Myo1h cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Myo1h
Entrez Gene ID	103746723
Full Name	myosin IH
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017802167.1	XP_017657656.1	unconventional myosin-Ih
XM_017802167.2	XP_017657656.2	unconventional myosin-Ih

Pathways from BioSystems
Gene Ontology

The following Myo1h gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Myo1h cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
ONa135388	XM_017802167.2 Latest version!	Nannospalax galili myosin IH (Myo1h), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
ONa31572	XM_017802167.1 Latest version!	Nannospalax galili myosin IH (Myo1h), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

Myo1h ( XM_017802167.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017657656.2 Nannospalax galili myosin IH (Myo1h), mRNA.

Price & Availability↑

CloneID	ONa135388
Clone ID Related Accession (Same CDS sequence)	XM_017802167.2
Accession Version	XM_017802167.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3183bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	unconventional myosin-Ih
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352136.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_017802167.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGATCCA AGAGAGAAGA CGTGAGAAGG AAGCACATCC GCTTGCACAT GGAAGGGGCA 
CTGACCGCCC GGGACAAGGT CGGAGTGCAG GACTTTGTGC TGCTGGACGC TTACACCAGC 
GAATCTGCCT TTCTGGACAA TCTTCGCAAG CGTTTCAGCG AGAACCTCAT CTATACATAT 
ATCGGGACAC TCCTTGTATC CGTGAATCCA TACCAGGAGC TCGGAATCTA CACTGTGAGC 
CAGATGGAAC TTTATCAAGG GGTCAATTTC TTTGAACTGC CACCGCATGT CTACGCCATC 
GCTGACAACG CCTACCGCAT GATGTGCTCT GAGCTGAATA ACCACTTCAT CCTCATTTCT 
GGAGAGAGTG GGGCAGGGAA AACAGAGGCT TCCAAGAAGA TTCTCCAGTA TTTCGCAGTG 
ACCTGCCCAA TGACCGAGTC CCTCCAAATA GCGCGTGACA GGCTGCTGCT CTCTATCCCG 
GTGCTAGAGG CCTTTGGAAA TGCCAAAACA CTCCGGAATG ACAACTCCAG CAGATTTGGA 
AAATACATGG ACATACAGTT TGACTTTCAG GGCGTTCCTG TAGGTGGGCA TATCATCAGT 
TACTTGATAG AAAAATCCAG AGTCGTCTAT CAAAATCATG GTGAGCGGAA TTTCCACATC 
TTCTACCAGC TGCTAGCAGG TGGCGAAGCG GAGCGCCTCA CTTCCCTGGG ACTCGAACAA 
GACCCCCAGC TGTATAAGTA TCTCTCACAG GGTCATTGTG TCAAAGAGAC ATCTATCAAT 
GATAAGAACA ATTGGAAAAC TATGTCCAAT GCCTTTTCTG TCATTGATTT TACTGCTGCT 
GACCTTGAGA ACCTCTTTGG AATCATTGCC AGCGTCCTAC ACCTGGGGAA CATTTGTTTC 
GAGGAAAACA AGCATGGCTG TGCCACCGTT CCAGACACAC ATGAGATCAA GTGGATTGCC 
AAGCTCCTGG GGGTCTGCCC GGCGATTCTT CTGGAAGCTC TCACCCACAG AAAGATTGAA 
