TANC1 gene cDNA ORF clone, Alligator mississippiensis(American alligator)

mRNA	Protein	Name
XM_019480249.1	XP_019335794.1	protein TANC1 isoform X5
XM_019480251.1	XP_019335796.1	protein TANC1 isoform X6
XM_019480244.1	XP_019335789.1	protein TANC1 isoform X1
XM_019480245.1	XP_019335790.1	protein TANC1 isoform X2
XM_019480248.1	XP_019335793.1	protein TANC1 isoform X4
XM_019480250.1	XP_019335795.1	protein TANC1 isoform X6
XM_019480246.1	XP_019335791.1	protein TANC1 isoform X3
XM_019480247.1	XP_019335792.1	protein TANC1 isoform X3
XM_019480252.1	XP_019335797.1	protein TANC1 isoform X3

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OAl78587	XM_019480244.1 Latest version!	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAl78588	XM_019480245.1 Latest version!	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAl78589	XM_019480247.1 Latest version!	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAl78589	XM_019480252.1 Latest version!	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAl78589	XM_019480246.1 Latest version!	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAl78590	XM_019480248.1 Latest version!	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAl78591	XM_019480249.1 Latest version!	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAl78592	XM_019480251.1 Latest version!	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAl78592	XM_019480250.1 Latest version!	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

TANC1 ( XM_019480244.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019335789.1 Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAl78587
Clone ID Related Accession (Same CDS sequence)	XM_019480244.1
Accession Version	XM_019480244.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5703bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	protein TANC1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017714267.1) 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 Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGTTTTC TCTCCCACAC CCCCATCCAG ATGAAGTCGG GTCAGGAGCC AGGCATTCAT 
CTGACAGAGA ACAGCGTTAA AATGTTAAAG GCAGTTTTGA AAAAGAGCCG AGAAGGTGGA 
AAGGGGAACA AGAAGGAAAC AGCAGGTGAC TCCTGCCCAG AGAATGCTGT ACCGGTTATT 
GTAGCATCTG GTCAAAATGC AGATTTTCCT ATTGGAAATC AGCCTGTACC TGAGGATATG 
TATAGAATGA ACTTGACTAA AGGAGTCTCA ATGTCTTTGC CATCATCACC TTTACTACCA 
CGTCAGTCTT ACTTGATGCA GTCAAGATCA AACAGAAAAT CTCCAGGTCC GATCAGGAAG 
CCCAAGTTCG TGGAAAGTCC CAGAGTGCCA GGAGATGCAG TTGTTGTACC ATTCAGAAAA 
GTGTCAGAGC CAACAGAACC CAATCAGAAT GAAGCAAAGC CTGATAAAGA ATCAAACTGT 
TCACCTGCAG CACAAGAATT GATGACAAGA TTGGGATTTT TACTGGGAGA AGGGATCCCA 
GCCTCTGCAC ACATAACTGT AGAAGAAAAA AATGAAACCA TGTGCACAGT AGCCAGTCAA 
GGAGTCAGTC CCTGCTCTAC ACTAACAAGC AGCACTACAT CACCTAGCAC TGATAGTCCC 
TGCTCAACTC TGAATAGCTG TATTGGCAAA ACAGCAGCTA ACAAAAGTAG TCCCTGTGGG 
ACCATTAGCA GCCCTAGCTC CACATTGGAA AGCAAGGACA GTGGAATTAT AGAGCGTATT 
CAGGATTTTA TTATTTTTTC AGCAACTATA ACAAGTTCTT CTGAAAATGA TGACCGCAGT 
GGATCCAGTT TGGAGTGGAG TAAAGACGGA AGTCTCAGAA CTGGTGTGCT TCAAGGAATT 
ATTCATGATC GAAGAACAGA TAATTGTTCA CCAGTTGCTG AAGAGGAGGC AGTTGGAGCT 
GCTGAGAGTT TGCCCAAAGC AGAAGTGCCT AGTGCAGATG GTCCTGTTCC CTATACGCAG 
AGTTCTAGCT CATTAGCAAT GCCTCGTCCC AATTCTGTTG CAGCAACAAG TTCAACCAAG 
CTTGAAGATT TGAGTTATTT GGATGGACAA AGGAATACTC CCTTACGCAC CTCAATTCGC 
TTACCTTGGC ATAATACTGC AGGAGGAAGA GTACAGCAAG AAATTAAAGC ACGTTTTGTC 
CCCTATAAGC CTCAAGACAT CTTGCTAAAG CCACTATTGT TTGAAGTGCC AAGCATAACA 
ACAGACTCTG TGTTTGTCGG AAGAGATTGG CTGTTTCAAG TGATTGAAGA AAACTTGAAG 
AATACAGAGC TGGCAGAAAA CAAGGGAGCA GTTATTATTG GAAATGTGGG ATTTGGGAAG 
ACTGCTGTTG TTTCAAGACT GGTGGCACTC AGCTGCCATG GAAGTCGCAT GAGGCAGATT 
GCTTCGAACA GTCCTAATTC ATCTCCCAAA AGTGGTGACC CCTGTCAGGA GATTCCCCTT 
GCACAGTTAT CTTCATCTGC CCCTTCCACA AATGGTAGCA ATACAGTGAA GTCTCTGAGT 
TCTCCTGGTA CTCCTGAGCA TCAAAATCAA ACTGGTGATT CAGTGCGACG CCTTGCTTCA 
AAGGTCGTTG CCTATCACTA TTGCCAAGCT GACAACACGT ACACGTGTCT TGTCCCAGAA 
TTTGTCCATA GTATTGCAGC TTTACTTTGC CGGTCGCATC AGTTAATGGC ATACCGAGAT 
CTTCTAATAA AAGAGCCTCA TCTACAAAGC ATGCTTAGCC TTAGATCCTG CGTCCAAGAT 
CCAGTGGCAG CTTTTAAAAG AGGAGTGTTG GAGCCACTTG CAAACCTCAG GAAAGAGCAG 
AAAATTCCTG AAGAAGAATA CATCATTTTG ATAGATGGTT TAAATGATGC TGAATTCCAC 
AAACCTGATT ATGGTGACAC ACTTTCTTCA TTTATCACAA ATATTATTTT TAAATTCCCT 
TCTTGGTTGA AGCTGATTGT GACGGTGAGA ACTAACTTTC AGGAAATAGC AAGTTTATTA 
CCTTTTTTCA AAATCTCTCT CGACAATTTC CCGGACAACA AAGAAATCCA TGGTGATCTG 
AATGCCTATA TTCAGTACAG GATCAGTAGC AGTCAGGAAA TTATAAACAA TATATCTTTA 
AATGGGAAAG CTGATGCAGC CACAGTCGGG AAAGTGGGTA ATCACCTGAT CATGAGGAGC 
CTGGGATCTT ACCTCTATTT GAAATTGACA TTGGATCTTT TTCAAAAGGG TCACCTGGTG 
ATCAAAAGTG CAAGCTACAA AGTAGTTCCA GTGTCTCTGT CAGAACTTTA TTTGCTTCAG 
TGCAACATGA AGTTCATGAG CAACTCTGCT TTTGAGAGAG CCCTGCCAAT ATTAAATGTG 
GCACTAGCAT CCCTTCATCC TATGACAGAT GACCAGATTT TCACAGCTAT TAATGCTGGT 
CAGATAAATG GTGAACTGGA ATGGGAAGAC TTCCACCAGA GAATGGAGGC CCTTTCATGT 
TTTCTGATAA AAAGGCGTGA CAAAACACGT ATGTTCTGCC ATCCTTCCTT CAGGGAATGG 
CTTGTTTGGA GAGCAGATGG TGAAAATACT GACTTCTTAT GTGAACCAAG GAATGGGCAT 
GCTCTACTGG CATTCATGTT TTCTCGACAG GAGGGAAAAT TAAACCGGCA ACAAACCATG 
GAACTTGGTC ATCACATTCT TAAAGCTCAC ATTTTTAAGG GTCTTAGTAA AAAGACTGGA 
ATTTCTTCCA GTCACCTTCA AGCTCTGTGG ATTGGATATA GTACTGATGG ATTGTCAGCT 
GCCCTTGCTT CTCTGAGAAA CCTCTATACA CCTAATGTGA AGGTGAGTCG CTTGCTGATC 
TTGGCAGGAG CAAATGTGAA TTACAGGACT GAAGTTCTGA ACAATGCTCC AATATTGTGC 
GTTCAGTCTC ATCTTGGTCA TGAAGAAGTG GTCGCTCTCC TGCTGGAATT TGGAGCTGCT 
GTTGATGGTA CATCTGAAAA CGGGATGACT GCACTTAGCT ATGCAGCTGC TGCAGGTCAC 
ATGAACATAG TTTCACTGCT TTGCAAAAGA AGTGAAAGGG CCGACTACCT GGACAAGAAA 
GGCCAATGTG CTTTGGTTCA TAGTGCATTG AGAGGACATT GTGATATCCT TCAGTACTTG 
CTCAATATTG ATTGGCCAGT TTCTTCCCAT GAACAAAATT CATTGAGGAA ATGTCAGGCA 
CTTCAGCAAG CATTGACAGC AGCTTCCAGT ATGGGCCACT GTCAGGTGAT TCGTTACCTG 
CTGGGGATTG AAAAGGAACA TGGAGTAGAC CTCAATGATA CTGATGTGCT GTGGGGAGAA 
ACAGCCCTGA CGGCGGCTGC AGGGCGGGGG AAGCTGGACG TGTGTGAAGT ACTTCTGGAA 
CATGGAGCTG CTGTGACAAG AACCAACAGG AGGGGGGTCT CCCCACTTTT CTGTGCTGTG 
CGCCAGGGAC ATTGGCAGAT TGCAGAGCTT CTGTTAGAGC ACGGATCTGA TGTTAATTTG 
AGTGACAAGC AAGGCAGGAC ACCACTTATG GTGGCTTCTT GTGAAGGACA TTTGAGCACG 
GTGGAATTTC TACTTTCCAA AGGTGCAGCC ATTTCATCAC TGGATAGAGA GGGGCTAACA 
GCACTGAGCT GGGCTTGCTT AAAGGGCCAT AAAGATGTGG TTCAACATTT GGTTGAGAAA 
GGTGCAACAA TAGATCAGAC AGACAAAAAT GGCCGAACAC CCTTGGATTT GGCAGCTTTC 
TATGGGGACG CTGATATTGT GCAGTATTTA GTAGAGAAGG GTGCAGTGAT TGAACATGTT 
GACCACAGCG GTATGCGTCC ATTGGACAGA GCAATTGGAT GTCGAAATAC AGCAGTAGTG 
GTCATGCTAC TTAGGAAAGG AGCCAAATTA GGAAATGCAG CTTGGGCAAT GGCCACTTCT 
AAACCTGACA TTCTGATTAT TCTACTGCAG AAGCTGATGG AAGAAGGAAA CGTACTGTAC 
AAAAAAGGGA AGATGAAAGA AGCAGCTCAG CGATATCAGT ATGCCCTAAG GAAGTTTCCT 
CGGGAAGGGT TTGGAGAAGA AATGAAAGCT TTCAATGAGC TGAGAGTGTC GCTGTATTTA 
AACTTGTCAC GGTGCCGCAG AAAAACAAAC GATTTTGGCA TGGCTGAAGA GTTTGCTACC 
AAGGCACTTG AACTGAAACC CAACTCTTAC GAAGCCTATT ATGCTAGAGC AAGAGCCAAG 
AGAAATAGCA GACAGTTTCT TGCAGCTCTT GCTGACCTCC GAGAAGCCAT AAAGCTGTGT 
CCTAGTAATC AAGAAATACA AAGGCTCCTG GCTCGAGTAG AAGAGGAATG CAAACAGTTC 
CAGAGAACCC AGCAACAGAA GAGGCAGTCT CCTCAGCCGG CACAGCAGAA TAATGACTCT 
GACAATGAAG AGGAGGCTCT TGTCCAAGGT TTGAATGATC GTATGGGTCT TGAAGAAATA 
GAAGAAGAAG AATTGCCATA CCACGATGAG TCCATTCCAC CTTCACAGAG GCTGCAGCAT 
TCCCTGTCTG CTTTACCTTA CAGTAGGACC CTTCAAGAAG GCCTCCAGCA GAAAGCCAGA 
CCAGCATCCC CTCAGAACAG AGCAGGAAGT AAATATCTGA GAGAGCCGGG TTTGATCATG 
CAGCCTACAA AGCAAGCACA AATTGTAAAA ACAAATCAGC ATTTGAGCTC TACACAGTCA 
GGGCTGAGAA CTGGAAGTGG TCAGTGTAGT ACAAAGACAC CATCATCTTT TCAGCATCTT 
CCCTCGAGTC CAATGCCAGC CCGACACCCT GGAAATCTGG CCAACAGTAA AAGTCAGTTT 
ATAGATGGGG CAAACACTGT ATCGTCTGGA AACATTCCCA CAGGAGTCTC CTCTGGCCTC 
TACAGTGAAA GGTTAGCATC TAACCAGTTC TCCCATTTAC AGCACAGTGA GAGTACATCG 
TCTCACTCAT TCACAAGTAA GTCTAAAACC ACTGACAGGC CAGCAGCTGT CGAGAAAGCA 
GCACCCACCC AAGGAGTTCA AATGCATTTC AGTGAAGCAA GGCAGCAAGG GCCTGGAACC 
AGTGCTGTCT CTTCTAGCTC TCCATCTGGC AGCTTGATTA TTTCTAGCTC TTCCAACAGT 
TTAACTTCAA GCAACAGCTT TTCAGATAAC GTGAAAGGAC TAGGGCCAGA TGTTCGAATT 
AAGGAAAATA AATCTAGCCA AGGTCTAAGT GGTACAACCG AACATAGACC ACGCAATACC 
CCATTTATGG GGATCATGGA TAAAACTGCC AGGTTTCAGC AGCAGAGCAG TCAAACAAAT 
CGCACTTGGA ATTGCCAGGT ATCTGAAGGA TTACTACCAA ATGCTTCTGG TGGGGGCATT 
CAGTCCACAA CCTGCGAGCA GTTTTCTGGC AAACAGCCCA GTGGATACAG TAATTTAACC 
AAAACCTCCT CTACAGCTAT GGCCCCTGGA GAAGGTATCC AAAATGGAAT GCAAGCTAAA 
GAACTCAAAG AGCTCAAGAG CCAAATGCCT GCCCACTCGC AAGACAGCAG GATATCTAAG 
CCTGTCTCTC ATTTGTTTCC AGATGCTCTG TCTAAACAAC AGTCCCATAT TAATAAGGAA 
GGCCATTTAA GTCATGTCTC TTCTGCAAAA CCAAAGCGAT CATTTGTTGA GTCTAATGTA 
TGA

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

RefSeq	XP_019335789.1
CDS	342..6044
Translation	MCFLSHTPIQMKSGQEPGIHLTENSVKMLKAVLKKSREGGKGNKKETAGDSCPENAVPVIVASGQNADFPIGNQPVPEDMYRMNLTKGVSMSLPSSPLLPRQSYLMQSRSNRKSPGPIRKPKFVESPRVPGDAVVVPFRKVSEPTEPNQNEAKPDKESNCSPAAQELMTRLGFLLGEGIPASAHITVEEKNETMCTVASQGVSPCSTLTSSTTSPSTDSPCSTLNSCIGKTAANKSSPCGTISSPSSTLESKDSGIIERIQDFIIFSATITSSSENDDRSGSSLEWSKDGSLRTGVLQGIIHDRRTDNCSPVAEEEAVGAAESLPKAEVPSADGPVPYTQSSSSLAMPRPNSVAATSSTKLEDLSYLDGQRNTPLRTSIRLPWHNTAGGRVQQEIKARFVPYKPQDILLKPLLFEVPSITTDSVFVGRDWLFQVIEENLKNTELAENKGAVIIGNVGFGKTAVVSRLVALSCHGSRMRQIASNSPNSSPKSGDPCQEIPLAQLSSSAPSTNGSNTVKSLSSPGTPEHQNQTGDSVRRLASKVVAYHYCQADNTYTCLVPEFVHSIAALLCRSHQLMAYRDLLIKEPHLQSMLSLRSCVQDPVAAFKRGVLEPLANLRKEQKIPEEEYIILIDGLNDAEFHKPDYGDTLSSFITNIIFKFPSWLKLIVTVRTNFQEIASLLPFFKISLDNFPDNKEIHGDLNAYIQYRISSSQEIINNISLNGKADAATVGKVGNHLIMRSLGSYLYLKLTLDLFQKGHLVIKSASYKVVPVSLSELYLLQCNMKFMSNSAFERALPILNVALASLHPMTDDQIFTAINAGQINGELEWEDFHQRMEALSCFLIKRRDKTRMFCHPSFREWLVWRADGENTDFLCEPRNGHALLAFMFSRQEGKLNRQQTMELGHHILKAHIFKGLSKKTGISSSHLQALWIGYSTDGLSAALASLRNLYTPNVKVSRLLILAGANVNYRTEVLNNAPILCVQSHLGHEEVVALLLEFGAAVDGTSENGMTALSYAAAAGHMNIVSLLCKRSERADYLDKKGQCALVHSALRGHCDILQYLLNIDWPVSSHEQNSLRKCQALQQALTAASSMGHCQVIRYLLGIEKEHGVDLNDTDVLWGETALTAAAGRGKLDVCEVLLEHGAAVTRTNRRGVSPLFCAVRQGHWQIAELLLEHGSDVNLSDKQGRTPLMVASCEGHLSTVEFLLSKGAAISSLDREGLTALSWACLKGHKDVVQHLVEKGATIDQTDKNGRTPLDLAAFYGDADIVQYLVEKGAVIEHVDHSGMRPLDRAIGCRNTAVVVMLLRKGAKLGNAAWAMATSKPDILIILLQKLMEEGNVLYKKGKMKEAAQRYQYALRKFPREGFGEEMKAFNELRVSLYLNLSRCRRKTNDFGMAEEFATKALELKPNSYEAYYARARAKRNSRQFLAALADLREAIKLCPSNQEIQRLLARVEEECKQFQRTQQQKRQSPQPAQQNNDSDNEEEALVQGLNDRMGLEEIEEEELPYHDESIPPSQRLQHSLSALPYSRTLQEGLQQKARPASPQNRAGSKYLREPGLIMQPTKQAQIVKTNQHLSSTQSGLRTGSGQCSTKTPSSFQHLPSSPMPARHPGNLANSKSQFIDGANTVSSGNIPTGVSSGLYSERLASNQFSHLQHSESTSSHSFTSKSKTTDRPAAVEKAAPTQGVQMHFSEARQQGPGTSAVSSSSPSGSLIISSSSNSLTSSNSFSDNVKGLGPDVRIKENKSSQGLSGTTEHRPRNTPFMGIMDKTARFQQQSSQTNRTWNCQVSEGLLPNASGGGIQSTTCEQFSGKQPSGYSNLTKTSSTAMAPGEGIQNGMQAKELKELKSQMPAHSQDSRISKPVSHLFPDALSKQQSHINKEGHLSHVSSAKPKRSFVESNV

Target ORF information:

RefSeq Version	XM_019480244.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X1, mRNA.

Target ORF information:

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

XM_019480244.1

ORF Insert Sequence:

ATGTGTTTTC TCTCCCACAC CCCCATCCAG ATGAAGTCGG GTCAGGAGCC AGGCATTCAT 
CTGACAGAGA ACAGCGTTAA AATGTTAAAG GCAGTTTTGA AAAAGAGCCG AGAAGGTGGA 
AAGGGGAACA AGAAGGAAAC AGCAGGTGAC TCCTGCCCAG AGAATGCTGT ACCGGTTATT 
GTAGCATCTG GTCAAAATGC AGATTTTCCT ATTGGAAATC AGCCTGTACC TGAGGATATG 
TATAGAATGA ACTTGACTAA AGGAGTCTCA ATGTCTTTGC CATCATCACC TTTACTACCA 
CGTCAGTCTT ACTTGATGCA GTCAAGATCA AACAGAAAAT CTCCAGGTCC GATCAGGAAG 
CCCAAGTTCG TGGAAAGTCC CAGAGTGCCA GGAGATGCAG TTGTTGTACC ATTCAGAAAA 
GTGTCAGAGC CAACAGAACC CAATCAGAAT GAAGCAAAGC CTGATAAAGA ATCAAACTGT 
TCACCTGCAG CACAAGAATT GATGACAAGA TTGGGATTTT TACTGGGAGA AGGGATCCCA 
GCCTCTGCAC ACATAACTGT AGAAGAAAAA AATGAAACCA TGTGCACAGT AGCCAGTCAA 
GGAGTCAGTC CCTGCTCTAC ACTAACAAGC AGCACTACAT CACCTAGCAC TGATAGTCCC 
TGCTCAACTC TGAATAGCTG TATTGGCAAA ACAGCAGCTA ACAAAAGTAG TCCCTGTGGG 
ACCATTAGCA GCCCTAGCTC CACATTGGAA AGCAAGGACA GTGGAATTAT AGAGCGTATT 
CAGGATTTTA TTATTTTTTC AGCAACTATA ACAAGTTCTT CTGAAAATGA TGACCGCAGT 
GGATCCAGTT TGGAGTGGAG TAAAGACGGA AGTCTCAGAA CTGGTGTGCT TCAAGGAATT 
ATTCATGATC GAAGAACAGA TAATTGTTCA CCAGTTGCTG AAGAGGAGGC AGTTGGAGCT 
GCTGAGAGTT TGCCCAAAGC AGAAGTGCCT AGTGCAGATG GTCCTGTTCC CTATACGCAG 
AGTTCTAGCT CATTAGCAAT GCCTCGTCCC AATTCTGTTG CAGCAACAAG TTCAACCAAG 
CTTGAAGATT TGAGTTATTT GGATGGACAA AGGAATACTC CCTTACGCAC CTCAATTCGC 
TTACCTTGGC ATAATACTGC AGGAGGAAGA GTACAGCAAG AAATTAAAGC ACGTTTTGTC 
CCCTATAAGC CTCAAGACAT CTTGCTAAAG CCACTATTGT TTGAAGTGCC AAGCATAACA 
ACAGACTCTG TGTTTGTCGG AAGAGATTGG CTGTTTCAAG TGATTGAAGA AAACTTGAAG 
AATACAGAGC TGGCAGAAAA CAAGGGAGCA GTTATTATTG GAAATGTGGG ATTTGGGAAG 
ACTGCTGTTG TTTCAAGACT GGTGGCACTC AGCTGCCATG GAAGTCGCAT GAGGCAGATT 
GCTTCGAACA GTCCTAATTC ATCTCCCAAA AGTGGTGACC CCTGTCAGGA GATTCCCCTT 
GCACAGTTAT CTTCATCTGC CCCTTCCACA AATGGTAGCA ATACAGTGAA GTCTCTGAGT 
TCTCCTGGTA CTCCTGAGCA TCAAAATCAA ACTGGTGATT CAGTGCGACG CCTTGCTTCA 
AAGGTCGTTG CCTATCACTA TTGCCAAGCT GACAACACGT ACACGTGTCT TGTCCCAGAA 
TTTGTCCATA GTATTGCAGC TTTACTTTGC CGGTCGCATC AGTTAATGGC ATACCGAGAT 
CTTCTAATAA AAGAGCCTCA TCTACAAAGC ATGCTTAGCC TTAGATCCTG CGTCCAAGAT 
CCAGTGGCAG CTTTTAAAAG AGGAGTGTTG GAGCCACTTG CAAACCTCAG GAAAGAGCAG 
AAAATTCCTG AAGAAGAATA CATCATTTTG ATAGATGGTT TAAATGATGC TGAATTCCAC 
AAACCTGATT ATGGTGACAC ACTTTCTTCA TTTATCACAA ATATTATTTT TAAATTCCCT 
TCTTGGTTGA AGCTGATTGT GACGGTGAGA ACTAACTTTC AGGAAATAGC AAGTTTATTA 
CCTTTTTTCA AAATCTCTCT CGACAATTTC CCGGACAACA AAGAAATCCA TGGTGATCTG 
AATGCCTATA TTCAGTACAG GATCAGTAGC AGTCAGGAAA TTATAAACAA TATATCTTTA 
AATGGGAAAG CTGATGCAGC CACAGTCGGG AAAGTGGGTA ATCACCTGAT CATGAGGAGC 
CTGGGATCTT ACCTCTATTT GAAATTGACA TTGGATCTTT TTCAAAAGGG TCACCTGGTG 
ATCAAAAGTG CAAGCTACAA AGTAGTTCCA GTGTCTCTGT CAGAACTTTA TTTGCTTCAG 
TGCAACATGA AGTTCATGAG CAACTCTGCT TTTGAGAGAG CCCTGCCAAT ATTAAATGTG 
GCACTAGCAT CCCTTCATCC TATGACAGAT GACCAGATTT TCACAGCTAT TAATGCTGGT 
CAGATAAATG GTGAACTGGA ATGGGAAGAC TTCCACCAGA GAATGGAGGC CCTTTCATGT 
TTTCTGATAA AAAGGCGTGA CAAAACACGT ATGTTCTGCC ATCCTTCCTT CAGGGAATGG 
CTTGTTTGGA GAGCAGATGG TGAAAATACT GACTTCTTAT GTGAACCAAG GAATGGGCAT 
GCTCTACTGG CATTCATGTT TTCTCGACAG GAGGGAAAAT TAAACCGGCA ACAAACCATG 
GAACTTGGTC ATCACATTCT TAAAGCTCAC ATTTTTAAGG GTCTTAGTAA AAAGACTGGA 
ATTTCTTCCA GTCACCTTCA AGCTCTGTGG ATTGGATATA GTACTGATGG ATTGTCAGCT 
GCCCTTGCTT CTCTGAGAAA CCTCTATACA CCTAATGTGA AGGTGAGTCG CTTGCTGATC 
TTGGCAGGAG CAAATGTGAA TTACAGGACT GAAGTTCTGA ACAATGCTCC AATATTGTGC 
GTTCAGTCTC ATCTTGGTCA TGAAGAAGTG GTCGCTCTCC TGCTGGAATT TGGAGCTGCT 
GTTGATGGTA CATCTGAAAA CGGGATGACT GCACTTAGCT ATGCAGCTGC TGCAGGTCAC 
ATGAACATAG TTTCACTGCT TTGCAAAAGA AGTGAAAGGG CCGACTACCT GGACAAGAAA 
GGCCAATGTG CTTTGGTTCA TAGTGCATTG AGAGGACATT GTGATATCCT TCAGTACTTG 
CTCAATATTG ATTGGCCAGT TTCTTCCCAT GAACAAAATT CATTGAGGAA ATGTCAGGCA 
CTTCAGCAAG CATTGACAGC AGCTTCCAGT ATGGGCCACT GTCAGGTGAT TCGTTACCTG 
CTGGGGATTG AAAAGGAACA TGGAGTAGAC CTCAATGATA CTGATGTGCT GTGGGGAGAA 
ACAGCCCTGA CGGCGGCTGC AGGGCGGGGG AAGCTGGACG TGTGTGAAGT ACTTCTGGAA 
CATGGAGCTG CTGTGACAAG AACCAACAGG AGGGGGGTCT CCCCACTTTT CTGTGCTGTG 
CGCCAGGGAC ATTGGCAGAT TGCAGAGCTT CTGTTAGAGC ACGGATCTGA TGTTAATTTG 
AGTGACAAGC AAGGCAGGAC ACCACTTATG GTGGCTTCTT GTGAAGGACA TTTGAGCACG 
GTGGAATTTC TACTTTCCAA AGGTGCAGCC ATTTCATCAC TGGATAGAGA GGGGCTAACA 
GCACTGAGCT GGGCTTGCTT AAAGGGCCAT AAAGATGTGG TTCAACATTT GGTTGAGAAA 
GGTGCAACAA TAGATCAGAC AGACAAAAAT GGCCGAACAC CCTTGGATTT GGCAGCTTTC 
TATGGGGACG CTGATATTGT GCAGTATTTA GTAGAGAAGG GTGCAGTGAT TGAACATGTT 
GACCACAGCG GTATGCGTCC ATTGGACAGA GCAATTGGAT GTCGAAATAC AGCAGTAGTG 
GTCATGCTAC TTAGGAAAGG AGCCAAATTA GGAAATGCAG CTTGGGCAAT GGCCACTTCT 
AAACCTGACA TTCTGATTAT TCTACTGCAG AAGCTGATGG AAGAAGGAAA CGTACTGTAC 
AAAAAAGGGA AGATGAAAGA AGCAGCTCAG CGATATCAGT ATGCCCTAAG GAAGTTTCCT 
CGGGAAGGGT TTGGAGAAGA AATGAAAGCT TTCAATGAGC TGAGAGTGTC GCTGTATTTA 
AACTTGTCAC GGTGCCGCAG AAAAACAAAC GATTTTGGCA TGGCTGAAGA GTTTGCTACC 
AAGGCACTTG AACTGAAACC CAACTCTTAC GAAGCCTATT ATGCTAGAGC AAGAGCCAAG 
AGAAATAGCA GACAGTTTCT TGCAGCTCTT GCTGACCTCC GAGAAGCCAT AAAGCTGTGT 
CCTAGTAATC AAGAAATACA AAGGCTCCTG GCTCGAGTAG AAGAGGAATG CAAACAGTTC 
CAGAGAACCC AGCAACAGAA GAGGCAGTCT CCTCAGCCGG CACAGCAGAA TAATGACTCT 
GACAATGAAG AGGAGGCTCT TGTCCAAGGT TTGAATGATC GTATGGGTCT TGAAGAAATA 
GAAGAAGAAG AATTGCCATA CCACGATGAG TCCATTCCAC CTTCACAGAG GCTGCAGCAT 
TCCCTGTCTG CTTTACCTTA CAGTAGGACC CTTCAAGAAG GCCTCCAGCA GAAAGCCAGA 
CCAGCATCCC CTCAGAACAG AGCAGGAAGT AAATATCTGA GAGAGCCGGG TTTGATCATG 
CAGCCTACAA AGCAAGCACA AATTGTAAAA ACAAATCAGC ATTTGAGCTC TACACAGTCA 
GGGCTGAGAA CTGGAAGTGG TCAGTGTAGT ACAAAGACAC CATCATCTTT TCAGCATCTT 
CCCTCGAGTC CAATGCCAGC CCGACACCCT GGAAATCTGG CCAACAGTAA AAGTCAGTTT 
ATAGATGGGG CAAACACTGT ATCGTCTGGA AACATTCCCA CAGGAGTCTC CTCTGGCCTC 
TACAGTGAAA GGTTAGCATC TAACCAGTTC TCCCATTTAC AGCACAGTGA GAGTACATCG 
TCTCACTCAT TCACAAGTAA GTCTAAAACC ACTGACAGGC CAGCAGCTGT CGAGAAAGCA 
GCACCCACCC AAGGAGTTCA AATGCATTTC AGTGAAGCAA GGCAGCAAGG GCCTGGAACC 
AGTGCTGTCT CTTCTAGCTC TCCATCTGGC AGCTTGATTA TTTCTAGCTC TTCCAACAGT 
TTAACTTCAA GCAACAGCTT TTCAGATAAC GTGAAAGGAC TAGGGCCAGA TGTTCGAATT 
AAGGAAAATA AATCTAGCCA AGGTCTAAGT GGTACAACCG AACATAGACC ACGCAATACC 
CCATTTATGG GGATCATGGA TAAAACTGCC AGGTTTCAGC AGCAGAGCAG TCAAACAAAT 
CGCACTTGGA ATTGCCAGGT ATCTGAAGGA TTACTACCAA ATGCTTCTGG TGGGGGCATT 
CAGTCCACAA CCTGCGAGCA GTTTTCTGGC AAACAGCCCA GTGGATACAG TAATTTAACC 
AAAACCTCCT CTACAGCTAT GGCCCCTGGA GAAGGTATCC AAAATGGAAT GCAAGCTAAA 
GAACTCAAAG AGCTCAAGAG CCAAATGCCT GCCCACTCGC AAGACAGCAG GATATCTAAG 
CCTGTCTCTC ATTTGTTTCC AGATGCTCTG TCTAAACAAC AGTCCCATAT TAATAAGGAA 
GGCCATTTAA GTCATGTCTC TTCTGCAAAA CCAAAGCGAT CATTTGTTGA GTCTAATGTA 
TGA

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

TANC1 ( XM_019480245.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019335790.1 Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X2, mRNA.

