAATC 
AGCAAATTTG ACTTTTTAGT AGCCAATTCA CAAAGCAAAA TGAAATCCAG TGAAGAAATG 
ATCAAAAGTG AGCTGGCAAC CTTTGACCTT TCTGTTCAAG GATCACACAA GAGAAGCTTG 
AGCCTTGGGG ATAAAGAAAT AAGCCGGTCC TCTCCTTCTC CAGCCCTTGA GCAGCCTTTC 
AGGGATCGTT CCAACACTCT GAGTGAGAAG CCTGCTCTGC CTGTCATCCG TGACAAGTAC 
AAAGATCTGA CAGGCGAGGT GGAGGAAAAT GAGAGATATG CGTATGAATG GCAGAGGTGC 
CTGGGGAGCG CCTTGGATGT CATTAAGAAG GCAAATGACA CCTTAAATGG AATTAGTAGC 
AGTGCTGTTT GTACAGAAGT TATTCAGTCA GCCCAAGGCA TGGAATATTT ATTAGGTGTC 
GTGGAAGTGT ACCGAGTAAC CAAACGTGTG GAGCTGGGGA TAAAAGCTAC TGCTGTGTGC 
AGTGAGAAAC TCCAGCAGTT GCTGAAGGAC ATTGATAAAG TGTGGAACAA CCTAATCGGC 
TTCATGTCAC TCGCTACACT CACACCAGAT GAAAATTCAC TGGATTTTTC CTCCTGTATG 
CTACGGCCTG GGATTAAAAA CGCTCAGGAA CTGGCTTGCG GGGTGTGCCT CTTAAATGTG 
GATTCTAGGA GCCGGAAAGA AGAGAAGCCT ACAGAAGAAC ATCCTAAAAA AGCATTCAAC 
GCAGAAACAG ACAGTTTCAA GCTGGCCTAT GGAGGGCACC AATATCACGC CAGCTGTGCC 
AACTTCTGGA TCAACTGTGT TGAGCCCAAG CCTCCTGGCC TCATCCTGCC AGATCTGCTC 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846320.1
CDS	41..4123
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPDCPTSSHLISPSPAFLDEDEFSDFMQGPVEVPICVPSSAAQPFQSFLPTTPFGQLHAQKAGVQPLPPGQIPVSFALHGGPGQMPYFSSASTSHSVQKAGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAAAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848098.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848098.3

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GATTGTCCCA CATCATCTCA TCTCATTTCC 
CCATCACCTG CCTTTCTTGA TGAAGATGAA TTCAGTGACT TTATGCAGGG GCCTGTGGAG 
GTTCCTATTT GTGTGCCATC TTCTGCGGCC CAGCCCTTTC AGTCTTTCCT TCCCACCACC 
CCATTTGGCC AGTTGCATGC ACAGAAGGCT GGGGTACAGC CTCTCCCTCC AGGTCAGATT 
CCAGTGTCTT TTGCCTTACA TGGTGGCCCT GGGCAAATGC CTTATTTCTC TTCTGCTTCA 
ACTTCACACA GTGTGCAGAA AGCAGGCCCT TCCTTGGAGG AGAAGCTCCT AGTATCTTGT 
GATATAAGTA CATCTGGGCA TGAACAAATT AAATTAAGTA CTCCTGAAGC TGGGCACAAA 
GCTCTAGTCC CAGATTCCAG TGAGAACCAT CCCACTTTAA CGGCCAGTCA TGGGGGTGCT 
GTAGATGGAT GTGTAAATGG TCCCACCACT GCAGAGGCAG AAAAGACTTC AGACCAAAAC 
CTGTCAAATG AAGAGAGTGG TGTGGGTGTG TTTCCCTCGC AGGATCCTGT TCCACCCAGA 
ATGCCTCCTT GGATTTACAA TGAAAGTTTG GTCCCAGATA CCTATAAGAA AATTTTAGAA 
ACCACAGTGA CTCCAACTGG AATAGATACT GCTAAACTTT ATCCCATTCT GATGTCATCT 
GGACTTCCCA GGGAAACTCT TGGACAGATA TGGGCCTTGG CCAATCGAAC TACACCTGGC 
AAACTCACTA AAGAAGAGCT TTACACTGTT CTCGCCATGA TAGCAGTAAC GCAGAGGGGT 
GTTCCTGCCA TGAGTCCTGA TGCTTTGAAT CAGTTCCCAG CAGCTCCCAT TCCAACGTTA 
AGTGGCTTTT CTATGACTCT GCCTACCCCA GTGAGCCAGC CGACTGTGAT GCCCTCTGGC 
CCTTCAGGGT CCATGCCCCT CAGCCTTGGA CAGCCAGTCA TGGGCATTAA CCTTGTTGGA 
CCAGTGGGTG GAGCTGCAGC CCCAGCTTCC AGTGGCTTCA TGCCATCTTA CCCAGCAAAA 
CAGGTGGGAA AGACAGAAGA GGATGACTTC CAGGAATTTC AAGATGCTTC TAAGTCAGGA 
TCCCTTGATG ACTCGTTCAC TGACTTCCAA GAGGTGCCTC CTTCCTCAAA AACAAATAAT 
TCCCAGCATG GAAACAGTGC TCCATCTTTG TTGATACCAC TTCCTGGAAC TAAAGCTTCA 
AAGGATAAAT ATGCAGTGTT TAAAGGAATT TCAGCTGACA AACCCTCTGA AAATGCTGTT 
CCATTTGGAG AGTCTGCTGA TAAATACAGT GCTTTCCGGG AACTTGAGCA GACCACAGAG 
AATAAACCTT TAGGAGAGAG CTTCACAGAA TTCAGATCTG CAGGAACTGA TGATGGTTTC 
ACCGACTTTA AGACAGCCGA CAGTATATCA CCTCTAGAGC CACCAACGAC AAAAGACACT 
TTCCCAACAT CCTTCCCCTC AGGACCTATA CAGCAGAAAC AGCAAACACA AGTGAAAACT 
CCTCTGAACT TAGCAGACCT GGATATGTTT TCCTCAGTTA ATTGCAGCAA TGAGAAACCA 
TTGCCCTTTT CAGCAGCATT TAGCACATCT AAGTCAGTTT CTACAAGACC TCAGCCAGGG 
GGATCTACTA CAAGCCCAGC AGCACTGGCA TCCACTAAAA CTTCTAGTCT GGCTGATGAT 
TTTGGAGAAT TCAACCTCTT TGGGGAATAT TCTAGTCCTG CATCAGTTGG GGAGCAGGAT 
GACTTTGCAG ATTTTATGGC TTTCAGTAAC AGCTCTATTT CTTCTGAGCA AAAAGCAGAT 
GACAAATATG ATGTCCTCAG AGAGGAACCA AGTCCCGTTC CTCTGACCAG CAACTCAGGC 
AGTGAGGGAA AGAGTACACC TGCTACATCC ACCAAGTATG ATGTCTTCAA ACAGCTTTCC 
CTAGAAGGAG CTGGACTAGG TGTCGAAGAG TTAAAAGATA ACACTCCTTT TGGAAAAGGT 
GATGATGATT TTGCTGATTT TCACTCCAAT AAATTTTCAT CCATGAATTC GGAGAAATCC 
CTGGGAGAGA AAGCAGTAGC TTTCAGACAC ACCAAAGAAG ACTCTGCTTC AGTGAAGTCC 
CTAGATCTCC CTTCTATTGG TGGCAGCAGC ATTGGCAAGG AGGACTCAGA AGATGCGCTT 
TCTGTTCAGT TTGACATGAA ACTGGCTGAT GTGGGAGGAG ATCTTAAGCA TGTCATGTCT 
GATAGCTCTT TGGATTTACC AACAGTTAGT GGCCAGCATC CTCCTGCTGC AGCAGGAAGT 
GGGTCCTCCT CAGCCACCTC AGTTCTTCAA AAGAAAGAGA CCTCATTTGG TAGCTCTGAA 
AACAGCACCA TGTCATCGCT CTCCAAAGTA ACAACCTTTG CAAGTGAGGA TGCTCTTCCA 
GAGACTCCCT TCCCGGCCTT TGCCAGCTTT AAAGACATCA TGCCTCAGAC CAGTGAACAA 
AAGGAATATG AAAAATATGG AAGTGGGGAC TACCAGGATT TCCCAAGGCA GGATCTGTCC 
GCAGCTGAAC AGAGCCAGGA GATCATGTGT CCAAGCCCAG CATCCAGTGG TGCCTCTCAT 
GAAACCCCCA AAGAATGTGC TGATGACTTT GGGGAGTTTC AGAGTGAAAA GCCCAAAATC 
AGCAAATTTG ACTTTTTAGT AGCCAATTCA CAAAGCAAAA TGAAATCCAG TGAAGAAATG 
ATCAAAAGTG AGCTGGCAAC CTTTGACCTT TCTGTTCAAG GATCACACAA GAGAAGCTTG 
AGCCTTGGGG ATAAAGAAAT AAGCCGGTCC TCTCCTTCTC CAGCCCTTGA GCAGCCTTTC 
AGGGATCGTT CCAACACTCT GAGTGAGAAG CCTGCTCTGC CTGTCATCCG TGACAAGTAC 
AAAGATCTGA CAGGCGAGGT GGAGGAAAAT GAGAGATATG CGTATGAATG GCAGAGGTGC 
CTGGGGAGCG CCTTGGATGT CATTAAGAAG GCAAATGACA CCTTAAATGG AATTAGTAGC 
AGTGCTGTTT GTACAGAAGT TATTCAGTCA GCCCAAGGCA TGGAATATTT ATTAGGTGTC 
GTGGAAGTGT ACCGAGTAAC CAAACGTGTG GAGCTGGGGA TAAAAGCTAC TGCTGTGTGC 
AGTGAGAAAC TCCAGCAGTT GCTGAAGGAC ATTGATAAAG TGTGGAACAA CCTAATCGGC 
TTCATGTCAC TCGCTACACT CACACCAGAT GAAAATTCAC TGGATTTTTC CTCCTGTATG 
CTACGGCCTG GGATTAAAAA CGCTCAGGAA CTGGCTTGCG GGGTGTGCCT CTTAAATGTG 
GATTCTAGGA GCCGGAAAGA AGAGAAGCCT ACAGAAGAAC ATCCTAAAAA AGCATTCAAC 
GCAGAAACAG ACAGTTTCAA GCTGGCCTAT GGAGGGCACC AATATCACGC CAGCTGTGCC 
AACTTCTGGA TCAACTGTGT TGAGCCCAAG CCTCCTGGCC TCATCCTGCC AGATCTGCTC 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848099.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846321.1 Nannospalax galili synergin gamma (Synrg), transcript variant X8, mRNA.