GCCAAAACAG AGGAGGTGAT ATGCCCACTG CCAGTAGAAC TCTCTGTCTA TGCCAGAGAT 
GCCATGGCAA AGGCTGTTTA TGGACGGACA TTTACTTGGT TGGTCAACAA AATCAATTCC 
TCCCTAGTCA ACAAGGATTT CACGCAGAAG ACTGTGATTG GGTTGCTGGA TATCTATGGT 
TTTGAAGTCT TTGACAAGAA TGGTTTTGAA CAGTTCTGTA TAAATTACTG CAATGAAAAG 
CTCCAACAGT TGTTGATAGA GAGGACCCTG AAGGCGGAGC AGGCAGAGTA CGAAATGGAA 
GGCATTGAGT GGGAGCCGAT TCAGTATTTC AACAACAAGA TTATCTGTGA TTTAGTAGAA 
GAAAGACACA AAGGAATTAT CTCCATTCTG GATGAAGAAT GTATCCGTCC TGGACCTGCC 
ACAGACTTGA GCTTCCTGGA GAAACTGGAA GAGAAAGTGG GCGGGCACGC ACACTTCCAA 
ACCCGGAAGC TGGCTGGTCC AAAGGGGCGG AAGAGGATTG GCTGGCTGGA GTTCCGCCTC 
CTGCACTATG CAGGAGAGGT CACCTATTGC ACCAAGGGTG ATGTGGAAAA AAAAAAAGGG 
GGGTTTTATA GACATCTGAA AGAAGTGCTG TGCAGGTCCA AGAACAGCAT CCTGAGGGAG 
TGCTTCCTGG TAGCGGAGCT GGAGAACTGG AGGAGGCCGC CAACGGTAGG GACTCAGTTC 
AAGAACAGCC TGAGCAGCCT CCTAGAAATT CTCATCTCCA AGGAGCCTTC GTACATCCGC 
TGCATCAAGC CCAACGAGAG GAAAGAGCCT AGCAAGTTTG ACGACTTCCT CATACGACAC 
CAGATCAAGT ACCTGGGGCT GATGGAGCAC CTGCGAGTGA GGCGGGCTGG CTTCGCCTAC 
CGGCGGAAGT ATGAACATTT CCTGCAACGG TACAAGTCCT TGTGTCCAGA TACCTGGCCG 
CACTGGCATG GGCCCCCAGG AGAAGGTGTA GAACGGCTGA TCAAGTACAT CGGCTACAAG 
CCCGAGGAGT ACAAGTTGGG AAAAACCAAA ATATTCATTC GTTTCCCCAG AACTCTGTTT 
GCTACTGAAG ATGCTTTTGA ATTTAGTAAA CATCAATTAG TTGCAAGAAT CCAAGCCACA 
TACCGAGGCT GCCTAGGGAG GAGAGAATAT GTGAGGAAGA GGCAAGCAGC CACCAAGCTG 
GAAGCCCACT GGCGTGGAGC CTTGGCTCGG AAGGAAATCA AGAGGAGAAA GTGGGCGGTG 
CAGATCATAA GGAGGTTCAT CAAGGGCTTC ATCAATCGAG GCAAGCCCCT CTGTCCTGAC 
AATGAAGAGT TTATAGTATT TGTACGCAAG AATTACATCT TGAATCTTCG CTACCATGTG 
CCGAAGAGTG TGCTGGACAA GAGCTGGCTG AGGCCTCCAG GCATCTTGGA AAATGCTTCG 
GATCTGCTCA GGAAGATGTG CACGAGGAAC CTGGTTCGGA AGTACTGTTG CGGGGTCTCA 
GCAGAGTGGA AAGCCATGAT GCAGCAAAAG GTGGTCACAA GTGAAATATT CAGGGGAAAG 
AAGGAAGGCT ATGCAGAAAG CTTAAACCAA CCCTTTGCCA ACAGTCGGCT GGGTGAAGGC 
GACATTAATC CTAAAGTGCT TCAACTACTC GGCAGTGAGA AAATCCAGTA CAGTGTACCC 
GTCTTCAAGT ACGACAGGAA AGGCTTCAAG GTGCGGCAGC GGCAACTCCT CCTCACTCAG 
AAAGCAGCTT ATGTGGTAGA ACTTGCCAAA ATCAAGCAGA AAATAGAATA TTCAGCACTC 
AGAGGCGTCT CCACCAGCAG CCTGAGTGAT GGAATCCTAG TCCTTCATGT TTTTCCAGAG 
GACAGACAGC AAAAGGGGGA TGCCATCCTA CAGTGTAAGC ACATATTTGA GGTGGTCACT 
AAACTTGCTA TGCTGGCTAA GAAAGAGCAC ACTGTCAGTG TTGTTCATGG AAGTTTACAG 
TTTTATATCA GTCCTGGGAA AGAAGGCACA ATAGTTTTTG AGACTGGACC AGAAGAACAA 
GTCTATAAAG ATAAAAACGG ACAGTTAACA GTGGTGAGTG GATCCACTGG AGGGCGGGGG 
GGGGGAGTGT CAGATGAGAA TACAGGCTTA AATAGCAAGT TCATCTCTCT CTTCTATTCC 
TGA