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CloneID	OAl78588
Clone ID Related Accession (Same CDS sequence)	XM_019480245.1
Accession Version	XM_019480245.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5673bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	protein TANC1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017714267.1) 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 Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGTTTTC TCTCCCACAC CCCCATCCAG ATGAAGTCGG GTCAGGAGCC AGGCATTCAT 
CTGACAGAGA ACAGCGTTAA AATGTTAAAG GCAGTTTTGA AAAAGAGCCG AGAAGGTGGA 
AAGGGGAACA AGAAGGAAAC AGCAGGTGAC TCCTGCCCAG AGAATGCTGT ACCGGTTATT 
GTAGCATCTG GTCAAAATGC AGATTTTCCT ATTGGAAATC AGCCTGTACC TGAGGATATG 
TATAGAATGA ACTTGACTAA AGGAGTCTCA ATGTCTTTGC CATCATCACC TTTACTACCA 
CGTCAGTCTT ACTTGATGCA GTCAAGATCA AACAGAAAAT CTCCAGGTCC GATCAGGAAG 
CCCAAGTTCG TGGAAAGTCC CAGAGTGCCA GGAGATGCAG TTGTTGTACC ATTCAGAAAA 
GTGTCAGAGC CAACAGAACC CAATCAGAAT GAAGCAAAGC CTGATAAAGA ATCAAACTGT 
TCACCTGCAG CACAAGAATT GATGACAAGA TTGGGATTTT TACTGGGAGA AGGGATCCCA 
GCCTCTGCAC ACATAACTGT AGAAGAAAAA AATGAAACCA TGTGCACAGT AGCCAGTCAA 
GGAGTCAGTC CCTGCTCTAC ACTAACAAGC AGCACTACAT CACCTAGCAC TGATAGTCCC 
TGCTCAACTC TGAATAGCTG TATTGGCAAA ACAGCAGCTA ACAAAAGTAG TCCCTGTGGG 
ACCATTAGCA GCCCTAGCTC CACATTGGAA AGCAAGGACA GTGGAATTAT AGCAACTATA 
ACAAGTTCTT CTGAAAATGA TGACCGCAGT GGATCCAGTT TGGAGTGGAG TAAAGACGGA 
AGTCTCAGAA CTGGTGTGCT TCAAGGAATT ATTCATGATC GAAGAACAGA TAATTGTTCA 
CCAGTTGCTG AAGAGGAGGC AGTTGGAGCT GCTGAGAGTT TGCCCAAAGC AGAAGTGCCT 
AGTGCAGATG GTCCTGTTCC CTATACGCAG AGTTCTAGCT CATTAGCAAT GCCTCGTCCC 
AATTCTGTTG CAGCAACAAG TTCAACCAAG CTTGAAGATT TGAGTTATTT GGATGGACAA 
AGGAATACTC CCTTACGCAC CTCAATTCGC TTACCTTGGC ATAATACTGC AGGAGGAAGA 
GTACAGCAAG AAATTAAAGC ACGTTTTGTC CCCTATAAGC CTCAAGACAT CTTGCTAAAG 
CCACTATTGT TTGAAGTGCC AAGCATAACA ACAGACTCTG TGTTTGTCGG AAGAGATTGG 
CTGTTTCAAG TGATTGAAGA AAACTTGAAG AATACAGAGC TGGCAGAAAA CAAGGGAGCA 
GTTATTATTG GAAATGTGGG ATTTGGGAAG ACTGCTGTTG TTTCAAGACT GGTGGCACTC 
AGCTGCCATG GAAGTCGCAT GAGGCAGATT GCTTCGAACA GTCCTAATTC ATCTCCCAAA 
AGTGGTGACC CCTGTCAGGA GATTCCCCTT GCACAGTTAT CTTCATCTGC CCCTTCCACA 
AATGGTAGCA ATACAGTGAA GTCTCTGAGT TCTCCTGGTA CTCCTGAGCA TCAAAATCAA 
ACTGGTGATT CAGTGCGACG CCTTGCTTCA AAGGTCGTTG CCTATCACTA TTGCCAAGCT 
GACAACACGT ACACGTGTCT TGTCCCAGAA TTTGTCCATA GTATTGCAGC TTTACTTTGC 
CGGTCGCATC AGTTAATGGC ATACCGAGAT CTTCTAATAA AAGAGCCTCA TCTACAAAGC 
ATGCTTAGCC TTAGATCCTG CGTCCAAGAT CCAGTGGCAG CTTTTAAAAG AGGAGTGTTG 
GAGCCACTTG CAAACCTCAG GAAAGAGCAG AAAATTCCTG AAGAAGAATA CATCATTTTG 
ATAGATGGTT TAAATGATGC TGAATTCCAC AAACCTGATT ATGGTGACAC ACTTTCTTCA 
TTTATCACAA ATATTATTTT TAAATTCCCT TCTTGGTTGA AGCTGATTGT GACGGTGAGA 
ACTAACTTTC AGGAAATAGC AAGTTTATTA CCTTTTTTCA AAATCTCTCT CGACAATTTC 
CCGGACAACA AAGAAATCCA TGGTGATCTG AATGCCTATA TTCAGTACAG GATCAGTAGC 
AGTCAGGAAA TTATAAACAA TATATCTTTA AATGGGAAAG CTGATGCAGC CACAGTCGGG 
AAAGTGGGTA ATCACCTGAT CATGAGGAGC CTGGGATCTT ACCTCTATTT GAAATTGACA 
TTGGATCTTT TTCAAAAGGG TCACCTGGTG ATCAAAAGTG CAAGCTACAA AGTAGTTCCA 
GTGTCTCTGT CAGAACTTTA TTTGCTTCAG TGCAACATGA AGTTCATGAG CAACTCTGCT 
TTTGAGAGAG CCCTGCCAAT ATTAAATGTG GCACTAGCAT CCCTTCATCC TATGACAGAT 
GACCAGATTT TCACAGCTAT TAATGCTGGT CAGATAAATG GTGAACTGGA ATGGGAAGAC 
TTCCACCAGA GAATGGAGGC CCTTTCATGT TTTCTGATAA AAAGGCGTGA CAAAACACGT 
ATGTTCTGCC ATCCTTCCTT CAGGGAATGG CTTGTTTGGA GAGCAGATGG TGAAAATACT 
GACTTCTTAT GTGAACCAAG GAATGGGCAT GCTCTACTGG CATTCATGTT TTCTCGACAG 
GAGGGAAAAT TAAACCGGCA ACAAACCATG GAACTTGGTC ATCACATTCT TAAAGCTCAC 
ATTTTTAAGG GTCTTAGTAA AAAGACTGGA ATTTCTTCCA GTCACCTTCA AGCTCTGTGG 
ATTGGATATA GTACTGATGG ATTGTCAGCT GCCCTTGCTT CTCTGAGAAA CCTCTATACA 
CCTAATGTGA AGGTGAGTCG CTTGCTGATC TTGGCAGGAG CAAATGTGAA TTACAGGACT 
GAAGTTCTGA ACAATGCTCC AATATTGTGC GTTCAGTCTC ATCTTGGTCA TGAAGAAGTG 
GTCGCTCTCC TGCTGGAATT TGGAGCTGCT GTTGATGGTA CATCTGAAAA CGGGATGACT 
GCACTTAGCT ATGCAGCTGC TGCAGGTCAC ATGAACATAG TTTCACTGCT TTGCAAAAGA 
AGTGAAAGGG CCGACTACCT GGACAAGAAA GGCCAATGTG CTTTGGTTCA TAGTGCATTG 
AGAGGACATT GTGATATCCT TCAGTACTTG CTCAATATTG ATTGGCCAGT TTCTTCCCAT 
GAACAAAATT CATTGAGGAA ATGTCAGGCA CTTCAGCAAG CATTGACAGC AGCTTCCAGT 
ATGGGCCACT GTCAGGTGAT TCGTTACCTG CTGGGGATTG AAAAGGAACA TGGAGTAGAC 
CTCAATGATA CTGATGTGCT GTGGGGAGAA ACAGCCCTGA CGGCGGCTGC AGGGCGGGGG 
AAGCTGGACG TGTGTGAAGT ACTTCTGGAA CATGGAGCTG CTGTGACAAG AACCAACAGG 
AGGGGGGTCT CCCCACTTTT CTGTGCTGTG CGCCAGGGAC ATTGGCAGAT TGCAGAGCTT 
CTGTTAGAGC ACGGATCTGA TGTTAATTTG AGTGACAAGC AAGGCAGGAC ACCACTTATG 
GTGGCTTCTT GTGAAGGACA TTTGAGCACG GTGGAATTTC TACTTTCCAA AGGTGCAGCC 
ATTTCATCAC TGGATAGAGA GGGGCTAACA GCACTGAGCT GGGCTTGCTT AAAGGGCCAT 
AAAGATGTGG TTCAACATTT GGTTGAGAAA GGTGCAACAA TAGATCAGAC AGACAAAAAT 
GGCCGAACAC CCTTGGATTT GGCAGCTTTC TATGGGGACG CTGATATTGT GCAGTATTTA 
GTAGAGAAGG GTGCAGTGAT TGAACATGTT GACCACAGCG GTATGCGTCC ATTGGACAGA 
GCAATTGGAT GTCGAAATAC AGCAGTAGTG GTCATGCTAC TTAGGAAAGG AGCCAAATTA 
GGAAATGCAG CTTGGGCAAT GGCCACTTCT AAACCTGACA TTCTGATTAT TCTACTGCAG 
AAGCTGATGG AAGAAGGAAA CGTACTGTAC AAAAAAGGGA AGATGAAAGA AGCAGCTCAG 
CGATATCAGT ATGCCCTAAG GAAGTTTCCT CGGGAAGGGT TTGGAGAAGA AATGAAAGCT 
TTCAATGAGC TGAGAGTGTC GCTGTATTTA AACTTGTCAC GGTGCCGCAG AAAAACAAAC 
GATTTTGGCA TGGCTGAAGA GTTTGCTACC AAGGCACTTG AACTGAAACC CAACTCTTAC 
GAAGCCTATT ATGCTAGAGC AAGAGCCAAG AGAAATAGCA GACAGTTTCT TGCAGCTCTT 
GCTGACCTCC GAGAAGCCAT AAAGCTGTGT CCTAGTAATC AAGAAATACA AAGGCTCCTG 
GCTCGAGTAG AAGAGGAATG CAAACAGTTC CAGAGAACCC AGCAACAGAA GAGGCAGTCT 
CCTCAGCCGG CACAGCAGAA TAATGACTCT GACAATGAAG AGGAGGCTCT TGTCCAAGGT 
TTGAATGATC GTATGGGTCT TGAAGAAATA GAAGAAGAAG AATTGCCATA CCACGATGAG 
TCCATTCCAC CTTCACAGAG GCTGCAGCAT TCCCTGTCTG CTTTACCTTA CAGTAGGACC 
CTTCAAGAAG GCCTCCAGCA GAAAGCCAGA CCAGCATCCC CTCAGAACAG AGCAGGAAGT 
AAATATCTGA GAGAGCCGGG TTTGATCATG CAGCCTACAA AGCAAGCACA AATTGTAAAA 
ACAAATCAGC ATTTGAGCTC TACACAGTCA GGGCTGAGAA CTGGAAGTGG TCAGTGTAGT 
ACAAAGACAC CATCATCTTT TCAGCATCTT CCCTCGAGTC CAATGCCAGC CCGACACCCT 
GGAAATCTGG CCAACAGTAA AAGTCAGTTT ATAGATGGGG CAAACACTGT ATCGTCTGGA 
AACATTCCCA CAGGAGTCTC CTCTGGCCTC TACAGTGAAA GGTTAGCATC TAACCAGTTC 
TCCCATTTAC AGCACAGTGA GAGTACATCG TCTCACTCAT TCACAAGTAA GTCTAAAACC 
ACTGACAGGC CAGCAGCTGT CGAGAAAGCA GCACCCACCC AAGGAGTTCA AATGCATTTC 
AGTGAAGCAA GGCAGCAAGG GCCTGGAACC AGTGCTGTCT CTTCTAGCTC TCCATCTGGC 
AGCTTGATTA TTTCTAGCTC TTCCAACAGT TTAACTTCAA GCAACAGCTT TTCAGATAAC 
GTGAAAGGAC TAGGGCCAGA TGTTCGAATT AAGGAAAATA AATCTAGCCA AGGTCTAAGT 
GGTACAACCG AACATAGACC ACGCAATACC CCATTTATGG GGATCATGGA TAAAACTGCC 
AGGTTTCAGC AGCAGAGCAG TCAAACAAAT CGCACTTGGA ATTGCCAGGT ATCTGAAGGA 
TTACTACCAA ATGCTTCTGG TGGGGGCATT CAGTCCACAA CCTGCGAGCA GTTTTCTGGC 
AAACAGCCCA GTGGATACAG TAATTTAACC AAAACCTCCT CTACAGCTAT GGCCCCTGGA 
GAAGGTATCC AAAATGGAAT GCAAGCTAAA GAACTCAAAG AGCTCAAGAG CCAAATGCCT 
GCCCACTCGC AAGACAGCAG GATATCTAAG CCTGTCTCTC ATTTGTTTCC AGATGCTCTG 
TCTAAACAAC AGTCCCATAT TAATAAGGAA GGCCATTTAA GTCATGTCTC TTCTGCAAAA 
CCAAAGCGAT CATTTGTTGA GTCTAATGTA TGA

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

RefSeq	XP_019335790.1
CDS	341..6013
Translation	MCFLSHTPIQMKSGQEPGIHLTENSVKMLKAVLKKSREGGKGNKKETAGDSCPENAVPVIVASGQNADFPIGNQPVPEDMYRMNLTKGVSMSLPSSPLLPRQSYLMQSRSNRKSPGPIRKPKFVESPRVPGDAVVVPFRKVSEPTEPNQNEAKPDKESNCSPAAQELMTRLGFLLGEGIPASAHITVEEKNETMCTVASQGVSPCSTLTSSTTSPSTDSPCSTLNSCIGKTAANKSSPCGTISSPSSTLESKDSGIIATITSSSENDDRSGSSLEWSKDGSLRTGVLQGIIHDRRTDNCSPVAEEEAVGAAESLPKAEVPSADGPVPYTQSSSSLAMPRPNSVAATSSTKLEDLSYLDGQRNTPLRTSIRLPWHNTAGGRVQQEIKARFVPYKPQDILLKPLLFEVPSITTDSVFVGRDWLFQVIEENLKNTELAENKGAVIIGNVGFGKTAVVSRLVALSCHGSRMRQIASNSPNSSPKSGDPCQEIPLAQLSSSAPSTNGSNTVKSLSSPGTPEHQNQTGDSVRRLASKVVAYHYCQADNTYTCLVPEFVHSIAALLCRSHQLMAYRDLLIKEPHLQSMLSLRSCVQDPVAAFKRGVLEPLANLRKEQKIPEEEYIILIDGLNDAEFHKPDYGDTLSSFITNIIFKFPSWLKLIVTVRTNFQEIASLLPFFKISLDNFPDNKEIHGDLNAYIQYRISSSQEIINNISLNGKADAATVGKVGNHLIMRSLGSYLYLKLTLDLFQKGHLVIKSASYKVVPVSLSELYLLQCNMKFMSNSAFERALPILNVALASLHPMTDDQIFTAINAGQINGELEWEDFHQRMEALSCFLIKRRDKTRMFCHPSFREWLVWRADGENTDFLCEPRNGHALLAFMFSRQEGKLNRQQTMELGHHILKAHIFKGLSKKTGISSSHLQALWIGYSTDGLSAALASLRNLYTPNVKVSRLLILAGANVNYRTEVLNNAPILCVQSHLGHEEVVALLLEFGAAVDGTSENGMTALSYAAAAGHMNIVSLLCKRSERADYLDKKGQCALVHSALRGHCDILQYLLNIDWPVSSHEQNSLRKCQALQQALTAASSMGHCQVIRYLLGIEKEHGVDLNDTDVLWGETALTAAAGRGKLDVCEVLLEHGAAVTRTNRRGVSPLFCAVRQGHWQIAELLLEHGSDVNLSDKQGRTPLMVASCEGHLSTVEFLLSKGAAISSLDREGLTALSWACLKGHKDVVQHLVEKGATIDQTDKNGRTPLDLAAFYGDADIVQYLVEKGAVIEHVDHSGMRPLDRAIGCRNTAVVVMLLRKGAKLGNAAWAMATSKPDILIILLQKLMEEGNVLYKKGKMKEAAQRYQYALRKFPREGFGEEMKAFNELRVSLYLNLSRCRRKTNDFGMAEEFATKALELKPNSYEAYYARARAKRNSRQFLAALADLREAIKLCPSNQEIQRLLARVEEECKQFQRTQQQKRQSPQPAQQNNDSDNEEEALVQGLNDRMGLEEIEEEELPYHDESIPPSQRLQHSLSALPYSRTLQEGLQQKARPASPQNRAGSKYLREPGLIMQPTKQAQIVKTNQHLSSTQSGLRTGSGQCSTKTPSSFQHLPSSPMPARHPGNLANSKSQFIDGANTVSSGNIPTGVSSGLYSERLASNQFSHLQHSESTSSHSFTSKSKTTDRPAAVEKAAPTQGVQMHFSEARQQGPGTSAVSSSSPSGSLIISSSSNSLTSSNSFSDNVKGLGPDVRIKENKSSQGLSGTTEHRPRNTPFMGIMDKTARFQQQSSQTNRTWNCQVSEGLLPNASGGGIQSTTCEQFSGKQPSGYSNLTKTSSTAMAPGEGIQNGMQAKELKELKSQMPAHSQDSRISKPVSHLFPDALSKQQSHINKEGHLSHVSSAKPKRSFVESNV

Target ORF information:

RefSeq Version	XM_019480245.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X2, mRNA.

Target ORF information:

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

XM_019480245.1

ORF Insert Sequence:

ATGTGTTTTC TCTCCCACAC CCCCATCCAG ATGAAGTCGG GTCAGGAGCC AGGCATTCAT 
CTGACAGAGA ACAGCGTTAA AATGTTAAAG GCAGTTTTGA AAAAGAGCCG AGAAGGTGGA 
AAGGGGAACA AGAAGGAAAC AGCAGGTGAC TCCTGCCCAG AGAATGCTGT ACCGGTTATT 
GTAGCATCTG GTCAAAATGC AGATTTTCCT ATTGGAAATC AGCCTGTACC TGAGGATATG 
TATAGAATGA ACTTGACTAA AGGAGTCTCA ATGTCTTTGC CATCATCACC TTTACTACCA 
CGTCAGTCTT ACTTGATGCA GTCAAGATCA AACAGAAAAT CTCCAGGTCC GATCAGGAAG 
CCCAAGTTCG TGGAAAGTCC CAGAGTGCCA GGAGATGCAG TTGTTGTACC ATTCAGAAAA 
GTGTCAGAGC CAACAGAACC CAATCAGAAT GAAGCAAAGC CTGATAAAGA ATCAAACTGT 
TCACCTGCAG CACAAGAATT GATGACAAGA TTGGGATTTT TACTGGGAGA AGGGATCCCA 
GCCTCTGCAC ACATAACTGT AGAAGAAAAA AATGAAACCA TGTGCACAGT AGCCAGTCAA 
GGAGTCAGTC CCTGCTCTAC ACTAACAAGC AGCACTACAT CACCTAGCAC TGATAGTCCC 
TGCTCAACTC TGAATAGCTG TATTGGCAAA ACAGCAGCTA ACAAAAGTAG TCCCTGTGGG 
ACCATTAGCA GCCCTAGCTC CACATTGGAA AGCAAGGACA GTGGAATTAT AGCAACTATA 
ACAAGTTCTT CTGAAAATGA TGACCGCAGT GGATCCAGTT TGGAGTGGAG TAAAGACGGA 
AGTCTCAGAA CTGGTGTGCT TCAAGGAATT ATTCATGATC GAAGAACAGA TAATTGTTCA 
CCAGTTGCTG AAGAGGAGGC AGTTGGAGCT GCTGAGAGTT TGCCCAAAGC AGAAGTGCCT 
AGTGCAGATG GTCCTGTTCC CTATACGCAG AGTTCTAGCT CATTAGCAAT GCCTCGTCCC 
AATTCTGTTG CAGCAACAAG TTCAACCAAG CTTGAAGATT TGAGTTATTT GGATGGACAA 
AGGAATACTC CCTTACGCAC CTCAATTCGC TTACCTTGGC ATAATACTGC AGGAGGAAGA 
GTACAGCAAG AAATTAAAGC ACGTTTTGTC CCCTATAAGC CTCAAGACAT CTTGCTAAAG 
CCACTATTGT TTGAAGTGCC AAGCATAACA ACAGACTCTG TGTTTGTCGG AAGAGATTGG 
CTGTTTCAAG TGATTGAAGA AAACTTGAAG AATACAGAGC TGGCAGAAAA CAAGGGAGCA 
GTTATTATTG GAAATGTGGG ATTTGGGAAG ACTGCTGTTG TTTCAAGACT GGTGGCACTC 
AGCTGCCATG GAAGTCGCAT GAGGCAGATT GCTTCGAACA GTCCTAATTC ATCTCCCAAA 
AGTGGTGACC CCTGTCAGGA GATTCCCCTT GCACAGTTAT CTTCATCTGC CCCTTCCACA 
AATGGTAGCA ATACAGTGAA GTCTCTGAGT TCTCCTGGTA CTCCTGAGCA TCAAAATCAA 
ACTGGTGATT CAGTGCGACG CCTTGCTTCA AAGGTCGTTG CCTATCACTA TTGCCAAGCT 
GACAACACGT ACACGTGTCT TGTCCCAGAA TTTGTCCATA GTATTGCAGC TTTACTTTGC 
CGGTCGCATC AGTTAATGGC ATACCGAGAT CTTCTAATAA AAGAGCCTCA TCTACAAAGC 
ATGCTTAGCC TTAGATCCTG CGTCCAAGAT CCAGTGGCAG CTTTTAAAAG AGGAGTGTTG 
GAGCCACTTG CAAACCTCAG GAAAGAGCAG AAAATTCCTG AAGAAGAATA CATCATTTTG 
ATAGATGGTT TAAATGATGC TGAATTCCAC AAACCTGATT ATGGTGACAC ACTTTCTTCA 
TTTATCACAA ATATTATTTT TAAATTCCCT TCTTGGTTGA AGCTGATTGT GACGGTGAGA 
ACTAACTTTC AGGAAATAGC AAGTTTATTA CCTTTTTTCA AAATCTCTCT CGACAATTTC 
CCGGACAACA AAGAAATCCA TGGTGATCTG AATGCCTATA TTCAGTACAG GATCAGTAGC 
AGTCAGGAAA TTATAAACAA TATATCTTTA AATGGGAAAG CTGATGCAGC CACAGTCGGG 
AAAGTGGGTA ATCACCTGAT CATGAGGAGC CTGGGATCTT ACCTCTATTT GAAATTGACA 
TTGGATCTTT TTCAAAAGGG TCACCTGGTG ATCAAAAGTG CAAGCTACAA AGTAGTTCCA 
GTGTCTCTGT CAGAACTTTA TTTGCTTCAG TGCAACATGA AGTTCATGAG CAACTCTGCT 
TTTGAGAGAG CCCTGCCAAT ATTAAATGTG GCACTAGCAT CCCTTCATCC TATGACAGAT 
GACCAGATTT TCACAGCTAT TAATGCTGGT CAGATAAATG GTGAACTGGA ATGGGAAGAC 
TTCCACCAGA GAATGGAGGC CCTTTCATGT TTTCTGATAA AAAGGCGTGA CAAAACACGT 
ATGTTCTGCC ATCCTTCCTT CAGGGAATGG CTTGTTTGGA GAGCAGATGG TGAAAATACT 
GACTTCTTAT GTGAACCAAG GAATGGGCAT GCTCTACTGG CATTCATGTT TTCTCGACAG 
GAGGGAAAAT TAAACCGGCA ACAAACCATG GAACTTGGTC ATCACATTCT TAAAGCTCAC 
ATTTTTAAGG GTCTTAGTAA AAAGACTGGA ATTTCTTCCA GTCACCTTCA AGCTCTGTGG 
ATTGGATATA GTACTGATGG ATTGTCAGCT GCCCTTGCTT CTCTGAGAAA CCTCTATACA 
CCTAATGTGA AGGTGAGTCG CTTGCTGATC TTGGCAGGAG CAAATGTGAA TTACAGGACT 
GAAGTTCTGA ACAATGCTCC AATATTGTGC GTTCAGTCTC ATCTTGGTCA TGAAGAAGTG 
GTCGCTCTCC TGCTGGAATT TGGAGCTGCT GTTGATGGTA CATCTGAAAA CGGGATGACT 
GCACTTAGCT ATGCAGCTGC TGCAGGTCAC ATGAACATAG TTTCACTGCT TTGCAAAAGA 
AGTGAAAGGG CCGACTACCT GGACAAGAAA GGCCAATGTG CTTTGGTTCA TAGTGCATTG 
AGAGGACATT GTGATATCCT TCAGTACTTG CTCAATATTG ATTGGCCAGT TTCTTCCCAT 
GAACAAAATT CATTGAGGAA ATGTCAGGCA CTTCAGCAAG CATTGACAGC AGCTTCCAGT 
ATGGGCCACT GTCAGGTGAT TCGTTACCTG CTGGGGATTG AAAAGGAACA TGGAGTAGAC 
CTCAATGATA CTGATGTGCT GTGGGGAGAA ACAGCCCTGA CGGCGGCTGC AGGGCGGGGG 
AAGCTGGACG TGTGTGAAGT ACTTCTGGAA CATGGAGCTG CTGTGACAAG AACCAACAGG 
AGGGGGGTCT CCCCACTTTT CTGTGCTGTG CGCCAGGGAC ATTGGCAGAT TGCAGAGCTT 
CTGTTAGAGC ACGGATCTGA TGTTAATTTG AGTGACAAGC AAGGCAGGAC ACCACTTATG 
GTGGCTTCTT GTGAAGGACA TTTGAGCACG GTGGAATTTC TACTTTCCAA AGGTGCAGCC 
ATTTCATCAC TGGATAGAGA GGGGCTAACA GCACTGAGCT GGGCTTGCTT AAAGGGCCAT 
AAAGATGTGG TTCAACATTT GGTTGAGAAA GGTGCAACAA TAGATCAGAC AGACAAAAAT 
GGCCGAACAC CCTTGGATTT GGCAGCTTTC TATGGGGACG CTGATATTGT GCAGTATTTA 
GTAGAGAAGG GTGCAGTGAT TGAACATGTT GACCACAGCG GTATGCGTCC ATTGGACAGA 
GCAATTGGAT GTCGAAATAC AGCAGTAGTG GTCATGCTAC TTAGGAAAGG AGCCAAATTA 
GGAAATGCAG CTTGGGCAAT GGCCACTTCT AAACCTGACA TTCTGATTAT TCTACTGCAG 
AAGCTGATGG AAGAAGGAAA CGTACTGTAC AAAAAAGGGA AGATGAAAGA AGCAGCTCAG 
CGATATCAGT ATGCCCTAAG GAAGTTTCCT CGGGAAGGGT TTGGAGAAGA AATGAAAGCT 
TTCAATGAGC TGAGAGTGTC GCTGTATTTA AACTTGTCAC GGTGCCGCAG AAAAACAAAC 
GATTTTGGCA TGGCTGAAGA GTTTGCTACC AAGGCACTTG AACTGAAACC CAACTCTTAC 
GAAGCCTATT ATGCTAGAGC AAGAGCCAAG AGAAATAGCA GACAGTTTCT TGCAGCTCTT 
GCTGACCTCC GAGAAGCCAT AAAGCTGTGT CCTAGTAATC AAGAAATACA AAGGCTCCTG 
GCTCGAGTAG AAGAGGAATG CAAACAGTTC CAGAGAACCC AGCAACAGAA GAGGCAGTCT 
CCTCAGCCGG CACAGCAGAA TAATGACTCT GACAATGAAG AGGAGGCTCT TGTCCAAGGT 
TTGAATGATC GTATGGGTCT TGAAGAAATA GAAGAAGAAG AATTGCCATA CCACGATGAG 
TCCATTCCAC CTTCACAGAG GCTGCAGCAT TCCCTGTCTG CTTTACCTTA CAGTAGGACC 
CTTCAAGAAG GCCTCCAGCA GAAAGCCAGA CCAGCATCCC CTCAGAACAG AGCAGGAAGT 
AAATATCTGA GAGAGCCGGG TTTGATCATG CAGCCTACAA AGCAAGCACA AATTGTAAAA 
ACAAATCAGC ATTTGAGCTC TACACAGTCA GGGCTGAGAA CTGGAAGTGG TCAGTGTAGT 
ACAAAGACAC CATCATCTTT TCAGCATCTT CCCTCGAGTC CAATGCCAGC CCGACACCCT 
GGAAATCTGG CCAACAGTAA AAGTCAGTTT ATAGATGGGG CAAACACTGT ATCGTCTGGA 
AACATTCCCA CAGGAGTCTC CTCTGGCCTC TACAGTGAAA GGTTAGCATC TAACCAGTTC 
TCCCATTTAC AGCACAGTGA GAGTACATCG TCTCACTCAT TCACAAGTAA GTCTAAAACC 
ACTGACAGGC CAGCAGCTGT CGAGAAAGCA GCACCCACCC AAGGAGTTCA AATGCATTTC 
AGTGAAGCAA GGCAGCAAGG GCCTGGAACC AGTGCTGTCT CTTCTAGCTC TCCATCTGGC 
AGCTTGATTA TTTCTAGCTC TTCCAACAGT TTAACTTCAA GCAACAGCTT TTCAGATAAC 
GTGAAAGGAC TAGGGCCAGA TGTTCGAATT AAGGAAAATA AATCTAGCCA AGGTCTAAGT 
GGTACAACCG AACATAGACC ACGCAATACC CCATTTATGG GGATCATGGA TAAAACTGCC 
AGGTTTCAGC AGCAGAGCAG TCAAACAAAT CGCACTTGGA ATTGCCAGGT ATCTGAAGGA 
TTACTACCAA ATGCTTCTGG TGGGGGCATT CAGTCCACAA CCTGCGAGCA GTTTTCTGGC 
AAACAGCCCA GTGGATACAG TAATTTAACC AAAACCTCCT CTACAGCTAT GGCCCCTGGA 
GAAGGTATCC AAAATGGAAT GCAAGCTAAA GAACTCAAAG AGCTCAAGAG CCAAATGCCT 
GCCCACTCGC AAGACAGCAG GATATCTAAG CCTGTCTCTC ATTTGTTTCC AGATGCTCTG 
TCTAAACAAC AGTCCCATAT TAATAAGGAA GGCCATTTAA GTCATGTCTC TTCTGCAAAA 
CCAAAGCGAT CATTTGTTGA GTCTAATGTA TGA