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CloneID	ONa30855
Clone ID Related Accession (Same CDS sequence)	XM_008848099.3 , XM_008848099.2
Accession Version	XM_008848099.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3924bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008848099.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGCCCTTCCT TGGAGGAGAA GCTCCTAGTA 
TCTTGTGATA TAAGTACATC TGGGCATGAA CAAATTAAAT TAAGTACTCC TGAAGCTGGG 
CACAAAGCTC TAGTCCCAGA TTCCAGTGAG AACCATCCCA CTTTAACGGC CAGTCATGGG 
GGTGCTGTAG ATGGATGTGT AAATGGTCCC ACCACTGCAG AGGCAGAAAA GACTTCAGAC 
CAAAACCTGT CAAATGAAGA GAGTGGTGTG GGTGTGTTTC CCTCGCAGGA TCCTGTTCCA 
CCCAGAATGC CTCCTTGGAT TTACAATGAA AGTTTGGTCC CAGATACCTA TAAGAAAATT 
TTAGAAACCA CAGTGACTCC AACTGGAATA GATACTGCTA AACTTTATCC CATTCTGATG 
TCATCTGGAC TTCCCAGGGA AACTCTTGGA CAGATATGGG CCTTGGCCAA TCGAACTACA 
CCTGGCAAAC TCACTAAAGA AGAGCTTTAC ACTGTTCTCG CCATGATAGC AGTAACGCAG 
AGGGGTGTTC CTGCCATGAG TCCTGATGCT TTGAATCAGT TCCCAGCAGC TCCCATTCCA 
ACGTTAAGTG GCTTTTCTAT GACTCTGCCT ACCCCAGTGA GCCAGCCGAC TGTGATGCCC 
TCTGGCCCTT CAGGGTCCAT GCCCCTCAGC CTTGGACAGC CAGTCATGGG CATTAACCTT 
GTTGGACCAG TGGGTGGAGC TGCAGCCCCA GCTTCCAGTG GCTTCATGCC ATCTTACCCA 
GCAAAACAGG TGGGAAAGAC AGAAGAGGAT GACTTCCAGG AATTTCAAGA TGCTTCTAAG 
TCAGGATCCC TTGATGACTC GTTCACTGAC TTCCAAGAGG TGCCTCCTTC CTCAAAAACA 
AATAATTCCC AGCATGGAAA CAGTGCTCCA TCTTTGTTGA TACCACTTCC TGGAACTAAA 
GCTTCAAAGG ATAAATATGC AGTGTTTAAA GGAATTTCAG CTGACAAACC CTCTGAAAAT 
GCTGTTCCAT TTGGAGAGTC TGCTGATAAA TACAGTGCTT TCCGGGAACT TGAGCAGACC 
ACAGAGAATA AACCTTTAGG AGAGAGCTTC ACAGAATTCA GATCTGCAGG AACTGATGAT 
GGTTTCACCG ACTTTAAGAC AGCCGACAGT ATATCACCTC TAGAGCCACC AACGACAAAA 
GACACTTTCC CAACATCCTT CCCCTCAGGA CCTATACAGC AGAAACAGCA AACACAAGTG 
AAAACTCCTC TGAACTTAGC AGACCTGGAT ATGTTTTCCT CAGTTAATTG CAGCAATGAG 
AAACCATTGC CCTTTTCAGC AGCATTTAGC ACATCTAAGT CAGTTTCTAC AAGACCTCAG 
CCAGGGGGAT CTACTACAAG CCCAGCAGCA CTGGCATCCA CTAAAACTTC TAGTCTGGCT 
GATGATTTTG GAGAATTCAA CCTCTTTGGG GAATATTCTA GTCCTGCATC AGTTGGGGAG 
CAGGATGACT TTGCAGATTT TATGGCTTTC AGTAACAGCT CTATTTCTTC TGAGCAAAAA 
GCAGATGACA AATATGATGT CCTCAGAGAG GAACCAAGTC CCGTTCCTCT GACCAGCAAC 
TCAGGCAGTG AGGGAAAGAG TACACCTGCT ACATCCACCA AGTATGATGT CTTCAAACAG 
CTTTCCCTAG AAGGAGCTGG ACTAGGTGTC GAAGAGTTAA AAGATAACAC TCCTTTTGGA 
AAAGGTGATG ATGATTTTGC TGATTTTCAC TCCAATAAAT TTTCATCCAT GAATTCGGAG 
AAATCCCTGG GAGAGAAAGC AGTAGCTTTC AGACACACCA AAGAAGACTC TGCTTCAGTG 
AAGTCCCTAG ATCTCCCTTC TATTGGTGGC AGCAGCATTG GCAAGGAGGA CTCAGAAGAT 
GCGCTTTCTG TTCAGTTTGA CATGAAACTG GCTGATGTGG GAGGAGATCT TAAGCATGTC 
ATGTCTGATA GCTCTTTGGA TTTACCAACA GTTAGTGGCC AGCATCCTCC TGCTGCAGAT 
ATAGAGGACT TAAAATATGC TACTTTTGGA AGCTACAGTA GCAGTTTTAC AGTGAGCACA 
CTTACAAGCT ATGACTGGTC AGACAGGGAT GATGCATCTC AGGGCAGAAA ACTCTCTCCA 
TTTGTCCTCT CAGCAGGAAG TGGGTCCTCC TCAGCCACCT CAGTTCTTCA AAAGAAAGAG 
ACCTCATTTG GTAGCTCTGA AAACAGCACC ATGTCATCGC TCTCCAAAGT AACAACCTTT 
GCAAGTGAGG ATGCTCTTCC AGAGACTCCC TTCCCGGCCT TTGCCAGCTT TAAAGACATC 
ATGCCTCAGA CCAGTGAACA AAAGGAATAT GAAAAATATG GAAGTGGGGA CTACCAGGAT 
TTCCCAAGGC AGGATCTGTC CGCAGCTGAA CAGAGCCAGG AGATCATGTG TCCAAGCCCA 
GCATCCAGTG GTGCCTCTCA TGAAACCCCC AAAGAATGTG CTGATGACTT TGGGGAGTTT 
CAGAGTGAAA AGCCCAAAAT CAGCAAATTT GACTTTTTAG TAGCCAATTC ACAAAGCAAA 
ATGAAATCCA GTGAAGAAAT GATCAAAAGT GAGCTGGCAA CCTTTGACCT TTCTGTTCAA 
GGATCACACA AGAGAAGCTT GAGCCTTGGG GATAAAGAAA TAAGCCGGTC CTCTCCTTCT 
CCAGCCCTTG AGCAGCCTTT CAGGGATCGT TCCAACACTC TGAGTGAGAA GCCTGCTCTG 
CCTGTCATCC GTGACAAGTA CAAAGATCTG ACAGGCGAGG TGGAGGAAAA TGAGAGATAT 
GCGTATGAAT GGCAGAGGTG CCTGGGGAGC GCCTTGGATG TCATTAAGAA GGCAAATGAC 
ACCTTAAATG GAATTAGTAG CAGTGCTGTT TGTACAGAAG TTATTCAGTC AGCCCAAGGC 
ATGGAATATT TATTAGGTGT CGTGGAAGTG TACCGAGTAA CCAAACGTGT GGAGCTGGGG 
ATAAAAGCTA CTGCTGTGTG CAGTGAGAAA CTCCAGCAGT TGCTGAAGGA CATTGATAAA 
GTGTGGAACA ACCTAATCGG CTTCATGTCA CTCGCTACAC TCACACCAGA TGAAAATTCA 
CTGGATTTTT CCTCCTGTAT GCTACGGCCT GGGATTAAAA ACGCTCAGGA ACTGGCTTGC 
GGGGTGTGCC TCTTAAATGT GGATTCTAGG AGCCGGAAAG AAGAGAAGCC TACAGAAGAA 
CATCCTAAAA AAGCATTCAA CGCAGAAACA GACAGTTTCA AGCTGGCCTA TGGAGGGCAC 
CAATATCACG CCAGCTGTGC CAACTTCTGG ATCAACTGTG TTGAGCCCAA GCCTCCTGGC 
CTCATCCTGC CAGATCTGCT CTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846321.1
CDS	41..3964
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848099.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848099.3

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGCCCTTCCT TGGAGGAGAA GCTCCTAGTA 
TCTTGTGATA TAAGTACATC TGGGCATGAA CAAATTAAAT TAAGTACTCC TGAAGCTGGG 
CACAAAGCTC TAGTCCCAGA TTCCAGTGAG AACCATCCCA CTTTAACGGC CAGTCATGGG 
GGTGCTGTAG ATGGATGTGT AAATGGTCCC ACCACTGCAG AGGCAGAAAA GACTTCAGAC 
CAAAACCTGT CAAATGAAGA GAGTGGTGTG GGTGTGTTTC CCTCGCAGGA TCCTGTTCCA 
CCCAGAATGC CTCCTTGGAT TTACAATGAA AGTTTGGTCC CAGATACCTA TAAGAAAATT 
TTAGAAACCA CAGTGACTCC AACTGGAATA GATACTGCTA AACTTTATCC CATTCTGATG 
TCATCTGGAC TTCCCAGGGA AACTCTTGGA CAGATATGGG CCTTGGCCAA TCGAACTACA 
CCTGGCAAAC TCACTAAAGA AGAGCTTTAC ACTGTTCTCG CCATGATAGC AGTAACGCAG 
AGGGGTGTTC CTGCCATGAG TCCTGATGCT TTGAATCAGT TCCCAGCAGC TCCCATTCCA 
ACGTTAAGTG GCTTTTCTAT GACTCTGCCT ACCCCAGTGA GCCAGCCGAC TGTGATGCCC 
TCTGGCCCTT CAGGGTCCAT GCCCCTCAGC CTTGGACAGC CAGTCATGGG CATTAACCTT 
GTTGGACCAG TGGGTGGAGC TGCAGCCCCA GCTTCCAGTG GCTTCATGCC ATCTTACCCA 
GCAAAACAGG TGGGAAAGAC AGAAGAGGAT GACTTCCAGG AATTTCAAGA TGCTTCTAAG 
TCAGGATCCC TTGATGACTC GTTCACTGAC TTCCAAGAGG TGCCTCCTTC CTCAAAAACA 
AATAATTCCC AGCATGGAAA CAGTGCTCCA TCTTTGTTGA TACCACTTCC TGGAACTAAA 
GCTTCAAAGG ATAAATATGC AGTGTTTAAA GGAATTTCAG CTGACAAACC CTCTGAAAAT 
GCTGTTCCAT TTGGAGAGTC TGCTGATAAA TACAGTGCTT TCCGGGAACT TGAGCAGACC 
ACAGAGAATA AACCTTTAGG AGAGAGCTTC ACAGAATTCA GATCTGCAGG AACTGATGAT 
GGTTTCACCG ACTTTAAGAC AGCCGACAGT ATATCACCTC TAGAGCCACC AACGACAAAA 
GACACTTTCC CAACATCCTT CCCCTCAGGA CCTATACAGC AGAAACAGCA AACACAAGTG 
AAAACTCCTC TGAACTTAGC AGACCTGGAT ATGTTTTCCT CAGTTAATTG CAGCAATGAG 
AAACCATTGC CCTTTTCAGC AGCATTTAGC ACATCTAAGT CAGTTTCTAC AAGACCTCAG 
CCAGGGGGAT CTACTACAAG CCCAGCAGCA CTGGCATCCA CTAAAACTTC TAGTCTGGCT 
GATGATTTTG GAGAATTCAA CCTCTTTGGG GAATATTCTA GTCCTGCATC AGTTGGGGAG 
CAGGATGACT TTGCAGATTT TATGGCTTTC AGTAACAGCT CTATTTCTTC TGAGCAAAAA 
GCAGATGACA AATATGATGT CCTCAGAGAG GAACCAAGTC CCGTTCCTCT GACCAGCAAC 
TCAGGCAGTG AGGGAAAGAG TACACCTGCT ACATCCACCA AGTATGATGT CTTCAAACAG 
CTTTCCCTAG AAGGAGCTGG ACTAGGTGTC GAAGAGTTAA AAGATAACAC TCCTTTTGGA 
AAAGGTGATG ATGATTTTGC TGATTTTCAC TCCAATAAAT TTTCATCCAT GAATTCGGAG 
AAATCCCTGG GAGAGAAAGC AGTAGCTTTC AGACACACCA AAGAAGACTC TGCTTCAGTG 
AAGTCCCTAG ATCTCCCTTC TATTGGTGGC AGCAGCATTG GCAAGGAGGA CTCAGAAGAT 
GCGCTTTCTG TTCAGTTTGA CATGAAACTG GCTGATGTGG GAGGAGATCT TAAGCATGTC 
ATGTCTGATA GCTCTTTGGA TTTACCAACA GTTAGTGGCC AGCATCCTCC TGCTGCAGAT 
ATAGAGGACT TAAAATATGC TACTTTTGGA AGCTACAGTA GCAGTTTTAC AGTGAGCACA 
CTTACAAGCT ATGACTGGTC AGACAGGGAT GATGCATCTC AGGGCAGAAA ACTCTCTCCA 
TTTGTCCTCT CAGCAGGAAG TGGGTCCTCC TCAGCCACCT CAGTTCTTCA AAAGAAAGAG 
ACCTCATTTG GTAGCTCTGA AAACAGCACC ATGTCATCGC TCTCCAAAGT AACAACCTTT 
GCAAGTGAGG ATGCTCTTCC AGAGACTCCC TTCCCGGCCT TTGCCAGCTT TAAAGACATC 
ATGCCTCAGA CCAGTGAACA AAAGGAATAT GAAAAATATG GAAGTGGGGA CTACCAGGAT 
TTCCCAAGGC AGGATCTGTC CGCAGCTGAA CAGAGCCAGG AGATCATGTG TCCAAGCCCA 
GCATCCAGTG GTGCCTCTCA TGAAACCCCC AAAGAATGTG CTGATGACTT TGGGGAGTTT 
CAGAGTGAAA AGCCCAAAAT CAGCAAATTT GACTTTTTAG TAGCCAATTC ACAAAGCAAA 
ATGAAATCCA GTGAAGAAAT GATCAAAAGT GAGCTGGCAA CCTTTGACCT TTCTGTTCAA 
GGATCACACA AGAGAAGCTT GAGCCTTGGG GATAAAGAAA TAAGCCGGTC CTCTCCTTCT 
CCAGCCCTTG AGCAGCCTTT CAGGGATCGT TCCAACACTC TGAGTGAGAA GCCTGCTCTG 
CCTGTCATCC GTGACAAGTA CAAAGATCTG ACAGGCGAGG TGGAGGAAAA TGAGAGATAT 
GCGTATGAAT GGCAGAGGTG CCTGGGGAGC GCCTTGGATG TCATTAAGAA GGCAAATGAC 
ACCTTAAATG GAATTAGTAG CAGTGCTGTT TGTACAGAAG TTATTCAGTC AGCCCAAGGC 
ATGGAATATT TATTAGGTGT CGTGGAAGTG TACCGAGTAA CCAAACGTGT GGAGCTGGGG 
ATAAAAGCTA CTGCTGTGTG CAGTGAGAAA CTCCAGCAGT TGCTGAAGGA CATTGATAAA 
GTGTGGAACA ACCTAATCGG CTTCATGTCA CTCGCTACAC TCACACCAGA TGAAAATTCA 
CTGGATTTTT CCTCCTGTAT GCTACGGCCT GGGATTAAAA ACGCTCAGGA ACTGGCTTGC 
GGGGTGTGCC TCTTAAATGT GGATTCTAGG AGCCGGAAAG AAGAGAAGCC TACAGAAGAA 
CATCCTAAAA AAGCATTCAA CGCAGAAACA GACAGTTTCA AGCTGGCCTA TGGAGGGCAC 
CAATATCACG CCAGCTGTGC CAACTTCTGG ATCAACTGTG TTGAGCCCAA GCCTCCTGGC 
CTCATCCTGC CAGATCTGCT CTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848099.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846321.1 Nannospalax galili synergin, gamma (Synrg), transcript variant X5, mRNA.