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

TANC1 ( XM_019480246.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019335791.1 Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OAl78589
Clone ID Related Accession (Same CDS sequence)	XM_019480246.1 , XM_019480247.1 , XM_019480252.1
Accession Version	XM_019480246.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5622bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	protein TANC1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017714267.1) 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 Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAAGG CAGTTTTGAA AAAGAGCCGA GAAGGTGGAA AGGGGAACAA GAAGGAAACA 
GCAGGTGACT CCTGCCCAGA GAATGCTGTA CCGGTTATTG TAGCATCTGG TCAAAATGCA 
GATTTTCCTA TTGGAAATCA GCCTGTACCT GAGGATATGT ATAGAATGAA CTTGACTAAA 
GGAGTCTCAA TGTCTTTGCC ATCATCACCT TTACTACCAC GTCAGTCTTA CTTGATGCAG 
TCAAGATCAA ACAGAAAATC TCCAGGTCCG ATCAGGAAGC CCAAGTTCGT GGAAAGTCCC 
AGAGTGCCAG GAGATGCAGT TGTTGTACCA TTCAGAAAAG TGTCAGAGCC AACAGAACCC 
AATCAGAATG AAGCAAAGCC TGATAAAGAA TCAAACTGTT CACCTGCAGC ACAAGAATTG 
ATGACAAGAT TGGGATTTTT ACTGGGAGAA GGGATCCCAG CCTCTGCACA CATAACTGTA 
GAAGAAAAAA ATGAAACCAT GTGCACAGTA GCCAGTCAAG GAGTCAGTCC CTGCTCTACA 
CTAACAAGCA GCACTACATC ACCTAGCACT GATAGTCCCT GCTCAACTCT GAATAGCTGT 
ATTGGCAAAA CAGCAGCTAA CAAAAGTAGT CCCTGTGGGA CCATTAGCAG CCCTAGCTCC 
ACATTGGAAA GCAAGGACAG TGGAATTATA GAGCGTATTC AGGATTTTAT TATTTTTTCA 
GCAACTATAA CAAGTTCTTC TGAAAATGAT GACCGCAGTG GATCCAGTTT GGAGTGGAGT 
AAAGACGGAA GTCTCAGAAC TGGTGTGCTT CAAGGAATTA TTCATGATCG AAGAACAGAT 
AATTGTTCAC CAGTTGCTGA AGAGGAGGCA GTTGGAGCTG CTGAGAGTTT GCCCAAAGCA 
GAAGTGCCTA GTGCAGATGG TCCTGTTCCC TATACGCAGA GTTCTAGCTC ATTAGCAATG 
CCTCGTCCCA ATTCTGTTGC AGCAACAAGT TCAACCAAGC TTGAAGATTT GAGTTATTTG 
GATGGACAAA GGAATACTCC CTTACGCACC TCAATTCGCT TACCTTGGCA TAATACTGCA 
GGAGGAAGAG TACAGCAAGA AATTAAAGCA CGTTTTGTCC CCTATAAGCC TCAAGACATC 
TTGCTAAAGC CACTATTGTT TGAAGTGCCA AGCATAACAA CAGACTCTGT GTTTGTCGGA 
AGAGATTGGC TGTTTCAAGT GATTGAAGAA AACTTGAAGA ATACAGAGCT GGCAGAAAAC 
AAGGGAGCAG TTATTATTGG AAATGTGGGA TTTGGGAAGA CTGCTGTTGT TTCAAGACTG 
GTGGCACTCA GCTGCCATGG AAGTCGCATG AGGCAGATTG CTTCGAACAG TCCTAATTCA 
TCTCCCAAAA GTGGTGACCC CTGTCAGGAG ATTCCCCTTG CACAGTTATC TTCATCTGCC 
CCTTCCACAA ATGGTAGCAA TACAGTGAAG TCTCTGAGTT CTCCTGGTAC TCCTGAGCAT 
CAAAATCAAA CTGGTGATTC AGTGCGACGC CTTGCTTCAA AGGTCGTTGC CTATCACTAT 
TGCCAAGCTG ACAACACGTA CACGTGTCTT GTCCCAGAAT TTGTCCATAG TATTGCAGCT 
TTACTTTGCC GGTCGCATCA GTTAATGGCA TACCGAGATC TTCTAATAAA AGAGCCTCAT 
CTACAAAGCA TGCTTAGCCT TAGATCCTGC GTCCAAGATC CAGTGGCAGC TTTTAAAAGA 
GGAGTGTTGG AGCCACTTGC AAACCTCAGG AAAGAGCAGA AAATTCCTGA AGAAGAATAC 
ATCATTTTGA TAGATGGTTT AAATGATGCT GAATTCCACA AACCTGATTA TGGTGACACA 
CTTTCTTCAT TTATCACAAA TATTATTTTT AAATTCCCTT CTTGGTTGAA GCTGATTGTG 
ACGGTGAGAA CTAACTTTCA GGAAATAGCA AGTTTATTAC CTTTTTTCAA AATCTCTCTC 
GACAATTTCC CGGACAACAA AGAAATCCAT GGTGATCTGA ATGCCTATAT TCAGTACAGG 
ATCAGTAGCA GTCAGGAAAT TATAAACAAT ATATCTTTAA ATGGGAAAGC TGATGCAGCC 
ACAGTCGGGA AAGTGGGTAA TCACCTGATC ATGAGGAGCC TGGGATCTTA CCTCTATTTG 
AAATTGACAT TGGATCTTTT TCAAAAGGGT CACCTGGTGA TCAAAAGTGC AAGCTACAAA 
GTAGTTCCAG TGTCTCTGTC AGAACTTTAT TTGCTTCAGT GCAACATGAA GTTCATGAGC 
AACTCTGCTT TTGAGAGAGC CCTGCCAATA TTAAATGTGG CACTAGCATC CCTTCATCCT 
ATGACAGATG ACCAGATTTT CACAGCTATT AATGCTGGTC AGATAAATGG TGAACTGGAA 
TGGGAAGACT TCCACCAGAG AATGGAGGCC CTTTCATGTT TTCTGATAAA AAGGCGTGAC 
AAAACACGTA TGTTCTGCCA TCCTTCCTTC AGGGAATGGC TTGTTTGGAG AGCAGATGGT 
GAAAATACTG ACTTCTTATG TGAACCAAGG AATGGGCATG CTCTACTGGC ATTCATGTTT 
TCTCGACAGG AGGGAAAATT AAACCGGCAA CAAACCATGG AACTTGGTCA TCACATTCTT 
AAAGCTCACA TTTTTAAGGG TCTTAGTAAA AAGACTGGAA TTTCTTCCAG TCACCTTCAA 
GCTCTGTGGA TTGGATATAG TACTGATGGA TTGTCAGCTG CCCTTGCTTC TCTGAGAAAC 
CTCTATACAC CTAATGTGAA GGTGAGTCGC TTGCTGATCT TGGCAGGAGC AAATGTGAAT 
TACAGGACTG AAGTTCTGAA CAATGCTCCA ATATTGTGCG TTCAGTCTCA TCTTGGTCAT 
GAAGAAGTGG TCGCTCTCCT GCTGGAATTT GGAGCTGCTG TTGATGGTAC ATCTGAAAAC 
GGGATGACTG CACTTAGCTA TGCAGCTGCT GCAGGTCACA TGAACATAGT TTCACTGCTT 
TGCAAAAGAA GTGAAAGGGC CGACTACCTG GACAAGAAAG GCCAATGTGC TTTGGTTCAT 
AGTGCATTGA GAGGACATTG TGATATCCTT CAGTACTTGC TCAATATTGA TTGGCCAGTT 
TCTTCCCATG AACAAAATTC ATTGAGGAAA TGTCAGGCAC TTCAGCAAGC ATTGACAGCA 
GCTTCCAGTA TGGGCCACTG TCAGGTGATT CGTTACCTGC TGGGGATTGA AAAGGAACAT 
GGAGTAGACC TCAATGATAC TGATGTGCTG TGGGGAGAAA CAGCCCTGAC GGCGGCTGCA 
GGGCGGGGGA AGCTGGACGT GTGTGAAGTA CTTCTGGAAC ATGGAGCTGC TGTGACAAGA 
ACCAACAGGA GGGGGGTCTC CCCACTTTTC TGTGCTGTGC GCCAGGGACA TTGGCAGATT 
GCAGAGCTTC TGTTAGAGCA CGGATCTGAT GTTAATTTGA GTGACAAGCA AGGCAGGACA 
CCACTTATGG TGGCTTCTTG TGAAGGACAT TTGAGCACGG TGGAATTTCT ACTTTCCAAA 
GGTGCAGCCA TTTCATCACT GGATAGAGAG GGGCTAACAG CACTGAGCTG GGCTTGCTTA 
AAGGGCCATA AAGATGTGGT TCAACATTTG GTTGAGAAAG GTGCAACAAT AGATCAGACA 
GACAAAAATG GCCGAACACC CTTGGATTTG GCAGCTTTCT ATGGGGACGC TGATATTGTG 
CAGTATTTAG TAGAGAAGGG TGCAGTGATT GAACATGTTG ACCACAGCGG TATGCGTCCA 
TTGGACAGAG CAATTGGATG TCGAAATACA GCAGTAGTGG TCATGCTACT TAGGAAAGGA 
GCCAAATTAG GAAATGCAGC TTGGGCAATG GCCACTTCTA AACCTGACAT TCTGATTATT 
CTACTGCAGA AGCTGATGGA AGAAGGAAAC GTACTGTACA AAAAAGGGAA GATGAAAGAA 
GCAGCTCAGC GATATCAGTA TGCCCTAAGG AAGTTTCCTC GGGAAGGGTT TGGAGAAGAA 
ATGAAAGCTT TCAATGAGCT GAGAGTGTCG CTGTATTTAA ACTTGTCACG GTGCCGCAGA 
AAAACAAACG ATTTTGGCAT GGCTGAAGAG TTTGCTACCA AGGCACTTGA ACTGAAACCC 
AACTCTTACG AAGCCTATTA TGCTAGAGCA AGAGCCAAGA GAAATAGCAG ACAGTTTCTT 
GCAGCTCTTG CTGACCTCCG AGAAGCCATA AAGCTGTGTC CTAGTAATCA AGAAATACAA 
AGGCTCCTGG CTCGAGTAGA AGAGGAATGC AAACAGTTCC AGAGAACCCA GCAACAGAAG 
AGGCAGTCTC CTCAGCCGGC ACAGCAGAAT AATGACTCTG ACAATGAAGA GGAGGCTCTT 
GTCCAAGGTT TGAATGATCG TATGGGTCTT GAAGAAATAG AAGAAGAAGA ATTGCCATAC 
CACGATGAGT CCATTCCACC TTCACAGAGG CTGCAGCATT CCCTGTCTGC TTTACCTTAC 
AGTAGGACCC TTCAAGAAGG CCTCCAGCAG AAAGCCAGAC CAGCATCCCC TCAGAACAGA 
GCAGGAAGTA AATATCTGAG AGAGCCGGGT TTGATCATGC AGCCTACAAA GCAAGCACAA 
ATTGTAAAAA CAAATCAGCA TTTGAGCTCT ACACAGTCAG GGCTGAGAAC TGGAAGTGGT 
CAGTGTAGTA CAAAGACACC ATCATCTTTT CAGCATCTTC CCTCGAGTCC AATGCCAGCC 
CGACACCCTG GAAATCTGGC CAACAGTAAA AGTCAGTTTA TAGATGGGGC AAACACTGTA 
TCGTCTGGAA ACATTCCCAC AGGAGTCTCC TCTGGCCTCT ACAGTGAAAG GTTAGCATCT 
AACCAGTTCT CCCATTTACA GCACAGTGAG AGTACATCGT CTCACTCATT CACAAGTAAG 
TCTAAAACCA CTGACAGGCC AGCAGCTGTC GAGAAAGCAG CACCCACCCA AGGAGTTCAA 
ATGCATTTCA GTGAAGCAAG GCAGCAAGGG CCTGGAACCA GTGCTGTCTC TTCTAGCTCT 
CCATCTGGCA GCTTGATTAT TTCTAGCTCT TCCAACAGTT TAACTTCAAG CAACAGCTTT 
TCAGATAACG TGAAAGGACT AGGGCCAGAT GTTCGAATTA AGGAAAATAA ATCTAGCCAA 
GGTCTAAGTG GTACAACCGA ACATAGACCA CGCAATACCC CATTTATGGG GATCATGGAT 
AAAACTGCCA GGTTTCAGCA GCAGAGCAGT CAAACAAATC GCACTTGGAA TTGCCAGGTA 
TCTGAAGGAT TACTACCAAA TGCTTCTGGT GGGGGCATTC AGTCCACAAC CTGCGAGCAG 
TTTTCTGGCA AACAGCCCAG TGGATACAGT AATTTAACCA AAACCTCCTC TACAGCTATG 
GCCCCTGGAG AAGGTATCCA AAATGGAATG CAAGCTAAAG AACTCAAAGA GCTCAAGAGC 
CAAATGCCTG CCCACTCGCA AGACAGCAGG ATATCTAAGC CTGTCTCTCA TTTGTTTCCA 
GATGCTCTGT CTAAACAACA GTCCCATATT AATAAGGAAG GCCATTTAAG TCATGTCTCT 
TCTGCAAAAC CAAAGCGATC ATTTGTTGAG TCTAATGTAT GA

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

RefSeq	XP_019335791.1
CDS	122..5743
Translation	MLKAVLKKSREGGKGNKKETAGDSCPENAVPVIVASGQNADFPIGNQPVPEDMYRMNLTKGVSMSLPSSPLLPRQSYLMQSRSNRKSPGPIRKPKFVESPRVPGDAVVVPFRKVSEPTEPNQNEAKPDKESNCSPAAQELMTRLGFLLGEGIPASAHITVEEKNETMCTVASQGVSPCSTLTSSTTSPSTDSPCSTLNSCIGKTAANKSSPCGTISSPSSTLESKDSGIIERIQDFIIFSATITSSSENDDRSGSSLEWSKDGSLRTGVLQGIIHDRRTDNCSPVAEEEAVGAAESLPKAEVPSADGPVPYTQSSSSLAMPRPNSVAATSSTKLEDLSYLDGQRNTPLRTSIRLPWHNTAGGRVQQEIKARFVPYKPQDILLKPLLFEVPSITTDSVFVGRDWLFQVIEENLKNTELAENKGAVIIGNVGFGKTAVVSRLVALSCHGSRMRQIASNSPNSSPKSGDPCQEIPLAQLSSSAPSTNGSNTVKSLSSPGTPEHQNQTGDSVRRLASKVVAYHYCQADNTYTCLVPEFVHSIAALLCRSHQLMAYRDLLIKEPHLQSMLSLRSCVQDPVAAFKRGVLEPLANLRKEQKIPEEEYIILIDGLNDAEFHKPDYGDTLSSFITNIIFKFPSWLKLIVTVRTNFQEIASLLPFFKISLDNFPDNKEIHGDLNAYIQYRISSSQEIINNISLNGKADAATVGKVGNHLIMRSLGSYLYLKLTLDLFQKGHLVIKSASYKVVPVSLSELYLLQCNMKFMSNSAFERALPILNVALASLHPMTDDQIFTAINAGQINGELEWEDFHQRMEALSCFLIKRRDKTRMFCHPSFREWLVWRADGENTDFLCEPRNGHALLAFMFSRQEGKLNRQQTMELGHHILKAHIFKGLSKKTGISSSHLQALWIGYSTDGLSAALASLRNLYTPNVKVSRLLILAGANVNYRTEVLNNAPILCVQSHLGHEEVVALLLEFGAAVDGTSENGMTALSYAAAAGHMNIVSLLCKRSERADYLDKKGQCALVHSALRGHCDILQYLLNIDWPVSSHEQNSLRKCQALQQALTAASSMGHCQVIRYLLGIEKEHGVDLNDTDVLWGETALTAAAGRGKLDVCEVLLEHGAAVTRTNRRGVSPLFCAVRQGHWQIAELLLEHGSDVNLSDKQGRTPLMVASCEGHLSTVEFLLSKGAAISSLDREGLTALSWACLKGHKDVVQHLVEKGATIDQTDKNGRTPLDLAAFYGDADIVQYLVEKGAVIEHVDHSGMRPLDRAIGCRNTAVVVMLLRKGAKLGNAAWAMATSKPDILIILLQKLMEEGNVLYKKGKMKEAAQRYQYALRKFPREGFGEEMKAFNELRVSLYLNLSRCRRKTNDFGMAEEFATKALELKPNSYEAYYARARAKRNSRQFLAALADLREAIKLCPSNQEIQRLLARVEEECKQFQRTQQQKRQSPQPAQQNNDSDNEEEALVQGLNDRMGLEEIEEEELPYHDESIPPSQRLQHSLSALPYSRTLQEGLQQKARPASPQNRAGSKYLREPGLIMQPTKQAQIVKTNQHLSSTQSGLRTGSGQCSTKTPSSFQHLPSSPMPARHPGNLANSKSQFIDGANTVSSGNIPTGVSSGLYSERLASNQFSHLQHSESTSSHSFTSKSKTTDRPAAVEKAAPTQGVQMHFSEARQQGPGTSAVSSSSPSGSLIISSSSNSLTSSNSFSDNVKGLGPDVRIKENKSSQGLSGTTEHRPRNTPFMGIMDKTARFQQQSSQTNRTWNCQVSEGLLPNASGGGIQSTTCEQFSGKQPSGYSNLTKTSSTAMAPGEGIQNGMQAKELKELKSQMPAHSQDSRISKPVSHLFPDALSKQQSHINKEGHLSHVSSAKPKRSFVESNV

Target ORF information:

RefSeq Version	XM_019480246.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X3, mRNA.

Target ORF information:

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

XM_019480246.1

ORF Insert Sequence:

ATGTTAAAGG CAGTTTTGAA AAAGAGCCGA GAAGGTGGAA AGGGGAACAA GAAGGAAACA 
GCAGGTGACT CCTGCCCAGA GAATGCTGTA CCGGTTATTG TAGCATCTGG TCAAAATGCA 
GATTTTCCTA TTGGAAATCA GCCTGTACCT GAGGATATGT ATAGAATGAA CTTGACTAAA 
GGAGTCTCAA TGTCTTTGCC ATCATCACCT TTACTACCAC GTCAGTCTTA CTTGATGCAG 
TCAAGATCAA ACAGAAAATC TCCAGGTCCG ATCAGGAAGC CCAAGTTCGT GGAAAGTCCC 
AGAGTGCCAG GAGATGCAGT TGTTGTACCA TTCAGAAAAG TGTCAGAGCC AACAGAACCC 
AATCAGAATG AAGCAAAGCC TGATAAAGAA TCAAACTGTT CACCTGCAGC ACAAGAATTG 
ATGACAAGAT TGGGATTTTT ACTGGGAGAA GGGATCCCAG CCTCTGCACA CATAACTGTA 
GAAGAAAAAA ATGAAACCAT GTGCACAGTA GCCAGTCAAG GAGTCAGTCC CTGCTCTACA 
CTAACAAGCA GCACTACATC ACCTAGCACT GATAGTCCCT GCTCAACTCT GAATAGCTGT 
ATTGGCAAAA CAGCAGCTAA CAAAAGTAGT CCCTGTGGGA CCATTAGCAG CCCTAGCTCC 
ACATTGGAAA GCAAGGACAG TGGAATTATA GAGCGTATTC AGGATTTTAT TATTTTTTCA 
GCAACTATAA CAAGTTCTTC TGAAAATGAT GACCGCAGTG GATCCAGTTT GGAGTGGAGT 
AAAGACGGAA GTCTCAGAAC TGGTGTGCTT CAAGGAATTA TTCATGATCG AAGAACAGAT 
AATTGTTCAC CAGTTGCTGA AGAGGAGGCA GTTGGAGCTG CTGAGAGTTT GCCCAAAGCA 
GAAGTGCCTA GTGCAGATGG TCCTGTTCCC TATACGCAGA GTTCTAGCTC ATTAGCAATG 
CCTCGTCCCA ATTCTGTTGC AGCAACAAGT TCAACCAAGC TTGAAGATTT GAGTTATTTG 
GATGGACAAA GGAATACTCC CTTACGCACC TCAATTCGCT TACCTTGGCA TAATACTGCA 
GGAGGAAGAG TACAGCAAGA AATTAAAGCA CGTTTTGTCC CCTATAAGCC TCAAGACATC 
TTGCTAAAGC CACTATTGTT TGAAGTGCCA AGCATAACAA CAGACTCTGT GTTTGTCGGA 
AGAGATTGGC TGTTTCAAGT GATTGAAGAA AACTTGAAGA ATACAGAGCT GGCAGAAAAC 
AAGGGAGCAG TTATTATTGG AAATGTGGGA TTTGGGAAGA CTGCTGTTGT TTCAAGACTG 
GTGGCACTCA GCTGCCATGG AAGTCGCATG AGGCAGATTG CTTCGAACAG TCCTAATTCA 
TCTCCCAAAA GTGGTGACCC CTGTCAGGAG ATTCCCCTTG CACAGTTATC TTCATCTGCC 
CCTTCCACAA ATGGTAGCAA TACAGTGAAG TCTCTGAGTT CTCCTGGTAC TCCTGAGCAT 
CAAAATCAAA CTGGTGATTC AGTGCGACGC CTTGCTTCAA AGGTCGTTGC CTATCACTAT 
TGCCAAGCTG ACAACACGTA CACGTGTCTT GTCCCAGAAT TTGTCCATAG TATTGCAGCT 
TTACTTTGCC GGTCGCATCA GTTAATGGCA TACCGAGATC TTCTAATAAA AGAGCCTCAT 
CTACAAAGCA TGCTTAGCCT TAGATCCTGC GTCCAAGATC CAGTGGCAGC TTTTAAAAGA 
GGAGTGTTGG AGCCACTTGC AAACCTCAGG AAAGAGCAGA AAATTCCTGA AGAAGAATAC 
ATCATTTTGA TAGATGGTTT AAATGATGCT GAATTCCACA AACCTGATTA TGGTGACACA 
CTTTCTTCAT TTATCACAAA TATTATTTTT AAATTCCCTT CTTGGTTGAA GCTGATTGTG 
ACGGTGAGAA CTAACTTTCA GGAAATAGCA AGTTTATTAC CTTTTTTCAA AATCTCTCTC 
GACAATTTCC CGGACAACAA AGAAATCCAT GGTGATCTGA ATGCCTATAT TCAGTACAGG 
ATCAGTAGCA GTCAGGAAAT TATAAACAAT ATATCTTTAA ATGGGAAAGC TGATGCAGCC 
ACAGTCGGGA AAGTGGGTAA TCACCTGATC ATGAGGAGCC TGGGATCTTA CCTCTATTTG 
AAATTGACAT TGGATCTTTT TCAAAAGGGT CACCTGGTGA TCAAAAGTGC AAGCTACAAA 
GTAGTTCCAG TGTCTCTGTC AGAACTTTAT TTGCTTCAGT GCAACATGAA GTTCATGAGC 
AACTCTGCTT TTGAGAGAGC CCTGCCAATA TTAAATGTGG CACTAGCATC CCTTCATCCT 
ATGACAGATG ACCAGATTTT CACAGCTATT AATGCTGGTC AGATAAATGG TGAACTGGAA 
TGGGAAGACT TCCACCAGAG AATGGAGGCC CTTTCATGTT TTCTGATAAA AAGGCGTGAC 
AAAACACGTA TGTTCTGCCA TCCTTCCTTC AGGGAATGGC TTGTTTGGAG AGCAGATGGT 
GAAAATACTG ACTTCTTATG TGAACCAAGG AATGGGCATG CTCTACTGGC ATTCATGTTT 
TCTCGACAGG AGGGAAAATT AAACCGGCAA CAAACCATGG AACTTGGTCA TCACATTCTT 
AAAGCTCACA TTTTTAAGGG TCTTAGTAAA AAGACTGGAA TTTCTTCCAG TCACCTTCAA 
GCTCTGTGGA TTGGATATAG TACTGATGGA TTGTCAGCTG CCCTTGCTTC TCTGAGAAAC 
CTCTATACAC CTAATGTGAA GGTGAGTCGC TTGCTGATCT TGGCAGGAGC AAATGTGAAT 
TACAGGACTG AAGTTCTGAA CAATGCTCCA ATATTGTGCG TTCAGTCTCA TCTTGGTCAT 
GAAGAAGTGG TCGCTCTCCT GCTGGAATTT GGAGCTGCTG TTGATGGTAC ATCTGAAAAC 
GGGATGACTG CACTTAGCTA TGCAGCTGCT GCAGGTCACA TGAACATAGT TTCACTGCTT 
TGCAAAAGAA GTGAAAGGGC CGACTACCTG GACAAGAAAG GCCAATGTGC TTTGGTTCAT 
AGTGCATTGA GAGGACATTG TGATATCCTT CAGTACTTGC TCAATATTGA TTGGCCAGTT 
TCTTCCCATG AACAAAATTC ATTGAGGAAA TGTCAGGCAC TTCAGCAAGC ATTGACAGCA 
GCTTCCAGTA TGGGCCACTG TCAGGTGATT CGTTACCTGC TGGGGATTGA AAAGGAACAT 
GGAGTAGACC TCAATGATAC TGATGTGCTG TGGGGAGAAA CAGCCCTGAC GGCGGCTGCA 
GGGCGGGGGA AGCTGGACGT GTGTGAAGTA CTTCTGGAAC ATGGAGCTGC TGTGACAAGA 
ACCAACAGGA GGGGGGTCTC CCCACTTTTC TGTGCTGTGC GCCAGGGACA TTGGCAGATT 
GCAGAGCTTC TGTTAGAGCA CGGATCTGAT GTTAATTTGA GTGACAAGCA AGGCAGGACA 
CCACTTATGG TGGCTTCTTG TGAAGGACAT TTGAGCACGG TGGAATTTCT ACTTTCCAAA 
GGTGCAGCCA TTTCATCACT GGATAGAGAG GGGCTAACAG CACTGAGCTG GGCTTGCTTA 
AAGGGCCATA AAGATGTGGT TCAACATTTG GTTGAGAAAG GTGCAACAAT AGATCAGACA 
GACAAAAATG GCCGAACACC CTTGGATTTG GCAGCTTTCT ATGGGGACGC TGATATTGTG 
CAGTATTTAG TAGAGAAGGG TGCAGTGATT GAACATGTTG ACCACAGCGG TATGCGTCCA 
TTGGACAGAG CAATTGGATG TCGAAATACA GCAGTAGTGG TCATGCTACT TAGGAAAGGA 
GCCAAATTAG GAAATGCAGC TTGGGCAATG GCCACTTCTA AACCTGACAT TCTGATTATT 
CTACTGCAGA AGCTGATGGA AGAAGGAAAC GTACTGTACA AAAAAGGGAA GATGAAAGAA 
GCAGCTCAGC GATATCAGTA TGCCCTAAGG AAGTTTCCTC GGGAAGGGTT TGGAGAAGAA 
ATGAAAGCTT TCAATGAGCT GAGAGTGTCG CTGTATTTAA ACTTGTCACG GTGCCGCAGA 
AAAACAAACG ATTTTGGCAT GGCTGAAGAG TTTGCTACCA AGGCACTTGA ACTGAAACCC 
AACTCTTACG AAGCCTATTA TGCTAGAGCA AGAGCCAAGA GAAATAGCAG ACAGTTTCTT 
GCAGCTCTTG CTGACCTCCG AGAAGCCATA AAGCTGTGTC CTAGTAATCA AGAAATACAA 
AGGCTCCTGG CTCGAGTAGA AGAGGAATGC AAACAGTTCC AGAGAACCCA GCAACAGAAG 
AGGCAGTCTC CTCAGCCGGC ACAGCAGAAT AATGACTCTG ACAATGAAGA GGAGGCTCTT 
GTCCAAGGTT TGAATGATCG TATGGGTCTT GAAGAAATAG AAGAAGAAGA ATTGCCATAC 
CACGATGAGT CCATTCCACC TTCACAGAGG CTGCAGCATT CCCTGTCTGC TTTACCTTAC 
AGTAGGACCC TTCAAGAAGG CCTCCAGCAG AAAGCCAGAC CAGCATCCCC TCAGAACAGA 
GCAGGAAGTA AATATCTGAG AGAGCCGGGT TTGATCATGC AGCCTACAAA GCAAGCACAA 
ATTGTAAAAA CAAATCAGCA TTTGAGCTCT ACACAGTCAG GGCTGAGAAC TGGAAGTGGT 
CAGTGTAGTA CAAAGACACC ATCATCTTTT CAGCATCTTC CCTCGAGTCC AATGCCAGCC 
CGACACCCTG GAAATCTGGC CAACAGTAAA AGTCAGTTTA TAGATGGGGC AAACACTGTA 
TCGTCTGGAA ACATTCCCAC AGGAGTCTCC TCTGGCCTCT ACAGTGAAAG GTTAGCATCT 
AACCAGTTCT CCCATTTACA GCACAGTGAG AGTACATCGT CTCACTCATT CACAAGTAAG 
TCTAAAACCA CTGACAGGCC AGCAGCTGTC GAGAAAGCAG CACCCACCCA AGGAGTTCAA 
ATGCATTTCA GTGAAGCAAG GCAGCAAGGG CCTGGAACCA GTGCTGTCTC TTCTAGCTCT 
CCATCTGGCA GCTTGATTAT TTCTAGCTCT TCCAACAGTT TAACTTCAAG CAACAGCTTT 
TCAGATAACG TGAAAGGACT AGGGCCAGAT GTTCGAATTA AGGAAAATAA ATCTAGCCAA 
GGTCTAAGTG GTACAACCGA ACATAGACCA CGCAATACCC CATTTATGGG GATCATGGAT 
AAAACTGCCA GGTTTCAGCA GCAGAGCAGT CAAACAAATC GCACTTGGAA TTGCCAGGTA 
TCTGAAGGAT TACTACCAAA TGCTTCTGGT GGGGGCATTC AGTCCACAAC CTGCGAGCAG 
TTTTCTGGCA AACAGCCCAG TGGATACAGT AATTTAACCA AAACCTCCTC TACAGCTATG 
GCCCCTGGAG AAGGTATCCA AAATGGAATG CAAGCTAAAG AACTCAAAGA GCTCAAGAGC 
CAAATGCCTG CCCACTCGCA AGACAGCAGG ATATCTAAGC CTGTCTCTCA TTTGTTTCCA 
GATGCTCTGT CTAAACAACA GTCCCATATT AATAAGGAAG GCCATTTAAG TCATGTCTCT 
TCTGCAAAAC CAAAGCGATC ATTTGTTGAG TCTAATGTAT GA

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

TANC1 ( XM_019480247.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019335792.1 Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OAl78589
Clone ID Related Accession (Same CDS sequence)	XM_019480246.1 , XM_019480247.1 , XM_019480252.1
Accession Version	XM_019480247.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5622bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	protein TANC1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017714267.1) 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 Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAAGG CAGTTTTGAA AAAGAGCCGA GAAGGTGGAA AGGGGAACAA GAAGGAAACA 
GCAGGTGACT CCTGCCCAGA GAATGCTGTA CCGGTTATTG TAGCATCTGG TCAAAATGCA 
GATTTTCCTA TTGGAAATCA GCCTGTACCT GAGGATATGT ATAGAATGAA CTTGACTAAA 
GGAGTCTCAA TGTCTTTGCC ATCATCACCT TTACTACCAC GTCAGTCTTA CTTGATGCAG 
TCAAGATCAA ACAGAAAATC TCCAGGTCCG ATCAGGAAGC CCAAGTTCGT GGAAAGTCCC 
AGAGTGCCAG GAGATGCAGT TGTTGTACCA TTCAGAAAAG TGTCAGAGCC AACAGAACCC 
AATCAGAATG AAGCAAAGCC TGATAAAGAA TCAAACTGTT CACCTGCAGC ACAAGAATTG 
ATGACAAGAT TGGGATTTTT ACTGGGAGAA GGGATCCCAG CCTCTGCACA CATAACTGTA 
GAAGAAAAAA ATGAAACCAT GTGCACAGTA GCCAGTCAAG GAGTCAGTCC CTGCTCTACA 
CTAACAAGCA GCACTACATC ACCTAGCACT GATAGTCCCT GCTCAACTCT GAATAGCTGT 
ATTGGCAAAA CAGCAGCTAA CAAAAGTAGT CCCTGTGGGA CCATTAGCAG CCCTAGCTCC 
ACATTGGAAA GCAAGGACAG TGGAATTATA GAGCGTATTC AGGATTTTAT TATTTTTTCA 
GCAACTATAA CAAGTTCTTC TGAAAATGAT GACCGCAGTG GATCCAGTTT GGAGTGGAGT 
AAAGACGGAA GTCTCAGAAC TGGTGTGCTT CAAGGAATTA TTCATGATCG AAGAACAGAT 
AATTGTTCAC CAGTTGCTGA AGAGGAGGCA GTTGGAGCTG CTGAGAGTTT GCCCAAAGCA 
GAAGTGCCTA GTGCAGATGG TCCTGTTCCC TATACGCAGA GTTCTAGCTC ATTAGCAATG 
CCTCGTCCCA ATTCTGTTGC AGCAACAAGT TCAACCAAGC TTGAAGATTT GAGTTATTTG 
GATGGACAAA GGAATACTCC CTTACGCACC TCAATTCGCT TACCTTGGCA TAATACTGCA 
GGAGGAAGAG TACAGCAAGA AATTAAAGCA CGTTTTGTCC CCTATAAGCC TCAAGACATC 
TTGCTAAAGC CACTATTGTT TGAAGTGCCA AGCATAACAA CAGACTCTGT GTTTGTCGGA 
AGAGATTGGC TGTTTCAAGT GATTGAAGAA AACTTGAAGA ATACAGAGCT GGCAGAAAAC 
AAGGGAGCAG TTATTATTGG AAATGTGGGA TTTGGGAAGA CTGCTGTTGT TTCAAGACTG 
GTGGCACTCA GCTGCCATGG AAGTCGCATG AGGCAGATTG CTTCGAACAG TCCTAATTCA 
TCTCCCAAAA GTGGTGACCC CTGTCAGGAG ATTCCCCTTG CACAGTTATC TTCATCTGCC 
CCTTCCACAA ATGGTAGCAA TACAGTGAAG TCTCTGAGTT CTCCTGGTAC TCCTGAGCAT 
CAAAATCAAA CTGGTGATTC AGTGCGACGC CTTGCTTCAA AGGTCGTTGC CTATCACTAT 
TGCCAAGCTG ACAACACGTA CACGTGTCTT GTCCCAGAAT TTGTCCATAG TATTGCAGCT 
TTACTTTGCC GGTCGCATCA GTTAATGGCA TACCGAGATC TTCTAATAAA AGAGCCTCAT 
CTACAAAGCA TGCTTAGCCT TAGATCCTGC GTCCAAGATC CAGTGGCAGC TTTTAAAAGA 
GGAGTGTTGG AGCCACTTGC AAACCTCAGG AAAGAGCAGA AAATTCCTGA AGAAGAATAC 
ATCATTTTGA TAGATGGTTT AAATGATGCT GAATTCCACA AACCTGATTA TGGTGACACA 
CTTTCTTCAT TTATCACAAA TATTATTTTT AAATTCCCTT CTTGGTTGAA GCTGATTGTG 
ACGGTGAGAA CTAACTTTCA GGAAATAGCA AGTTTATTAC CTTTTTTCAA AATCTCTCTC 
GACAATTTCC CGGACAACAA AGAAATCCAT GGTGATCTGA ATGCCTATAT TCAGTACAGG 
ATCAGTAGCA GTCAGGAAAT TATAAACAAT ATATCTTTAA ATGGGAAAGC TGATGCAGCC 
ACAGTCGGGA AAGTGGGTAA TCACCTGATC ATGAGGAGCC TGGGATCTTA CCTCTATTTG 
AAATTGACAT TGGATCTTTT TCAAAAGGGT CACCTGGTGA TCAAAAGTGC AAGCTACAAA 
GTAGTTCCAG TGTCTCTGTC AGAACTTTAT TTGCTTCAGT GCAACATGAA GTTCATGAGC 
AACTCTGCTT TTGAGAGAGC CCTGCCAATA TTAAATGTGG CACTAGCATC CCTTCATCCT 
ATGACAGATG ACCAGATTTT CACAGCTATT AATGCTGGTC AGATAAATGG TGAACTGGAA 
TGGGAAGACT TCCACCAGAG AATGGAGGCC CTTTCATGTT TTCTGATAAA AAGGCGTGAC 
AAAACACGTA TGTTCTGCCA TCCTTCCTTC AGGGAATGGC TTGTTTGGAG AGCAGATGGT 
GAAAATACTG ACTTCTTATG TGAACCAAGG AATGGGCATG CTCTACTGGC ATTCATGTTT 
TCTCGACAGG AGGGAAAATT AAACCGGCAA CAAACCATGG AACTTGGTCA TCACATTCTT 
AAAGCTCACA TTTTTAAGGG TCTTAGTAAA AAGACTGGAA TTTCTTCCAG TCACCTTCAA 
GCTCTGTGGA TTGGATATAG TACTGATGGA TTGTCAGCTG CCCTTGCTTC TCTGAGAAAC 
CTCTATACAC CTAATGTGAA GGTGAGTCGC TTGCTGATCT TGGCAGGAGC AAATGTGAAT 
TACAGGACTG AAGTTCTGAA CAATGCTCCA ATATTGTGCG TTCAGTCTCA TCTTGGTCAT 
GAAGAAGTGG TCGCTCTCCT GCTGGAATTT GGAGCTGCTG TTGATGGTAC ATCTGAAAAC 
GGGATGACTG CACTTAGCTA TGCAGCTGCT GCAGGTCACA TGAACATAGT TTCACTGCTT 
TGCAAAAGAA GTGAAAGGGC CGACTACCTG GACAAGAAAG GCCAATGTGC TTTGGTTCAT 
AGTGCATTGA GAGGACATTG TGATATCCTT CAGTACTTGC TCAATATTGA TTGGCCAGTT 
TCTTCCCATG AACAAAATTC ATTGAGGAAA TGTCAGGCAC TTCAGCAAGC ATTGACAGCA 
GCTTCCAGTA TGGGCCACTG TCAGGTGATT CGTTACCTGC TGGGGATTGA AAAGGAACAT 
GGAGTAGACC TCAATGATAC TGATGTGCTG TGGGGAGAAA CAGCCCTGAC GGCGGCTGCA 
GGGCGGGGGA AGCTGGACGT GTGTGAAGTA CTTCTGGAAC ATGGAGCTGC TGTGACAAGA 
ACCAACAGGA GGGGGGTCTC CCCACTTTTC TGTGCTGTGC GCCAGGGACA TTGGCAGATT 
GCAGAGCTTC TGTTAGAGCA CGGATCTGAT GTTAATTTGA GTGACAAGCA AGGCAGGACA 
CCACTTATGG TGGCTTCTTG TGAAGGACAT TTGAGCACGG TGGAATTTCT ACTTTCCAAA 
GGTGCAGCCA TTTCATCACT GGATAGAGAG GGGCTAACAG CACTGAGCTG GGCTTGCTTA 
AAGGGCCATA AAGATGTGGT TCAACATTTG GTTGAGAAAG GTGCAACAAT AGATCAGACA 
GACAAAAATG GCCGAACACC CTTGGATTTG GCAGCTTTCT ATGGGGACGC TGATATTGTG 
CAGTATTTAG TAGAGAAGGG TGCAGTGATT GAACATGTTG ACCACAGCGG TATGCGTCCA 
TTGGACAGAG CAATTGGATG TCGAAATACA GCAGTAGTGG TCATGCTACT TAGGAAAGGA 
GCCAAATTAG GAAATGCAGC TTGGGCAATG GCCACTTCTA AACCTGACAT TCTGATTATT 
CTACTGCAGA AGCTGATGGA AGAAGGAAAC GTACTGTACA AAAAAGGGAA GATGAAAGAA 
GCAGCTCAGC GATATCAGTA TGCCCTAAGG AAGTTTCCTC GGGAAGGGTT TGGAGAAGAA 
ATGAAAGCTT TCAATGAGCT GAGAGTGTCG CTGTATTTAA ACTTGTCACG GTGCCGCAGA 
AAAACAAACG ATTTTGGCAT GGCTGAAGAG TTTGCTACCA AGGCACTTGA ACTGAAACCC 
AACTCTTACG AAGCCTATTA TGCTAGAGCA AGAGCCAAGA GAAATAGCAG ACAGTTTCTT 
GCAGCTCTTG CTGACCTCCG AGAAGCCATA AAGCTGTGTC CTAGTAATCA AGAAATACAA 
AGGCTCCTGG CTCGAGTAGA AGAGGAATGC AAACAGTTCC AGAGAACCCA GCAACAGAAG 
AGGCAGTCTC CTCAGCCGGC ACAGCAGAAT AATGACTCTG ACAATGAAGA GGAGGCTCTT 
GTCCAAGGTT TGAATGATCG TATGGGTCTT GAAGAAATAG AAGAAGAAGA ATTGCCATAC 
CACGATGAGT CCATTCCACC TTCACAGAGG CTGCAGCATT CCCTGTCTGC TTTACCTTAC 
AGTAGGACCC TTCAAGAAGG CCTCCAGCAG AAAGCCAGAC CAGCATCCCC TCAGAACAGA 
GCAGGAAGTA AATATCTGAG AGAGCCGGGT TTGATCATGC AGCCTACAAA GCAAGCACAA 
ATTGTAAAAA CAAATCAGCA TTTGAGCTCT ACACAGTCAG GGCTGAGAAC TGGAAGTGGT 
CAGTGTAGTA CAAAGACACC ATCATCTTTT CAGCATCTTC CCTCGAGTCC AATGCCAGCC 
CGACACCCTG GAAATCTGGC CAACAGTAAA AGTCAGTTTA TAGATGGGGC AAACACTGTA 
TCGTCTGGAA ACATTCCCAC AGGAGTCTCC TCTGGCCTCT ACAGTGAAAG GTTAGCATCT 
AACCAGTTCT CCCATTTACA GCACAGTGAG AGTACATCGT CTCACTCATT CACAAGTAAG 
TCTAAAACCA CTGACAGGCC AGCAGCTGTC GAGAAAGCAG CACCCACCCA AGGAGTTCAA 
ATGCATTTCA GTGAAGCAAG GCAGCAAGGG CCTGGAACCA GTGCTGTCTC TTCTAGCTCT 
CCATCTGGCA GCTTGATTAT TTCTAGCTCT TCCAACAGTT TAACTTCAAG CAACAGCTTT 
TCAGATAACG TGAAAGGACT AGGGCCAGAT GTTCGAATTA AGGAAAATAA ATCTAGCCAA 
GGTCTAAGTG GTACAACCGA ACATAGACCA CGCAATACCC CATTTATGGG GATCATGGAT 
AAAACTGCCA GGTTTCAGCA GCAGAGCAGT CAAACAAATC GCACTTGGAA TTGCCAGGTA 
TCTGAAGGAT TACTACCAAA TGCTTCTGGT GGGGGCATTC AGTCCACAAC CTGCGAGCAG 
TTTTCTGGCA AACAGCCCAG TGGATACAGT AATTTAACCA AAACCTCCTC TACAGCTATG 
GCCCCTGGAG AAGGTATCCA AAATGGAATG CAAGCTAAAG AACTCAAAGA GCTCAAGAGC 
CAAATGCCTG CCCACTCGCA AGACAGCAGG ATATCTAAGC CTGTCTCTCA TTTGTTTCCA 
GATGCTCTGT CTAAACAACA GTCCCATATT AATAAGGAAG GCCATTTAAG TCATGTCTCT 
TCTGCAAAAC CAAAGCGATC ATTTGTTGAG TCTAATGTAT GA

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

RefSeq	XP_019335792.1
CDS	40..5661
Translation	MLKAVLKKSREGGKGNKKETAGDSCPENAVPVIVASGQNADFPIGNQPVPEDMYRMNLTKGVSMSLPSSPLLPRQSYLMQSRSNRKSPGPIRKPKFVESPRVPGDAVVVPFRKVSEPTEPNQNEAKPDKESNCSPAAQELMTRLGFLLGEGIPASAHITVEEKNETMCTVASQGVSPCSTLTSSTTSPSTDSPCSTLNSCIGKTAANKSSPCGTISSPSSTLESKDSGIIERIQDFIIFSATITSSSENDDRSGSSLEWSKDGSLRTGVLQGIIHDRRTDNCSPVAEEEAVGAAESLPKAEVPSADGPVPYTQSSSSLAMPRPNSVAATSSTKLEDLSYLDGQRNTPLRTSIRLPWHNTAGGRVQQEIKARFVPYKPQDILLKPLLFEVPSITTDSVFVGRDWLFQVIEENLKNTELAENKGAVIIGNVGFGKTAVVSRLVALSCHGSRMRQIASNSPNSSPKSGDPCQEIPLAQLSSSAPSTNGSNTVKSLSSPGTPEHQNQTGDSVRRLASKVVAYHYCQADNTYTCLVPEFVHSIAALLCRSHQLMAYRDLLIKEPHLQSMLSLRSCVQDPVAAFKRGVLEPLANLRKEQKIPEEEYIILIDGLNDAEFHKPDYGDTLSSFITNIIFKFPSWLKLIVTVRTNFQEIASLLPFFKISLDNFPDNKEIHGDLNAYIQYRISSSQEIINNISLNGKADAATVGKVGNHLIMRSLGSYLYLKLTLDLFQKGHLVIKSASYKVVPVSLSELYLLQCNMKFMSNSAFERALPILNVALASLHPMTDDQIFTAINAGQINGELEWEDFHQRMEALSCFLIKRRDKTRMFCHPSFREWLVWRADGENTDFLCEPRNGHALLAFMFSRQEGKLNRQQTMELGHHILKAHIFKGLSKKTGISSSHLQALWIGYSTDGLSAALASLRNLYTPNVKVSRLLILAGANVNYRTEVLNNAPILCVQSHLGHEEVVALLLEFGAAVDGTSENGMTALSYAAAAGHMNIVSLLCKRSERADYLDKKGQCALVHSALRGHCDILQYLLNIDWPVSSHEQNSLRKCQALQQALTAASSMGHCQVIRYLLGIEKEHGVDLNDTDVLWGETALTAAAGRGKLDVCEVLLEHGAAVTRTNRRGVSPLFCAVRQGHWQIAELLLEHGSDVNLSDKQGRTPLMVASCEGHLSTVEFLLSKGAAISSLDREGLTALSWACLKGHKDVVQHLVEKGATIDQTDKNGRTPLDLAAFYGDADIVQYLVEKGAVIEHVDHSGMRPLDRAIGCRNTAVVVMLLRKGAKLGNAAWAMATSKPDILIILLQKLMEEGNVLYKKGKMKEAAQRYQYALRKFPREGFGEEMKAFNELRVSLYLNLSRCRRKTNDFGMAEEFATKALELKPNSYEAYYARARAKRNSRQFLAALADLREAIKLCPSNQEIQRLLARVEEECKQFQRTQQQKRQSPQPAQQNNDSDNEEEALVQGLNDRMGLEEIEEEELPYHDESIPPSQRLQHSLSALPYSRTLQEGLQQKARPASPQNRAGSKYLREPGLIMQPTKQAQIVKTNQHLSSTQSGLRTGSGQCSTKTPSSFQHLPSSPMPARHPGNLANSKSQFIDGANTVSSGNIPTGVSSGLYSERLASNQFSHLQHSESTSSHSFTSKSKTTDRPAAVEKAAPTQGVQMHFSEARQQGPGTSAVSSSSPSGSLIISSSSNSLTSSNSFSDNVKGLGPDVRIKENKSSQGLSGTTEHRPRNTPFMGIMDKTARFQQQSSQTNRTWNCQVSEGLLPNASGGGIQSTTCEQFSGKQPSGYSNLTKTSSTAMAPGEGIQNGMQAKELKELKSQMPAHSQDSRISKPVSHLFPDALSKQQSHINKEGHLSHVSSAKPKRSFVESNV

Target ORF information:

RefSeq Version	XM_019480247.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X4, mRNA.

Target ORF information:

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

XM_019480247.1

ORF Insert Sequence:

ATGTTAAAGG CAGTTTTGAA AAAGAGCCGA GAAGGTGGAA AGGGGAACAA GAAGGAAACA 
GCAGGTGACT CCTGCCCAGA GAATGCTGTA CCGGTTATTG TAGCATCTGG TCAAAATGCA 
GATTTTCCTA TTGGAAATCA GCCTGTACCT GAGGATATGT ATAGAATGAA CTTGACTAAA 
GGAGTCTCAA TGTCTTTGCC ATCATCACCT TTACTACCAC GTCAGTCTTA CTTGATGCAG 
TCAAGATCAA ACAGAAAATC TCCAGGTCCG ATCAGGAAGC CCAAGTTCGT GGAAAGTCCC 
AGAGTGCCAG GAGATGCAGT TGTTGTACCA TTCAGAAAAG TGTCAGAGCC AACAGAACCC 
AATCAGAATG AAGCAAAGCC TGATAAAGAA TCAAACTGTT CACCTGCAGC ACAAGAATTG 
ATGACAAGAT TGGGATTTTT ACTGGGAGAA GGGATCCCAG CCTCTGCACA CATAACTGTA 
GAAGAAAAAA ATGAAACCAT GTGCACAGTA GCCAGTCAAG GAGTCAGTCC CTGCTCTACA 
CTAACAAGCA GCACTACATC ACCTAGCACT GATAGTCCCT GCTCAACTCT GAATAGCTGT 
ATTGGCAAAA CAGCAGCTAA CAAAAGTAGT CCCTGTGGGA CCATTAGCAG CCCTAGCTCC 
ACATTGGAAA GCAAGGACAG TGGAATTATA GAGCGTATTC AGGATTTTAT TATTTTTTCA 
GCAACTATAA CAAGTTCTTC TGAAAATGAT GACCGCAGTG GATCCAGTTT GGAGTGGAGT 
AAAGACGGAA GTCTCAGAAC TGGTGTGCTT CAAGGAATTA TTCATGATCG AAGAACAGAT 
AATTGTTCAC CAGTTGCTGA AGAGGAGGCA GTTGGAGCTG CTGAGAGTTT GCCCAAAGCA 
GAAGTGCCTA GTGCAGATGG TCCTGTTCCC TATACGCAGA GTTCTAGCTC ATTAGCAATG 
CCTCGTCCCA ATTCTGTTGC AGCAACAAGT TCAACCAAGC TTGAAGATTT GAGTTATTTG 
GATGGACAAA GGAATACTCC CTTACGCACC TCAATTCGCT TACCTTGGCA TAATACTGCA 
GGAGGAAGAG TACAGCAAGA AATTAAAGCA CGTTTTGTCC CCTATAAGCC TCAAGACATC 
TTGCTAAAGC CACTATTGTT TGAAGTGCCA AGCATAACAA CAGACTCTGT GTTTGTCGGA 
AGAGATTGGC TGTTTCAAGT GATTGAAGAA AACTTGAAGA ATACAGAGCT GGCAGAAAAC 
AAGGGAGCAG TTATTATTGG AAATGTGGGA TTTGGGAAGA CTGCTGTTGT TTCAAGACTG 
GTGGCACTCA GCTGCCATGG AAGTCGCATG AGGCAGATTG CTTCGAACAG TCCTAATTCA 
TCTCCCAAAA GTGGTGACCC CTGTCAGGAG ATTCCCCTTG CACAGTTATC TTCATCTGCC 
CCTTCCACAA ATGGTAGCAA TACAGTGAAG TCTCTGAGTT CTCCTGGTAC TCCTGAGCAT 
CAAAATCAAA CTGGTGATTC AGTGCGACGC CTTGCTTCAA AGGTCGTTGC CTATCACTAT 
TGCCAAGCTG ACAACACGTA CACGTGTCTT GTCCCAGAAT TTGTCCATAG TATTGCAGCT 
TTACTTTGCC GGTCGCATCA GTTAATGGCA TACCGAGATC TTCTAATAAA AGAGCCTCAT 
CTACAAAGCA TGCTTAGCCT TAGATCCTGC GTCCAAGATC CAGTGGCAGC TTTTAAAAGA 
GGAGTGTTGG AGCCACTTGC AAACCTCAGG AAAGAGCAGA AAATTCCTGA AGAAGAATAC 
ATCATTTTGA TAGATGGTTT AAATGATGCT GAATTCCACA AACCTGATTA TGGTGACACA 
CTTTCTTCAT TTATCACAAA TATTATTTTT AAATTCCCTT CTTGGTTGAA GCTGATTGTG 
ACGGTGAGAA CTAACTTTCA GGAAATAGCA AGTTTATTAC CTTTTTTCAA AATCTCTCTC 
GACAATTTCC CGGACAACAA AGAAATCCAT GGTGATCTGA ATGCCTATAT TCAGTACAGG 
ATCAGTAGCA GTCAGGAAAT TATAAACAAT ATATCTTTAA ATGGGAAAGC TGATGCAGCC 
ACAGTCGGGA AAGTGGGTAA TCACCTGATC ATGAGGAGCC TGGGATCTTA CCTCTATTTG 
AAATTGACAT TGGATCTTTT TCAAAAGGGT CACCTGGTGA TCAAAAGTGC AAGCTACAAA 
GTAGTTCCAG TGTCTCTGTC AGAACTTTAT TTGCTTCAGT GCAACATGAA GTTCATGAGC 
AACTCTGCTT TTGAGAGAGC CCTGCCAATA TTAAATGTGG CACTAGCATC CCTTCATCCT 
ATGACAGATG ACCAGATTTT CACAGCTATT AATGCTGGTC AGATAAATGG TGAACTGGAA 
TGGGAAGACT TCCACCAGAG AATGGAGGCC CTTTCATGTT TTCTGATAAA AAGGCGTGAC 
AAAACACGTA TGTTCTGCCA TCCTTCCTTC AGGGAATGGC TTGTTTGGAG AGCAGATGGT 
GAAAATACTG ACTTCTTATG TGAACCAAGG AATGGGCATG CTCTACTGGC ATTCATGTTT 
TCTCGACAGG AGGGAAAATT AAACCGGCAA CAAACCATGG AACTTGGTCA TCACATTCTT 
AAAGCTCACA TTTTTAAGGG TCTTAGTAAA AAGACTGGAA TTTCTTCCAG TCACCTTCAA 
GCTCTGTGGA TTGGATATAG TACTGATGGA TTGTCAGCTG CCCTTGCTTC TCTGAGAAAC 
CTCTATACAC CTAATGTGAA GGTGAGTCGC TTGCTGATCT TGGCAGGAGC AAATGTGAAT 
TACAGGACTG AAGTTCTGAA CAATGCTCCA ATATTGTGCG TTCAGTCTCA TCTTGGTCAT 
GAAGAAGTGG TCGCTCTCCT GCTGGAATTT GGAGCTGCTG TTGATGGTAC ATCTGAAAAC 
GGGATGACTG CACTTAGCTA TGCAGCTGCT GCAGGTCACA TGAACATAGT TTCACTGCTT 
TGCAAAAGAA GTGAAAGGGC CGACTACCTG GACAAGAAAG GCCAATGTGC TTTGGTTCAT 
AGTGCATTGA GAGGACATTG TGATATCCTT CAGTACTTGC TCAATATTGA TTGGCCAGTT 
TCTTCCCATG AACAAAATTC ATTGAGGAAA TGTCAGGCAC TTCAGCAAGC ATTGACAGCA 
GCTTCCAGTA TGGGCCACTG TCAGGTGATT CGTTACCTGC TGGGGATTGA AAAGGAACAT 
GGAGTAGACC TCAATGATAC TGATGTGCTG TGGGGAGAAA CAGCCCTGAC GGCGGCTGCA 
GGGCGGGGGA AGCTGGACGT GTGTGAAGTA CTTCTGGAAC ATGGAGCTGC TGTGACAAGA 
ACCAACAGGA GGGGGGTCTC CCCACTTTTC TGTGCTGTGC GCCAGGGACA TTGGCAGATT 
GCAGAGCTTC TGTTAGAGCA CGGATCTGAT GTTAATTTGA GTGACAAGCA AGGCAGGACA 
CCACTTATGG TGGCTTCTTG TGAAGGACAT TTGAGCACGG TGGAATTTCT ACTTTCCAAA 
GGTGCAGCCA TTTCATCACT GGATAGAGAG GGGCTAACAG CACTGAGCTG GGCTTGCTTA 
AAGGGCCATA AAGATGTGGT TCAACATTTG GTTGAGAAAG GTGCAACAAT AGATCAGACA 
GACAAAAATG GCCGAACACC CTTGGATTTG GCAGCTTTCT ATGGGGACGC TGATATTGTG 
CAGTATTTAG TAGAGAAGGG TGCAGTGATT GAACATGTTG ACCACAGCGG TATGCGTCCA 
TTGGACAGAG CAATTGGATG TCGAAATACA GCAGTAGTGG TCATGCTACT TAGGAAAGGA 
GCCAAATTAG GAAATGCAGC TTGGGCAATG GCCACTTCTA AACCTGACAT TCTGATTATT 
CTACTGCAGA AGCTGATGGA AGAAGGAAAC GTACTGTACA AAAAAGGGAA GATGAAAGAA 
GCAGCTCAGC GATATCAGTA TGCCCTAAGG AAGTTTCCTC GGGAAGGGTT TGGAGAAGAA 
ATGAAAGCTT TCAATGAGCT GAGAGTGTCG CTGTATTTAA ACTTGTCACG GTGCCGCAGA 
AAAACAAACG ATTTTGGCAT GGCTGAAGAG TTTGCTACCA AGGCACTTGA ACTGAAACCC 
AACTCTTACG AAGCCTATTA TGCTAGAGCA AGAGCCAAGA GAAATAGCAG ACAGTTTCTT 
GCAGCTCTTG CTGACCTCCG AGAAGCCATA AAGCTGTGTC CTAGTAATCA AGAAATACAA 
AGGCTCCTGG CTCGAGTAGA AGAGGAATGC AAACAGTTCC AGAGAACCCA GCAACAGAAG 
AGGCAGTCTC CTCAGCCGGC ACAGCAGAAT AATGACTCTG ACAATGAAGA GGAGGCTCTT 
GTCCAAGGTT TGAATGATCG TATGGGTCTT GAAGAAATAG AAGAAGAAGA ATTGCCATAC 
CACGATGAGT CCATTCCACC TTCACAGAGG CTGCAGCATT CCCTGTCTGC TTTACCTTAC 
AGTAGGACCC TTCAAGAAGG CCTCCAGCAG AAAGCCAGAC CAGCATCCCC TCAGAACAGA 
GCAGGAAGTA AATATCTGAG AGAGCCGGGT TTGATCATGC AGCCTACAAA GCAAGCACAA 
ATTGTAAAAA CAAATCAGCA TTTGAGCTCT ACACAGTCAG GGCTGAGAAC TGGAAGTGGT 
CAGTGTAGTA CAAAGACACC ATCATCTTTT CAGCATCTTC CCTCGAGTCC AATGCCAGCC 
CGACACCCTG GAAATCTGGC CAACAGTAAA AGTCAGTTTA TAGATGGGGC AAACACTGTA 
TCGTCTGGAA ACATTCCCAC AGGAGTCTCC TCTGGCCTCT ACAGTGAAAG GTTAGCATCT 
AACCAGTTCT CCCATTTACA GCACAGTGAG AGTACATCGT CTCACTCATT CACAAGTAAG 
TCTAAAACCA CTGACAGGCC AGCAGCTGTC GAGAAAGCAG CACCCACCCA AGGAGTTCAA 
ATGCATTTCA GTGAAGCAAG GCAGCAAGGG CCTGGAACCA GTGCTGTCTC TTCTAGCTCT 
CCATCTGGCA GCTTGATTAT TTCTAGCTCT TCCAACAGTT TAACTTCAAG CAACAGCTTT 
TCAGATAACG TGAAAGGACT AGGGCCAGAT GTTCGAATTA AGGAAAATAA ATCTAGCCAA 
GGTCTAAGTG GTACAACCGA ACATAGACCA CGCAATACCC CATTTATGGG GATCATGGAT 
AAAACTGCCA GGTTTCAGCA GCAGAGCAGT CAAACAAATC GCACTTGGAA TTGCCAGGTA 
TCTGAAGGAT TACTACCAAA TGCTTCTGGT GGGGGCATTC AGTCCACAAC CTGCGAGCAG 
TTTTCTGGCA AACAGCCCAG TGGATACAGT AATTTAACCA AAACCTCCTC TACAGCTATG 
GCCCCTGGAG AAGGTATCCA AAATGGAATG CAAGCTAAAG AACTCAAAGA GCTCAAGAGC 
CAAATGCCTG CCCACTCGCA AGACAGCAGG ATATCTAAGC CTGTCTCTCA TTTGTTTCCA 
GATGCTCTGT CTAAACAACA GTCCCATATT AATAAGGAAG GCCATTTAAG TCATGTCTCT 
TCTGCAAAAC CAAAGCGATC ATTTGTTGAG TCTAATGTAT GA

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

TANC1 ( XM_019480252.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019335797.1 Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X9, mRNA.

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CloneID	OAl78589
Clone ID Related Accession (Same CDS sequence)	XM_019480246.1 , XM_019480247.1 , XM_019480252.1
Accession Version	XM_019480252.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5622bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	protein TANC1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017714267.1) 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 Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAAGG CAGTTTTGAA AAAGAGCCGA GAAGGTGGAA AGGGGAACAA GAAGGAAACA 
GCAGGTGACT CCTGCCCAGA GAATGCTGTA CCGGTTATTG TAGCATCTGG TCAAAATGCA 
GATTTTCCTA TTGGAAATCA GCCTGTACCT GAGGATATGT ATAGAATGAA CTTGACTAAA 
GGAGTCTCAA TGTCTTTGCC ATCATCACCT TTACTACCAC GTCAGTCTTA CTTGATGCAG 
TCAAGATCAA ACAGAAAATC TCCAGGTCCG ATCAGGAAGC CCAAGTTCGT GGAAAGTCCC 
AGAGTGCCAG GAGATGCAGT TGTTGTACCA TTCAGAAAAG TGTCAGAGCC AACAGAACCC 
AATCAGAATG AAGCAAAGCC TGATAAAGAA TCAAACTGTT CACCTGCAGC ACAAGAATTG 
ATGACAAGAT TGGGATTTTT ACTGGGAGAA GGGATCCCAG CCTCTGCACA CATAACTGTA 
GAAGAAAAAA ATGAAACCAT GTGCACAGTA GCCAGTCAAG GAGTCAGTCC CTGCTCTACA 
CTAACAAGCA GCACTACATC ACCTAGCACT GATAGTCCCT GCTCAACTCT GAATAGCTGT 
ATTGGCAAAA CAGCAGCTAA CAAAAGTAGT CCCTGTGGGA CCATTAGCAG CCCTAGCTCC 
ACATTGGAAA GCAAGGACAG TGGAATTATA GAGCGTATTC AGGATTTTAT TATTTTTTCA 
GCAACTATAA CAAGTTCTTC TGAAAATGAT GACCGCAGTG GATCCAGTTT GGAGTGGAGT 
AAAGACGGAA GTCTCAGAAC TGGTGTGCTT CAAGGAATTA TTCATGATCG AAGAACAGAT 
AATTGTTCAC CAGTTGCTGA AGAGGAGGCA GTTGGAGCTG CTGAGAGTTT GCCCAAAGCA 
GAAGTGCCTA GTGCAGATGG TCCTGTTCCC TATACGCAGA GTTCTAGCTC ATTAGCAATG 
CCTCGTCCCA ATTCTGTTGC AGCAACAAGT TCAACCAAGC TTGAAGATTT GAGTTATTTG 
GATGGACAAA GGAATACTCC CTTACGCACC TCAATTCGCT TACCTTGGCA TAATACTGCA 
GGAGGAAGAG TACAGCAAGA AATTAAAGCA CGTTTTGTCC CCTATAAGCC TCAAGACATC 
TTGCTAAAGC CACTATTGTT TGAAGTGCCA AGCATAACAA CAGACTCTGT GTTTGTCGGA 
AGAGATTGGC TGTTTCAAGT GATTGAAGAA AACTTGAAGA ATACAGAGCT GGCAGAAAAC 
AAGGGAGCAG TTATTATTGG AAATGTGGGA TTTGGGAAGA CTGCTGTTGT TTCAAGACTG 
GTGGCACTCA GCTGCCATGG AAGTCGCATG AGGCAGATTG CTTCGAACAG TCCTAATTCA 
TCTCCCAAAA GTGGTGACCC CTGTCAGGAG ATTCCCCTTG CACAGTTATC TTCATCTGCC 
CCTTCCACAA ATGGTAGCAA TACAGTGAAG TCTCTGAGTT CTCCTGGTAC TCCTGAGCAT 
CAAAATCAAA CTGGTGATTC AGTGCGACGC CTTGCTTCAA AGGTCGTTGC CTATCACTAT 
TGCCAAGCTG ACAACACGTA CACGTGTCTT GTCCCAGAAT TTGTCCATAG TATTGCAGCT 
TTACTTTGCC GGTCGCATCA GTTAATGGCA TACCGAGATC TTCTAATAAA AGAGCCTCAT 
CTACAAAGCA TGCTTAGCCT TAGATCCTGC GTCCAAGATC CAGTGGCAGC TTTTAAAAGA 
GGAGTGTTGG AGCCACTTGC AAACCTCAGG AAAGAGCAGA AAATTCCTGA AGAAGAATAC 
ATCATTTTGA TAGATGGTTT AAATGATGCT GAATTCCACA AACCTGATTA TGGTGACACA 
CTTTCTTCAT TTATCACAAA TATTATTTTT AAATTCCCTT CTTGGTTGAA GCTGATTGTG 
ACGGTGAGAA CTAACTTTCA GGAAATAGCA AGTTTATTAC CTTTTTTCAA AATCTCTCTC 
GACAATTTCC CGGACAACAA AGAAATCCAT GGTGATCTGA ATGCCTATAT TCAGTACAGG 
ATCAGTAGCA GTCAGGAAAT TATAAACAAT ATATCTTTAA ATGGGAAAGC TGATGCAGCC 
ACAGTCGGGA AAGTGGGTAA TCACCTGATC ATGAGGAGCC TGGGATCTTA CCTCTATTTG 
AAATTGACAT TGGATCTTTT TCAAAAGGGT CACCTGGTGA TCAAAAGTGC AAGCTACAAA 
GTAGTTCCAG TGTCTCTGTC AGAACTTTAT TTGCTTCAGT GCAACATGAA GTTCATGAGC 
AACTCTGCTT TTGAGAGAGC CCTGCCAATA TTAAATGTGG CACTAGCATC CCTTCATCCT 
ATGACAGATG ACCAGATTTT CACAGCTATT AATGCTGGTC AGATAAATGG TGAACTGGAA 
TGGGAAGACT TCCACCAGAG AATGGAGGCC CTTTCATGTT TTCTGATAAA AAGGCGTGAC 
AAAACACGTA TGTTCTGCCA TCCTTCCTTC AGGGAATGGC TTGTTTGGAG AGCAGATGGT 
GAAAATACTG ACTTCTTATG TGAACCAAGG AATGGGCATG CTCTACTGGC ATTCATGTTT 
TCTCGACAGG AGGGAAAATT AAACCGGCAA CAAACCATGG AACTTGGTCA TCACATTCTT 
AAAGCTCACA TTTTTAAGGG TCTTAGTAAA AAGACTGGAA TTTCTTCCAG TCACCTTCAA 
GCTCTGTGGA TTGGATATAG TACTGATGGA TTGTCAGCTG CCCTTGCTTC TCTGAGAAAC 
CTCTATACAC CTAATGTGAA GGTGAGTCGC TTGCTGATCT TGGCAGGAGC AAATGTGAAT 
TACAGGACTG AAGTTCTGAA CAATGCTCCA ATATTGTGCG TTCAGTCTCA TCTTGGTCAT 
GAAGAAGTGG TCGCTCTCCT GCTGGAATTT GGAGCTGCTG TTGATGGTAC ATCTGAAAAC 
GGGATGACTG CACTTAGCTA TGCAGCTGCT GCAGGTCACA TGAACATAGT TTCACTGCTT 
TGCAAAAGAA GTGAAAGGGC CGACTACCTG GACAAGAAAG GCCAATGTGC TTTGGTTCAT 
AGTGCATTGA GAGGACATTG TGATATCCTT CAGTACTTGC TCAATATTGA TTGGCCAGTT 
TCTTCCCATG AACAAAATTC ATTGAGGAAA TGTCAGGCAC TTCAGCAAGC ATTGACAGCA 
GCTTCCAGTA TGGGCCACTG TCAGGTGATT CGTTACCTGC TGGGGATTGA AAAGGAACAT 
GGAGTAGACC TCAATGATAC TGATGTGCTG TGGGGAGAAA CAGCCCTGAC GGCGGCTGCA 
GGGCGGGGGA AGCTGGACGT GTGTGAAGTA CTTCTGGAAC ATGGAGCTGC TGTGACAAGA 
ACCAACAGGA GGGGGGTCTC CCCACTTTTC TGTGCTGTGC GCCAGGGACA TTGGCAGATT 
GCAGAGCTTC TGTTAGAGCA CGGATCTGAT GTTAATTTGA GTGACAAGCA AGGCAGGACA 
CCACTTATGG TGGCTTCTTG TGAAGGACAT TTGAGCACGG TGGAATTTCT ACTTTCCAAA 
GGTGCAGCCA TTTCATCACT GGATAGAGAG GGGCTAACAG CACTGAGCTG GGCTTGCTTA 
AAGGGCCATA AAGATGTGGT TCAACATTTG GTTGAGAAAG GTGCAACAAT AGATCAGACA 
GACAAAAATG GCCGAACACC CTTGGATTTG GCAGCTTTCT ATGGGGACGC TGATATTGTG 
CAGTATTTAG TAGAGAAGGG TGCAGTGATT GAACATGTTG ACCACAGCGG TATGCGTCCA 
TTGGACAGAG CAATTGGATG TCGAAATACA GCAGTAGTGG TCATGCTACT TAGGAAAGGA 
GCCAAATTAG GAAATGCAGC TTGGGCAATG GCCACTTCTA AACCTGACAT TCTGATTATT 
CTACTGCAGA AGCTGATGGA AGAAGGAAAC GTACTGTACA AAAAAGGGAA GATGAAAGAA 
GCAGCTCAGC GATATCAGTA TGCCCTAAGG AAGTTTCCTC GGGAAGGGTT TGGAGAAGAA 
ATGAAAGCTT TCAATGAGCT GAGAGTGTCG CTGTATTTAA ACTTGTCACG GTGCCGCAGA 
AAAACAAACG ATTTTGGCAT GGCTGAAGAG TTTGCTACCA AGGCACTTGA ACTGAAACCC 
AACTCTTACG AAGCCTATTA TGCTAGAGCA AGAGCCAAGA GAAATAGCAG ACAGTTTCTT 
GCAGCTCTTG CTGACCTCCG AGAAGCCATA AAGCTGTGTC CTAGTAATCA AGAAATACAA 
AGGCTCCTGG CTCGAGTAGA AGAGGAATGC AAACAGTTCC AGAGAACCCA GCAACAGAAG 
AGGCAGTCTC CTCAGCCGGC ACAGCAGAAT AATGACTCTG ACAATGAAGA GGAGGCTCTT 
GTCCAAGGTT TGAATGATCG TATGGGTCTT GAAGAAATAG AAGAAGAAGA ATTGCCATAC 
CACGATGAGT CCATTCCACC TTCACAGAGG CTGCAGCATT CCCTGTCTGC TTTACCTTAC 
AGTAGGACCC TTCAAGAAGG CCTCCAGCAG AAAGCCAGAC CAGCATCCCC TCAGAACAGA 
GCAGGAAGTA AATATCTGAG AGAGCCGGGT TTGATCATGC AGCCTACAAA GCAAGCACAA 
ATTGTAAAAA CAAATCAGCA TTTGAGCTCT ACACAGTCAG GGCTGAGAAC TGGAAGTGGT 
CAGTGTAGTA CAAAGACACC ATCATCTTTT CAGCATCTTC CCTCGAGTCC AATGCCAGCC 
CGACACCCTG GAAATCTGGC CAACAGTAAA AGTCAGTTTA TAGATGGGGC AAACACTGTA 
TCGTCTGGAA ACATTCCCAC AGGAGTCTCC TCTGGCCTCT ACAGTGAAAG GTTAGCATCT 
AACCAGTTCT CCCATTTACA GCACAGTGAG AGTACATCGT CTCACTCATT CACAAGTAAG 
TCTAAAACCA CTGACAGGCC AGCAGCTGTC GAGAAAGCAG CACCCACCCA AGGAGTTCAA 
ATGCATTTCA GTGAAGCAAG GCAGCAAGGG CCTGGAACCA GTGCTGTCTC TTCTAGCTCT 
CCATCTGGCA GCTTGATTAT TTCTAGCTCT TCCAACAGTT TAACTTCAAG CAACAGCTTT 
TCAGATAACG TGAAAGGACT AGGGCCAGAT GTTCGAATTA AGGAAAATAA ATCTAGCCAA 
GGTCTAAGTG GTACAACCGA ACATAGACCA CGCAATACCC CATTTATGGG GATCATGGAT 
AAAACTGCCA GGTTTCAGCA GCAGAGCAGT CAAACAAATC GCACTTGGAA TTGCCAGGTA 
TCTGAAGGAT TACTACCAAA TGCTTCTGGT GGGGGCATTC AGTCCACAAC CTGCGAGCAG 
TTTTCTGGCA AACAGCCCAG TGGATACAGT AATTTAACCA AAACCTCCTC TACAGCTATG 
GCCCCTGGAG AAGGTATCCA AAATGGAATG CAAGCTAAAG AACTCAAAGA GCTCAAGAGC 
CAAATGCCTG CCCACTCGCA AGACAGCAGG ATATCTAAGC CTGTCTCTCA TTTGTTTCCA 
GATGCTCTGT CTAAACAACA GTCCCATATT AATAAGGAAG GCCATTTAAG TCATGTCTCT 
TCTGCAAAAC CAAAGCGATC ATTTGTTGAG TCTAATGTAT GA