Price & Availability↑

CloneID	ONa30855
Clone ID Related Accession (Same CDS sequence)	XM_008848099.3 , XM_008848099.2
Accession Version	XM_008848099.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3924bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008848099.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGCCCTTCCT TGGAGGAGAA GCTCCTAGTA 
TCTTGTGATA TAAGTACATC TGGGCATGAA CAAATTAAAT TAAGTACTCC TGAAGCTGGG 
CACAAAGCTC TAGTCCCAGA TTCCAGTGAG AACCATCCCA CTTTAACGGC CAGTCATGGG 
GGTGCTGTAG ATGGATGTGT AAATGGTCCC ACCACTGCAG AGGCAGAAAA GACTTCAGAC 
CAAAACCTGT CAAATGAAGA GAGTGGTGTG GGTGTGTTTC CCTCGCAGGA TCCTGTTCCA 
CCCAGAATGC CTCCTTGGAT TTACAATGAA AGTTTGGTCC CAGATACCTA TAAGAAAATT 
TTAGAAACCA CAGTGACTCC AACTGGAATA GATACTGCTA AACTTTATCC CATTCTGATG 
TCATCTGGAC TTCCCAGGGA AACTCTTGGA CAGATATGGG CCTTGGCCAA TCGAACTACA 
CCTGGCAAAC TCACTAAAGA AGAGCTTTAC ACTGTTCTCG CCATGATAGC AGTAACGCAG 
AGGGGTGTTC CTGCCATGAG TCCTGATGCT TTGAATCAGT TCCCAGCAGC TCCCATTCCA 
ACGTTAAGTG GCTTTTCTAT GACTCTGCCT ACCCCAGTGA GCCAGCCGAC TGTGATGCCC 
TCTGGCCCTT CAGGGTCCAT GCCCCTCAGC CTTGGACAGC CAGTCATGGG CATTAACCTT 
GTTGGACCAG TGGGTGGAGC TGCAGCCCCA GCTTCCAGTG GCTTCATGCC ATCTTACCCA 
GCAAAACAGG TGGGAAAGAC AGAAGAGGAT GACTTCCAGG AATTTCAAGA TGCTTCTAAG 
TCAGGATCCC TTGATGACTC GTTCACTGAC TTCCAAGAGG TGCCTCCTTC CTCAAAAACA 
AATAATTCCC AGCATGGAAA CAGTGCTCCA TCTTTGTTGA TACCACTTCC TGGAACTAAA 
GCTTCAAAGG ATAAATATGC AGTGTTTAAA GGAATTTCAG CTGACAAACC CTCTGAAAAT 
GCTGTTCCAT TTGGAGAGTC TGCTGATAAA TACAGTGCTT TCCGGGAACT TGAGCAGACC 
ACAGAGAATA AACCTTTAGG AGAGAGCTTC ACAGAATTCA GATCTGCAGG AACTGATGAT 
GGTTTCACCG ACTTTAAGAC AGCCGACAGT ATATCACCTC TAGAGCCACC AACGACAAAA 
GACACTTTCC CAACATCCTT CCCCTCAGGA CCTATACAGC AGAAACAGCA AACACAAGTG 
AAAACTCCTC TGAACTTAGC AGACCTGGAT ATGTTTTCCT CAGTTAATTG CAGCAATGAG 
AAACCATTGC CCTTTTCAGC AGCATTTAGC ACATCTAAGT CAGTTTCTAC AAGACCTCAG 
CCAGGGGGAT CTACTACAAG CCCAGCAGCA CTGGCATCCA CTAAAACTTC TAGTCTGGCT 
GATGATTTTG GAGAATTCAA CCTCTTTGGG GAATATTCTA GTCCTGCATC AGTTGGGGAG 
CAGGATGACT TTGCAGATTT TATGGCTTTC AGTAACAGCT CTATTTCTTC TGAGCAAAAA 
GCAGATGACA AATATGATGT CCTCAGAGAG GAACCAAGTC CCGTTCCTCT GACCAGCAAC 
TCAGGCAGTG AGGGAAAGAG TACACCTGCT ACATCCACCA AGTATGATGT CTTCAAACAG 
CTTTCCCTAG AAGGAGCTGG ACTAGGTGTC GAAGAGTTAA AAGATAACAC TCCTTTTGGA 
AAAGGTGATG ATGATTTTGC TGATTTTCAC TCCAATAAAT TTTCATCCAT GAATTCGGAG 
AAATCCCTGG GAGAGAAAGC AGTAGCTTTC AGACACACCA AAGAAGACTC TGCTTCAGTG 
AAGTCCCTAG ATCTCCCTTC TATTGGTGGC AGCAGCATTG GCAAGGAGGA CTCAGAAGAT 
GCGCTTTCTG TTCAGTTTGA CATGAAACTG GCTGATGTGG GAGGAGATCT TAAGCATGTC 
ATGTCTGATA GCTCTTTGGA TTTACCAACA GTTAGTGGCC AGCATCCTCC TGCTGCAGAT 
ATAGAGGACT TAAAATATGC TACTTTTGGA AGCTACAGTA GCAGTTTTAC AGTGAGCACA 
CTTACAAGCT ATGACTGGTC AGACAGGGAT GATGCATCTC AGGGCAGAAA ACTCTCTCCA 
TTTGTCCTCT CAGCAGGAAG TGGGTCCTCC TCAGCCACCT CAGTTCTTCA AAAGAAAGAG 
ACCTCATTTG GTAGCTCTGA AAACAGCACC ATGTCATCGC TCTCCAAAGT AACAACCTTT 
GCAAGTGAGG ATGCTCTTCC AGAGACTCCC TTCCCGGCCT TTGCCAGCTT TAAAGACATC 
ATGCCTCAGA CCAGTGAACA AAAGGAATAT GAAAAATATG GAAGTGGGGA CTACCAGGAT 
TTCCCAAGGC AGGATCTGTC CGCAGCTGAA CAGAGCCAGG AGATCATGTG TCCAAGCCCA 
GCATCCAGTG GTGCCTCTCA TGAAACCCCC AAAGAATGTG CTGATGACTT TGGGGAGTTT 
CAGAGTGAAA AGCCCAAAAT CAGCAAATTT GACTTTTTAG TAGCCAATTC ACAAAGCAAA 
ATGAAATCCA GTGAAGAAAT GATCAAAAGT GAGCTGGCAA CCTTTGACCT TTCTGTTCAA 
GGATCACACA AGAGAAGCTT GAGCCTTGGG GATAAAGAAA TAAGCCGGTC CTCTCCTTCT 
CCAGCCCTTG AGCAGCCTTT CAGGGATCGT TCCAACACTC TGAGTGAGAA GCCTGCTCTG 
CCTGTCATCC GTGACAAGTA CAAAGATCTG ACAGGCGAGG TGGAGGAAAA TGAGAGATAT 
GCGTATGAAT GGCAGAGGTG CCTGGGGAGC GCCTTGGATG TCATTAAGAA GGCAAATGAC 
ACCTTAAATG GAATTAGTAG CAGTGCTGTT TGTACAGAAG TTATTCAGTC AGCCCAAGGC 
ATGGAATATT TATTAGGTGT CGTGGAAGTG TACCGAGTAA CCAAACGTGT GGAGCTGGGG 
ATAAAAGCTA CTGCTGTGTG CAGTGAGAAA CTCCAGCAGT TGCTGAAGGA CATTGATAAA 
GTGTGGAACA ACCTAATCGG CTTCATGTCA CTCGCTACAC TCACACCAGA TGAAAATTCA 
CTGGATTTTT CCTCCTGTAT GCTACGGCCT GGGATTAAAA ACGCTCAGGA ACTGGCTTGC 
GGGGTGTGCC TCTTAAATGT GGATTCTAGG AGCCGGAAAG AAGAGAAGCC TACAGAAGAA 
CATCCTAAAA AAGCATTCAA CGCAGAAACA GACAGTTTCA AGCTGGCCTA TGGAGGGCAC 
CAATATCACG CCAGCTGTGC CAACTTCTGG ATCAACTGTG TTGAGCCCAA GCCTCCTGGC 
CTCATCCTGC CAGATCTGCT CTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846321.1
CDS	10..3933
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGPSLEEKLLVSCDISTSGHEQIKLSTPEAGHKALVPDSSENHPTLTASHGGAVDGCVNGPTTAEAEKTSDQNLSNEESGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848099.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin, gamma (Synrg), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848099.2

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGCCCTTCCT TGGAGGAGAA GCTCCTAGTA 
TCTTGTGATA TAAGTACATC TGGGCATGAA CAAATTAAAT TAAGTACTCC TGAAGCTGGG 
CACAAAGCTC TAGTCCCAGA TTCCAGTGAG AACCATCCCA CTTTAACGGC CAGTCATGGG 
GGTGCTGTAG ATGGATGTGT AAATGGTCCC ACCACTGCAG AGGCAGAAAA GACTTCAGAC 
CAAAACCTGT CAAATGAAGA GAGTGGTGTG GGTGTGTTTC CCTCGCAGGA TCCTGTTCCA 
CCCAGAATGC CTCCTTGGAT TTACAATGAA AGTTTGGTCC CAGATACCTA TAAGAAAATT 
TTAGAAACCA CAGTGACTCC AACTGGAATA GATACTGCTA AACTTTATCC CATTCTGATG 
TCATCTGGAC TTCCCAGGGA AACTCTTGGA CAGATATGGG CCTTGGCCAA TCGAACTACA 
CCTGGCAAAC TCACTAAAGA AGAGCTTTAC ACTGTTCTCG CCATGATAGC AGTAACGCAG 
AGGGGTGTTC CTGCCATGAG TCCTGATGCT TTGAATCAGT TCCCAGCAGC TCCCATTCCA 
ACGTTAAGTG GCTTTTCTAT GACTCTGCCT ACCCCAGTGA GCCAGCCGAC TGTGATGCCC 
TCTGGCCCTT CAGGGTCCAT GCCCCTCAGC CTTGGACAGC CAGTCATGGG CATTAACCTT 
GTTGGACCAG TGGGTGGAGC TGCAGCCCCA GCTTCCAGTG GCTTCATGCC ATCTTACCCA 
GCAAAACAGG TGGGAAAGAC AGAAGAGGAT GACTTCCAGG AATTTCAAGA TGCTTCTAAG 
TCAGGATCCC TTGATGACTC GTTCACTGAC TTCCAAGAGG TGCCTCCTTC CTCAAAAACA 
AATAATTCCC AGCATGGAAA CAGTGCTCCA TCTTTGTTGA TACCACTTCC TGGAACTAAA 
GCTTCAAAGG ATAAATATGC AGTGTTTAAA GGAATTTCAG CTGACAAACC CTCTGAAAAT 
GCTGTTCCAT TTGGAGAGTC TGCTGATAAA TACAGTGCTT TCCGGGAACT TGAGCAGACC 
ACAGAGAATA AACCTTTAGG AGAGAGCTTC ACAGAATTCA GATCTGCAGG AACTGATGAT 
GGTTTCACCG ACTTTAAGAC AGCCGACAGT ATATCACCTC TAGAGCCACC AACGACAAAA 
GACACTTTCC CAACATCCTT CCCCTCAGGA CCTATACAGC AGAAACAGCA AACACAAGTG 
AAAACTCCTC TGAACTTAGC AGACCTGGAT ATGTTTTCCT CAGTTAATTG CAGCAATGAG 
AAACCATTGC CCTTTTCAGC AGCATTTAGC ACATCTAAGT CAGTTTCTAC AAGACCTCAG 
CCAGGGGGAT CTACTACAAG CCCAGCAGCA CTGGCATCCA CTAAAACTTC TAGTCTGGCT 
GATGATTTTG GAGAATTCAA CCTCTTTGGG GAATATTCTA GTCCTGCATC AGTTGGGGAG 
CAGGATGACT TTGCAGATTT TATGGCTTTC AGTAACAGCT CTATTTCTTC TGAGCAAAAA 
GCAGATGACA AATATGATGT CCTCAGAGAG GAACCAAGTC CCGTTCCTCT GACCAGCAAC 
TCAGGCAGTG AGGGAAAGAG TACACCTGCT ACATCCACCA AGTATGATGT CTTCAAACAG 
CTTTCCCTAG AAGGAGCTGG ACTAGGTGTC GAAGAGTTAA AAGATAACAC TCCTTTTGGA 
AAAGGTGATG ATGATTTTGC TGATTTTCAC TCCAATAAAT TTTCATCCAT GAATTCGGAG 
AAATCCCTGG GAGAGAAAGC AGTAGCTTTC AGACACACCA AAGAAGACTC TGCTTCAGTG 
AAGTCCCTAG ATCTCCCTTC TATTGGTGGC AGCAGCATTG GCAAGGAGGA CTCAGAAGAT 
GCGCTTTCTG TTCAGTTTGA CATGAAACTG GCTGATGTGG GAGGAGATCT TAAGCATGTC 
ATGTCTGATA GCTCTTTGGA TTTACCAACA GTTAGTGGCC AGCATCCTCC TGCTGCAGAT 
ATAGAGGACT TAAAATATGC TACTTTTGGA AGCTACAGTA GCAGTTTTAC AGTGAGCACA 
CTTACAAGCT ATGACTGGTC AGACAGGGAT GATGCATCTC AGGGCAGAAA ACTCTCTCCA 
TTTGTCCTCT CAGCAGGAAG TGGGTCCTCC TCAGCCACCT CAGTTCTTCA AAAGAAAGAG 
ACCTCATTTG GTAGCTCTGA AAACAGCACC ATGTCATCGC TCTCCAAAGT AACAACCTTT 
GCAAGTGAGG ATGCTCTTCC AGAGACTCCC TTCCCGGCCT TTGCCAGCTT TAAAGACATC 
ATGCCTCAGA CCAGTGAACA AAAGGAATAT GAAAAATATG GAAGTGGGGA CTACCAGGAT 
TTCCCAAGGC AGGATCTGTC CGCAGCTGAA CAGAGCCAGG AGATCATGTG TCCAAGCCCA 
GCATCCAGTG GTGCCTCTCA TGAAACCCCC AAAGAATGTG CTGATGACTT TGGGGAGTTT 
CAGAGTGAAA AGCCCAAAAT CAGCAAATTT GACTTTTTAG TAGCCAATTC ACAAAGCAAA 
ATGAAATCCA GTGAAGAAAT GATCAAAAGT GAGCTGGCAA CCTTTGACCT TTCTGTTCAA 
GGATCACACA AGAGAAGCTT GAGCCTTGGG GATAAAGAAA TAAGCCGGTC CTCTCCTTCT 
CCAGCCCTTG AGCAGCCTTT CAGGGATCGT TCCAACACTC TGAGTGAGAA GCCTGCTCTG 
CCTGTCATCC GTGACAAGTA CAAAGATCTG ACAGGCGAGG TGGAGGAAAA TGAGAGATAT 
GCGTATGAAT GGCAGAGGTG CCTGGGGAGC GCCTTGGATG TCATTAAGAA GGCAAATGAC 
ACCTTAAATG GAATTAGTAG CAGTGCTGTT TGTACAGAAG TTATTCAGTC AGCCCAAGGC 
ATGGAATATT TATTAGGTGT CGTGGAAGTG TACCGAGTAA CCAAACGTGT GGAGCTGGGG 
ATAAAAGCTA CTGCTGTGTG CAGTGAGAAA CTCCAGCAGT TGCTGAAGGA CATTGATAAA 
GTGTGGAACA ACCTAATCGG CTTCATGTCA CTCGCTACAC TCACACCAGA TGAAAATTCA 
CTGGATTTTT CCTCCTGTAT GCTACGGCCT GGGATTAAAA ACGCTCAGGA ACTGGCTTGC 
GGGGTGTGCC TCTTAAATGT GGATTCTAGG AGCCGGAAAG AAGAGAAGCC TACAGAAGAA 
CATCCTAAAA AAGCATTCAA CGCAGAAACA GACAGTTTCA AGCTGGCCTA TGGAGGGCAC 
CAATATCACG CCAGCTGTGC CAACTTCTGG ATCAACTGTG TTGAGCCCAA GCCTCCTGGC 
CTCATCCTGC CAGATCTGCT CTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848100.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846322.1 Nannospalax galili synergin gamma (Synrg), transcript variant X10, mRNA.

Price & Availability↑

CloneID	ONa30856
Clone ID Related Accession (Same CDS sequence)	XM_008848100.3 , XM_008848100.2
Accession Version	XM_008848100.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3690bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008848100.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGATATAG AGGACTTAAA ATATGCTACT TTTGGAAGCT ACAGTAGCAG TTTTACAGTG 
AGCACACTTA CAAGCTATGA CTGGTCAGAC AGGGATGATG CATCTCAGGG CAGAAAACTC 
TCTCCATTTG TCCTCTCAGC AGGAAGTGGG TCCTCCTCAG CCACCTCAGT TCTTCAAAAG 
AAAGAGACCT CATTTGGTAG CTCTGAAAAC AGCACCATGT CATCGCTCTC CAAAGTAACA 
ACCTTTGCAA GTGAGGATGC TCTTCCAGAG ACTCCCTTCC CGGCCTTTGC CAGCTTTAAA 
GACATCATGC CTCAGACCAG TGAACAAAAG GAATATGAAA AATATGGAAG TGGGGACTAC 
CAGGATTTCC CAAGGCAGGA TCTGTCCGCA GCTGAACAGA GCCAGGAGAT CATGTGTCCA 
AGCCCAGCAT CCAGTGGTGC CTCTCATGAA ACCCCCAAAG AATGTGCTGA TGACTTTGGG 
GAGTTTCAGA GTGAAAAGCC CAAAATCAGC AAATTTGACT TTTTAGTAGC CAATTCACAA 
AGCAAAATGA AATCCAGTGA AGAAATGATC AAAAGTGAGC TGGCAACCTT TGACCTTTCT 
GTTCAAGGAT CACACAAGAG AAGCTTGAGC CTTGGGGATA AAGAAATAAG CCGGTCCTCT 
CCTTCTCCAG CCCTTGAGCA GCCTTTCAGG GATCGTTCCA ACACTCTGAG TGAGAAGCCT 
GCTCTGCCTG TCATCCGTGA CAAGTACAAA GATCTGACAG GCGAGGTGGA GGAAAATGAG 
AGATATGCGT ATGAATGGCA GAGGTGCCTG GGGAGCGCCT TGGATGTCAT TAAGAAGGCA 
AATGACACCT TAAATGGAAT TAGTAGCAGT GCTGTTTGTA CAGAAGTTAT TCAGTCAGCC 
CAAGGCATGG AATATTTATT AGGTGTCGTG GAAGTGTACC GAGTAACCAA ACGTGTGGAG 
CTGGGGATAA AAGCTACTGC TGTGTGCAGT GAGAAACTCC AGCAGTTGCT GAAGGACATT 
GATAAAGTGT GGAACAACCT AATCGGCTTC ATGTCACTCG CTACACTCAC ACCAGATGAA 
AATTCACTGG ATTTTTCCTC CTGTATGCTA CGGCCTGGGA TTAAAAACGC TCAGGAACTG 
GCTTGCGGGG TGTGCCTCTT AAATGTGGAT TCTAGGAGCC GGAAAGAAGA GAAGCCTACA 
GAAGAACATC CTAAAAAAGC ATTCAACGCA GAAACAGACA GTTTCAAGCT GGCCTATGGA 
GGGCACCAAT ATCACGCCAG CTGTGCCAAC TTCTGGATCA ACTGTGTTGA GCCCAAGCCT 
CCTGGCCTCA TCCTGCCAGA TCTGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846322.1
CDS	41..3730
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848100.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848100.3

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGATATAG AGGACTTAAA ATATGCTACT TTTGGAAGCT ACAGTAGCAG TTTTACAGTG 
AGCACACTTA CAAGCTATGA CTGGTCAGAC AGGGATGATG CATCTCAGGG CAGAAAACTC 
TCTCCATTTG TCCTCTCAGC AGGAAGTGGG TCCTCCTCAG CCACCTCAGT TCTTCAAAAG 
AAAGAGACCT CATTTGGTAG CTCTGAAAAC AGCACCATGT CATCGCTCTC CAAAGTAACA 
ACCTTTGCAA GTGAGGATGC TCTTCCAGAG ACTCCCTTCC CGGCCTTTGC CAGCTTTAAA 
GACATCATGC CTCAGACCAG TGAACAAAAG GAATATGAAA AATATGGAAG TGGGGACTAC 
CAGGATTTCC CAAGGCAGGA TCTGTCCGCA GCTGAACAGA GCCAGGAGAT CATGTGTCCA 
AGCCCAGCAT CCAGTGGTGC CTCTCATGAA ACCCCCAAAG AATGTGCTGA TGACTTTGGG 
GAGTTTCAGA GTGAAAAGCC CAAAATCAGC AAATTTGACT TTTTAGTAGC CAATTCACAA 
AGCAAAATGA AATCCAGTGA AGAAATGATC AAAAGTGAGC TGGCAACCTT TGACCTTTCT 
GTTCAAGGAT CACACAAGAG AAGCTTGAGC CTTGGGGATA AAGAAATAAG CCGGTCCTCT 
CCTTCTCCAG CCCTTGAGCA GCCTTTCAGG GATCGTTCCA ACACTCTGAG TGAGAAGCCT 
GCTCTGCCTG TCATCCGTGA CAAGTACAAA GATCTGACAG GCGAGGTGGA GGAAAATGAG 
AGATATGCGT ATGAATGGCA GAGGTGCCTG GGGAGCGCCT TGGATGTCAT TAAGAAGGCA 
AATGACACCT TAAATGGAAT TAGTAGCAGT GCTGTTTGTA CAGAAGTTAT TCAGTCAGCC 
CAAGGCATGG AATATTTATT AGGTGTCGTG GAAGTGTACC GAGTAACCAA ACGTGTGGAG 
CTGGGGATAA AAGCTACTGC TGTGTGCAGT GAGAAACTCC AGCAGTTGCT GAAGGACATT 
GATAAAGTGT GGAACAACCT AATCGGCTTC ATGTCACTCG CTACACTCAC ACCAGATGAA 
AATTCACTGG ATTTTTCCTC CTGTATGCTA CGGCCTGGGA TTAAAAACGC TCAGGAACTG 
GCTTGCGGGG TGTGCCTCTT AAATGTGGAT TCTAGGAGCC GGAAAGAAGA GAAGCCTACA 
GAAGAACATC CTAAAAAAGC ATTCAACGCA GAAACAGACA GTTTCAAGCT GGCCTATGGA 
GGGCACCAAT ATCACGCCAG CTGTGCCAAC TTCTGGATCA ACTGTGTTGA GCCCAAGCCT 
CCTGGCCTCA TCCTGCCAGA TCTGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848100.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846322.1 Nannospalax galili synergin, gamma (Synrg), transcript variant X6, mRNA.