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

RefSeq	XP_019335797.1
CDS	134..5755
Translation	MLKAVLKKSREGGKGNKKETAGDSCPENAVPVIVASGQNADFPIGNQPVPEDMYRMNLTKGVSMSLPSSPLLPRQSYLMQSRSNRKSPGPIRKPKFVESPRVPGDAVVVPFRKVSEPTEPNQNEAKPDKESNCSPAAQELMTRLGFLLGEGIPASAHITVEEKNETMCTVASQGVSPCSTLTSSTTSPSTDSPCSTLNSCIGKTAANKSSPCGTISSPSSTLESKDSGIIERIQDFIIFSATITSSSENDDRSGSSLEWSKDGSLRTGVLQGIIHDRRTDNCSPVAEEEAVGAAESLPKAEVPSADGPVPYTQSSSSLAMPRPNSVAATSSTKLEDLSYLDGQRNTPLRTSIRLPWHNTAGGRVQQEIKARFVPYKPQDILLKPLLFEVPSITTDSVFVGRDWLFQVIEENLKNTELAENKGAVIIGNVGFGKTAVVSRLVALSCHGSRMRQIASNSPNSSPKSGDPCQEIPLAQLSSSAPSTNGSNTVKSLSSPGTPEHQNQTGDSVRRLASKVVAYHYCQADNTYTCLVPEFVHSIAALLCRSHQLMAYRDLLIKEPHLQSMLSLRSCVQDPVAAFKRGVLEPLANLRKEQKIPEEEYIILIDGLNDAEFHKPDYGDTLSSFITNIIFKFPSWLKLIVTVRTNFQEIASLLPFFKISLDNFPDNKEIHGDLNAYIQYRISSSQEIINNISLNGKADAATVGKVGNHLIMRSLGSYLYLKLTLDLFQKGHLVIKSASYKVVPVSLSELYLLQCNMKFMSNSAFERALPILNVALASLHPMTDDQIFTAINAGQINGELEWEDFHQRMEALSCFLIKRRDKTRMFCHPSFREWLVWRADGENTDFLCEPRNGHALLAFMFSRQEGKLNRQQTMELGHHILKAHIFKGLSKKTGISSSHLQALWIGYSTDGLSAALASLRNLYTPNVKVSRLLILAGANVNYRTEVLNNAPILCVQSHLGHEEVVALLLEFGAAVDGTSENGMTALSYAAAAGHMNIVSLLCKRSERADYLDKKGQCALVHSALRGHCDILQYLLNIDWPVSSHEQNSLRKCQALQQALTAASSMGHCQVIRYLLGIEKEHGVDLNDTDVLWGETALTAAAGRGKLDVCEVLLEHGAAVTRTNRRGVSPLFCAVRQGHWQIAELLLEHGSDVNLSDKQGRTPLMVASCEGHLSTVEFLLSKGAAISSLDREGLTALSWACLKGHKDVVQHLVEKGATIDQTDKNGRTPLDLAAFYGDADIVQYLVEKGAVIEHVDHSGMRPLDRAIGCRNTAVVVMLLRKGAKLGNAAWAMATSKPDILIILLQKLMEEGNVLYKKGKMKEAAQRYQYALRKFPREGFGEEMKAFNELRVSLYLNLSRCRRKTNDFGMAEEFATKALELKPNSYEAYYARARAKRNSRQFLAALADLREAIKLCPSNQEIQRLLARVEEECKQFQRTQQQKRQSPQPAQQNNDSDNEEEALVQGLNDRMGLEEIEEEELPYHDESIPPSQRLQHSLSALPYSRTLQEGLQQKARPASPQNRAGSKYLREPGLIMQPTKQAQIVKTNQHLSSTQSGLRTGSGQCSTKTPSSFQHLPSSPMPARHPGNLANSKSQFIDGANTVSSGNIPTGVSSGLYSERLASNQFSHLQHSESTSSHSFTSKSKTTDRPAAVEKAAPTQGVQMHFSEARQQGPGTSAVSSSSPSGSLIISSSSNSLTSSNSFSDNVKGLGPDVRIKENKSSQGLSGTTEHRPRNTPFMGIMDKTARFQQQSSQTNRTWNCQVSEGLLPNASGGGIQSTTCEQFSGKQPSGYSNLTKTSSTAMAPGEGIQNGMQAKELKELKSQMPAHSQDSRISKPVSHLFPDALSKQQSHINKEGHLSHVSSAKPKRSFVESNV

Target ORF information:

RefSeq Version	XM_019480252.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X9, mRNA.

Target ORF information:

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

XM_019480252.1

ORF Insert Sequence:

ATGTTAAAGG CAGTTTTGAA AAAGAGCCGA GAAGGTGGAA AGGGGAACAA GAAGGAAACA 
GCAGGTGACT CCTGCCCAGA GAATGCTGTA CCGGTTATTG TAGCATCTGG TCAAAATGCA 
GATTTTCCTA TTGGAAATCA GCCTGTACCT GAGGATATGT ATAGAATGAA CTTGACTAAA 
GGAGTCTCAA TGTCTTTGCC ATCATCACCT TTACTACCAC GTCAGTCTTA CTTGATGCAG 
TCAAGATCAA ACAGAAAATC TCCAGGTCCG ATCAGGAAGC CCAAGTTCGT GGAAAGTCCC 
AGAGTGCCAG GAGATGCAGT TGTTGTACCA TTCAGAAAAG TGTCAGAGCC AACAGAACCC 
AATCAGAATG AAGCAAAGCC TGATAAAGAA TCAAACTGTT CACCTGCAGC ACAAGAATTG 
ATGACAAGAT TGGGATTTTT ACTGGGAGAA GGGATCCCAG CCTCTGCACA CATAACTGTA 
GAAGAAAAAA ATGAAACCAT GTGCACAGTA GCCAGTCAAG GAGTCAGTCC CTGCTCTACA 
CTAACAAGCA GCACTACATC ACCTAGCACT GATAGTCCCT GCTCAACTCT GAATAGCTGT 
ATTGGCAAAA CAGCAGCTAA CAAAAGTAGT CCCTGTGGGA CCATTAGCAG CCCTAGCTCC 
ACATTGGAAA GCAAGGACAG TGGAATTATA GAGCGTATTC AGGATTTTAT TATTTTTTCA 
GCAACTATAA CAAGTTCTTC TGAAAATGAT GACCGCAGTG GATCCAGTTT GGAGTGGAGT 
AAAGACGGAA GTCTCAGAAC TGGTGTGCTT CAAGGAATTA TTCATGATCG AAGAACAGAT 
AATTGTTCAC CAGTTGCTGA AGAGGAGGCA GTTGGAGCTG CTGAGAGTTT GCCCAAAGCA 
GAAGTGCCTA GTGCAGATGG TCCTGTTCCC TATACGCAGA GTTCTAGCTC ATTAGCAATG 
CCTCGTCCCA ATTCTGTTGC AGCAACAAGT TCAACCAAGC TTGAAGATTT GAGTTATTTG 
GATGGACAAA GGAATACTCC CTTACGCACC TCAATTCGCT TACCTTGGCA TAATACTGCA 
GGAGGAAGAG TACAGCAAGA AATTAAAGCA CGTTTTGTCC CCTATAAGCC TCAAGACATC 
TTGCTAAAGC CACTATTGTT TGAAGTGCCA AGCATAACAA CAGACTCTGT GTTTGTCGGA 
AGAGATTGGC TGTTTCAAGT GATTGAAGAA AACTTGAAGA ATACAGAGCT GGCAGAAAAC 
AAGGGAGCAG TTATTATTGG AAATGTGGGA TTTGGGAAGA CTGCTGTTGT TTCAAGACTG 
GTGGCACTCA GCTGCCATGG AAGTCGCATG AGGCAGATTG CTTCGAACAG TCCTAATTCA 
TCTCCCAAAA GTGGTGACCC CTGTCAGGAG ATTCCCCTTG CACAGTTATC TTCATCTGCC 
CCTTCCACAA ATGGTAGCAA TACAGTGAAG TCTCTGAGTT CTCCTGGTAC TCCTGAGCAT 
CAAAATCAAA CTGGTGATTC AGTGCGACGC CTTGCTTCAA AGGTCGTTGC CTATCACTAT 
TGCCAAGCTG ACAACACGTA CACGTGTCTT GTCCCAGAAT TTGTCCATAG TATTGCAGCT 
TTACTTTGCC GGTCGCATCA GTTAATGGCA TACCGAGATC TTCTAATAAA AGAGCCTCAT 
CTACAAAGCA TGCTTAGCCT TAGATCCTGC GTCCAAGATC CAGTGGCAGC TTTTAAAAGA 
GGAGTGTTGG AGCCACTTGC AAACCTCAGG AAAGAGCAGA AAATTCCTGA AGAAGAATAC 
ATCATTTTGA TAGATGGTTT AAATGATGCT GAATTCCACA AACCTGATTA TGGTGACACA 
CTTTCTTCAT TTATCACAAA TATTATTTTT AAATTCCCTT CTTGGTTGAA GCTGATTGTG 
ACGGTGAGAA CTAACTTTCA GGAAATAGCA AGTTTATTAC CTTTTTTCAA AATCTCTCTC 
GACAATTTCC CGGACAACAA AGAAATCCAT GGTGATCTGA ATGCCTATAT TCAGTACAGG 
ATCAGTAGCA GTCAGGAAAT TATAAACAAT ATATCTTTAA ATGGGAAAGC TGATGCAGCC 
ACAGTCGGGA AAGTGGGTAA TCACCTGATC ATGAGGAGCC TGGGATCTTA CCTCTATTTG 
AAATTGACAT TGGATCTTTT TCAAAAGGGT CACCTGGTGA TCAAAAGTGC AAGCTACAAA 
GTAGTTCCAG TGTCTCTGTC AGAACTTTAT TTGCTTCAGT GCAACATGAA GTTCATGAGC 
AACTCTGCTT TTGAGAGAGC CCTGCCAATA TTAAATGTGG CACTAGCATC CCTTCATCCT 
ATGACAGATG ACCAGATTTT CACAGCTATT AATGCTGGTC AGATAAATGG TGAACTGGAA 
TGGGAAGACT TCCACCAGAG AATGGAGGCC CTTTCATGTT TTCTGATAAA AAGGCGTGAC 
AAAACACGTA TGTTCTGCCA TCCTTCCTTC AGGGAATGGC TTGTTTGGAG AGCAGATGGT 
GAAAATACTG ACTTCTTATG TGAACCAAGG AATGGGCATG CTCTACTGGC ATTCATGTTT 
TCTCGACAGG AGGGAAAATT AAACCGGCAA CAAACCATGG AACTTGGTCA TCACATTCTT 
AAAGCTCACA TTTTTAAGGG TCTTAGTAAA AAGACTGGAA TTTCTTCCAG TCACCTTCAA 
GCTCTGTGGA TTGGATATAG TACTGATGGA TTGTCAGCTG CCCTTGCTTC TCTGAGAAAC 
CTCTATACAC CTAATGTGAA GGTGAGTCGC TTGCTGATCT TGGCAGGAGC AAATGTGAAT 
TACAGGACTG AAGTTCTGAA CAATGCTCCA ATATTGTGCG TTCAGTCTCA TCTTGGTCAT 
GAAGAAGTGG TCGCTCTCCT GCTGGAATTT GGAGCTGCTG TTGATGGTAC ATCTGAAAAC 
GGGATGACTG CACTTAGCTA TGCAGCTGCT GCAGGTCACA TGAACATAGT TTCACTGCTT 
TGCAAAAGAA GTGAAAGGGC CGACTACCTG GACAAGAAAG GCCAATGTGC TTTGGTTCAT 
AGTGCATTGA GAGGACATTG TGATATCCTT CAGTACTTGC TCAATATTGA TTGGCCAGTT 
TCTTCCCATG AACAAAATTC ATTGAGGAAA TGTCAGGCAC TTCAGCAAGC ATTGACAGCA 
GCTTCCAGTA TGGGCCACTG TCAGGTGATT CGTTACCTGC TGGGGATTGA AAAGGAACAT 
GGAGTAGACC TCAATGATAC TGATGTGCTG TGGGGAGAAA CAGCCCTGAC GGCGGCTGCA 
GGGCGGGGGA AGCTGGACGT GTGTGAAGTA CTTCTGGAAC ATGGAGCTGC TGTGACAAGA 
ACCAACAGGA GGGGGGTCTC CCCACTTTTC TGTGCTGTGC GCCAGGGACA TTGGCAGATT 
GCAGAGCTTC TGTTAGAGCA CGGATCTGAT GTTAATTTGA GTGACAAGCA AGGCAGGACA 
CCACTTATGG TGGCTTCTTG TGAAGGACAT TTGAGCACGG TGGAATTTCT ACTTTCCAAA 
GGTGCAGCCA TTTCATCACT GGATAGAGAG GGGCTAACAG CACTGAGCTG GGCTTGCTTA 
AAGGGCCATA AAGATGTGGT TCAACATTTG GTTGAGAAAG GTGCAACAAT AGATCAGACA 
GACAAAAATG GCCGAACACC CTTGGATTTG GCAGCTTTCT ATGGGGACGC TGATATTGTG 
CAGTATTTAG TAGAGAAGGG TGCAGTGATT GAACATGTTG ACCACAGCGG TATGCGTCCA 
TTGGACAGAG CAATTGGATG TCGAAATACA GCAGTAGTGG TCATGCTACT TAGGAAAGGA 
GCCAAATTAG GAAATGCAGC TTGGGCAATG GCCACTTCTA AACCTGACAT TCTGATTATT 
CTACTGCAGA AGCTGATGGA AGAAGGAAAC GTACTGTACA AAAAAGGGAA GATGAAAGAA 
GCAGCTCAGC GATATCAGTA TGCCCTAAGG AAGTTTCCTC GGGAAGGGTT TGGAGAAGAA 
ATGAAAGCTT TCAATGAGCT GAGAGTGTCG CTGTATTTAA ACTTGTCACG GTGCCGCAGA 
AAAACAAACG ATTTTGGCAT GGCTGAAGAG TTTGCTACCA AGGCACTTGA ACTGAAACCC 
AACTCTTACG AAGCCTATTA TGCTAGAGCA AGAGCCAAGA GAAATAGCAG ACAGTTTCTT 
GCAGCTCTTG CTGACCTCCG AGAAGCCATA AAGCTGTGTC CTAGTAATCA AGAAATACAA 
AGGCTCCTGG CTCGAGTAGA AGAGGAATGC AAACAGTTCC AGAGAACCCA GCAACAGAAG 
AGGCAGTCTC CTCAGCCGGC ACAGCAGAAT AATGACTCTG ACAATGAAGA GGAGGCTCTT 
GTCCAAGGTT TGAATGATCG TATGGGTCTT GAAGAAATAG AAGAAGAAGA ATTGCCATAC 
CACGATGAGT CCATTCCACC TTCACAGAGG CTGCAGCATT CCCTGTCTGC TTTACCTTAC 
AGTAGGACCC TTCAAGAAGG CCTCCAGCAG AAAGCCAGAC CAGCATCCCC TCAGAACAGA 
GCAGGAAGTA AATATCTGAG AGAGCCGGGT TTGATCATGC AGCCTACAAA GCAAGCACAA 
ATTGTAAAAA CAAATCAGCA TTTGAGCTCT ACACAGTCAG GGCTGAGAAC TGGAAGTGGT 
CAGTGTAGTA CAAAGACACC ATCATCTTTT CAGCATCTTC CCTCGAGTCC AATGCCAGCC 
CGACACCCTG GAAATCTGGC CAACAGTAAA AGTCAGTTTA TAGATGGGGC AAACACTGTA 
TCGTCTGGAA ACATTCCCAC AGGAGTCTCC TCTGGCCTCT ACAGTGAAAG GTTAGCATCT 
AACCAGTTCT CCCATTTACA GCACAGTGAG AGTACATCGT CTCACTCATT CACAAGTAAG 
TCTAAAACCA CTGACAGGCC AGCAGCTGTC GAGAAAGCAG CACCCACCCA AGGAGTTCAA 
ATGCATTTCA GTGAAGCAAG GCAGCAAGGG CCTGGAACCA GTGCTGTCTC TTCTAGCTCT 
CCATCTGGCA GCTTGATTAT TTCTAGCTCT TCCAACAGTT TAACTTCAAG CAACAGCTTT 
TCAGATAACG TGAAAGGACT AGGGCCAGAT GTTCGAATTA AGGAAAATAA ATCTAGCCAA 
GGTCTAAGTG GTACAACCGA ACATAGACCA CGCAATACCC CATTTATGGG GATCATGGAT 
AAAACTGCCA GGTTTCAGCA GCAGAGCAGT CAAACAAATC GCACTTGGAA TTGCCAGGTA 
TCTGAAGGAT TACTACCAAA TGCTTCTGGT GGGGGCATTC AGTCCACAAC CTGCGAGCAG 
TTTTCTGGCA AACAGCCCAG TGGATACAGT AATTTAACCA AAACCTCCTC TACAGCTATG 
GCCCCTGGAG AAGGTATCCA AAATGGAATG CAAGCTAAAG AACTCAAAGA GCTCAAGAGC 
CAAATGCCTG CCCACTCGCA AGACAGCAGG ATATCTAAGC CTGTCTCTCA TTTGTTTCCA 
GATGCTCTGT CTAAACAACA GTCCCATATT AATAAGGAAG GCCATTTAAG TCATGTCTCT 
TCTGCAAAAC CAAAGCGATC ATTTGTTGAG TCTAATGTAT GA

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

TANC1 ( XM_019480248.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019335793.1 Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X5, mRNA.

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CloneID	OAl78590
Clone ID Related Accession (Same CDS sequence)	XM_019480248.1
Accession Version	XM_019480248.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5598bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	protein TANC1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017714267.1) 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 Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGTTTTC TCTCCCACAC CCCCATCCAG ATGAAGTCGG GTCAGGAGCC AGGCATTCAT 
CTGACAGAGA ACAGCGTTAA AATGTTAAAG GCAGTTTTGA AAAAGAGCCG AGAAGGTGGA 
AAGGGGAACA AGAAGGAAAC AGCAGGTGAC TCCTGCCCAG AGAATGCTGT ACCGGTTATT 
GTAGCATCTG GTCAAAATGC AGATTTTCCT ATTGGAAATC AGCCTGTACC TGAGGATATG 
TATAGAATGA ACTTGACTAA AGGAGTCTCA ATGTCTTTGC CATCATCACC TTTACTACCA 
CGTCAGTCTT ACTTGATGCA GTCAAGATCA AACAGAAAAT CTCCAGAAGC AAAGCCTGAT 
AAAGAATCAA ACTGTTCACC TGCAGCACAA GAATTGATGA CAAGATTGGG ATTTTTACTG 
GGAGAAGGGA TCCCAGCCTC TGCACACATA ACTGTAGAAG AAAAAAATGA AACCATGTGC 
ACAGTAGCCA GTCAAGGAGT CAGTCCCTGC TCTACACTAA CAAGCAGCAC TACATCACCT 
AGCACTGATA GTCCCTGCTC AACTCTGAAT AGCTGTATTG GCAAAACAGC AGCTAACAAA 
AGTAGTCCCT GTGGGACCAT TAGCAGCCCT AGCTCCACAT TGGAAAGCAA GGACAGTGGA 
ATTATAGAGC GTATTCAGGA TTTTATTATT TTTTCAGCAA CTATAACAAG TTCTTCTGAA 
AATGATGACC GCAGTGGATC CAGTTTGGAG TGGAGTAAAG ACGGAAGTCT CAGAACTGGT 
GTGCTTCAAG GAATTATTCA TGATCGAAGA ACAGATAATT GTTCACCAGT TGCTGAAGAG 
GAGGCAGTTG GAGCTGCTGA GAGTTTGCCC AAAGCAGAAG TGCCTAGTGC AGATGGTCCT 
GTTCCCTATA CGCAGAGTTC TAGCTCATTA GCAATGCCTC GTCCCAATTC TGTTGCAGCA 
ACAAGTTCAA CCAAGCTTGA AGATTTGAGT TATTTGGATG GACAAAGGAA TACTCCCTTA 
CGCACCTCAA TTCGCTTACC TTGGCATAAT ACTGCAGGAG GAAGAGTACA GCAAGAAATT 
AAAGCACGTT TTGTCCCCTA TAAGCCTCAA GACATCTTGC TAAAGCCACT ATTGTTTGAA 
GTGCCAAGCA TAACAACAGA CTCTGTGTTT GTCGGAAGAG ATTGGCTGTT TCAAGTGATT 
GAAGAAAACT TGAAGAATAC AGAGCTGGCA GAAAACAAGG GAGCAGTTAT TATTGGAAAT 
GTGGGATTTG GGAAGACTGC TGTTGTTTCA AGACTGGTGG CACTCAGCTG CCATGGAAGT 
CGCATGAGGC AGATTGCTTC GAACAGTCCT AATTCATCTC CCAAAAGTGG TGACCCCTGT 
CAGGAGATTC CCCTTGCACA GTTATCTTCA TCTGCCCCTT CCACAAATGG TAGCAATACA 
GTGAAGTCTC TGAGTTCTCC TGGTACTCCT GAGCATCAAA ATCAAACTGG TGATTCAGTG 
CGACGCCTTG CTTCAAAGGT CGTTGCCTAT CACTATTGCC AAGCTGACAA CACGTACACG 
TGTCTTGTCC CAGAATTTGT CCATAGTATT GCAGCTTTAC TTTGCCGGTC GCATCAGTTA 
ATGGCATACC GAGATCTTCT AATAAAAGAG CCTCATCTAC AAAGCATGCT TAGCCTTAGA 
TCCTGCGTCC AAGATCCAGT GGCAGCTTTT AAAAGAGGAG TGTTGGAGCC ACTTGCAAAC 
CTCAGGAAAG AGCAGAAAAT TCCTGAAGAA GAATACATCA TTTTGATAGA TGGTTTAAAT 
GATGCTGAAT TCCACAAACC TGATTATGGT GACACACTTT CTTCATTTAT CACAAATATT 
ATTTTTAAAT TCCCTTCTTG GTTGAAGCTG ATTGTGACGG TGAGAACTAA CTTTCAGGAA 
ATAGCAAGTT TATTACCTTT TTTCAAAATC TCTCTCGACA ATTTCCCGGA CAACAAAGAA 
ATCCATGGTG ATCTGAATGC CTATATTCAG TACAGGATCA GTAGCAGTCA GGAAATTATA 
AACAATATAT CTTTAAATGG GAAAGCTGAT GCAGCCACAG TCGGGAAAGT GGGTAATCAC 
CTGATCATGA GGAGCCTGGG ATCTTACCTC TATTTGAAAT TGACATTGGA TCTTTTTCAA 
AAGGGTCACC TGGTGATCAA AAGTGCAAGC TACAAAGTAG TTCCAGTGTC TCTGTCAGAA 
CTTTATTTGC TTCAGTGCAA CATGAAGTTC ATGAGCAACT CTGCTTTTGA GAGAGCCCTG 
CCAATATTAA ATGTGGCACT AGCATCCCTT CATCCTATGA CAGATGACCA GATTTTCACA 
GCTATTAATG CTGGTCAGAT AAATGGTGAA CTGGAATGGG AAGACTTCCA CCAGAGAATG 
GAGGCCCTTT CATGTTTTCT GATAAAAAGG CGTGACAAAA CACGTATGTT CTGCCATCCT 
TCCTTCAGGG AATGGCTTGT TTGGAGAGCA GATGGTGAAA ATACTGACTT CTTATGTGAA 
CCAAGGAATG GGCATGCTCT ACTGGCATTC ATGTTTTCTC GACAGGAGGG AAAATTAAAC 
CGGCAACAAA CCATGGAACT TGGTCATCAC ATTCTTAAAG CTCACATTTT TAAGGGTCTT 
AGTAAAAAGA CTGGAATTTC TTCCAGTCAC CTTCAAGCTC TGTGGATTGG ATATAGTACT 
GATGGATTGT CAGCTGCCCT TGCTTCTCTG AGAAACCTCT ATACACCTAA TGTGAAGGTG 
AGTCGCTTGC TGATCTTGGC AGGAGCAAAT GTGAATTACA GGACTGAAGT TCTGAACAAT 
GCTCCAATAT TGTGCGTTCA GTCTCATCTT GGTCATGAAG AAGTGGTCGC TCTCCTGCTG 
GAATTTGGAG CTGCTGTTGA TGGTACATCT GAAAACGGGA TGACTGCACT TAGCTATGCA 
GCTGCTGCAG GTCACATGAA CATAGTTTCA CTGCTTTGCA AAAGAAGTGA AAGGGCCGAC 
TACCTGGACA AGAAAGGCCA ATGTGCTTTG GTTCATAGTG CATTGAGAGG ACATTGTGAT 
ATCCTTCAGT ACTTGCTCAA TATTGATTGG CCAGTTTCTT CCCATGAACA AAATTCATTG 
AGGAAATGTC AGGCACTTCA GCAAGCATTG ACAGCAGCTT CCAGTATGGG CCACTGTCAG 
GTGATTCGTT ACCTGCTGGG GATTGAAAAG GAACATGGAG TAGACCTCAA TGATACTGAT 
GTGCTGTGGG GAGAAACAGC CCTGACGGCG GCTGCAGGGC GGGGGAAGCT GGACGTGTGT 
GAAGTACTTC TGGAACATGG AGCTGCTGTG ACAAGAACCA ACAGGAGGGG GGTCTCCCCA 
CTTTTCTGTG CTGTGCGCCA GGGACATTGG CAGATTGCAG AGCTTCTGTT AGAGCACGGA 
TCTGATGTTA ATTTGAGTGA CAAGCAAGGC AGGACACCAC TTATGGTGGC TTCTTGTGAA 
GGACATTTGA GCACGGTGGA ATTTCTACTT TCCAAAGGTG CAGCCATTTC ATCACTGGAT 
AGAGAGGGGC TAACAGCACT GAGCTGGGCT TGCTTAAAGG GCCATAAAGA TGTGGTTCAA 
CATTTGGTTG AGAAAGGTGC AACAATAGAT CAGACAGACA AAAATGGCCG AACACCCTTG 
GATTTGGCAG CTTTCTATGG GGACGCTGAT ATTGTGCAGT ATTTAGTAGA GAAGGGTGCA 
GTGATTGAAC ATGTTGACCA CAGCGGTATG CGTCCATTGG ACAGAGCAAT TGGATGTCGA 
AATACAGCAG TAGTGGTCAT GCTACTTAGG AAAGGAGCCA AATTAGGAAA TGCAGCTTGG 
GCAATGGCCA CTTCTAAACC TGACATTCTG ATTATTCTAC TGCAGAAGCT GATGGAAGAA 
GGAAACGTAC TGTACAAAAA AGGGAAGATG AAAGAAGCAG CTCAGCGATA TCAGTATGCC 
CTAAGGAAGT TTCCTCGGGA AGGGTTTGGA GAAGAAATGA AAGCTTTCAA TGAGCTGAGA 
GTGTCGCTGT ATTTAAACTT GTCACGGTGC CGCAGAAAAA CAAACGATTT TGGCATGGCT 
GAAGAGTTTG CTACCAAGGC ACTTGAACTG AAACCCAACT CTTACGAAGC CTATTATGCT 
AGAGCAAGAG CCAAGAGAAA TAGCAGACAG TTTCTTGCAG CTCTTGCTGA CCTCCGAGAA 
GCCATAAAGC TGTGTCCTAG TAATCAAGAA ATACAAAGGC TCCTGGCTCG AGTAGAAGAG 
GAATGCAAAC AGTTCCAGAG AACCCAGCAA CAGAAGAGGC AGTCTCCTCA GCCGGCACAG 
CAGAATAATG ACTCTGACAA TGAAGAGGAG GCTCTTGTCC AAGGTTTGAA TGATCGTATG 
GGTCTTGAAG AAATAGAAGA AGAAGAATTG CCATACCACG ATGAGTCCAT TCCACCTTCA 
CAGAGGCTGC AGCATTCCCT GTCTGCTTTA CCTTACAGTA GGACCCTTCA AGAAGGCCTC 
CAGCAGAAAG CCAGACCAGC ATCCCCTCAG AACAGAGCAG GAAGTAAATA TCTGAGAGAG 
CCGGGTTTGA TCATGCAGCC TACAAAGCAA GCACAAATTG TAAAAACAAA TCAGCATTTG 
AGCTCTACAC AGTCAGGGCT GAGAACTGGA AGTGGTCAGT GTAGTACAAA GACACCATCA 
TCTTTTCAGC ATCTTCCCTC GAGTCCAATG CCAGCCCGAC ACCCTGGAAA TCTGGCCAAC 
AGTAAAAGTC AGTTTATAGA TGGGGCAAAC ACTGTATCGT CTGGAAACAT TCCCACAGGA 
GTCTCCTCTG GCCTCTACAG TGAAAGGTTA GCATCTAACC AGTTCTCCCA TTTACAGCAC 
AGTGAGAGTA CATCGTCTCA CTCATTCACA AGTAAGTCTA AAACCACTGA CAGGCCAGCA 
GCTGTCGAGA AAGCAGCACC CACCCAAGGA GTTCAAATGC ATTTCAGTGA AGCAAGGCAG 
CAAGGGCCTG GAACCAGTGC TGTCTCTTCT AGCTCTCCAT CTGGCAGCTT GATTATTTCT 
AGCTCTTCCA ACAGTTTAAC TTCAAGCAAC AGCTTTTCAG ATAACGTGAA AGGACTAGGG 
CCAGATGTTC GAATTAAGGA AAATAAATCT AGCCAAGGTC TAAGTGGTAC AACCGAACAT 
AGACCACGCA ATACCCCATT TATGGGGATC ATGGATAAAA CTGCCAGGTT TCAGCAGCAG 
AGCAGTCAAA CAAATCGCAC TTGGAATTGC CAGGTATCTG AAGGATTACT ACCAAATGCT 
TCTGGTGGGG GCATTCAGTC CACAACCTGC GAGCAGTTTT CTGGCAAACA GCCCAGTGGA 
TACAGTAATT TAACCAAAAC CTCCTCTACA GCTATGGCCC CTGGAGAAGG TATCCAAAAT 
GGAATGCAAG CTAAAGAACT CAAAGAGCTC AAGAGCCAAA TGCCTGCCCA CTCGCAAGAC 
AGCAGGATAT CTAAGCCTGT CTCTCATTTG TTTCCAGATG CTCTGTCTAA ACAACAGTCC 
CATATTAATA AGGAAGGCCA TTTAAGTCAT GTCTCTTCTG CAAAACCAAA GCGATCATTT 
GTTGAGTCTA ATGTATGA

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

RefSeq	XP_019335793.1
CDS	342..5939
Translation	MCFLSHTPIQMKSGQEPGIHLTENSVKMLKAVLKKSREGGKGNKKETAGDSCPENAVPVIVASGQNADFPIGNQPVPEDMYRMNLTKGVSMSLPSSPLLPRQSYLMQSRSNRKSPEAKPDKESNCSPAAQELMTRLGFLLGEGIPASAHITVEEKNETMCTVASQGVSPCSTLTSSTTSPSTDSPCSTLNSCIGKTAANKSSPCGTISSPSSTLESKDSGIIERIQDFIIFSATITSSSENDDRSGSSLEWSKDGSLRTGVLQGIIHDRRTDNCSPVAEEEAVGAAESLPKAEVPSADGPVPYTQSSSSLAMPRPNSVAATSSTKLEDLSYLDGQRNTPLRTSIRLPWHNTAGGRVQQEIKARFVPYKPQDILLKPLLFEVPSITTDSVFVGRDWLFQVIEENLKNTELAENKGAVIIGNVGFGKTAVVSRLVALSCHGSRMRQIASNSPNSSPKSGDPCQEIPLAQLSSSAPSTNGSNTVKSLSSPGTPEHQNQTGDSVRRLASKVVAYHYCQADNTYTCLVPEFVHSIAALLCRSHQLMAYRDLLIKEPHLQSMLSLRSCVQDPVAAFKRGVLEPLANLRKEQKIPEEEYIILIDGLNDAEFHKPDYGDTLSSFITNIIFKFPSWLKLIVTVRTNFQEIASLLPFFKISLDNFPDNKEIHGDLNAYIQYRISSSQEIINNISLNGKADAATVGKVGNHLIMRSLGSYLYLKLTLDLFQKGHLVIKSASYKVVPVSLSELYLLQCNMKFMSNSAFERALPILNVALASLHPMTDDQIFTAINAGQINGELEWEDFHQRMEALSCFLIKRRDKTRMFCHPSFREWLVWRADGENTDFLCEPRNGHALLAFMFSRQEGKLNRQQTMELGHHILKAHIFKGLSKKTGISSSHLQALWIGYSTDGLSAALASLRNLYTPNVKVSRLLILAGANVNYRTEVLNNAPILCVQSHLGHEEVVALLLEFGAAVDGTSENGMTALSYAAAAGHMNIVSLLCKRSERADYLDKKGQCALVHSALRGHCDILQYLLNIDWPVSSHEQNSLRKCQALQQALTAASSMGHCQVIRYLLGIEKEHGVDLNDTDVLWGETALTAAAGRGKLDVCEVLLEHGAAVTRTNRRGVSPLFCAVRQGHWQIAELLLEHGSDVNLSDKQGRTPLMVASCEGHLSTVEFLLSKGAAISSLDREGLTALSWACLKGHKDVVQHLVEKGATIDQTDKNGRTPLDLAAFYGDADIVQYLVEKGAVIEHVDHSGMRPLDRAIGCRNTAVVVMLLRKGAKLGNAAWAMATSKPDILIILLQKLMEEGNVLYKKGKMKEAAQRYQYALRKFPREGFGEEMKAFNELRVSLYLNLSRCRRKTNDFGMAEEFATKALELKPNSYEAYYARARAKRNSRQFLAALADLREAIKLCPSNQEIQRLLARVEEECKQFQRTQQQKRQSPQPAQQNNDSDNEEEALVQGLNDRMGLEEIEEEELPYHDESIPPSQRLQHSLSALPYSRTLQEGLQQKARPASPQNRAGSKYLREPGLIMQPTKQAQIVKTNQHLSSTQSGLRTGSGQCSTKTPSSFQHLPSSPMPARHPGNLANSKSQFIDGANTVSSGNIPTGVSSGLYSERLASNQFSHLQHSESTSSHSFTSKSKTTDRPAAVEKAAPTQGVQMHFSEARQQGPGTSAVSSSSPSGSLIISSSSNSLTSSNSFSDNVKGLGPDVRIKENKSSQGLSGTTEHRPRNTPFMGIMDKTARFQQQSSQTNRTWNCQVSEGLLPNASGGGIQSTTCEQFSGKQPSGYSNLTKTSSTAMAPGEGIQNGMQAKELKELKSQMPAHSQDSRISKPVSHLFPDALSKQQSHINKEGHLSHVSSAKPKRSFVESNV

Target ORF information:

RefSeq Version	XM_019480248.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X5, mRNA.