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CloneID	ONa30856
Clone ID Related Accession (Same CDS sequence)	XM_008848100.3 , XM_008848100.2
Accession Version	XM_008848100.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3690bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008848100.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGATATAG AGGACTTAAA ATATGCTACT TTTGGAAGCT ACAGTAGCAG TTTTACAGTG 
AGCACACTTA CAAGCTATGA CTGGTCAGAC AGGGATGATG CATCTCAGGG CAGAAAACTC 
TCTCCATTTG TCCTCTCAGC AGGAAGTGGG TCCTCCTCAG CCACCTCAGT TCTTCAAAAG 
AAAGAGACCT CATTTGGTAG CTCTGAAAAC AGCACCATGT CATCGCTCTC CAAAGTAACA 
ACCTTTGCAA GTGAGGATGC TCTTCCAGAG ACTCCCTTCC CGGCCTTTGC CAGCTTTAAA 
GACATCATGC CTCAGACCAG TGAACAAAAG GAATATGAAA AATATGGAAG TGGGGACTAC 
CAGGATTTCC CAAGGCAGGA TCTGTCCGCA GCTGAACAGA GCCAGGAGAT CATGTGTCCA 
AGCCCAGCAT CCAGTGGTGC CTCTCATGAA ACCCCCAAAG AATGTGCTGA TGACTTTGGG 
GAGTTTCAGA GTGAAAAGCC CAAAATCAGC AAATTTGACT TTTTAGTAGC CAATTCACAA 
AGCAAAATGA AATCCAGTGA AGAAATGATC AAAAGTGAGC TGGCAACCTT TGACCTTTCT 
GTTCAAGGAT CACACAAGAG AAGCTTGAGC CTTGGGGATA AAGAAATAAG CCGGTCCTCT 
CCTTCTCCAG CCCTTGAGCA GCCTTTCAGG GATCGTTCCA ACACTCTGAG TGAGAAGCCT 
GCTCTGCCTG TCATCCGTGA CAAGTACAAA GATCTGACAG GCGAGGTGGA GGAAAATGAG 
AGATATGCGT ATGAATGGCA GAGGTGCCTG GGGAGCGCCT TGGATGTCAT TAAGAAGGCA 
AATGACACCT TAAATGGAAT TAGTAGCAGT GCTGTTTGTA CAGAAGTTAT TCAGTCAGCC 
CAAGGCATGG AATATTTATT AGGTGTCGTG GAAGTGTACC GAGTAACCAA ACGTGTGGAG 
CTGGGGATAA AAGCTACTGC TGTGTGCAGT GAGAAACTCC AGCAGTTGCT GAAGGACATT 
GATAAAGTGT GGAACAACCT AATCGGCTTC ATGTCACTCG CTACACTCAC ACCAGATGAA 
AATTCACTGG ATTTTTCCTC CTGTATGCTA CGGCCTGGGA TTAAAAACGC TCAGGAACTG 
GCTTGCGGGG TGTGCCTCTT AAATGTGGAT TCTAGGAGCC GGAAAGAAGA GAAGCCTACA 
GAAGAACATC CTAAAAAAGC ATTCAACGCA GAAACAGACA GTTTCAAGCT GGCCTATGGA 
GGGCACCAAT ATCACGCCAG CTGTGCCAAC TTCTGGATCA ACTGTGTTGA GCCCAAGCCT 
CCTGGCCTCA TCCTGCCAGA TCTGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846322.1
CDS	10..3699
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848100.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin, gamma (Synrg), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848100.2

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGATATAG AGGACTTAAA ATATGCTACT TTTGGAAGCT ACAGTAGCAG TTTTACAGTG 
AGCACACTTA CAAGCTATGA CTGGTCAGAC AGGGATGATG CATCTCAGGG CAGAAAACTC 
TCTCCATTTG TCCTCTCAGC AGGAAGTGGG TCCTCCTCAG CCACCTCAGT TCTTCAAAAG 
AAAGAGACCT CATTTGGTAG CTCTGAAAAC AGCACCATGT CATCGCTCTC CAAAGTAACA 
ACCTTTGCAA GTGAGGATGC TCTTCCAGAG ACTCCCTTCC CGGCCTTTGC CAGCTTTAAA 
GACATCATGC CTCAGACCAG TGAACAAAAG GAATATGAAA AATATGGAAG TGGGGACTAC 
CAGGATTTCC CAAGGCAGGA TCTGTCCGCA GCTGAACAGA GCCAGGAGAT CATGTGTCCA 
AGCCCAGCAT CCAGTGGTGC CTCTCATGAA ACCCCCAAAG AATGTGCTGA TGACTTTGGG 
GAGTTTCAGA GTGAAAAGCC CAAAATCAGC AAATTTGACT TTTTAGTAGC CAATTCACAA 
AGCAAAATGA AATCCAGTGA AGAAATGATC AAAAGTGAGC TGGCAACCTT TGACCTTTCT 
GTTCAAGGAT CACACAAGAG AAGCTTGAGC CTTGGGGATA AAGAAATAAG CCGGTCCTCT 
CCTTCTCCAG CCCTTGAGCA GCCTTTCAGG GATCGTTCCA ACACTCTGAG TGAGAAGCCT 
GCTCTGCCTG TCATCCGTGA CAAGTACAAA GATCTGACAG GCGAGGTGGA GGAAAATGAG 
AGATATGCGT ATGAATGGCA GAGGTGCCTG GGGAGCGCCT TGGATGTCAT TAAGAAGGCA 
AATGACACCT TAAATGGAAT TAGTAGCAGT GCTGTTTGTA CAGAAGTTAT TCAGTCAGCC 
CAAGGCATGG AATATTTATT AGGTGTCGTG GAAGTGTACC GAGTAACCAA ACGTGTGGAG 
CTGGGGATAA AAGCTACTGC TGTGTGCAGT GAGAAACTCC AGCAGTTGCT GAAGGACATT 
GATAAAGTGT GGAACAACCT AATCGGCTTC ATGTCACTCG CTACACTCAC ACCAGATGAA 
AATTCACTGG ATTTTTCCTC CTGTATGCTA CGGCCTGGGA TTAAAAACGC TCAGGAACTG 
GCTTGCGGGG TGTGCCTCTT AAATGTGGAT TCTAGGAGCC GGAAAGAAGA GAAGCCTACA 
GAAGAACATC CTAAAAAAGC ATTCAACGCA GAAACAGACA GTTTCAAGCT GGCCTATGGA 
GGGCACCAAT ATCACGCCAG CTGTGCCAAC TTCTGGATCA ACTGTGTTGA GCCCAAGCCT 
CCTGGCCTCA TCCTGCCAGA TCTGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848101.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846323.1 Nannospalax galili synergin gamma (Synrg), transcript variant X12, mRNA.

Price & Availability↑

CloneID	ONa30857
Clone ID Related Accession (Same CDS sequence)	XM_008848101.3 , XM_008848101.2
Accession Version	XM_008848101.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3654bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008848101.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGATATAG AGGACTTAAA ATATGCTACT TTTGGAAGCT ACAGTAGCAG TTTTACAGTG 
AGCACACTTA CAAGCTATGA CTGGTCAGAC AGGGATGATG CATCTCAGGG CAGAAAACTC 
TCTCCATTTG TCCTCTCAGC AGGAAGTGGG TCCTCCTCAG CCACCTCAGT TCTTCAAAAG 
AAAGAGACCT CATTTGGTAG CTCTGAAAAC AGCACCATGT CATCGCTCTC CAAAGTAACA 
ACCTTTGCAA GTGAGGATGC TCTTCCAGAG ACTCCCTTCC CGGCCTTTGC CAGCTTTAAA 
GACATCATGC CTCAGACCAG TGAACAAAAG GAATATGAAA AATATGGAAG TGGGGACTAC 
CAGGATTTCC CAAGGCAGGA TCTGTCCGCA GCTGAACAGA GCCAGGAGAT CATGTGTCCA 
AGCCCAGCAT CCAGTGGTGC CTCTCATGAA ACCCCCAAAG AATGTGCTGA TGACTTTGGG 
GAGTTTCAGA GTGAAAAGCC CAAAATCAGC AAATTTGACT TTTTAGTAGC CAATTCACAA 
AGCAAAATGA AATCCAGTGA AGAAATGATC AAAAGTGAGC TGGCAACCTT TGACCTTTCT 
GTTCAAGGAT CACACAAGAG AAGCTTGAGC CTTGGGGATA AAGAAATAAG CCGGTCCTCT 
CCTTCTCCAG CCCTTGAGCA GCCTTTCAGG GATCGTTCCA ACACTCTGAG TGAGAAGCCT 
GCTCTGCCTG TCATCCGTGA CAAGTACAAA GATCTGACAG GCGAGGTGGA GGAAAATGAG 
AGATATGCGT ATGAATGGCA GAGGTGCCTG GGGAGCGCCT TGGATGTCAT TAAGAAGGCA 
AATGACACCT TAAATGGAAT TAGTAGCAGT GCTGTTTGTA CAGAAGTTAT TCAGTCAGCC 
CAAGGCATGG AATATTTATT AGGTGTCGTG GAAGTGTACC GAGTAACCAA ACGTGTGGAG 
CTGGGGATAA AAGCTACTGC TGTGTGCAGT GAGAAACTCC AGCAGTTGCT GAAGGACATT 
GATAAAGTGT GGAACAACCT AATCGGCTTC ATGTCACTCG CTACACTCAC ACCAGATGAA 
AATTCACTGG ATTTTTCCTC CTGTATGCTA CGGCCTGGGA TTAAAAACGC TCAGGAACTG 
GCTTGCGGGG TGTGCCTCTT AAATGTGGAT TCTAGGAGCC GGGCATTCAA CGCAGAAACA 
GACAGTTTCA AGCTGGCCTA TGGAGGGCAC CAATATCACG CCAGCTGTGC CAACTTCTGG 
ATCAACTGTG TTGAGCCCAA GCCTCCTGGC CTCATCCTGC CAGATCTGCT CTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846323.1
CDS	41..3694
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848101.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X12, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848101.3

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGATATAG AGGACTTAAA ATATGCTACT TTTGGAAGCT ACAGTAGCAG TTTTACAGTG 
AGCACACTTA CAAGCTATGA CTGGTCAGAC AGGGATGATG CATCTCAGGG CAGAAAACTC 
TCTCCATTTG TCCTCTCAGC AGGAAGTGGG TCCTCCTCAG CCACCTCAGT TCTTCAAAAG 
AAAGAGACCT CATTTGGTAG CTCTGAAAAC AGCACCATGT CATCGCTCTC CAAAGTAACA 
ACCTTTGCAA GTGAGGATGC TCTTCCAGAG ACTCCCTTCC CGGCCTTTGC CAGCTTTAAA 
GACATCATGC CTCAGACCAG TGAACAAAAG GAATATGAAA AATATGGAAG TGGGGACTAC 
CAGGATTTCC CAAGGCAGGA TCTGTCCGCA GCTGAACAGA GCCAGGAGAT CATGTGTCCA 
AGCCCAGCAT CCAGTGGTGC CTCTCATGAA ACCCCCAAAG AATGTGCTGA TGACTTTGGG 
GAGTTTCAGA GTGAAAAGCC CAAAATCAGC AAATTTGACT TTTTAGTAGC CAATTCACAA 
AGCAAAATGA AATCCAGTGA AGAAATGATC AAAAGTGAGC TGGCAACCTT TGACCTTTCT 
GTTCAAGGAT CACACAAGAG AAGCTTGAGC CTTGGGGATA AAGAAATAAG CCGGTCCTCT 
CCTTCTCCAG CCCTTGAGCA GCCTTTCAGG GATCGTTCCA ACACTCTGAG TGAGAAGCCT 
GCTCTGCCTG TCATCCGTGA CAAGTACAAA GATCTGACAG GCGAGGTGGA GGAAAATGAG 
AGATATGCGT ATGAATGGCA GAGGTGCCTG GGGAGCGCCT TGGATGTCAT TAAGAAGGCA 
AATGACACCT TAAATGGAAT TAGTAGCAGT GCTGTTTGTA CAGAAGTTAT TCAGTCAGCC 
CAAGGCATGG AATATTTATT AGGTGTCGTG GAAGTGTACC GAGTAACCAA ACGTGTGGAG 
CTGGGGATAA AAGCTACTGC TGTGTGCAGT GAGAAACTCC AGCAGTTGCT GAAGGACATT 
GATAAAGTGT GGAACAACCT AATCGGCTTC ATGTCACTCG CTACACTCAC ACCAGATGAA 
AATTCACTGG ATTTTTCCTC CTGTATGCTA CGGCCTGGGA TTAAAAACGC TCAGGAACTG 
GCTTGCGGGG TGTGCCTCTT AAATGTGGAT TCTAGGAGCC GGGCATTCAA CGCAGAAACA 
GACAGTTTCA AGCTGGCCTA TGGAGGGCAC CAATATCACG CCAGCTGTGC CAACTTCTGG 
ATCAACTGTG TTGAGCCCAA GCCTCCTGGC CTCATCCTGC CAGATCTGCT CTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848101.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846323.1 Nannospalax galili synergin, gamma (Synrg), transcript variant X7, mRNA.

Price & Availability↑

CloneID	ONa30857
Clone ID Related Accession (Same CDS sequence)	XM_008848101.3 , XM_008848101.2
Accession Version	XM_008848101.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3654bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008848101.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGATATAG AGGACTTAAA ATATGCTACT TTTGGAAGCT ACAGTAGCAG TTTTACAGTG 
AGCACACTTA CAAGCTATGA CTGGTCAGAC AGGGATGATG CATCTCAGGG CAGAAAACTC 
TCTCCATTTG TCCTCTCAGC AGGAAGTGGG TCCTCCTCAG CCACCTCAGT TCTTCAAAAG 
AAAGAGACCT CATTTGGTAG CTCTGAAAAC AGCACCATGT CATCGCTCTC CAAAGTAACA 
ACCTTTGCAA GTGAGGATGC TCTTCCAGAG ACTCCCTTCC CGGCCTTTGC CAGCTTTAAA 
GACATCATGC CTCAGACCAG TGAACAAAAG GAATATGAAA AATATGGAAG TGGGGACTAC 
CAGGATTTCC CAAGGCAGGA TCTGTCCGCA GCTGAACAGA GCCAGGAGAT CATGTGTCCA 
AGCCCAGCAT CCAGTGGTGC CTCTCATGAA ACCCCCAAAG AATGTGCTGA TGACTTTGGG 
GAGTTTCAGA GTGAAAAGCC CAAAATCAGC AAATTTGACT TTTTAGTAGC CAATTCACAA 
AGCAAAATGA AATCCAGTGA AGAAATGATC AAAAGTGAGC TGGCAACCTT TGACCTTTCT 
GTTCAAGGAT CACACAAGAG AAGCTTGAGC CTTGGGGATA AAGAAATAAG CCGGTCCTCT 
CCTTCTCCAG CCCTTGAGCA GCCTTTCAGG GATCGTTCCA ACACTCTGAG TGAGAAGCCT 
GCTCTGCCTG TCATCCGTGA CAAGTACAAA GATCTGACAG GCGAGGTGGA GGAAAATGAG 
AGATATGCGT ATGAATGGCA GAGGTGCCTG GGGAGCGCCT TGGATGTCAT TAAGAAGGCA 
AATGACACCT TAAATGGAAT TAGTAGCAGT GCTGTTTGTA CAGAAGTTAT TCAGTCAGCC 
CAAGGCATGG AATATTTATT AGGTGTCGTG GAAGTGTACC GAGTAACCAA ACGTGTGGAG 
CTGGGGATAA AAGCTACTGC TGTGTGCAGT GAGAAACTCC AGCAGTTGCT GAAGGACATT 
GATAAAGTGT GGAACAACCT AATCGGCTTC ATGTCACTCG CTACACTCAC ACCAGATGAA 
AATTCACTGG ATTTTTCCTC CTGTATGCTA CGGCCTGGGA TTAAAAACGC TCAGGAACTG 
GCTTGCGGGG TGTGCCTCTT AAATGTGGAT TCTAGGAGCC GGGCATTCAA CGCAGAAACA 
GACAGTTTCA AGCTGGCCTA TGGAGGGCAC CAATATCACG CCAGCTGTGC CAACTTCTGG 
ATCAACTGTG TTGAGCCCAA GCCTCCTGGC CTCATCCTGC CAGATCTGCT CTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846323.1
CDS	10..3663
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIEDLKYATFGSYSSSFTVSTLTSYDWSDRDDASQGRKLSPFVLSAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848101.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin, gamma (Synrg), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848101.2

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGATATAG AGGACTTAAA ATATGCTACT TTTGGAAGCT ACAGTAGCAG TTTTACAGTG 
AGCACACTTA CAAGCTATGA CTGGTCAGAC AGGGATGATG CATCTCAGGG CAGAAAACTC 
TCTCCATTTG TCCTCTCAGC AGGAAGTGGG TCCTCCTCAG CCACCTCAGT TCTTCAAAAG 
AAAGAGACCT CATTTGGTAG CTCTGAAAAC AGCACCATGT CATCGCTCTC CAAAGTAACA 
ACCTTTGCAA GTGAGGATGC TCTTCCAGAG ACTCCCTTCC CGGCCTTTGC CAGCTTTAAA 
GACATCATGC CTCAGACCAG TGAACAAAAG GAATATGAAA AATATGGAAG TGGGGACTAC 
CAGGATTTCC CAAGGCAGGA TCTGTCCGCA GCTGAACAGA GCCAGGAGAT CATGTGTCCA 
AGCCCAGCAT CCAGTGGTGC CTCTCATGAA ACCCCCAAAG AATGTGCTGA TGACTTTGGG 
GAGTTTCAGA GTGAAAAGCC CAAAATCAGC AAATTTGACT TTTTAGTAGC CAATTCACAA 
AGCAAAATGA AATCCAGTGA AGAAATGATC AAAAGTGAGC TGGCAACCTT TGACCTTTCT 
GTTCAAGGAT CACACAAGAG AAGCTTGAGC CTTGGGGATA AAGAAATAAG CCGGTCCTCT 
CCTTCTCCAG CCCTTGAGCA GCCTTTCAGG GATCGTTCCA ACACTCTGAG TGAGAAGCCT 
GCTCTGCCTG TCATCCGTGA CAAGTACAAA GATCTGACAG GCGAGGTGGA GGAAAATGAG 
AGATATGCGT ATGAATGGCA GAGGTGCCTG GGGAGCGCCT TGGATGTCAT TAAGAAGGCA 
AATGACACCT TAAATGGAAT TAGTAGCAGT GCTGTTTGTA CAGAAGTTAT TCAGTCAGCC 
CAAGGCATGG AATATTTATT AGGTGTCGTG GAAGTGTACC GAGTAACCAA ACGTGTGGAG 
CTGGGGATAA AAGCTACTGC TGTGTGCAGT GAGAAACTCC AGCAGTTGCT GAAGGACATT 
GATAAAGTGT GGAACAACCT AATCGGCTTC ATGTCACTCG CTACACTCAC ACCAGATGAA 
AATTCACTGG ATTTTTCCTC CTGTATGCTA CGGCCTGGGA TTAAAAACGC TCAGGAACTG 
GCTTGCGGGG TGTGCCTCTT AAATGTGGAT TCTAGGAGCC GGGCATTCAA CGCAGAAACA 
GACAGTTTCA AGCTGGCCTA TGGAGGGCAC CAATATCACG CCAGCTGTGC CAACTTCTGG 
ATCAACTGTG TTGAGCCCAA GCCTCCTGGC CTCATCCTGC CAGATCTGCT CTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848102.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846324.1 Nannospalax galili synergin, gamma (Synrg), transcript variant X8, mRNA.

Price & Availability↑

CloneID	ONa30858
Clone ID Related Accession (Same CDS sequence)	XM_008848102.2 , XM_008848102.3
Accession Version	XM_008848102.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3519bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008848102.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGCAGGAA GTGGGTCCTC CTCAGCCACC TCAGTTCTTC AAAAGAAAGA GACCTCATTT 
GGTAGCTCTG AAAACAGCAC CATGTCATCG CTCTCCAAAG TAACAACCTT TGCAAGTGAG 
GATGCTCTTC CAGAGACTCC CTTCCCGGCC TTTGCCAGCT TTAAAGACAT CATGCCTCAG 
ACCAGTGAAC AAAAGGAATA TGAAAAATAT GGAAGTGGGG ACTACCAGGA TTTCCCAAGG 
CAGGATCTGT CCGCAGCTGA ACAGAGCCAG GAGATCATGT GTCCAAGCCC AGCATCCAGT 
GGTGCCTCTC ATGAAACCCC CAAAGAATGT GCTGATGACT TTGGGGAGTT TCAGAGTGAA 
AAGCCCAAAA TCAGCAAATT TGACTTTTTA GTAGCCAATT CACAAAGCAA AATGAAATCC 
AGTGAAGAAA TGATCAAAAG TGAGCTGGCA ACCTTTGACC TTTCTGTTCA AGGATCACAC 
AAGAGAAGCT TGAGCCTTGG GGATAAAGAA ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT 
GAGCAGCCTT TCAGGGATCG TTCCAACACT CTGAGTGAGA AGCCTGCTCT GCCTGTCATC 
CGTGACAAGT ACAAAGATCT GACAGGCGAG GTGGAGGAAA ATGAGAGATA TGCGTATGAA 
TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT GTCATTAAGA AGGCAAATGA CACCTTAAAT 
GGAATTAGTA GCAGTGCTGT TTGTACAGAA GTTATTCAGT CAGCCCAAGG CATGGAATAT 
TTATTAGGTG TCGTGGAAGT GTACCGAGTA ACCAAACGTG TGGAGCTGGG GATAAAAGCT 
ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG TTGCTGAAGG ACATTGATAA AGTGTGGAAC 
AACCTAATCG GCTTCATGTC ACTCGCTACA CTCACACCAG ATGAAAATTC ACTGGATTTT 
TCCTCCTGTA TGCTACGGCC TGGGATTAAA AACGCTCAGG AACTGGCTTG CGGGGTGTGC 
CTCTTAAATG TGGATTCTAG GAGCCGGGCA TTCAACGCAG AAACAGACAG TTTCAAGCTG 
GCCTATGGAG GGCACCAATA TCACGCCAGC TGTGCCAACT TCTGGATCAA CTGTGTTGAG 
CCCAAGCCTC CTGGCCTCAT CCTGCCAGAT CTGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846324.1
CDS	10..3528
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAAAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848102.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin, gamma (Synrg), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848102.2

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGCAGGAA GTGGGTCCTC CTCAGCCACC TCAGTTCTTC AAAAGAAAGA GACCTCATTT 
GGTAGCTCTG AAAACAGCAC CATGTCATCG CTCTCCAAAG TAACAACCTT TGCAAGTGAG 
GATGCTCTTC CAGAGACTCC CTTCCCGGCC TTTGCCAGCT TTAAAGACAT CATGCCTCAG 
ACCAGTGAAC AAAAGGAATA TGAAAAATAT GGAAGTGGGG ACTACCAGGA TTTCCCAAGG 
CAGGATCTGT CCGCAGCTGA ACAGAGCCAG GAGATCATGT GTCCAAGCCC AGCATCCAGT 
GGTGCCTCTC ATGAAACCCC CAAAGAATGT GCTGATGACT TTGGGGAGTT TCAGAGTGAA 
AAGCCCAAAA TCAGCAAATT TGACTTTTTA GTAGCCAATT CACAAAGCAA AATGAAATCC 
AGTGAAGAAA TGATCAAAAG TGAGCTGGCA ACCTTTGACC TTTCTGTTCA AGGATCACAC 
AAGAGAAGCT TGAGCCTTGG GGATAAAGAA ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT 
GAGCAGCCTT TCAGGGATCG TTCCAACACT CTGAGTGAGA AGCCTGCTCT GCCTGTCATC 
CGTGACAAGT ACAAAGATCT GACAGGCGAG GTGGAGGAAA ATGAGAGATA TGCGTATGAA 
TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT GTCATTAAGA AGGCAAATGA CACCTTAAAT 
GGAATTAGTA GCAGTGCTGT TTGTACAGAA GTTATTCAGT CAGCCCAAGG CATGGAATAT 
TTATTAGGTG TCGTGGAAGT GTACCGAGTA ACCAAACGTG TGGAGCTGGG GATAAAAGCT 
ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG TTGCTGAAGG ACATTGATAA AGTGTGGAAC 
AACCTAATCG GCTTCATGTC ACTCGCTACA CTCACACCAG ATGAAAATTC ACTGGATTTT 
TCCTCCTGTA TGCTACGGCC TGGGATTAAA AACGCTCAGG AACTGGCTTG CGGGGTGTGC 
CTCTTAAATG TGGATTCTAG GAGCCGGGCA TTCAACGCAG AAACAGACAG TTTCAAGCTG 
GCCTATGGAG GGCACCAATA TCACGCCAGC TGTGCCAACT TCTGGATCAA CTGTGTTGAG 
CCCAAGCCTC CTGGCCTCAT CCTGCCAGAT CTGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848102.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846324.1 Nannospalax galili synergin gamma (Synrg), transcript variant X13, mRNA.