Target ORF information:

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

XM_019480248.1

ORF Insert Sequence:

ATGTGTTTTC TCTCCCACAC CCCCATCCAG ATGAAGTCGG GTCAGGAGCC AGGCATTCAT 
CTGACAGAGA ACAGCGTTAA AATGTTAAAG GCAGTTTTGA AAAAGAGCCG AGAAGGTGGA 
AAGGGGAACA AGAAGGAAAC AGCAGGTGAC TCCTGCCCAG AGAATGCTGT ACCGGTTATT 
GTAGCATCTG GTCAAAATGC AGATTTTCCT ATTGGAAATC AGCCTGTACC TGAGGATATG 
TATAGAATGA ACTTGACTAA AGGAGTCTCA ATGTCTTTGC CATCATCACC TTTACTACCA 
CGTCAGTCTT ACTTGATGCA GTCAAGATCA AACAGAAAAT CTCCAGAAGC AAAGCCTGAT 
AAAGAATCAA ACTGTTCACC TGCAGCACAA GAATTGATGA CAAGATTGGG ATTTTTACTG 
GGAGAAGGGA TCCCAGCCTC TGCACACATA ACTGTAGAAG AAAAAAATGA AACCATGTGC 
ACAGTAGCCA GTCAAGGAGT CAGTCCCTGC TCTACACTAA CAAGCAGCAC TACATCACCT 
AGCACTGATA GTCCCTGCTC AACTCTGAAT AGCTGTATTG GCAAAACAGC AGCTAACAAA 
AGTAGTCCCT GTGGGACCAT TAGCAGCCCT AGCTCCACAT TGGAAAGCAA GGACAGTGGA 
ATTATAGAGC GTATTCAGGA TTTTATTATT TTTTCAGCAA CTATAACAAG TTCTTCTGAA 
AATGATGACC GCAGTGGATC CAGTTTGGAG TGGAGTAAAG ACGGAAGTCT CAGAACTGGT 
GTGCTTCAAG GAATTATTCA TGATCGAAGA ACAGATAATT GTTCACCAGT TGCTGAAGAG 
GAGGCAGTTG GAGCTGCTGA GAGTTTGCCC AAAGCAGAAG TGCCTAGTGC AGATGGTCCT 
GTTCCCTATA CGCAGAGTTC TAGCTCATTA GCAATGCCTC GTCCCAATTC TGTTGCAGCA 
ACAAGTTCAA CCAAGCTTGA AGATTTGAGT TATTTGGATG GACAAAGGAA TACTCCCTTA 
CGCACCTCAA TTCGCTTACC TTGGCATAAT ACTGCAGGAG GAAGAGTACA GCAAGAAATT 
AAAGCACGTT TTGTCCCCTA TAAGCCTCAA GACATCTTGC TAAAGCCACT ATTGTTTGAA 
GTGCCAAGCA TAACAACAGA CTCTGTGTTT GTCGGAAGAG ATTGGCTGTT TCAAGTGATT 
GAAGAAAACT TGAAGAATAC AGAGCTGGCA GAAAACAAGG GAGCAGTTAT TATTGGAAAT 
GTGGGATTTG GGAAGACTGC TGTTGTTTCA AGACTGGTGG CACTCAGCTG CCATGGAAGT 
CGCATGAGGC AGATTGCTTC GAACAGTCCT AATTCATCTC CCAAAAGTGG TGACCCCTGT 
CAGGAGATTC CCCTTGCACA GTTATCTTCA TCTGCCCCTT CCACAAATGG TAGCAATACA 
GTGAAGTCTC TGAGTTCTCC TGGTACTCCT GAGCATCAAA ATCAAACTGG TGATTCAGTG 
CGACGCCTTG CTTCAAAGGT CGTTGCCTAT CACTATTGCC AAGCTGACAA CACGTACACG 
TGTCTTGTCC CAGAATTTGT CCATAGTATT GCAGCTTTAC TTTGCCGGTC GCATCAGTTA 
ATGGCATACC GAGATCTTCT AATAAAAGAG CCTCATCTAC AAAGCATGCT TAGCCTTAGA 
TCCTGCGTCC AAGATCCAGT GGCAGCTTTT AAAAGAGGAG TGTTGGAGCC ACTTGCAAAC 
CTCAGGAAAG AGCAGAAAAT TCCTGAAGAA GAATACATCA TTTTGATAGA TGGTTTAAAT 
GATGCTGAAT TCCACAAACC TGATTATGGT GACACACTTT CTTCATTTAT CACAAATATT 
ATTTTTAAAT TCCCTTCTTG GTTGAAGCTG ATTGTGACGG TGAGAACTAA CTTTCAGGAA 
ATAGCAAGTT TATTACCTTT TTTCAAAATC TCTCTCGACA ATTTCCCGGA CAACAAAGAA 
ATCCATGGTG ATCTGAATGC CTATATTCAG TACAGGATCA GTAGCAGTCA GGAAATTATA 
AACAATATAT CTTTAAATGG GAAAGCTGAT GCAGCCACAG TCGGGAAAGT GGGTAATCAC 
CTGATCATGA GGAGCCTGGG ATCTTACCTC TATTTGAAAT TGACATTGGA TCTTTTTCAA 
AAGGGTCACC TGGTGATCAA AAGTGCAAGC TACAAAGTAG TTCCAGTGTC TCTGTCAGAA 
CTTTATTTGC TTCAGTGCAA CATGAAGTTC ATGAGCAACT CTGCTTTTGA GAGAGCCCTG 
CCAATATTAA ATGTGGCACT AGCATCCCTT CATCCTATGA CAGATGACCA GATTTTCACA 
GCTATTAATG CTGGTCAGAT AAATGGTGAA CTGGAATGGG AAGACTTCCA CCAGAGAATG 
GAGGCCCTTT CATGTTTTCT GATAAAAAGG CGTGACAAAA CACGTATGTT CTGCCATCCT 
TCCTTCAGGG AATGGCTTGT TTGGAGAGCA GATGGTGAAA ATACTGACTT CTTATGTGAA 
CCAAGGAATG GGCATGCTCT ACTGGCATTC ATGTTTTCTC GACAGGAGGG AAAATTAAAC 
CGGCAACAAA CCATGGAACT TGGTCATCAC ATTCTTAAAG CTCACATTTT TAAGGGTCTT 
AGTAAAAAGA CTGGAATTTC TTCCAGTCAC CTTCAAGCTC TGTGGATTGG ATATAGTACT 
GATGGATTGT CAGCTGCCCT TGCTTCTCTG AGAAACCTCT ATACACCTAA TGTGAAGGTG 
AGTCGCTTGC TGATCTTGGC AGGAGCAAAT GTGAATTACA GGACTGAAGT TCTGAACAAT 
GCTCCAATAT TGTGCGTTCA GTCTCATCTT GGTCATGAAG AAGTGGTCGC TCTCCTGCTG 
GAATTTGGAG CTGCTGTTGA TGGTACATCT GAAAACGGGA TGACTGCACT TAGCTATGCA 
GCTGCTGCAG GTCACATGAA CATAGTTTCA CTGCTTTGCA AAAGAAGTGA AAGGGCCGAC 
TACCTGGACA AGAAAGGCCA ATGTGCTTTG GTTCATAGTG CATTGAGAGG ACATTGTGAT 
ATCCTTCAGT ACTTGCTCAA TATTGATTGG CCAGTTTCTT CCCATGAACA AAATTCATTG 
AGGAAATGTC AGGCACTTCA GCAAGCATTG ACAGCAGCTT CCAGTATGGG CCACTGTCAG 
GTGATTCGTT ACCTGCTGGG GATTGAAAAG GAACATGGAG TAGACCTCAA TGATACTGAT 
GTGCTGTGGG GAGAAACAGC CCTGACGGCG GCTGCAGGGC GGGGGAAGCT GGACGTGTGT 
GAAGTACTTC TGGAACATGG AGCTGCTGTG ACAAGAACCA ACAGGAGGGG GGTCTCCCCA 
CTTTTCTGTG CTGTGCGCCA GGGACATTGG CAGATTGCAG AGCTTCTGTT AGAGCACGGA 
TCTGATGTTA ATTTGAGTGA CAAGCAAGGC AGGACACCAC TTATGGTGGC TTCTTGTGAA 
GGACATTTGA GCACGGTGGA ATTTCTACTT TCCAAAGGTG CAGCCATTTC ATCACTGGAT 
AGAGAGGGGC TAACAGCACT GAGCTGGGCT TGCTTAAAGG GCCATAAAGA TGTGGTTCAA 
CATTTGGTTG AGAAAGGTGC AACAATAGAT CAGACAGACA AAAATGGCCG AACACCCTTG 
GATTTGGCAG CTTTCTATGG GGACGCTGAT ATTGTGCAGT ATTTAGTAGA GAAGGGTGCA 
GTGATTGAAC ATGTTGACCA CAGCGGTATG CGTCCATTGG ACAGAGCAAT TGGATGTCGA 
AATACAGCAG TAGTGGTCAT GCTACTTAGG AAAGGAGCCA AATTAGGAAA TGCAGCTTGG 
GCAATGGCCA CTTCTAAACC TGACATTCTG ATTATTCTAC TGCAGAAGCT GATGGAAGAA 
GGAAACGTAC TGTACAAAAA AGGGAAGATG AAAGAAGCAG CTCAGCGATA TCAGTATGCC 
CTAAGGAAGT TTCCTCGGGA AGGGTTTGGA GAAGAAATGA AAGCTTTCAA TGAGCTGAGA 
GTGTCGCTGT ATTTAAACTT GTCACGGTGC CGCAGAAAAA CAAACGATTT TGGCATGGCT 
GAAGAGTTTG CTACCAAGGC ACTTGAACTG AAACCCAACT CTTACGAAGC CTATTATGCT 
AGAGCAAGAG CCAAGAGAAA TAGCAGACAG TTTCTTGCAG CTCTTGCTGA CCTCCGAGAA 
GCCATAAAGC TGTGTCCTAG TAATCAAGAA ATACAAAGGC TCCTGGCTCG AGTAGAAGAG 
GAATGCAAAC AGTTCCAGAG AACCCAGCAA CAGAAGAGGC AGTCTCCTCA GCCGGCACAG 
CAGAATAATG ACTCTGACAA TGAAGAGGAG GCTCTTGTCC AAGGTTTGAA TGATCGTATG 
GGTCTTGAAG AAATAGAAGA AGAAGAATTG CCATACCACG ATGAGTCCAT TCCACCTTCA 
CAGAGGCTGC AGCATTCCCT GTCTGCTTTA CCTTACAGTA GGACCCTTCA AGAAGGCCTC 
CAGCAGAAAG CCAGACCAGC ATCCCCTCAG AACAGAGCAG GAAGTAAATA TCTGAGAGAG 
CCGGGTTTGA TCATGCAGCC TACAAAGCAA GCACAAATTG TAAAAACAAA TCAGCATTTG 
AGCTCTACAC AGTCAGGGCT GAGAACTGGA AGTGGTCAGT GTAGTACAAA GACACCATCA 
TCTTTTCAGC ATCTTCCCTC GAGTCCAATG CCAGCCCGAC ACCCTGGAAA TCTGGCCAAC 
AGTAAAAGTC AGTTTATAGA TGGGGCAAAC ACTGTATCGT CTGGAAACAT TCCCACAGGA 
GTCTCCTCTG GCCTCTACAG TGAAAGGTTA GCATCTAACC AGTTCTCCCA TTTACAGCAC 
AGTGAGAGTA CATCGTCTCA CTCATTCACA AGTAAGTCTA AAACCACTGA CAGGCCAGCA 
GCTGTCGAGA AAGCAGCACC CACCCAAGGA GTTCAAATGC ATTTCAGTGA AGCAAGGCAG 
CAAGGGCCTG GAACCAGTGC TGTCTCTTCT AGCTCTCCAT CTGGCAGCTT GATTATTTCT 
AGCTCTTCCA ACAGTTTAAC TTCAAGCAAC AGCTTTTCAG ATAACGTGAA AGGACTAGGG 
CCAGATGTTC GAATTAAGGA AAATAAATCT AGCCAAGGTC TAAGTGGTAC AACCGAACAT 
AGACCACGCA ATACCCCATT TATGGGGATC ATGGATAAAA CTGCCAGGTT TCAGCAGCAG 
AGCAGTCAAA CAAATCGCAC TTGGAATTGC CAGGTATCTG AAGGATTACT ACCAAATGCT 
TCTGGTGGGG GCATTCAGTC CACAACCTGC GAGCAGTTTT CTGGCAAACA GCCCAGTGGA 
TACAGTAATT TAACCAAAAC CTCCTCTACA GCTATGGCCC CTGGAGAAGG TATCCAAAAT 
GGAATGCAAG CTAAAGAACT CAAAGAGCTC AAGAGCCAAA TGCCTGCCCA CTCGCAAGAC 
AGCAGGATAT CTAAGCCTGT CTCTCATTTG TTTCCAGATG CTCTGTCTAA ACAACAGTCC 
CATATTAATA AGGAAGGCCA TTTAAGTCAT GTCTCTTCTG CAAAACCAAA GCGATCATTT 
GTTGAGTCTA ATGTATGA

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

TANC1 ( XM_019480249.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019335794.1 Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X6, mRNA.

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CloneID	OAl78591
Clone ID Related Accession (Same CDS sequence)	XM_019480249.1
Accession Version	XM_019480249.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5247bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	protein TANC1 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017714267.1) 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 Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGTTTTC TCTCCCACAC CCCCATCCAG ATGAAGTCGG GTCAGGAGCC AGGCATTCAT 
CTGACAGAGA ACAGCGTTAA AATGTTAAAG GCAGTTTTGA AAAAGAGCCG AGAAGGTGGA 
AAGGGGAACA AGAAGGAAAC AGCAGGTGAC TCCTGCCCAG AGAATGCTGT ACCGGTTATT 
GTAGCATCTG GTCAAAATGC AGATTTTCCT ATTGGAAATC AGCCTGTACC TGAGGATATG 
TATAGAATGA ACTTGACTAA AGGAGTCTCA ATGTCTTTGC CATCATCACC TTTACTACCA 
CGTCAGTCTT ACTTGATGCA GTCAAGATCA AACAGAAAAT CTCCAGCAAC TATAACAAGT 
TCTTCTGAAA ATGATGACCG CAGTGGATCC AGTTTGGAGT GGAGTAAAGA CGGAAGTCTC 
AGAACTGGTG TGCTTCAAGG AATTATTCAT GATCGAAGAA CAGATAATTG TTCACCAGTT 
GCTGAAGAGG AGGCAGTTGG AGCTGCTGAG AGTTTGCCCA AAGCAGAAGT GCCTAGTGCA 
GATGGTCCTG TTCCCTATAC GCAGAGTTCT AGCTCATTAG CAATGCCTCG TCCCAATTCT 
GTTGCAGCAA CAAGTTCAAC CAAGCTTGAA GATTTGAGTT ATTTGGATGG ACAAAGGAAT 
ACTCCCTTAC GCACCTCAAT TCGCTTACCT TGGCATAATA CTGCAGGAGG AAGAGTACAG 
CAAGAAATTA AAGCACGTTT TGTCCCCTAT AAGCCTCAAG ACATCTTGCT AAAGCCACTA 
TTGTTTGAAG TGCCAAGCAT AACAACAGAC TCTGTGTTTG TCGGAAGAGA TTGGCTGTTT 
CAAGTGATTG AAGAAAACTT GAAGAATACA GAGCTGGCAG AAAACAAGGG AGCAGTTATT 
ATTGGAAATG TGGGATTTGG GAAGACTGCT GTTGTTTCAA GACTGGTGGC ACTCAGCTGC 
CATGGAAGTC GCATGAGGCA GATTGCTTCG AACAGTCCTA ATTCATCTCC CAAAAGTGGT 
GACCCCTGTC AGGAGATTCC CCTTGCACAG TTATCTTCAT CTGCCCCTTC CACAAATGGT 
AGCAATACAG TGAAGTCTCT GAGTTCTCCT GGTACTCCTG AGCATCAAAA TCAAACTGGT 
GATTCAGTGC GACGCCTTGC TTCAAAGGTC GTTGCCTATC ACTATTGCCA AGCTGACAAC 
ACGTACACGT GTCTTGTCCC AGAATTTGTC CATAGTATTG CAGCTTTACT TTGCCGGTCG 
CATCAGTTAA TGGCATACCG AGATCTTCTA ATAAAAGAGC CTCATCTACA AAGCATGCTT 
AGCCTTAGAT CCTGCGTCCA AGATCCAGTG GCAGCTTTTA AAAGAGGAGT GTTGGAGCCA 
CTTGCAAACC TCAGGAAAGA GCAGAAAATT CCTGAAGAAG AATACATCAT TTTGATAGAT 
GGTTTAAATG ATGCTGAATT CCACAAACCT GATTATGGTG ACACACTTTC TTCATTTATC 
ACAAATATTA TTTTTAAATT CCCTTCTTGG TTGAAGCTGA TTGTGACGGT GAGAACTAAC 
TTTCAGGAAA TAGCAAGTTT ATTACCTTTT TTCAAAATCT CTCTCGACAA TTTCCCGGAC 
AACAAAGAAA TCCATGGTGA TCTGAATGCC TATATTCAGT ACAGGATCAG TAGCAGTCAG 
GAAATTATAA ACAATATATC TTTAAATGGG AAAGCTGATG CAGCCACAGT CGGGAAAGTG 
GGTAATCACC TGATCATGAG GAGCCTGGGA TCTTACCTCT ATTTGAAATT GACATTGGAT 
CTTTTTCAAA AGGGTCACCT GGTGATCAAA AGTGCAAGCT ACAAAGTAGT TCCAGTGTCT 
CTGTCAGAAC TTTATTTGCT TCAGTGCAAC ATGAAGTTCA TGAGCAACTC TGCTTTTGAG 
AGAGCCCTGC CAATATTAAA TGTGGCACTA GCATCCCTTC ATCCTATGAC AGATGACCAG 
ATTTTCACAG CTATTAATGC TGGTCAGATA AATGGTGAAC TGGAATGGGA AGACTTCCAC 
CAGAGAATGG AGGCCCTTTC ATGTTTTCTG ATAAAAAGGC GTGACAAAAC ACGTATGTTC 
TGCCATCCTT CCTTCAGGGA ATGGCTTGTT TGGAGAGCAG ATGGTGAAAA TACTGACTTC 
TTATGTGAAC CAAGGAATGG GCATGCTCTA CTGGCATTCA TGTTTTCTCG ACAGGAGGGA 
AAATTAAACC GGCAACAAAC CATGGAACTT GGTCATCACA TTCTTAAAGC TCACATTTTT 
AAGGGTCTTA GTAAAAAGAC TGGAATTTCT TCCAGTCACC TTCAAGCTCT GTGGATTGGA 
TATAGTACTG ATGGATTGTC AGCTGCCCTT GCTTCTCTGA GAAACCTCTA TACACCTAAT 
GTGAAGGTGA GTCGCTTGCT GATCTTGGCA GGAGCAAATG TGAATTACAG GACTGAAGTT 
CTGAACAATG CTCCAATATT GTGCGTTCAG TCTCATCTTG GTCATGAAGA AGTGGTCGCT 
CTCCTGCTGG AATTTGGAGC TGCTGTTGAT GGTACATCTG AAAACGGGAT GACTGCACTT 
AGCTATGCAG CTGCTGCAGG TCACATGAAC ATAGTTTCAC TGCTTTGCAA AAGAAGTGAA 
AGGGCCGACT ACCTGGACAA GAAAGGCCAA TGTGCTTTGG TTCATAGTGC ATTGAGAGGA 
CATTGTGATA TCCTTCAGTA CTTGCTCAAT ATTGATTGGC CAGTTTCTTC CCATGAACAA 
AATTCATTGA GGAAATGTCA GGCACTTCAG CAAGCATTGA CAGCAGCTTC CAGTATGGGC 
CACTGTCAGG TGATTCGTTA CCTGCTGGGG ATTGAAAAGG AACATGGAGT AGACCTCAAT 
GATACTGATG TGCTGTGGGG AGAAACAGCC CTGACGGCGG CTGCAGGGCG GGGGAAGCTG 
GACGTGTGTG AAGTACTTCT GGAACATGGA GCTGCTGTGA CAAGAACCAA CAGGAGGGGG 
GTCTCCCCAC TTTTCTGTGC TGTGCGCCAG GGACATTGGC AGATTGCAGA GCTTCTGTTA 
GAGCACGGAT CTGATGTTAA TTTGAGTGAC AAGCAAGGCA GGACACCACT TATGGTGGCT 
TCTTGTGAAG GACATTTGAG CACGGTGGAA TTTCTACTTT CCAAAGGTGC AGCCATTTCA 
TCACTGGATA GAGAGGGGCT AACAGCACTG AGCTGGGCTT GCTTAAAGGG CCATAAAGAT 
GTGGTTCAAC ATTTGGTTGA GAAAGGTGCA ACAATAGATC AGACAGACAA AAATGGCCGA 
ACACCCTTGG ATTTGGCAGC TTTCTATGGG GACGCTGATA TTGTGCAGTA TTTAGTAGAG 
AAGGGTGCAG TGATTGAACA TGTTGACCAC AGCGGTATGC GTCCATTGGA CAGAGCAATT 
GGATGTCGAA ATACAGCAGT AGTGGTCATG CTACTTAGGA AAGGAGCCAA ATTAGGAAAT 
GCAGCTTGGG CAATGGCCAC TTCTAAACCT GACATTCTGA TTATTCTACT GCAGAAGCTG 
ATGGAAGAAG GAAACGTACT GTACAAAAAA GGGAAGATGA AAGAAGCAGC TCAGCGATAT 
CAGTATGCCC TAAGGAAGTT TCCTCGGGAA GGGTTTGGAG AAGAAATGAA AGCTTTCAAT 
GAGCTGAGAG TGTCGCTGTA TTTAAACTTG TCACGGTGCC GCAGAAAAAC AAACGATTTT 
GGCATGGCTG AAGAGTTTGC TACCAAGGCA CTTGAACTGA AACCCAACTC TTACGAAGCC 
TATTATGCTA GAGCAAGAGC CAAGAGAAAT AGCAGACAGT TTCTTGCAGC TCTTGCTGAC 
CTCCGAGAAG CCATAAAGCT GTGTCCTAGT AATCAAGAAA TACAAAGGCT CCTGGCTCGA 
GTAGAAGAGG AATGCAAACA GTTCCAGAGA ACCCAGCAAC AGAAGAGGCA GTCTCCTCAG 
CCGGCACAGC AGAATAATGA CTCTGACAAT GAAGAGGAGG CTCTTGTCCA AGGTTTGAAT 
GATCGTATGG GTCTTGAAGA AATAGAAGAA GAAGAATTGC CATACCACGA TGAGTCCATT 
CCACCTTCAC AGAGGCTGCA GCATTCCCTG TCTGCTTTAC CTTACAGTAG GACCCTTCAA 
GAAGGCCTCC AGCAGAAAGC CAGACCAGCA TCCCCTCAGA ACAGAGCAGG AAGTAAATAT 
CTGAGAGAGC CGGGTTTGAT CATGCAGCCT ACAAAGCAAG CACAAATTGT AAAAACAAAT 
CAGCATTTGA GCTCTACACA GTCAGGGCTG AGAACTGGAA GTGGTCAGTG TAGTACAAAG 
ACACCATCAT CTTTTCAGCA TCTTCCCTCG AGTCCAATGC CAGCCCGACA CCCTGGAAAT 
CTGGCCAACA GTAAAAGTCA GTTTATAGAT GGGGCAAACA CTGTATCGTC TGGAAACATT 
CCCACAGGAG TCTCCTCTGG CCTCTACAGT GAAAGGTTAG CATCTAACCA GTTCTCCCAT 
TTACAGCACA GTGAGAGTAC ATCGTCTCAC TCATTCACAA GTAAGTCTAA AACCACTGAC 
AGGCCAGCAG CTGTCGAGAA AGCAGCACCC ACCCAAGGAG TTCAAATGCA TTTCAGTGAA 
GCAAGGCAGC AAGGGCCTGG AACCAGTGCT GTCTCTTCTA GCTCTCCATC TGGCAGCTTG 
ATTATTTCTA GCTCTTCCAA CAGTTTAACT TCAAGCAACA GCTTTTCAGA TAACGTGAAA 
GGACTAGGGC CAGATGTTCG AATTAAGGAA AATAAATCTA GCCAAGGTCT AAGTGGTACA 
ACCGAACATA GACCACGCAA TACCCCATTT ATGGGGATCA TGGATAAAAC TGCCAGGTTT 
CAGCAGCAGA GCAGTCAAAC AAATCGCACT TGGAATTGCC AGGTATCTGA AGGATTACTA 
CCAAATGCTT CTGGTGGGGG CATTCAGTCC ACAACCTGCG AGCAGTTTTC TGGCAAACAG 
CCCAGTGGAT ACAGTAATTT AACCAAAACC TCCTCTACAG CTATGGCCCC TGGAGAAGGT 
ATCCAAAATG GAATGCAAGC TAAAGAACTC AAAGAGCTCA AGAGCCAAAT GCCTGCCCAC 
TCGCAAGACA GCAGGATATC TAAGCCTGTC TCTCATTTGT TTCCAGATGC TCTGTCTAAA 
CAACAGTCCC ATATTAATAA GGAAGGCCAT TTAAGTCATG TCTCTTCTGC AAAACCAAAG 
CGATCATTTG TTGAGTCTAA TGTATGA

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

RefSeq	XP_019335794.1
CDS	339..5585
Translation	MCFLSHTPIQMKSGQEPGIHLTENSVKMLKAVLKKSREGGKGNKKETAGDSCPENAVPVIVASGQNADFPIGNQPVPEDMYRMNLTKGVSMSLPSSPLLPRQSYLMQSRSNRKSPATITSSSENDDRSGSSLEWSKDGSLRTGVLQGIIHDRRTDNCSPVAEEEAVGAAESLPKAEVPSADGPVPYTQSSSSLAMPRPNSVAATSSTKLEDLSYLDGQRNTPLRTSIRLPWHNTAGGRVQQEIKARFVPYKPQDILLKPLLFEVPSITTDSVFVGRDWLFQVIEENLKNTELAENKGAVIIGNVGFGKTAVVSRLVALSCHGSRMRQIASNSPNSSPKSGDPCQEIPLAQLSSSAPSTNGSNTVKSLSSPGTPEHQNQTGDSVRRLASKVVAYHYCQADNTYTCLVPEFVHSIAALLCRSHQLMAYRDLLIKEPHLQSMLSLRSCVQDPVAAFKRGVLEPLANLRKEQKIPEEEYIILIDGLNDAEFHKPDYGDTLSSFITNIIFKFPSWLKLIVTVRTNFQEIASLLPFFKISLDNFPDNKEIHGDLNAYIQYRISSSQEIINNISLNGKADAATVGKVGNHLIMRSLGSYLYLKLTLDLFQKGHLVIKSASYKVVPVSLSELYLLQCNMKFMSNSAFERALPILNVALASLHPMTDDQIFTAINAGQINGELEWEDFHQRMEALSCFLIKRRDKTRMFCHPSFREWLVWRADGENTDFLCEPRNGHALLAFMFSRQEGKLNRQQTMELGHHILKAHIFKGLSKKTGISSSHLQALWIGYSTDGLSAALASLRNLYTPNVKVSRLLILAGANVNYRTEVLNNAPILCVQSHLGHEEVVALLLEFGAAVDGTSENGMTALSYAAAAGHMNIVSLLCKRSERADYLDKKGQCALVHSALRGHCDILQYLLNIDWPVSSHEQNSLRKCQALQQALTAASSMGHCQVIRYLLGIEKEHGVDLNDTDVLWGETALTAAAGRGKLDVCEVLLEHGAAVTRTNRRGVSPLFCAVRQGHWQIAELLLEHGSDVNLSDKQGRTPLMVASCEGHLSTVEFLLSKGAAISSLDREGLTALSWACLKGHKDVVQHLVEKGATIDQTDKNGRTPLDLAAFYGDADIVQYLVEKGAVIEHVDHSGMRPLDRAIGCRNTAVVVMLLRKGAKLGNAAWAMATSKPDILIILLQKLMEEGNVLYKKGKMKEAAQRYQYALRKFPREGFGEEMKAFNELRVSLYLNLSRCRRKTNDFGMAEEFATKALELKPNSYEAYYARARAKRNSRQFLAALADLREAIKLCPSNQEIQRLLARVEEECKQFQRTQQQKRQSPQPAQQNNDSDNEEEALVQGLNDRMGLEEIEEEELPYHDESIPPSQRLQHSLSALPYSRTLQEGLQQKARPASPQNRAGSKYLREPGLIMQPTKQAQIVKTNQHLSSTQSGLRTGSGQCSTKTPSSFQHLPSSPMPARHPGNLANSKSQFIDGANTVSSGNIPTGVSSGLYSERLASNQFSHLQHSESTSSHSFTSKSKTTDRPAAVEKAAPTQGVQMHFSEARQQGPGTSAVSSSSPSGSLIISSSSNSLTSSNSFSDNVKGLGPDVRIKENKSSQGLSGTTEHRPRNTPFMGIMDKTARFQQQSSQTNRTWNCQVSEGLLPNASGGGIQSTTCEQFSGKQPSGYSNLTKTSSTAMAPGEGIQNGMQAKELKELKSQMPAHSQDSRISKPVSHLFPDALSKQQSHINKEGHLSHVSSAKPKRSFVESNV

Target ORF information:

RefSeq Version	XM_019480249.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X6, mRNA.