Price & Availability↑

CloneID	ONa30858
Clone ID Related Accession (Same CDS sequence)	XM_008848102.2 , XM_008848102.3
Accession Version	XM_008848102.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3519bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008848102.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGCAGGAA GTGGGTCCTC CTCAGCCACC TCAGTTCTTC AAAAGAAAGA GACCTCATTT 
GGTAGCTCTG AAAACAGCAC CATGTCATCG CTCTCCAAAG TAACAACCTT TGCAAGTGAG 
GATGCTCTTC CAGAGACTCC CTTCCCGGCC TTTGCCAGCT TTAAAGACAT CATGCCTCAG 
ACCAGTGAAC AAAAGGAATA TGAAAAATAT GGAAGTGGGG ACTACCAGGA TTTCCCAAGG 
CAGGATCTGT CCGCAGCTGA ACAGAGCCAG GAGATCATGT GTCCAAGCCC AGCATCCAGT 
GGTGCCTCTC ATGAAACCCC CAAAGAATGT GCTGATGACT TTGGGGAGTT TCAGAGTGAA 
AAGCCCAAAA TCAGCAAATT TGACTTTTTA GTAGCCAATT CACAAAGCAA AATGAAATCC 
AGTGAAGAAA TGATCAAAAG TGAGCTGGCA ACCTTTGACC TTTCTGTTCA AGGATCACAC 
AAGAGAAGCT TGAGCCTTGG GGATAAAGAA ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT 
GAGCAGCCTT TCAGGGATCG TTCCAACACT CTGAGTGAGA AGCCTGCTCT GCCTGTCATC 
CGTGACAAGT ACAAAGATCT GACAGGCGAG GTGGAGGAAA ATGAGAGATA TGCGTATGAA 
TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT GTCATTAAGA AGGCAAATGA CACCTTAAAT 
GGAATTAGTA GCAGTGCTGT TTGTACAGAA GTTATTCAGT CAGCCCAAGG CATGGAATAT 
TTATTAGGTG TCGTGGAAGT GTACCGAGTA ACCAAACGTG TGGAGCTGGG GATAAAAGCT 
ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG TTGCTGAAGG ACATTGATAA AGTGTGGAAC 
AACCTAATCG GCTTCATGTC ACTCGCTACA CTCACACCAG ATGAAAATTC ACTGGATTTT 
TCCTCCTGTA TGCTACGGCC TGGGATTAAA AACGCTCAGG AACTGGCTTG CGGGGTGTGC 
CTCTTAAATG TGGATTCTAG GAGCCGGGCA TTCAACGCAG AAACAGACAG TTTCAAGCTG 
GCCTATGGAG GGCACCAATA TCACGCCAGC TGTGCCAACT TCTGGATCAA CTGTGTTGAG 
CCCAAGCCTC CTGGCCTCAT CCTGCCAGAT CTGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846324.1
CDS	41..3559
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAAAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848102.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X13, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848102.3

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGCAGGAA GTGGGTCCTC CTCAGCCACC TCAGTTCTTC AAAAGAAAGA GACCTCATTT 
GGTAGCTCTG AAAACAGCAC CATGTCATCG CTCTCCAAAG TAACAACCTT TGCAAGTGAG 
GATGCTCTTC CAGAGACTCC CTTCCCGGCC TTTGCCAGCT TTAAAGACAT CATGCCTCAG 
ACCAGTGAAC AAAAGGAATA TGAAAAATAT GGAAGTGGGG ACTACCAGGA TTTCCCAAGG 
CAGGATCTGT CCGCAGCTGA ACAGAGCCAG GAGATCATGT GTCCAAGCCC AGCATCCAGT 
GGTGCCTCTC ATGAAACCCC CAAAGAATGT GCTGATGACT TTGGGGAGTT TCAGAGTGAA 
AAGCCCAAAA TCAGCAAATT TGACTTTTTA GTAGCCAATT CACAAAGCAA AATGAAATCC 
AGTGAAGAAA TGATCAAAAG TGAGCTGGCA ACCTTTGACC TTTCTGTTCA AGGATCACAC 
AAGAGAAGCT TGAGCCTTGG GGATAAAGAA ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT 
GAGCAGCCTT TCAGGGATCG TTCCAACACT CTGAGTGAGA AGCCTGCTCT GCCTGTCATC 
CGTGACAAGT ACAAAGATCT GACAGGCGAG GTGGAGGAAA ATGAGAGATA TGCGTATGAA 
TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT GTCATTAAGA AGGCAAATGA CACCTTAAAT 
GGAATTAGTA GCAGTGCTGT TTGTACAGAA GTTATTCAGT CAGCCCAAGG CATGGAATAT 
TTATTAGGTG TCGTGGAAGT GTACCGAGTA ACCAAACGTG TGGAGCTGGG GATAAAAGCT 
ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG TTGCTGAAGG ACATTGATAA AGTGTGGAAC 
AACCTAATCG GCTTCATGTC ACTCGCTACA CTCACACCAG ATGAAAATTC ACTGGATTTT 
TCCTCCTGTA TGCTACGGCC TGGGATTAAA AACGCTCAGG AACTGGCTTG CGGGGTGTGC 
CTCTTAAATG TGGATTCTAG GAGCCGGGCA TTCAACGCAG AAACAGACAG TTTCAAGCTG 
GCCTATGGAG GGCACCAATA TCACGCCAGC TGTGCCAACT TCTGGATCAA CTGTGTTGAG 
CCCAAGCCTC CTGGCCTCAT CCTGCCAGAT CTGCTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848106.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846328.1 Nannospalax galili synergin gamma (Synrg), transcript variant X16, mRNA.

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CloneID	ONa30860
Clone ID Related Accession (Same CDS sequence)	XM_008848106.3 , XM_008848106.2
Accession Version	XM_008848106.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3555bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008848106.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGCAGGAA GTGGGTCCTC CTCAGCCACC TCAGTTCTTC AAAAGAAAGA GACCTCATTT 
GGTAGCTCTG AAAACAGCAC CATGTCATCG CTCTCCAAAG TAACAACCTT TGCAAGTGAG 
GATGCTCTTC CAGAGACTCC CTTCCCGGCC TTTGCCAGCT TTAAAGACAT CATGCCTCAG 
ACCAGTGAAC AAAAGGAATA TGAAAAATAT GGAAGTGGGG ACTACCAGGA TTTCCCAAGG 
CAGGATCTGT CCGCAGCTGA ACAGAGCCAG GAGATCATGT GTCCAAGCCC AGCATCCAGT 
GGTGCCTCTC ATGAAACCCC CAAAGAATGT GCTGATGACT TTGGGGAGTT TCAGAGTGAA 
AAGCCCAAAA TCAGCAAATT TGACTTTTTA GTAGCCAATT CACAAAGCAA AATGAAATCC 
AGTGAAGAAA TGATCAAAAG TGAGCTGGCA ACCTTTGACC TTTCTGTTCA AGGATCACAC 
AAGAGAAGCT TGAGCCTTGG GGATAAAGAA ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT 
GAGCAGCCTT TCAGGGATCG TTCCAACACT CTGAGTGAGA AGCCTGCTCT GCCTGTCATC 
CGTGACAAGT ACAAAGATCT GACAGGCGAG GTGGAGGAAA ATGAGAGATA TGCGTATGAA 
TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT GTCATTAAGA AGGCAAATGA CACCTTAAAT 
GGAATTAGTA GCAGTGCTGT TTGTACAGAA GTTATTCAGT CAGCCCAAGG CATGGAATAT 
TTATTAGGTG TCGTGGAAGT GTACCGAGTA ACCAAACGTG TGGAGCTGGG GATAAAAGCT 
ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG TTGCTGAAGG ACATTGATAA AGTGTGGAAC 
AACCTAATCG GCTTCATGTC ACTCGCTACA CTCACACCAG ATGAAAATTC ACTGGATTTT 
TCCTCCTGTA TGCTACGGCC TGGGATTAAA AACGCTCAGG AACTGGCTTG CGGGGTGTGC 
CTCTTAAATG TGGATTCTAG GAGCCGGAAA GAAGAGAAGC CTACAGAAGA ACATCCTAAA 
AAAGCATTCA ACGCAGAAAC AGACAGTTTC AAGCTGGCCT ATGGAGGGCA CCAATATCAC 
GCCAGCTGTG CCAACTTCTG GATCAACTGT GTTGAGCCCA AGCCTCCTGG CCTCATCCTG 
CCAGATCTGC TCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846328.1
CDS	41..3595
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAAAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848106.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin gamma (Synrg), transcript variant X16, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848106.3

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGCAGGAA GTGGGTCCTC CTCAGCCACC TCAGTTCTTC AAAAGAAAGA GACCTCATTT 
GGTAGCTCTG AAAACAGCAC CATGTCATCG CTCTCCAAAG TAACAACCTT TGCAAGTGAG 
GATGCTCTTC CAGAGACTCC CTTCCCGGCC TTTGCCAGCT TTAAAGACAT CATGCCTCAG 
ACCAGTGAAC AAAAGGAATA TGAAAAATAT GGAAGTGGGG ACTACCAGGA TTTCCCAAGG 
CAGGATCTGT CCGCAGCTGA ACAGAGCCAG GAGATCATGT GTCCAAGCCC AGCATCCAGT 
GGTGCCTCTC ATGAAACCCC CAAAGAATGT GCTGATGACT TTGGGGAGTT TCAGAGTGAA 
AAGCCCAAAA TCAGCAAATT TGACTTTTTA GTAGCCAATT CACAAAGCAA AATGAAATCC 
AGTGAAGAAA TGATCAAAAG TGAGCTGGCA ACCTTTGACC TTTCTGTTCA AGGATCACAC 
AAGAGAAGCT TGAGCCTTGG GGATAAAGAA ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT 
GAGCAGCCTT TCAGGGATCG TTCCAACACT CTGAGTGAGA AGCCTGCTCT GCCTGTCATC 
CGTGACAAGT ACAAAGATCT GACAGGCGAG GTGGAGGAAA ATGAGAGATA TGCGTATGAA 
TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT GTCATTAAGA AGGCAAATGA CACCTTAAAT 
GGAATTAGTA GCAGTGCTGT TTGTACAGAA GTTATTCAGT CAGCCCAAGG CATGGAATAT 
TTATTAGGTG TCGTGGAAGT GTACCGAGTA ACCAAACGTG TGGAGCTGGG GATAAAAGCT 
ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG TTGCTGAAGG ACATTGATAA AGTGTGGAAC 
AACCTAATCG GCTTCATGTC ACTCGCTACA CTCACACCAG ATGAAAATTC ACTGGATTTT 
TCCTCCTGTA TGCTACGGCC TGGGATTAAA AACGCTCAGG AACTGGCTTG CGGGGTGTGC 
CTCTTAAATG TGGATTCTAG GAGCCGGAAA GAAGAGAAGC CTACAGAAGA ACATCCTAAA 
AAAGCATTCA ACGCAGAAAC AGACAGTTTC AAGCTGGCCT ATGGAGGGCA CCAATATCAC 
GCCAGCTGTG CCAACTTCTG GATCAACTGT GTTGAGCCCA AGCCTCCTGG CCTCATCCTG 
CCAGATCTGC TCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Synrg ( XM_008848106.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008846328.1 Nannospalax galili synergin, gamma (Synrg), transcript variant X10, mRNA.

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CloneID	ONa30860
Clone ID Related Accession (Same CDS sequence)	XM_008848106.3 , XM_008848106.2
Accession Version	XM_008848106.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3555bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	synergin gamma isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008351176.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008848106.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGCAGGAA GTGGGTCCTC CTCAGCCACC TCAGTTCTTC AAAAGAAAGA GACCTCATTT 
GGTAGCTCTG AAAACAGCAC CATGTCATCG CTCTCCAAAG TAACAACCTT TGCAAGTGAG 
GATGCTCTTC CAGAGACTCC CTTCCCGGCC TTTGCCAGCT TTAAAGACAT CATGCCTCAG 
ACCAGTGAAC AAAAGGAATA TGAAAAATAT GGAAGTGGGG ACTACCAGGA TTTCCCAAGG 
CAGGATCTGT CCGCAGCTGA ACAGAGCCAG GAGATCATGT GTCCAAGCCC AGCATCCAGT 
GGTGCCTCTC ATGAAACCCC CAAAGAATGT GCTGATGACT TTGGGGAGTT TCAGAGTGAA 
AAGCCCAAAA TCAGCAAATT TGACTTTTTA GTAGCCAATT CACAAAGCAA AATGAAATCC 
AGTGAAGAAA TGATCAAAAG TGAGCTGGCA ACCTTTGACC TTTCTGTTCA AGGATCACAC 
AAGAGAAGCT TGAGCCTTGG GGATAAAGAA ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT 
GAGCAGCCTT TCAGGGATCG TTCCAACACT CTGAGTGAGA AGCCTGCTCT GCCTGTCATC 
CGTGACAAGT ACAAAGATCT GACAGGCGAG GTGGAGGAAA ATGAGAGATA TGCGTATGAA 
TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT GTCATTAAGA AGGCAAATGA CACCTTAAAT 
GGAATTAGTA GCAGTGCTGT TTGTACAGAA GTTATTCAGT CAGCCCAAGG CATGGAATAT 
TTATTAGGTG TCGTGGAAGT GTACCGAGTA ACCAAACGTG TGGAGCTGGG GATAAAAGCT 
ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG TTGCTGAAGG ACATTGATAA AGTGTGGAAC 
AACCTAATCG GCTTCATGTC ACTCGCTACA CTCACACCAG ATGAAAATTC ACTGGATTTT 
TCCTCCTGTA TGCTACGGCC TGGGATTAAA AACGCTCAGG AACTGGCTTG CGGGGTGTGC 
CTCTTAAATG TGGATTCTAG GAGCCGGAAA GAAGAGAAGC CTACAGAAGA ACATCCTAAA 
AAAGCATTCA ACGCAGAAAC AGACAGTTTC AAGCTGGCCT ATGGAGGGCA CCAATATCAC 
GCCAGCTGTG CCAACTTCTG GATCAACTGT GTTGAGCCCA AGCCTCCTGG CCTCATCCTG 
CCAGATCTGC TCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008846328.1
CDS	10..3564
Translation	MALRPGAGASGAAGAGGAGSFLFPVAGGMRPPQAGLMPMQQQGFPMVSVMQPNMQGMMGMNYSSQMSQGPIAMQAGLPMAPMPAAGMPYLGQAPFLGMRPPGPQYTPDMQKQFAEEQQKRFEQQQKLLEEERKRRQFEEQKQKLRLLSSVKPKTGEKNRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPGVGVFPSQDPVPPRMPPWIYNESLVPDTYKKILETTVTPTGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYTVLAMIAVTQRGVPAMSPDALNQFPAAPIPTLSGFSMTLPTPVSQPTVMPSGPSGSMPLSLGQPVMGINLVGPVGGAAAPASSGFMPSYPAKQVGKTEEDDFQEFQDASKSGSLDDSFTDFQEVPPSSKTNNSQHGNSAPSLLIPLPGTKASKDKYAVFKGISADKPSENAVPFGESADKYSAFRELEQTTENKPLGESFTEFRSAGTDDGFTDFKTADSISPLEPPTTKDTFPTSFPSGPIQQKQQTQVKTPLNLADLDMFSSVNCSNEKPLPFSAAFSTSKSVSTRPQPGGSTTSPAALASTKTSSLADDFGEFNLFGEYSSPASVGEQDDFADFMAFSNSSISSEQKADDKYDVLREEPSPVPLTSNSGSEGKSTPATSTKYDVFKQLSLEGAGLGVEELKDNTPFGKGDDDFADFHSNKFSSMNSEKSLGEKAVAFRHTKEDSASVKSLDLPSIGGSSIGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAAAGSGSSSATSVLQKKETSFGSSENSTMSSLSKVTTFASEDALPETPFPAFASFKDIMPQTSEQKEYEKYGSGDYQDFPRQDLSAAEQSQEIMCPSPASSGASHETPKECADDFGEFQSEKPKISKFDFLVANSQSKMKSSEEMIKSELATFDLSVQGSHKRSLSLGDKEISRSSPSPALEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEENERYAYEWQRCLGSALDVIKKANDTLNGISSSAVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLIGFMSLATLTPDENSLDFSSCMLRPGIKNAQELACGVCLLNVDSRSRKEEKPTEEHPKKAFNAETDSFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL

Target ORF information:

RefSeq Version	XM_008848106.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili synergin, gamma (Synrg), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008848106.2

ORF Insert Sequence:

ATGGCGCTGC GGCCCGGAGC GGGAGCCAGC GGGGCGGCGG GGGCCGGCGG GGCAGGCAGC 
TTCCTGTTTC CTGTTGCAGG TGGGATGAGA CCCCCTCAAG CAGGCCTGAT GCCAATGCAG 
CAGCAAGGAT TTCCTATGGT CTCTGTCATG CAGCCCAATA TGCAAGGCAT GATGGGAATG 
AATTACAGCT CTCAAATGTC CCAAGGACCC ATTGCGATGC AGGCAGGGTT ACCGATGGCG 
CCAATGCCGG CAGCAGGCAT GCCTTACCTG GGGCAGGCAC CATTCCTGGG CATGCGTCCT 
CCAGGCCCAC AGTACACTCC AGACATGCAG AAGCAGTTTG CTGAAGAGCA ACAAAAACGA 
TTTGAACAGC AACAAAAACT CTTAGAAGAA GAAAGAAAAA GACGCCAGTT TGAAGAGCAA 
AAGCAAAAGC TCAGACTTCT GAGTAGCGTG AAACCCAAGA CAGGAGAGAA GAACAGAGAC 
GATGCTTTGG AAGCCATAAA AGGAAACTTG GATGGGTTTT CCAGAGATGC TAAGATGCAT 
CCTACTCCAG CATCGCACCC CAAGAAACCA GGTGTGGGTG TGTTTCCCTC GCAGGATCCT 
GTTCCACCCA GAATGCCTCC TTGGATTTAC AATGAAAGTT TGGTCCCAGA TACCTATAAG 
AAAATTTTAG AAACCACAGT GACTCCAACT GGAATAGATA CTGCTAAACT TTATCCCATT 
CTGATGTCAT CTGGACTTCC CAGGGAAACT CTTGGACAGA TATGGGCCTT GGCCAATCGA 
ACTACACCTG GCAAACTCAC TAAAGAAGAG CTTTACACTG TTCTCGCCAT GATAGCAGTA 
ACGCAGAGGG GTGTTCCTGC CATGAGTCCT GATGCTTTGA ATCAGTTCCC AGCAGCTCCC 
ATTCCAACGT TAAGTGGCTT TTCTATGACT CTGCCTACCC CAGTGAGCCA GCCGACTGTG 
ATGCCCTCTG GCCCTTCAGG GTCCATGCCC CTCAGCCTTG GACAGCCAGT CATGGGCATT 
AACCTTGTTG GACCAGTGGG TGGAGCTGCA GCCCCAGCTT CCAGTGGCTT CATGCCATCT 
TACCCAGCAA AACAGGTGGG AAAGACAGAA GAGGATGACT TCCAGGAATT TCAAGATGCT 
TCTAAGTCAG GATCCCTTGA TGACTCGTTC ACTGACTTCC AAGAGGTGCC TCCTTCCTCA 
AAAACAAATA ATTCCCAGCA TGGAAACAGT GCTCCATCTT TGTTGATACC ACTTCCTGGA 
ACTAAAGCTT CAAAGGATAA ATATGCAGTG TTTAAAGGAA TTTCAGCTGA CAAACCCTCT 
GAAAATGCTG TTCCATTTGG AGAGTCTGCT GATAAATACA GTGCTTTCCG GGAACTTGAG 
CAGACCACAG AGAATAAACC TTTAGGAGAG AGCTTCACAG AATTCAGATC TGCAGGAACT 
GATGATGGTT TCACCGACTT TAAGACAGCC GACAGTATAT CACCTCTAGA GCCACCAACG 
ACAAAAGACA CTTTCCCAAC ATCCTTCCCC TCAGGACCTA TACAGCAGAA ACAGCAAACA 
CAAGTGAAAA CTCCTCTGAA CTTAGCAGAC CTGGATATGT TTTCCTCAGT TAATTGCAGC 
AATGAGAAAC CATTGCCCTT TTCAGCAGCA TTTAGCACAT CTAAGTCAGT TTCTACAAGA 
CCTCAGCCAG GGGGATCTAC TACAAGCCCA GCAGCACTGG CATCCACTAA AACTTCTAGT 
CTGGCTGATG ATTTTGGAGA ATTCAACCTC TTTGGGGAAT ATTCTAGTCC TGCATCAGTT 
GGGGAGCAGG ATGACTTTGC AGATTTTATG GCTTTCAGTA ACAGCTCTAT TTCTTCTGAG 
CAAAAAGCAG ATGACAAATA TGATGTCCTC AGAGAGGAAC CAAGTCCCGT TCCTCTGACC 
AGCAACTCAG GCAGTGAGGG AAAGAGTACA CCTGCTACAT CCACCAAGTA TGATGTCTTC 
AAACAGCTTT CCCTAGAAGG AGCTGGACTA GGTGTCGAAG AGTTAAAAGA TAACACTCCT 
TTTGGAAAAG GTGATGATGA TTTTGCTGAT TTTCACTCCA ATAAATTTTC ATCCATGAAT 
TCGGAGAAAT CCCTGGGAGA GAAAGCAGTA GCTTTCAGAC ACACCAAAGA AGACTCTGCT 
TCAGTGAAGT CCCTAGATCT CCCTTCTATT GGTGGCAGCA GCATTGGCAA GGAGGACTCA 
GAAGATGCGC TTTCTGTTCA GTTTGACATG AAACTGGCTG ATGTGGGAGG AGATCTTAAG 
CATGTCATGT CTGATAGCTC TTTGGATTTA CCAACAGTTA GTGGCCAGCA TCCTCCTGCT 
GCAGCAGGAA GTGGGTCCTC CTCAGCCACC TCAGTTCTTC AAAAGAAAGA GACCTCATTT 
GGTAGCTCTG AAAACAGCAC CATGTCATCG CTCTCCAAAG TAACAACCTT TGCAAGTGAG 
GATGCTCTTC CAGAGACTCC CTTCCCGGCC TTTGCCAGCT TTAAAGACAT CATGCCTCAG 
ACCAGTGAAC AAAAGGAATA TGAAAAATAT GGAAGTGGGG ACTACCAGGA TTTCCCAAGG 
CAGGATCTGT CCGCAGCTGA ACAGAGCCAG GAGATCATGT GTCCAAGCCC AGCATCCAGT 
GGTGCCTCTC ATGAAACCCC CAAAGAATGT GCTGATGACT TTGGGGAGTT TCAGAGTGAA 
AAGCCCAAAA TCAGCAAATT TGACTTTTTA GTAGCCAATT CACAAAGCAA AATGAAATCC 
AGTGAAGAAA TGATCAAAAG TGAGCTGGCA ACCTTTGACC TTTCTGTTCA AGGATCACAC 
AAGAGAAGCT TGAGCCTTGG GGATAAAGAA ATAAGCCGGT CCTCTCCTTC TCCAGCCCTT 
GAGCAGCCTT TCAGGGATCG TTCCAACACT CTGAGTGAGA AGCCTGCTCT GCCTGTCATC 
CGTGACAAGT ACAAAGATCT GACAGGCGAG GTGGAGGAAA ATGAGAGATA TGCGTATGAA 
TGGCAGAGGT GCCTGGGGAG CGCCTTGGAT GTCATTAAGA AGGCAAATGA CACCTTAAAT 
GGAATTAGTA GCAGTGCTGT TTGTACAGAA GTTATTCAGT CAGCCCAAGG CATGGAATAT 
TTATTAGGTG TCGTGGAAGT GTACCGAGTA ACCAAACGTG TGGAGCTGGG GATAAAAGCT 
ACTGCTGTGT GCAGTGAGAA ACTCCAGCAG TTGCTGAAGG ACATTGATAA AGTGTGGAAC 
AACCTAATCG GCTTCATGTC ACTCGCTACA CTCACACCAG ATGAAAATTC ACTGGATTTT 
TCCTCCTGTA TGCTACGGCC TGGGATTAAA AACGCTCAGG AACTGGCTTG CGGGGTGTGC 
CTCTTAAATG TGGATTCTAG GAGCCGGAAA GAAGAGAAGC CTACAGAAGA ACATCCTAAA 
AAAGCATTCA ACGCAGAAAC AGACAGTTTC AAGCTGGCCT ATGGAGGGCA CCAATATCAC 
GCCAGCTGTG CCAACTTCTG GATCAACTGT GTTGAGCCCA AGCCTCCTGG CCTCATCCTG 
CCAGATCTGC TCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Gene Symbol	Synrg
Entrez Gene ID	103746032
Full Name	synergin, gamma
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

Synrg cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

Gene

Clones

gRNAs

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