Target ORF information:

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

XM_019480249.1

ORF Insert Sequence:

ATGTGTTTTC TCTCCCACAC CCCCATCCAG ATGAAGTCGG GTCAGGAGCC AGGCATTCAT 
CTGACAGAGA ACAGCGTTAA AATGTTAAAG GCAGTTTTGA AAAAGAGCCG AGAAGGTGGA 
AAGGGGAACA AGAAGGAAAC AGCAGGTGAC TCCTGCCCAG AGAATGCTGT ACCGGTTATT 
GTAGCATCTG GTCAAAATGC AGATTTTCCT ATTGGAAATC AGCCTGTACC TGAGGATATG 
TATAGAATGA ACTTGACTAA AGGAGTCTCA ATGTCTTTGC CATCATCACC TTTACTACCA 
CGTCAGTCTT ACTTGATGCA GTCAAGATCA AACAGAAAAT CTCCAGCAAC TATAACAAGT 
TCTTCTGAAA ATGATGACCG CAGTGGATCC AGTTTGGAGT GGAGTAAAGA CGGAAGTCTC 
AGAACTGGTG TGCTTCAAGG AATTATTCAT GATCGAAGAA CAGATAATTG TTCACCAGTT 
GCTGAAGAGG AGGCAGTTGG AGCTGCTGAG AGTTTGCCCA AAGCAGAAGT GCCTAGTGCA 
GATGGTCCTG TTCCCTATAC GCAGAGTTCT AGCTCATTAG CAATGCCTCG TCCCAATTCT 
GTTGCAGCAA CAAGTTCAAC CAAGCTTGAA GATTTGAGTT ATTTGGATGG ACAAAGGAAT 
ACTCCCTTAC GCACCTCAAT TCGCTTACCT TGGCATAATA CTGCAGGAGG AAGAGTACAG 
CAAGAAATTA AAGCACGTTT TGTCCCCTAT AAGCCTCAAG ACATCTTGCT AAAGCCACTA 
TTGTTTGAAG TGCCAAGCAT AACAACAGAC TCTGTGTTTG TCGGAAGAGA TTGGCTGTTT 
CAAGTGATTG AAGAAAACTT GAAGAATACA GAGCTGGCAG AAAACAAGGG AGCAGTTATT 
ATTGGAAATG TGGGATTTGG GAAGACTGCT GTTGTTTCAA GACTGGTGGC ACTCAGCTGC 
CATGGAAGTC GCATGAGGCA GATTGCTTCG AACAGTCCTA ATTCATCTCC CAAAAGTGGT 
GACCCCTGTC AGGAGATTCC CCTTGCACAG TTATCTTCAT CTGCCCCTTC CACAAATGGT 
AGCAATACAG TGAAGTCTCT GAGTTCTCCT GGTACTCCTG AGCATCAAAA TCAAACTGGT 
GATTCAGTGC GACGCCTTGC TTCAAAGGTC GTTGCCTATC ACTATTGCCA AGCTGACAAC 
ACGTACACGT GTCTTGTCCC AGAATTTGTC CATAGTATTG CAGCTTTACT TTGCCGGTCG 
CATCAGTTAA TGGCATACCG AGATCTTCTA ATAAAAGAGC CTCATCTACA AAGCATGCTT 
AGCCTTAGAT CCTGCGTCCA AGATCCAGTG GCAGCTTTTA AAAGAGGAGT GTTGGAGCCA 
CTTGCAAACC TCAGGAAAGA GCAGAAAATT CCTGAAGAAG AATACATCAT TTTGATAGAT 
GGTTTAAATG ATGCTGAATT CCACAAACCT GATTATGGTG ACACACTTTC TTCATTTATC 
ACAAATATTA TTTTTAAATT CCCTTCTTGG TTGAAGCTGA TTGTGACGGT GAGAACTAAC 
TTTCAGGAAA TAGCAAGTTT ATTACCTTTT TTCAAAATCT CTCTCGACAA TTTCCCGGAC 
AACAAAGAAA TCCATGGTGA TCTGAATGCC TATATTCAGT ACAGGATCAG TAGCAGTCAG 
GAAATTATAA ACAATATATC TTTAAATGGG AAAGCTGATG CAGCCACAGT CGGGAAAGTG 
GGTAATCACC TGATCATGAG GAGCCTGGGA TCTTACCTCT ATTTGAAATT GACATTGGAT 
CTTTTTCAAA AGGGTCACCT GGTGATCAAA AGTGCAAGCT ACAAAGTAGT TCCAGTGTCT 
CTGTCAGAAC TTTATTTGCT TCAGTGCAAC ATGAAGTTCA TGAGCAACTC TGCTTTTGAG 
AGAGCCCTGC CAATATTAAA TGTGGCACTA GCATCCCTTC ATCCTATGAC AGATGACCAG 
ATTTTCACAG CTATTAATGC TGGTCAGATA AATGGTGAAC TGGAATGGGA AGACTTCCAC 
CAGAGAATGG AGGCCCTTTC ATGTTTTCTG ATAAAAAGGC GTGACAAAAC ACGTATGTTC 
TGCCATCCTT CCTTCAGGGA ATGGCTTGTT TGGAGAGCAG ATGGTGAAAA TACTGACTTC 
TTATGTGAAC CAAGGAATGG GCATGCTCTA CTGGCATTCA TGTTTTCTCG ACAGGAGGGA 
AAATTAAACC GGCAACAAAC CATGGAACTT GGTCATCACA TTCTTAAAGC TCACATTTTT 
AAGGGTCTTA GTAAAAAGAC TGGAATTTCT TCCAGTCACC TTCAAGCTCT GTGGATTGGA 
TATAGTACTG ATGGATTGTC AGCTGCCCTT GCTTCTCTGA GAAACCTCTA TACACCTAAT 
GTGAAGGTGA GTCGCTTGCT GATCTTGGCA GGAGCAAATG TGAATTACAG GACTGAAGTT 
CTGAACAATG CTCCAATATT GTGCGTTCAG TCTCATCTTG GTCATGAAGA AGTGGTCGCT 
CTCCTGCTGG AATTTGGAGC TGCTGTTGAT GGTACATCTG AAAACGGGAT GACTGCACTT 
AGCTATGCAG CTGCTGCAGG TCACATGAAC ATAGTTTCAC TGCTTTGCAA AAGAAGTGAA 
AGGGCCGACT ACCTGGACAA GAAAGGCCAA TGTGCTTTGG TTCATAGTGC ATTGAGAGGA 
CATTGTGATA TCCTTCAGTA CTTGCTCAAT ATTGATTGGC CAGTTTCTTC CCATGAACAA 
AATTCATTGA GGAAATGTCA GGCACTTCAG CAAGCATTGA CAGCAGCTTC CAGTATGGGC 
CACTGTCAGG TGATTCGTTA CCTGCTGGGG ATTGAAAAGG AACATGGAGT AGACCTCAAT 
GATACTGATG TGCTGTGGGG AGAAACAGCC CTGACGGCGG CTGCAGGGCG GGGGAAGCTG 
GACGTGTGTG AAGTACTTCT GGAACATGGA GCTGCTGTGA CAAGAACCAA CAGGAGGGGG 
GTCTCCCCAC TTTTCTGTGC TGTGCGCCAG GGACATTGGC AGATTGCAGA GCTTCTGTTA 
GAGCACGGAT CTGATGTTAA TTTGAGTGAC AAGCAAGGCA GGACACCACT TATGGTGGCT 
TCTTGTGAAG GACATTTGAG CACGGTGGAA TTTCTACTTT CCAAAGGTGC AGCCATTTCA 
TCACTGGATA GAGAGGGGCT AACAGCACTG AGCTGGGCTT GCTTAAAGGG CCATAAAGAT 
GTGGTTCAAC ATTTGGTTGA GAAAGGTGCA ACAATAGATC AGACAGACAA AAATGGCCGA 
ACACCCTTGG ATTTGGCAGC TTTCTATGGG GACGCTGATA TTGTGCAGTA TTTAGTAGAG 
AAGGGTGCAG TGATTGAACA TGTTGACCAC AGCGGTATGC GTCCATTGGA CAGAGCAATT 
GGATGTCGAA ATACAGCAGT AGTGGTCATG CTACTTAGGA AAGGAGCCAA ATTAGGAAAT 
GCAGCTTGGG CAATGGCCAC TTCTAAACCT GACATTCTGA TTATTCTACT GCAGAAGCTG 
ATGGAAGAAG GAAACGTACT GTACAAAAAA GGGAAGATGA AAGAAGCAGC TCAGCGATAT 
CAGTATGCCC TAAGGAAGTT TCCTCGGGAA GGGTTTGGAG AAGAAATGAA AGCTTTCAAT 
GAGCTGAGAG TGTCGCTGTA TTTAAACTTG TCACGGTGCC GCAGAAAAAC AAACGATTTT 
GGCATGGCTG AAGAGTTTGC TACCAAGGCA CTTGAACTGA AACCCAACTC TTACGAAGCC 
TATTATGCTA GAGCAAGAGC CAAGAGAAAT AGCAGACAGT TTCTTGCAGC TCTTGCTGAC 
CTCCGAGAAG CCATAAAGCT GTGTCCTAGT AATCAAGAAA TACAAAGGCT CCTGGCTCGA 
GTAGAAGAGG AATGCAAACA GTTCCAGAGA ACCCAGCAAC AGAAGAGGCA GTCTCCTCAG 
CCGGCACAGC AGAATAATGA CTCTGACAAT GAAGAGGAGG CTCTTGTCCA AGGTTTGAAT 
GATCGTATGG GTCTTGAAGA AATAGAAGAA GAAGAATTGC CATACCACGA TGAGTCCATT 
CCACCTTCAC AGAGGCTGCA GCATTCCCTG TCTGCTTTAC CTTACAGTAG GACCCTTCAA 
GAAGGCCTCC AGCAGAAAGC CAGACCAGCA TCCCCTCAGA ACAGAGCAGG AAGTAAATAT 
CTGAGAGAGC CGGGTTTGAT CATGCAGCCT ACAAAGCAAG CACAAATTGT AAAAACAAAT 
CAGCATTTGA GCTCTACACA GTCAGGGCTG AGAACTGGAA GTGGTCAGTG TAGTACAAAG 
ACACCATCAT CTTTTCAGCA TCTTCCCTCG AGTCCAATGC CAGCCCGACA CCCTGGAAAT 
CTGGCCAACA GTAAAAGTCA GTTTATAGAT GGGGCAAACA CTGTATCGTC TGGAAACATT 
CCCACAGGAG TCTCCTCTGG CCTCTACAGT GAAAGGTTAG CATCTAACCA GTTCTCCCAT 
TTACAGCACA GTGAGAGTAC ATCGTCTCAC TCATTCACAA GTAAGTCTAA AACCACTGAC 
AGGCCAGCAG CTGTCGAGAA AGCAGCACCC ACCCAAGGAG TTCAAATGCA TTTCAGTGAA 
GCAAGGCAGC AAGGGCCTGG AACCAGTGCT GTCTCTTCTA GCTCTCCATC TGGCAGCTTG 
ATTATTTCTA GCTCTTCCAA CAGTTTAACT TCAAGCAACA GCTTTTCAGA TAACGTGAAA 
GGACTAGGGC CAGATGTTCG AATTAAGGAA AATAAATCTA GCCAAGGTCT AAGTGGTACA 
ACCGAACATA GACCACGCAA TACCCCATTT ATGGGGATCA TGGATAAAAC TGCCAGGTTT 
CAGCAGCAGA GCAGTCAAAC AAATCGCACT TGGAATTGCC AGGTATCTGA AGGATTACTA 
CCAAATGCTT CTGGTGGGGG CATTCAGTCC ACAACCTGCG AGCAGTTTTC TGGCAAACAG 
CCCAGTGGAT ACAGTAATTT AACCAAAACC TCCTCTACAG CTATGGCCCC TGGAGAAGGT 
ATCCAAAATG GAATGCAAGC TAAAGAACTC AAAGAGCTCA AGAGCCAAAT GCCTGCCCAC 
TCGCAAGACA GCAGGATATC TAAGCCTGTC TCTCATTTGT TTCCAGATGC TCTGTCTAAA 
CAACAGTCCC ATATTAATAA GGAAGGCCAT TTAAGTCATG TCTCTTCTGC AAAACCAAAG 
CGATCATTTG TTGAGTCTAA TGTATGA

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

TANC1 ( XM_019480251.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019335796.1 Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X8, mRNA.

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CloneID	OAl78592
Clone ID Related Accession (Same CDS sequence)	XM_019480251.1 , XM_019480250.1
Accession Version	XM_019480251.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5202bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	protein TANC1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017714267.1) 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 Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAAGAT TGGGATTTTT ACTGGGAGAA GGGATCCCAG CCTCTGCACA CATAACTGTA 
GAAGAAAAAA ATGAAACCAT GTGCACAGTA GCCAGTCAAG GAGTCAGTCC CTGCTCTACA 
CTAACAAGCA GCACTACATC ACCTAGCACT GATAGTCCCT GCTCAACTCT GAATAGCTGT 
ATTGGCAAAA CAGCAGCTAA CAAAAGTAGT CCCTGTGGGA CCATTAGCAG CCCTAGCTCC 
ACATTGGAAA GCAAGGACAG TGGAATTATA GAGCGTATTC AGGATTTTAT TATTTTTTCA 
GCAACTATAA CAAGTTCTTC TGAAAATGAT GACCGCAGTG GATCCAGTTT GGAGTGGAGT 
AAAGACGGAA GTCTCAGAAC TGGTGTGCTT CAAGGAATTA TTCATGATCG AAGAACAGAT 
AATTGTTCAC CAGTTGCTGA AGAGGAGGCA GTTGGAGCTG CTGAGAGTTT GCCCAAAGCA 
GAAGTGCCTA GTGCAGATGG TCCTGTTCCC TATACGCAGA GTTCTAGCTC ATTAGCAATG 
CCTCGTCCCA ATTCTGTTGC AGCAACAAGT TCAACCAAGC TTGAAGATTT GAGTTATTTG 
GATGGACAAA GGAATACTCC CTTACGCACC TCAATTCGCT TACCTTGGCA TAATACTGCA 
GGAGGAAGAG TACAGCAAGA AATTAAAGCA CGTTTTGTCC CCTATAAGCC TCAAGACATC 
TTGCTAAAGC CACTATTGTT TGAAGTGCCA AGCATAACAA CAGACTCTGT GTTTGTCGGA 
AGAGATTGGC TGTTTCAAGT GATTGAAGAA AACTTGAAGA ATACAGAGCT GGCAGAAAAC 
AAGGGAGCAG TTATTATTGG AAATGTGGGA TTTGGGAAGA CTGCTGTTGT TTCAAGACTG 
GTGGCACTCA GCTGCCATGG AAGTCGCATG AGGCAGATTG CTTCGAACAG TCCTAATTCA 
TCTCCCAAAA GTGGTGACCC CTGTCAGGAG ATTCCCCTTG CACAGTTATC TTCATCTGCC 
CCTTCCACAA ATGGTAGCAA TACAGTGAAG TCTCTGAGTT CTCCTGGTAC TCCTGAGCAT 
CAAAATCAAA CTGGTGATTC AGTGCGACGC CTTGCTTCAA AGGTCGTTGC CTATCACTAT 
TGCCAAGCTG ACAACACGTA CACGTGTCTT GTCCCAGAAT TTGTCCATAG TATTGCAGCT 
TTACTTTGCC GGTCGCATCA GTTAATGGCA TACCGAGATC TTCTAATAAA AGAGCCTCAT 
CTACAAAGCA TGCTTAGCCT TAGATCCTGC GTCCAAGATC CAGTGGCAGC TTTTAAAAGA 
GGAGTGTTGG AGCCACTTGC AAACCTCAGG AAAGAGCAGA AAATTCCTGA AGAAGAATAC 
ATCATTTTGA TAGATGGTTT AAATGATGCT GAATTCCACA AACCTGATTA TGGTGACACA 
CTTTCTTCAT TTATCACAAA TATTATTTTT AAATTCCCTT CTTGGTTGAA GCTGATTGTG 
ACGGTGAGAA CTAACTTTCA GGAAATAGCA AGTTTATTAC CTTTTTTCAA AATCTCTCTC 
GACAATTTCC CGGACAACAA AGAAATCCAT GGTGATCTGA ATGCCTATAT TCAGTACAGG 
ATCAGTAGCA GTCAGGAAAT TATAAACAAT ATATCTTTAA ATGGGAAAGC TGATGCAGCC 
ACAGTCGGGA AAGTGGGTAA TCACCTGATC ATGAGGAGCC TGGGATCTTA CCTCTATTTG 
AAATTGACAT TGGATCTTTT TCAAAAGGGT CACCTGGTGA TCAAAAGTGC AAGCTACAAA 
GTAGTTCCAG TGTCTCTGTC AGAACTTTAT TTGCTTCAGT GCAACATGAA GTTCATGAGC 
AACTCTGCTT TTGAGAGAGC CCTGCCAATA TTAAATGTGG CACTAGCATC CCTTCATCCT 
ATGACAGATG ACCAGATTTT CACAGCTATT AATGCTGGTC AGATAAATGG TGAACTGGAA 
TGGGAAGACT TCCACCAGAG AATGGAGGCC CTTTCATGTT TTCTGATAAA AAGGCGTGAC 
AAAACACGTA TGTTCTGCCA TCCTTCCTTC AGGGAATGGC TTGTTTGGAG AGCAGATGGT 
GAAAATACTG ACTTCTTATG TGAACCAAGG AATGGGCATG CTCTACTGGC ATTCATGTTT 
TCTCGACAGG AGGGAAAATT AAACCGGCAA CAAACCATGG AACTTGGTCA TCACATTCTT 
AAAGCTCACA TTTTTAAGGG TCTTAGTAAA AAGACTGGAA TTTCTTCCAG TCACCTTCAA 
GCTCTGTGGA TTGGATATAG TACTGATGGA TTGTCAGCTG CCCTTGCTTC TCTGAGAAAC 
CTCTATACAC CTAATGTGAA GGTGAGTCGC TTGCTGATCT TGGCAGGAGC AAATGTGAAT 
TACAGGACTG AAGTTCTGAA CAATGCTCCA ATATTGTGCG TTCAGTCTCA TCTTGGTCAT 
GAAGAAGTGG TCGCTCTCCT GCTGGAATTT GGAGCTGCTG TTGATGGTAC ATCTGAAAAC 
GGGATGACTG CACTTAGCTA TGCAGCTGCT GCAGGTCACA TGAACATAGT TTCACTGCTT 
TGCAAAAGAA GTGAAAGGGC CGACTACCTG GACAAGAAAG GCCAATGTGC TTTGGTTCAT 
AGTGCATTGA GAGGACATTG TGATATCCTT CAGTACTTGC TCAATATTGA TTGGCCAGTT 
TCTTCCCATG AACAAAATTC ATTGAGGAAA TGTCAGGCAC TTCAGCAAGC ATTGACAGCA 
GCTTCCAGTA TGGGCCACTG TCAGGTGATT CGTTACCTGC TGGGGATTGA AAAGGAACAT 
GGAGTAGACC TCAATGATAC TGATGTGCTG TGGGGAGAAA CAGCCCTGAC GGCGGCTGCA 
GGGCGGGGGA AGCTGGACGT GTGTGAAGTA CTTCTGGAAC ATGGAGCTGC TGTGACAAGA 
ACCAACAGGA GGGGGGTCTC CCCACTTTTC TGTGCTGTGC GCCAGGGACA TTGGCAGATT 
GCAGAGCTTC TGTTAGAGCA CGGATCTGAT GTTAATTTGA GTGACAAGCA AGGCAGGACA 
CCACTTATGG TGGCTTCTTG TGAAGGACAT TTGAGCACGG TGGAATTTCT ACTTTCCAAA 
GGTGCAGCCA TTTCATCACT GGATAGAGAG GGGCTAACAG CACTGAGCTG GGCTTGCTTA 
AAGGGCCATA AAGATGTGGT TCAACATTTG GTTGAGAAAG GTGCAACAAT AGATCAGACA 
GACAAAAATG GCCGAACACC CTTGGATTTG GCAGCTTTCT ATGGGGACGC TGATATTGTG 
CAGTATTTAG TAGAGAAGGG TGCAGTGATT GAACATGTTG ACCACAGCGG TATGCGTCCA 
TTGGACAGAG CAATTGGATG TCGAAATACA GCAGTAGTGG TCATGCTACT TAGGAAAGGA 
GCCAAATTAG GAAATGCAGC TTGGGCAATG GCCACTTCTA AACCTGACAT TCTGATTATT 
CTACTGCAGA AGCTGATGGA AGAAGGAAAC GTACTGTACA AAAAAGGGAA GATGAAAGAA 
GCAGCTCAGC GATATCAGTA TGCCCTAAGG AAGTTTCCTC GGGAAGGGTT TGGAGAAGAA 
ATGAAAGCTT TCAATGAGCT GAGAGTGTCG CTGTATTTAA ACTTGTCACG GTGCCGCAGA 
AAAACAAACG ATTTTGGCAT GGCTGAAGAG TTTGCTACCA AGGCACTTGA ACTGAAACCC 
AACTCTTACG AAGCCTATTA TGCTAGAGCA AGAGCCAAGA GAAATAGCAG ACAGTTTCTT 
GCAGCTCTTG CTGACCTCCG AGAAGCCATA AAGCTGTGTC CTAGTAATCA AGAAATACAA 
AGGCTCCTGG CTCGAGTAGA AGAGGAATGC AAACAGTTCC AGAGAACCCA GCAACAGAAG 
AGGCAGTCTC CTCAGCCGGC ACAGCAGAAT AATGACTCTG ACAATGAAGA GGAGGCTCTT 
GTCCAAGGTT TGAATGATCG TATGGGTCTT GAAGAAATAG AAGAAGAAGA ATTGCCATAC 
CACGATGAGT CCATTCCACC TTCACAGAGG CTGCAGCATT CCCTGTCTGC TTTACCTTAC 
AGTAGGACCC TTCAAGAAGG CCTCCAGCAG AAAGCCAGAC CAGCATCCCC TCAGAACAGA 
GCAGGAAGTA AATATCTGAG AGAGCCGGGT TTGATCATGC AGCCTACAAA GCAAGCACAA 
ATTGTAAAAA CAAATCAGCA TTTGAGCTCT ACACAGTCAG GGCTGAGAAC TGGAAGTGGT 
CAGTGTAGTA CAAAGACACC ATCATCTTTT CAGCATCTTC CCTCGAGTCC AATGCCAGCC 
CGACACCCTG GAAATCTGGC CAACAGTAAA AGTCAGTTTA TAGATGGGGC AAACACTGTA 
TCGTCTGGAA ACATTCCCAC AGGAGTCTCC TCTGGCCTCT ACAGTGAAAG GTTAGCATCT 
AACCAGTTCT CCCATTTACA GCACAGTGAG AGTACATCGT CTCACTCATT CACAAGTAAG 
TCTAAAACCA CTGACAGGCC AGCAGCTGTC GAGAAAGCAG CACCCACCCA AGGAGTTCAA 
ATGCATTTCA GTGAAGCAAG GCAGCAAGGG CCTGGAACCA GTGCTGTCTC TTCTAGCTCT 
CCATCTGGCA GCTTGATTAT TTCTAGCTCT TCCAACAGTT TAACTTCAAG CAACAGCTTT 
TCAGATAACG TGAAAGGACT AGGGCCAGAT GTTCGAATTA AGGAAAATAA ATCTAGCCAA 
GGTCTAAGTG GTACAACCGA ACATAGACCA CGCAATACCC CATTTATGGG GATCATGGAT 
AAAACTGCCA GGTTTCAGCA GCAGAGCAGT CAAACAAATC GCACTTGGAA TTGCCAGGTA 
TCTGAAGGAT TACTACCAAA TGCTTCTGGT GGGGGCATTC AGTCCACAAC CTGCGAGCAG 
TTTTCTGGCA AACAGCCCAG TGGATACAGT AATTTAACCA AAACCTCCTC TACAGCTATG 
GCCCCTGGAG AAGGTATCCA AAATGGAATG CAAGCTAAAG AACTCAAAGA GCTCAAGAGC 
CAAATGCCTG CCCACTCGCA AGACAGCAGG ATATCTAAGC CTGTCTCTCA TTTGTTTCCA 
GATGCTCTGT CTAAACAACA GTCCCATATT AATAAGGAAG GCCATTTAAG TCATGTCTCT 
TCTGCAAAAC CAAAGCGATC ATTTGTTGAG TCTAATGTAT GA

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

RefSeq	XP_019335796.1
CDS	380..5581
Translation	MTRLGFLLGEGIPASAHITVEEKNETMCTVASQGVSPCSTLTSSTTSPSTDSPCSTLNSCIGKTAANKSSPCGTISSPSSTLESKDSGIIERIQDFIIFSATITSSSENDDRSGSSLEWSKDGSLRTGVLQGIIHDRRTDNCSPVAEEEAVGAAESLPKAEVPSADGPVPYTQSSSSLAMPRPNSVAATSSTKLEDLSYLDGQRNTPLRTSIRLPWHNTAGGRVQQEIKARFVPYKPQDILLKPLLFEVPSITTDSVFVGRDWLFQVIEENLKNTELAENKGAVIIGNVGFGKTAVVSRLVALSCHGSRMRQIASNSPNSSPKSGDPCQEIPLAQLSSSAPSTNGSNTVKSLSSPGTPEHQNQTGDSVRRLASKVVAYHYCQADNTYTCLVPEFVHSIAALLCRSHQLMAYRDLLIKEPHLQSMLSLRSCVQDPVAAFKRGVLEPLANLRKEQKIPEEEYIILIDGLNDAEFHKPDYGDTLSSFITNIIFKFPSWLKLIVTVRTNFQEIASLLPFFKISLDNFPDNKEIHGDLNAYIQYRISSSQEIINNISLNGKADAATVGKVGNHLIMRSLGSYLYLKLTLDLFQKGHLVIKSASYKVVPVSLSELYLLQCNMKFMSNSAFERALPILNVALASLHPMTDDQIFTAINAGQINGELEWEDFHQRMEALSCFLIKRRDKTRMFCHPSFREWLVWRADGENTDFLCEPRNGHALLAFMFSRQEGKLNRQQTMELGHHILKAHIFKGLSKKTGISSSHLQALWIGYSTDGLSAALASLRNLYTPNVKVSRLLILAGANVNYRTEVLNNAPILCVQSHLGHEEVVALLLEFGAAVDGTSENGMTALSYAAAAGHMNIVSLLCKRSERADYLDKKGQCALVHSALRGHCDILQYLLNIDWPVSSHEQNSLRKCQALQQALTAASSMGHCQVIRYLLGIEKEHGVDLNDTDVLWGETALTAAAGRGKLDVCEVLLEHGAAVTRTNRRGVSPLFCAVRQGHWQIAELLLEHGSDVNLSDKQGRTPLMVASCEGHLSTVEFLLSKGAAISSLDREGLTALSWACLKGHKDVVQHLVEKGATIDQTDKNGRTPLDLAAFYGDADIVQYLVEKGAVIEHVDHSGMRPLDRAIGCRNTAVVVMLLRKGAKLGNAAWAMATSKPDILIILLQKLMEEGNVLYKKGKMKEAAQRYQYALRKFPREGFGEEMKAFNELRVSLYLNLSRCRRKTNDFGMAEEFATKALELKPNSYEAYYARARAKRNSRQFLAALADLREAIKLCPSNQEIQRLLARVEEECKQFQRTQQQKRQSPQPAQQNNDSDNEEEALVQGLNDRMGLEEIEEEELPYHDESIPPSQRLQHSLSALPYSRTLQEGLQQKARPASPQNRAGSKYLREPGLIMQPTKQAQIVKTNQHLSSTQSGLRTGSGQCSTKTPSSFQHLPSSPMPARHPGNLANSKSQFIDGANTVSSGNIPTGVSSGLYSERLASNQFSHLQHSESTSSHSFTSKSKTTDRPAAVEKAAPTQGVQMHFSEARQQGPGTSAVSSSSPSGSLIISSSSNSLTSSNSFSDNVKGLGPDVRIKENKSSQGLSGTTEHRPRNTPFMGIMDKTARFQQQSSQTNRTWNCQVSEGLLPNASGGGIQSTTCEQFSGKQPSGYSNLTKTSSTAMAPGEGIQNGMQAKELKELKSQMPAHSQDSRISKPVSHLFPDALSKQQSHINKEGHLSHVSSAKPKRSFVESNV

Target ORF information:

RefSeq Version	XM_019480251.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X8, mRNA.

Target ORF information:

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

XM_019480251.1

ORF Insert Sequence:

ATGACAAGAT TGGGATTTTT ACTGGGAGAA GGGATCCCAG CCTCTGCACA CATAACTGTA 
GAAGAAAAAA ATGAAACCAT GTGCACAGTA GCCAGTCAAG GAGTCAGTCC CTGCTCTACA 
CTAACAAGCA GCACTACATC ACCTAGCACT GATAGTCCCT GCTCAACTCT GAATAGCTGT 
ATTGGCAAAA CAGCAGCTAA CAAAAGTAGT CCCTGTGGGA CCATTAGCAG CCCTAGCTCC 
ACATTGGAAA GCAAGGACAG TGGAATTATA GAGCGTATTC AGGATTTTAT TATTTTTTCA 
GCAACTATAA CAAGTTCTTC TGAAAATGAT GACCGCAGTG GATCCAGTTT GGAGTGGAGT 
AAAGACGGAA GTCTCAGAAC TGGTGTGCTT CAAGGAATTA TTCATGATCG AAGAACAGAT 
AATTGTTCAC CAGTTGCTGA AGAGGAGGCA GTTGGAGCTG CTGAGAGTTT GCCCAAAGCA 
GAAGTGCCTA GTGCAGATGG TCCTGTTCCC TATACGCAGA GTTCTAGCTC ATTAGCAATG 
CCTCGTCCCA ATTCTGTTGC AGCAACAAGT TCAACCAAGC TTGAAGATTT GAGTTATTTG 
GATGGACAAA GGAATACTCC CTTACGCACC TCAATTCGCT TACCTTGGCA TAATACTGCA 
GGAGGAAGAG TACAGCAAGA AATTAAAGCA CGTTTTGTCC CCTATAAGCC TCAAGACATC 
TTGCTAAAGC CACTATTGTT TGAAGTGCCA AGCATAACAA CAGACTCTGT GTTTGTCGGA 
AGAGATTGGC TGTTTCAAGT GATTGAAGAA AACTTGAAGA ATACAGAGCT GGCAGAAAAC 
AAGGGAGCAG TTATTATTGG AAATGTGGGA TTTGGGAAGA CTGCTGTTGT TTCAAGACTG 
GTGGCACTCA GCTGCCATGG AAGTCGCATG AGGCAGATTG CTTCGAACAG TCCTAATTCA 
TCTCCCAAAA GTGGTGACCC CTGTCAGGAG ATTCCCCTTG CACAGTTATC TTCATCTGCC 
CCTTCCACAA ATGGTAGCAA TACAGTGAAG TCTCTGAGTT CTCCTGGTAC TCCTGAGCAT 
CAAAATCAAA CTGGTGATTC AGTGCGACGC CTTGCTTCAA AGGTCGTTGC CTATCACTAT 
TGCCAAGCTG ACAACACGTA CACGTGTCTT GTCCCAGAAT TTGTCCATAG TATTGCAGCT 
TTACTTTGCC GGTCGCATCA GTTAATGGCA TACCGAGATC TTCTAATAAA AGAGCCTCAT 
CTACAAAGCA TGCTTAGCCT TAGATCCTGC GTCCAAGATC CAGTGGCAGC TTTTAAAAGA 
GGAGTGTTGG AGCCACTTGC AAACCTCAGG AAAGAGCAGA AAATTCCTGA AGAAGAATAC 
ATCATTTTGA TAGATGGTTT AAATGATGCT GAATTCCACA AACCTGATTA TGGTGACACA 
CTTTCTTCAT TTATCACAAA TATTATTTTT AAATTCCCTT CTTGGTTGAA GCTGATTGTG 
ACGGTGAGAA CTAACTTTCA GGAAATAGCA AGTTTATTAC CTTTTTTCAA AATCTCTCTC 
GACAATTTCC CGGACAACAA AGAAATCCAT GGTGATCTGA ATGCCTATAT TCAGTACAGG 
ATCAGTAGCA GTCAGGAAAT TATAAACAAT ATATCTTTAA ATGGGAAAGC TGATGCAGCC 
ACAGTCGGGA AAGTGGGTAA TCACCTGATC ATGAGGAGCC TGGGATCTTA CCTCTATTTG 
AAATTGACAT TGGATCTTTT TCAAAAGGGT CACCTGGTGA TCAAAAGTGC AAGCTACAAA 
GTAGTTCCAG TGTCTCTGTC AGAACTTTAT TTGCTTCAGT GCAACATGAA GTTCATGAGC 
AACTCTGCTT TTGAGAGAGC CCTGCCAATA TTAAATGTGG CACTAGCATC CCTTCATCCT 
ATGACAGATG ACCAGATTTT CACAGCTATT AATGCTGGTC AGATAAATGG TGAACTGGAA 
TGGGAAGACT TCCACCAGAG AATGGAGGCC CTTTCATGTT TTCTGATAAA AAGGCGTGAC 
AAAACACGTA TGTTCTGCCA TCCTTCCTTC AGGGAATGGC TTGTTTGGAG AGCAGATGGT 
GAAAATACTG ACTTCTTATG TGAACCAAGG AATGGGCATG CTCTACTGGC ATTCATGTTT 
TCTCGACAGG AGGGAAAATT AAACCGGCAA CAAACCATGG AACTTGGTCA TCACATTCTT 
AAAGCTCACA TTTTTAAGGG TCTTAGTAAA AAGACTGGAA TTTCTTCCAG TCACCTTCAA 
GCTCTGTGGA TTGGATATAG TACTGATGGA TTGTCAGCTG CCCTTGCTTC TCTGAGAAAC 
CTCTATACAC CTAATGTGAA GGTGAGTCGC TTGCTGATCT TGGCAGGAGC AAATGTGAAT 
TACAGGACTG AAGTTCTGAA CAATGCTCCA ATATTGTGCG TTCAGTCTCA TCTTGGTCAT 
GAAGAAGTGG TCGCTCTCCT GCTGGAATTT GGAGCTGCTG TTGATGGTAC ATCTGAAAAC 
GGGATGACTG CACTTAGCTA TGCAGCTGCT GCAGGTCACA TGAACATAGT TTCACTGCTT 
TGCAAAAGAA GTGAAAGGGC CGACTACCTG GACAAGAAAG GCCAATGTGC TTTGGTTCAT 
AGTGCATTGA GAGGACATTG TGATATCCTT CAGTACTTGC TCAATATTGA TTGGCCAGTT 
TCTTCCCATG AACAAAATTC ATTGAGGAAA TGTCAGGCAC TTCAGCAAGC ATTGACAGCA 
GCTTCCAGTA TGGGCCACTG TCAGGTGATT CGTTACCTGC TGGGGATTGA AAAGGAACAT 
GGAGTAGACC TCAATGATAC TGATGTGCTG TGGGGAGAAA CAGCCCTGAC GGCGGCTGCA 
GGGCGGGGGA AGCTGGACGT GTGTGAAGTA CTTCTGGAAC ATGGAGCTGC TGTGACAAGA 
ACCAACAGGA GGGGGGTCTC CCCACTTTTC TGTGCTGTGC GCCAGGGACA TTGGCAGATT 
GCAGAGCTTC TGTTAGAGCA CGGATCTGAT GTTAATTTGA GTGACAAGCA AGGCAGGACA 
CCACTTATGG TGGCTTCTTG TGAAGGACAT TTGAGCACGG TGGAATTTCT ACTTTCCAAA 
GGTGCAGCCA TTTCATCACT GGATAGAGAG GGGCTAACAG CACTGAGCTG GGCTTGCTTA 
AAGGGCCATA AAGATGTGGT TCAACATTTG GTTGAGAAAG GTGCAACAAT AGATCAGACA 
GACAAAAATG GCCGAACACC CTTGGATTTG GCAGCTTTCT ATGGGGACGC TGATATTGTG 
CAGTATTTAG TAGAGAAGGG TGCAGTGATT GAACATGTTG ACCACAGCGG TATGCGTCCA 
TTGGACAGAG CAATTGGATG TCGAAATACA GCAGTAGTGG TCATGCTACT TAGGAAAGGA 
GCCAAATTAG GAAATGCAGC TTGGGCAATG GCCACTTCTA AACCTGACAT TCTGATTATT 
CTACTGCAGA AGCTGATGGA AGAAGGAAAC GTACTGTACA AAAAAGGGAA GATGAAAGAA 
GCAGCTCAGC GATATCAGTA TGCCCTAAGG AAGTTTCCTC GGGAAGGGTT TGGAGAAGAA 
ATGAAAGCTT TCAATGAGCT GAGAGTGTCG CTGTATTTAA ACTTGTCACG GTGCCGCAGA 
AAAACAAACG ATTTTGGCAT GGCTGAAGAG TTTGCTACCA AGGCACTTGA ACTGAAACCC 
AACTCTTACG AAGCCTATTA TGCTAGAGCA AGAGCCAAGA GAAATAGCAG ACAGTTTCTT 
GCAGCTCTTG CTGACCTCCG AGAAGCCATA AAGCTGTGTC CTAGTAATCA AGAAATACAA 
AGGCTCCTGG CTCGAGTAGA AGAGGAATGC AAACAGTTCC AGAGAACCCA GCAACAGAAG 
AGGCAGTCTC CTCAGCCGGC ACAGCAGAAT AATGACTCTG ACAATGAAGA GGAGGCTCTT 
GTCCAAGGTT TGAATGATCG TATGGGTCTT GAAGAAATAG AAGAAGAAGA ATTGCCATAC 
CACGATGAGT CCATTCCACC TTCACAGAGG CTGCAGCATT CCCTGTCTGC TTTACCTTAC 
AGTAGGACCC TTCAAGAAGG CCTCCAGCAG AAAGCCAGAC CAGCATCCCC TCAGAACAGA 
GCAGGAAGTA AATATCTGAG AGAGCCGGGT TTGATCATGC AGCCTACAAA GCAAGCACAA 
ATTGTAAAAA CAAATCAGCA TTTGAGCTCT ACACAGTCAG GGCTGAGAAC TGGAAGTGGT 
CAGTGTAGTA CAAAGACACC ATCATCTTTT CAGCATCTTC CCTCGAGTCC AATGCCAGCC 
CGACACCCTG GAAATCTGGC CAACAGTAAA AGTCAGTTTA TAGATGGGGC AAACACTGTA 
TCGTCTGGAA ACATTCCCAC AGGAGTCTCC TCTGGCCTCT ACAGTGAAAG GTTAGCATCT 
AACCAGTTCT CCCATTTACA GCACAGTGAG AGTACATCGT CTCACTCATT CACAAGTAAG 
TCTAAAACCA CTGACAGGCC AGCAGCTGTC GAGAAAGCAG CACCCACCCA AGGAGTTCAA 
ATGCATTTCA GTGAAGCAAG GCAGCAAGGG CCTGGAACCA GTGCTGTCTC TTCTAGCTCT 
CCATCTGGCA GCTTGATTAT TTCTAGCTCT TCCAACAGTT TAACTTCAAG CAACAGCTTT 
TCAGATAACG TGAAAGGACT AGGGCCAGAT GTTCGAATTA AGGAAAATAA ATCTAGCCAA 
GGTCTAAGTG GTACAACCGA ACATAGACCA CGCAATACCC CATTTATGGG GATCATGGAT 
AAAACTGCCA GGTTTCAGCA GCAGAGCAGT CAAACAAATC GCACTTGGAA TTGCCAGGTA 
TCTGAAGGAT TACTACCAAA TGCTTCTGGT GGGGGCATTC AGTCCACAAC CTGCGAGCAG 
TTTTCTGGCA AACAGCCCAG TGGATACAGT AATTTAACCA AAACCTCCTC TACAGCTATG 
GCCCCTGGAG AAGGTATCCA AAATGGAATG CAAGCTAAAG AACTCAAAGA GCTCAAGAGC 
CAAATGCCTG CCCACTCGCA AGACAGCAGG ATATCTAAGC CTGTCTCTCA TTTGTTTCCA 
GATGCTCTGT CTAAACAACA GTCCCATATT AATAAGGAAG GCCATTTAAG TCATGTCTCT 
TCTGCAAAAC CAAAGCGATC ATTTGTTGAG TCTAATGTAT GA

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

TANC1 ( XM_019480250.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019335795.1 Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X7, mRNA.

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CloneID	OAl78592
Clone ID Related Accession (Same CDS sequence)	XM_019480251.1 , XM_019480250.1
Accession Version	XM_019480250.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5202bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	protein TANC1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017714267.1) 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 Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAAGAT TGGGATTTTT ACTGGGAGAA GGGATCCCAG CCTCTGCACA CATAACTGTA 
GAAGAAAAAA ATGAAACCAT GTGCACAGTA GCCAGTCAAG GAGTCAGTCC CTGCTCTACA 
CTAACAAGCA GCACTACATC ACCTAGCACT GATAGTCCCT GCTCAACTCT GAATAGCTGT 
ATTGGCAAAA CAGCAGCTAA CAAAAGTAGT CCCTGTGGGA CCATTAGCAG CCCTAGCTCC 
ACATTGGAAA GCAAGGACAG TGGAATTATA GAGCGTATTC AGGATTTTAT TATTTTTTCA 
GCAACTATAA CAAGTTCTTC TGAAAATGAT GACCGCAGTG GATCCAGTTT GGAGTGGAGT 
AAAGACGGAA GTCTCAGAAC TGGTGTGCTT CAAGGAATTA TTCATGATCG AAGAACAGAT 
AATTGTTCAC CAGTTGCTGA AGAGGAGGCA GTTGGAGCTG CTGAGAGTTT GCCCAAAGCA 
GAAGTGCCTA GTGCAGATGG TCCTGTTCCC TATACGCAGA GTTCTAGCTC ATTAGCAATG 
CCTCGTCCCA ATTCTGTTGC AGCAACAAGT TCAACCAAGC TTGAAGATTT GAGTTATTTG 
GATGGACAAA GGAATACTCC CTTACGCACC TCAATTCGCT TACCTTGGCA TAATACTGCA 
GGAGGAAGAG TACAGCAAGA AATTAAAGCA CGTTTTGTCC CCTATAAGCC TCAAGACATC 
TTGCTAAAGC CACTATTGTT TGAAGTGCCA AGCATAACAA CAGACTCTGT GTTTGTCGGA 
AGAGATTGGC TGTTTCAAGT GATTGAAGAA AACTTGAAGA ATACAGAGCT GGCAGAAAAC 
AAGGGAGCAG TTATTATTGG AAATGTGGGA TTTGGGAAGA CTGCTGTTGT TTCAAGACTG 
GTGGCACTCA GCTGCCATGG AAGTCGCATG AGGCAGATTG CTTCGAACAG TCCTAATTCA 
TCTCCCAAAA GTGGTGACCC CTGTCAGGAG ATTCCCCTTG CACAGTTATC TTCATCTGCC 
CCTTCCACAA ATGGTAGCAA TACAGTGAAG TCTCTGAGTT CTCCTGGTAC TCCTGAGCAT 
CAAAATCAAA CTGGTGATTC AGTGCGACGC CTTGCTTCAA AGGTCGTTGC CTATCACTAT 
TGCCAAGCTG ACAACACGTA CACGTGTCTT GTCCCAGAAT TTGTCCATAG TATTGCAGCT 
TTACTTTGCC GGTCGCATCA GTTAATGGCA TACCGAGATC TTCTAATAAA AGAGCCTCAT 
CTACAAAGCA TGCTTAGCCT TAGATCCTGC GTCCAAGATC CAGTGGCAGC TTTTAAAAGA 
GGAGTGTTGG AGCCACTTGC AAACCTCAGG AAAGAGCAGA AAATTCCTGA AGAAGAATAC 
ATCATTTTGA TAGATGGTTT AAATGATGCT GAATTCCACA AACCTGATTA TGGTGACACA 
CTTTCTTCAT TTATCACAAA TATTATTTTT AAATTCCCTT CTTGGTTGAA GCTGATTGTG 
ACGGTGAGAA CTAACTTTCA GGAAATAGCA AGTTTATTAC CTTTTTTCAA AATCTCTCTC 
GACAATTTCC CGGACAACAA AGAAATCCAT GGTGATCTGA ATGCCTATAT TCAGTACAGG 
ATCAGTAGCA GTCAGGAAAT TATAAACAAT ATATCTTTAA ATGGGAAAGC TGATGCAGCC 
ACAGTCGGGA AAGTGGGTAA TCACCTGATC ATGAGGAGCC TGGGATCTTA CCTCTATTTG 
AAATTGACAT TGGATCTTTT TCAAAAGGGT CACCTGGTGA TCAAAAGTGC AAGCTACAAA 
GTAGTTCCAG TGTCTCTGTC AGAACTTTAT TTGCTTCAGT GCAACATGAA GTTCATGAGC 
AACTCTGCTT TTGAGAGAGC CCTGCCAATA TTAAATGTGG CACTAGCATC CCTTCATCCT 
ATGACAGATG ACCAGATTTT CACAGCTATT AATGCTGGTC AGATAAATGG TGAACTGGAA 
TGGGAAGACT TCCACCAGAG AATGGAGGCC CTTTCATGTT TTCTGATAAA AAGGCGTGAC 
AAAACACGTA TGTTCTGCCA TCCTTCCTTC AGGGAATGGC TTGTTTGGAG AGCAGATGGT 
GAAAATACTG ACTTCTTATG TGAACCAAGG AATGGGCATG CTCTACTGGC ATTCATGTTT 
TCTCGACAGG AGGGAAAATT AAACCGGCAA CAAACCATGG AACTTGGTCA TCACATTCTT 
AAAGCTCACA TTTTTAAGGG TCTTAGTAAA AAGACTGGAA TTTCTTCCAG TCACCTTCAA 
GCTCTGTGGA TTGGATATAG TACTGATGGA TTGTCAGCTG CCCTTGCTTC TCTGAGAAAC 
CTCTATACAC CTAATGTGAA GGTGAGTCGC TTGCTGATCT TGGCAGGAGC AAATGTGAAT 
TACAGGACTG AAGTTCTGAA CAATGCTCCA ATATTGTGCG TTCAGTCTCA TCTTGGTCAT 
GAAGAAGTGG TCGCTCTCCT GCTGGAATTT GGAGCTGCTG TTGATGGTAC ATCTGAAAAC 
GGGATGACTG CACTTAGCTA TGCAGCTGCT GCAGGTCACA TGAACATAGT TTCACTGCTT 
TGCAAAAGAA GTGAAAGGGC CGACTACCTG GACAAGAAAG GCCAATGTGC TTTGGTTCAT 
AGTGCATTGA GAGGACATTG TGATATCCTT CAGTACTTGC TCAATATTGA TTGGCCAGTT 
TCTTCCCATG AACAAAATTC ATTGAGGAAA TGTCAGGCAC TTCAGCAAGC ATTGACAGCA 
GCTTCCAGTA TGGGCCACTG TCAGGTGATT CGTTACCTGC TGGGGATTGA AAAGGAACAT 
GGAGTAGACC TCAATGATAC TGATGTGCTG TGGGGAGAAA CAGCCCTGAC GGCGGCTGCA 
GGGCGGGGGA AGCTGGACGT GTGTGAAGTA CTTCTGGAAC ATGGAGCTGC TGTGACAAGA 
ACCAACAGGA GGGGGGTCTC CCCACTTTTC TGTGCTGTGC GCCAGGGACA TTGGCAGATT 
GCAGAGCTTC TGTTAGAGCA CGGATCTGAT GTTAATTTGA GTGACAAGCA AGGCAGGACA 
CCACTTATGG TGGCTTCTTG TGAAGGACAT TTGAGCACGG TGGAATTTCT ACTTTCCAAA 
GGTGCAGCCA TTTCATCACT GGATAGAGAG GGGCTAACAG CACTGAGCTG GGCTTGCTTA 
AAGGGCCATA AAGATGTGGT TCAACATTTG GTTGAGAAAG GTGCAACAAT AGATCAGACA 
GACAAAAATG GCCGAACACC CTTGGATTTG GCAGCTTTCT ATGGGGACGC TGATATTGTG 
CAGTATTTAG TAGAGAAGGG TGCAGTGATT GAACATGTTG ACCACAGCGG TATGCGTCCA 
TTGGACAGAG CAATTGGATG TCGAAATACA GCAGTAGTGG TCATGCTACT TAGGAAAGGA 
GCCAAATTAG GAAATGCAGC TTGGGCAATG GCCACTTCTA AACCTGACAT TCTGATTATT 
CTACTGCAGA AGCTGATGGA AGAAGGAAAC GTACTGTACA AAAAAGGGAA GATGAAAGAA 
GCAGCTCAGC GATATCAGTA TGCCCTAAGG AAGTTTCCTC GGGAAGGGTT TGGAGAAGAA 
ATGAAAGCTT TCAATGAGCT GAGAGTGTCG CTGTATTTAA ACTTGTCACG GTGCCGCAGA 
AAAACAAACG ATTTTGGCAT GGCTGAAGAG TTTGCTACCA AGGCACTTGA ACTGAAACCC 
AACTCTTACG AAGCCTATTA TGCTAGAGCA AGAGCCAAGA GAAATAGCAG ACAGTTTCTT 
GCAGCTCTTG CTGACCTCCG AGAAGCCATA AAGCTGTGTC CTAGTAATCA AGAAATACAA 
AGGCTCCTGG CTCGAGTAGA AGAGGAATGC AAACAGTTCC AGAGAACCCA GCAACAGAAG 
AGGCAGTCTC CTCAGCCGGC ACAGCAGAAT AATGACTCTG ACAATGAAGA GGAGGCTCTT 
GTCCAAGGTT TGAATGATCG TATGGGTCTT GAAGAAATAG AAGAAGAAGA ATTGCCATAC 
CACGATGAGT CCATTCCACC TTCACAGAGG CTGCAGCATT CCCTGTCTGC TTTACCTTAC 
AGTAGGACCC TTCAAGAAGG CCTCCAGCAG AAAGCCAGAC CAGCATCCCC TCAGAACAGA 
GCAGGAAGTA AATATCTGAG AGAGCCGGGT TTGATCATGC AGCCTACAAA GCAAGCACAA 
ATTGTAAAAA CAAATCAGCA TTTGAGCTCT ACACAGTCAG GGCTGAGAAC TGGAAGTGGT 
CAGTGTAGTA CAAAGACACC ATCATCTTTT CAGCATCTTC CCTCGAGTCC AATGCCAGCC 
CGACACCCTG GAAATCTGGC CAACAGTAAA AGTCAGTTTA TAGATGGGGC AAACACTGTA 
TCGTCTGGAA ACATTCCCAC AGGAGTCTCC TCTGGCCTCT ACAGTGAAAG GTTAGCATCT 
AACCAGTTCT CCCATTTACA GCACAGTGAG AGTACATCGT CTCACTCATT CACAAGTAAG 
TCTAAAACCA CTGACAGGCC AGCAGCTGTC GAGAAAGCAG CACCCACCCA AGGAGTTCAA 
ATGCATTTCA GTGAAGCAAG GCAGCAAGGG CCTGGAACCA GTGCTGTCTC TTCTAGCTCT 
CCATCTGGCA GCTTGATTAT TTCTAGCTCT TCCAACAGTT TAACTTCAAG CAACAGCTTT 
TCAGATAACG TGAAAGGACT AGGGCCAGAT GTTCGAATTA AGGAAAATAA ATCTAGCCAA 
GGTCTAAGTG GTACAACCGA ACATAGACCA CGCAATACCC CATTTATGGG GATCATGGAT 
AAAACTGCCA GGTTTCAGCA GCAGAGCAGT CAAACAAATC GCACTTGGAA TTGCCAGGTA 
TCTGAAGGAT TACTACCAAA TGCTTCTGGT GGGGGCATTC AGTCCACAAC CTGCGAGCAG 
TTTTCTGGCA AACAGCCCAG TGGATACAGT AATTTAACCA AAACCTCCTC TACAGCTATG 
GCCCCTGGAG AAGGTATCCA AAATGGAATG CAAGCTAAAG AACTCAAAGA GCTCAAGAGC 
CAAATGCCTG CCCACTCGCA AGACAGCAGG ATATCTAAGC CTGTCTCTCA TTTGTTTCCA 
GATGCTCTGT CTAAACAACA GTCCCATATT AATAAGGAAG GCCATTTAAG TCATGTCTCT 
TCTGCAAAAC CAAAGCGATC ATTTGTTGAG TCTAATGTAT GA

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

RefSeq	XP_019335795.1
CDS	448..5649
Translation	MTRLGFLLGEGIPASAHITVEEKNETMCTVASQGVSPCSTLTSSTTSPSTDSPCSTLNSCIGKTAANKSSPCGTISSPSSTLESKDSGIIERIQDFIIFSATITSSSENDDRSGSSLEWSKDGSLRTGVLQGIIHDRRTDNCSPVAEEEAVGAAESLPKAEVPSADGPVPYTQSSSSLAMPRPNSVAATSSTKLEDLSYLDGQRNTPLRTSIRLPWHNTAGGRVQQEIKARFVPYKPQDILLKPLLFEVPSITTDSVFVGRDWLFQVIEENLKNTELAENKGAVIIGNVGFGKTAVVSRLVALSCHGSRMRQIASNSPNSSPKSGDPCQEIPLAQLSSSAPSTNGSNTVKSLSSPGTPEHQNQTGDSVRRLASKVVAYHYCQADNTYTCLVPEFVHSIAALLCRSHQLMAYRDLLIKEPHLQSMLSLRSCVQDPVAAFKRGVLEPLANLRKEQKIPEEEYIILIDGLNDAEFHKPDYGDTLSSFITNIIFKFPSWLKLIVTVRTNFQEIASLLPFFKISLDNFPDNKEIHGDLNAYIQYRISSSQEIINNISLNGKADAATVGKVGNHLIMRSLGSYLYLKLTLDLFQKGHLVIKSASYKVVPVSLSELYLLQCNMKFMSNSAFERALPILNVALASLHPMTDDQIFTAINAGQINGELEWEDFHQRMEALSCFLIKRRDKTRMFCHPSFREWLVWRADGENTDFLCEPRNGHALLAFMFSRQEGKLNRQQTMELGHHILKAHIFKGLSKKTGISSSHLQALWIGYSTDGLSAALASLRNLYTPNVKVSRLLILAGANVNYRTEVLNNAPILCVQSHLGHEEVVALLLEFGAAVDGTSENGMTALSYAAAAGHMNIVSLLCKRSERADYLDKKGQCALVHSALRGHCDILQYLLNIDWPVSSHEQNSLRKCQALQQALTAASSMGHCQVIRYLLGIEKEHGVDLNDTDVLWGETALTAAAGRGKLDVCEVLLEHGAAVTRTNRRGVSPLFCAVRQGHWQIAELLLEHGSDVNLSDKQGRTPLMVASCEGHLSTVEFLLSKGAAISSLDREGLTALSWACLKGHKDVVQHLVEKGATIDQTDKNGRTPLDLAAFYGDADIVQYLVEKGAVIEHVDHSGMRPLDRAIGCRNTAVVVMLLRKGAKLGNAAWAMATSKPDILIILLQKLMEEGNVLYKKGKMKEAAQRYQYALRKFPREGFGEEMKAFNELRVSLYLNLSRCRRKTNDFGMAEEFATKALELKPNSYEAYYARARAKRNSRQFLAALADLREAIKLCPSNQEIQRLLARVEEECKQFQRTQQQKRQSPQPAQQNNDSDNEEEALVQGLNDRMGLEEIEEEELPYHDESIPPSQRLQHSLSALPYSRTLQEGLQQKARPASPQNRAGSKYLREPGLIMQPTKQAQIVKTNQHLSSTQSGLRTGSGQCSTKTPSSFQHLPSSPMPARHPGNLANSKSQFIDGANTVSSGNIPTGVSSGLYSERLASNQFSHLQHSESTSSHSFTSKSKTTDRPAAVEKAAPTQGVQMHFSEARQQGPGTSAVSSSSPSGSLIISSSSNSLTSSNSFSDNVKGLGPDVRIKENKSSQGLSGTTEHRPRNTPFMGIMDKTARFQQQSSQTNRTWNCQVSEGLLPNASGGGIQSTTCEQFSGKQPSGYSNLTKTSSTAMAPGEGIQNGMQAKELKELKSQMPAHSQDSRISKPVSHLFPDALSKQQSHINKEGHLSHVSSAKPKRSFVESNV

Target ORF information:

RefSeq Version	XM_019480250.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1 (TANC1), transcript variant X7, mRNA.

Target ORF information:

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

XM_019480250.1

ORF Insert Sequence:

ATGACAAGAT TGGGATTTTT ACTGGGAGAA GGGATCCCAG CCTCTGCACA CATAACTGTA 
GAAGAAAAAA ATGAAACCAT GTGCACAGTA GCCAGTCAAG GAGTCAGTCC CTGCTCTACA 
CTAACAAGCA GCACTACATC ACCTAGCACT GATAGTCCCT GCTCAACTCT GAATAGCTGT 
ATTGGCAAAA CAGCAGCTAA CAAAAGTAGT CCCTGTGGGA CCATTAGCAG CCCTAGCTCC 
ACATTGGAAA GCAAGGACAG TGGAATTATA GAGCGTATTC AGGATTTTAT TATTTTTTCA 
GCAACTATAA CAAGTTCTTC TGAAAATGAT GACCGCAGTG GATCCAGTTT GGAGTGGAGT 
AAAGACGGAA GTCTCAGAAC TGGTGTGCTT CAAGGAATTA TTCATGATCG AAGAACAGAT 
AATTGTTCAC CAGTTGCTGA AGAGGAGGCA GTTGGAGCTG CTGAGAGTTT GCCCAAAGCA 
GAAGTGCCTA GTGCAGATGG TCCTGTTCCC TATACGCAGA GTTCTAGCTC ATTAGCAATG 
CCTCGTCCCA ATTCTGTTGC AGCAACAAGT TCAACCAAGC TTGAAGATTT GAGTTATTTG 
GATGGACAAA GGAATACTCC CTTACGCACC TCAATTCGCT TACCTTGGCA TAATACTGCA 
GGAGGAAGAG TACAGCAAGA AATTAAAGCA CGTTTTGTCC CCTATAAGCC TCAAGACATC 
TTGCTAAAGC CACTATTGTT TGAAGTGCCA AGCATAACAA CAGACTCTGT GTTTGTCGGA 
AGAGATTGGC TGTTTCAAGT GATTGAAGAA AACTTGAAGA ATACAGAGCT GGCAGAAAAC 
AAGGGAGCAG TTATTATTGG AAATGTGGGA TTTGGGAAGA CTGCTGTTGT TTCAAGACTG 
GTGGCACTCA GCTGCCATGG AAGTCGCATG AGGCAGATTG CTTCGAACAG TCCTAATTCA 
TCTCCCAAAA GTGGTGACCC CTGTCAGGAG ATTCCCCTTG CACAGTTATC TTCATCTGCC 
CCTTCCACAA ATGGTAGCAA TACAGTGAAG TCTCTGAGTT CTCCTGGTAC TCCTGAGCAT 
CAAAATCAAA CTGGTGATTC AGTGCGACGC CTTGCTTCAA AGGTCGTTGC CTATCACTAT 
TGCCAAGCTG ACAACACGTA CACGTGTCTT GTCCCAGAAT TTGTCCATAG TATTGCAGCT 
TTACTTTGCC GGTCGCATCA GTTAATGGCA TACCGAGATC TTCTAATAAA AGAGCCTCAT 
CTACAAAGCA TGCTTAGCCT TAGATCCTGC GTCCAAGATC CAGTGGCAGC TTTTAAAAGA 
GGAGTGTTGG AGCCACTTGC AAACCTCAGG AAAGAGCAGA AAATTCCTGA AGAAGAATAC 
ATCATTTTGA TAGATGGTTT AAATGATGCT GAATTCCACA AACCTGATTA TGGTGACACA 
CTTTCTTCAT TTATCACAAA TATTATTTTT AAATTCCCTT CTTGGTTGAA GCTGATTGTG 
ACGGTGAGAA CTAACTTTCA GGAAATAGCA AGTTTATTAC CTTTTTTCAA AATCTCTCTC 
GACAATTTCC CGGACAACAA AGAAATCCAT GGTGATCTGA ATGCCTATAT TCAGTACAGG 
ATCAGTAGCA GTCAGGAAAT TATAAACAAT ATATCTTTAA ATGGGAAAGC TGATGCAGCC 
ACAGTCGGGA AAGTGGGTAA TCACCTGATC ATGAGGAGCC TGGGATCTTA CCTCTATTTG 
AAATTGACAT TGGATCTTTT TCAAAAGGGT CACCTGGTGA TCAAAAGTGC AAGCTACAAA 
GTAGTTCCAG TGTCTCTGTC AGAACTTTAT TTGCTTCAGT GCAACATGAA GTTCATGAGC 
AACTCTGCTT TTGAGAGAGC CCTGCCAATA TTAAATGTGG CACTAGCATC CCTTCATCCT 
ATGACAGATG ACCAGATTTT CACAGCTATT AATGCTGGTC AGATAAATGG TGAACTGGAA 
TGGGAAGACT TCCACCAGAG AATGGAGGCC CTTTCATGTT TTCTGATAAA AAGGCGTGAC 
AAAACACGTA TGTTCTGCCA TCCTTCCTTC AGGGAATGGC TTGTTTGGAG AGCAGATGGT 
GAAAATACTG ACTTCTTATG TGAACCAAGG AATGGGCATG CTCTACTGGC ATTCATGTTT 
TCTCGACAGG AGGGAAAATT AAACCGGCAA CAAACCATGG AACTTGGTCA TCACATTCTT 
AAAGCTCACA TTTTTAAGGG TCTTAGTAAA AAGACTGGAA TTTCTTCCAG TCACCTTCAA 
GCTCTGTGGA TTGGATATAG TACTGATGGA TTGTCAGCTG CCCTTGCTTC TCTGAGAAAC 
CTCTATACAC CTAATGTGAA GGTGAGTCGC TTGCTGATCT TGGCAGGAGC AAATGTGAAT 
TACAGGACTG AAGTTCTGAA CAATGCTCCA ATATTGTGCG TTCAGTCTCA TCTTGGTCAT 
GAAGAAGTGG TCGCTCTCCT GCTGGAATTT GGAGCTGCTG TTGATGGTAC ATCTGAAAAC 
GGGATGACTG CACTTAGCTA TGCAGCTGCT GCAGGTCACA TGAACATAGT TTCACTGCTT 
TGCAAAAGAA GTGAAAGGGC CGACTACCTG GACAAGAAAG GCCAATGTGC TTTGGTTCAT 
AGTGCATTGA GAGGACATTG TGATATCCTT CAGTACTTGC TCAATATTGA TTGGCCAGTT 
TCTTCCCATG AACAAAATTC ATTGAGGAAA TGTCAGGCAC TTCAGCAAGC ATTGACAGCA 
GCTTCCAGTA TGGGCCACTG TCAGGTGATT CGTTACCTGC TGGGGATTGA AAAGGAACAT 
GGAGTAGACC TCAATGATAC TGATGTGCTG TGGGGAGAAA CAGCCCTGAC GGCGGCTGCA 
GGGCGGGGGA AGCTGGACGT GTGTGAAGTA CTTCTGGAAC ATGGAGCTGC TGTGACAAGA 
ACCAACAGGA GGGGGGTCTC CCCACTTTTC TGTGCTGTGC GCCAGGGACA TTGGCAGATT 
GCAGAGCTTC TGTTAGAGCA CGGATCTGAT GTTAATTTGA GTGACAAGCA AGGCAGGACA 
CCACTTATGG TGGCTTCTTG TGAAGGACAT TTGAGCACGG TGGAATTTCT ACTTTCCAAA 
GGTGCAGCCA TTTCATCACT GGATAGAGAG GGGCTAACAG CACTGAGCTG GGCTTGCTTA 
AAGGGCCATA AAGATGTGGT TCAACATTTG GTTGAGAAAG GTGCAACAAT AGATCAGACA 
GACAAAAATG GCCGAACACC CTTGGATTTG GCAGCTTTCT ATGGGGACGC TGATATTGTG 
CAGTATTTAG TAGAGAAGGG TGCAGTGATT GAACATGTTG ACCACAGCGG TATGCGTCCA 
TTGGACAGAG CAATTGGATG TCGAAATACA GCAGTAGTGG TCATGCTACT TAGGAAAGGA 
GCCAAATTAG GAAATGCAGC TTGGGCAATG GCCACTTCTA AACCTGACAT TCTGATTATT 
CTACTGCAGA AGCTGATGGA AGAAGGAAAC GTACTGTACA AAAAAGGGAA GATGAAAGAA 
GCAGCTCAGC GATATCAGTA TGCCCTAAGG AAGTTTCCTC GGGAAGGGTT TGGAGAAGAA 
ATGAAAGCTT TCAATGAGCT GAGAGTGTCG CTGTATTTAA ACTTGTCACG GTGCCGCAGA 
AAAACAAACG ATTTTGGCAT GGCTGAAGAG TTTGCTACCA AGGCACTTGA ACTGAAACCC 
AACTCTTACG AAGCCTATTA TGCTAGAGCA AGAGCCAAGA GAAATAGCAG ACAGTTTCTT 
GCAGCTCTTG CTGACCTCCG AGAAGCCATA AAGCTGTGTC CTAGTAATCA AGAAATACAA 
AGGCTCCTGG CTCGAGTAGA AGAGGAATGC AAACAGTTCC AGAGAACCCA GCAACAGAAG 
AGGCAGTCTC CTCAGCCGGC ACAGCAGAAT AATGACTCTG ACAATGAAGA GGAGGCTCTT 
GTCCAAGGTT TGAATGATCG TATGGGTCTT GAAGAAATAG AAGAAGAAGA ATTGCCATAC 
CACGATGAGT CCATTCCACC TTCACAGAGG CTGCAGCATT CCCTGTCTGC TTTACCTTAC 
AGTAGGACCC TTCAAGAAGG CCTCCAGCAG AAAGCCAGAC CAGCATCCCC TCAGAACAGA 
GCAGGAAGTA AATATCTGAG AGAGCCGGGT TTGATCATGC AGCCTACAAA GCAAGCACAA 
ATTGTAAAAA CAAATCAGCA TTTGAGCTCT ACACAGTCAG GGCTGAGAAC TGGAAGTGGT 
CAGTGTAGTA CAAAGACACC ATCATCTTTT CAGCATCTTC CCTCGAGTCC AATGCCAGCC 
CGACACCCTG GAAATCTGGC CAACAGTAAA AGTCAGTTTA TAGATGGGGC AAACACTGTA 
TCGTCTGGAA ACATTCCCAC AGGAGTCTCC TCTGGCCTCT ACAGTGAAAG GTTAGCATCT 
AACCAGTTCT CCCATTTACA GCACAGTGAG AGTACATCGT CTCACTCATT CACAAGTAAG 
TCTAAAACCA CTGACAGGCC AGCAGCTGTC GAGAAAGCAG CACCCACCCA AGGAGTTCAA 
ATGCATTTCA GTGAAGCAAG GCAGCAAGGG CCTGGAACCA GTGCTGTCTC TTCTAGCTCT 
CCATCTGGCA GCTTGATTAT TTCTAGCTCT TCCAACAGTT TAACTTCAAG CAACAGCTTT 
TCAGATAACG TGAAAGGACT AGGGCCAGAT GTTCGAATTA AGGAAAATAA ATCTAGCCAA 
GGTCTAAGTG GTACAACCGA ACATAGACCA CGCAATACCC CATTTATGGG GATCATGGAT 
AAAACTGCCA GGTTTCAGCA GCAGAGCAGT CAAACAAATC GCACTTGGAA TTGCCAGGTA 
TCTGAAGGAT TACTACCAAA TGCTTCTGGT GGGGGCATTC AGTCCACAAC CTGCGAGCAG 
TTTTCTGGCA AACAGCCCAG TGGATACAGT AATTTAACCA AAACCTCCTC TACAGCTATG 
GCCCCTGGAG AAGGTATCCA AAATGGAATG CAAGCTAAAG AACTCAAAGA GCTCAAGAGC 
CAAATGCCTG CCCACTCGCA AGACAGCAGG ATATCTAAGC CTGTCTCTCA TTTGTTTCCA 
GATGCTCTGT CTAAACAACA GTCCCATATT AATAAGGAAG GCCATTTAAG TCATGTCTCT 
TCTGCAAAAC CAAAGCGATC ATTTGTTGAG TCTAATGTAT GA

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

Gene Symbol	TANC1
Entrez Gene ID	106736927
Full Name	tetratricopeptide repeat, ankyrin repeat and coiled-coil containing 1
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

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

TANC1 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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