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

RefSeq	XP_017657656.2
CDS	22..3204
Translation	MGSKREDVRRKHIRLHMEGALTARDKVGVQDFVLLDAYTSESAFLDNLRKRFSENLIYTYIGTLLVSVNPYQELGIYTVSQMELYQGVNFFELPPHVYAIADNAYRMMCSELNNHFILISGESGAGKTEASKKILQYFAVTCPMTESLQIARDRLLLSIPVLEAFGNAKTLRNDNSSRFGKYMDIQFDFQGVPVGGHIISYLIEKSRVVYQNHGERNFHIFYQLLAGGEAERLTSLGLEQDPQLYKYLSQGHCVKETSINDKNNWKTMSNAFSVIDFTAADLENLFGIIASVLHLGNICFEENKHGCATVPDTHEIKWIAKLLGVCPAILLEALTHRKIEAKTEEVICPLPVELSVYARDAMAKAVYGRTFTWLVNKINSSLVNKDFTQKTVIGLLDIYGFEVFDKNGFEQFCINYCNEKLQQLLIERTLKAEQAEYEMEGIEWEPIQYFNNKIICDLVEERHKGIISILDEECIRPGPATDLSFLEKLEEKVGGHAHFQTRKLAGPKGRKRIGWLEFRLLHYAGEVTYCTKGDVEKKKGGFYRHLKEVLCRSKNSILRECFLVAELENWRRPPTVGTQFKNSLSSLLEILISKEPSYIRCIKPNERKEPSKFDDFLIRHQIKYLGLMEHLRVRRAGFAYRRKYEHFLQRYKSLCPDTWPHWHGPPGEGVERLIKYIGYKPEEYKLGKTKIFIRFPRTLFATEDAFEFSKHQLVARIQATYRGCLGRREYVRKRQAATKLEAHWRGALARKEIKRRKWAVQIIRRFIKGFINRGKPLCPDNEEFIVFVRKNYILNLRYHVPKSVLDKSWLRPPGILENASDLLRKMCTRNLVRKYCCGVSAEWKAMMQQKVVTSEIFRGKKEGYAESLNQPFANSRLGEGDINPKVLQLLGSEKIQYSVPVFKYDRKGFKVRQRQLLLTQKAAYVVELAKIKQKIEYSALRGVSTSSLSDGILVLHVFPEDRQQKGDAILQCKHIFEVVTKLAMLAKKEHTVSVVHGSLQFYISPGKEGTIVFETGPEEQVYKDKNGQLTVVSGSTGGRGGGVSDENTGLNSKFISLFYS

Target ORF information:

RefSeq Version	XM_017802167.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili myosin IH (Myo1h), mRNA.

Target ORF information:

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

XM_017802167.2

ORF Insert Sequence:

ATGGGATCCA AGAGAGAAGA CGTGAGAAGG AAGCACATCC GCTTGCACAT GGAAGGGGCA 
CTGACCGCCC GGGACAAGGT CGGAGTGCAG GACTTTGTGC TGCTGGACGC TTACACCAGC 
GAATCTGCCT TTCTGGACAA TCTTCGCAAG CGTTTCAGCG AGAACCTCAT CTATACATAT 
ATCGGGACAC TCCTTGTATC CGTGAATCCA TACCAGGAGC TCGGAATCTA CACTGTGAGC 
CAGATGGAAC TTTATCAAGG GGTCAATTTC TTTGAACTGC CACCGCATGT CTACGCCATC 
GCTGACAACG CCTACCGCAT GATGTGCTCT GAGCTGAATA ACCACTTCAT CCTCATTTCT 
GGAGAGAGTG GGGCAGGGAA AACAGAGGCT TCCAAGAAGA TTCTCCAGTA TTTCGCAGTG 
ACCTGCCCAA TGACCGAGTC CCTCCAAATA GCGCGTGACA GGCTGCTGCT CTCTATCCCG 
GTGCTAGAGG CCTTTGGAAA TGCCAAAACA CTCCGGAATG ACAACTCCAG CAGATTTGGA 
AAATACATGG ACATACAGTT TGACTTTCAG GGCGTTCCTG TAGGTGGGCA TATCATCAGT 
TACTTGATAG AAAAATCCAG AGTCGTCTAT CAAAATCATG GTGAGCGGAA TTTCCACATC 
TTCTACCAGC TGCTAGCAGG TGGCGAAGCG GAGCGCCTCA CTTCCCTGGG ACTCGAACAA 
GACCCCCAGC TGTATAAGTA TCTCTCACAG GGTCATTGTG TCAAAGAGAC ATCTATCAAT 
GATAAGAACA ATTGGAAAAC TATGTCCAAT GCCTTTTCTG TCATTGATTT TACTGCTGCT 
GACCTTGAGA ACCTCTTTGG AATCATTGCC AGCGTCCTAC ACCTGGGGAA CATTTGTTTC 
GAGGAAAACA AGCATGGCTG TGCCACCGTT CCAGACACAC ATGAGATCAA GTGGATTGCC 
AAGCTCCTGG GGGTCTGCCC GGCGATTCTT CTGGAAGCTC TCACCCACAG AAAGATTGAA 
GCCAAAACAG AGGAGGTGAT ATGCCCACTG CCAGTAGAAC TCTCTGTCTA TGCCAGAGAT 
GCCATGGCAA AGGCTGTTTA TGGACGGACA TTTACTTGGT TGGTCAACAA AATCAATTCC 
TCCCTAGTCA ACAAGGATTT CACGCAGAAG ACTGTGATTG GGTTGCTGGA TATCTATGGT 
TTTGAAGTCT TTGACAAGAA TGGTTTTGAA CAGTTCTGTA TAAATTACTG CAATGAAAAG 
CTCCAACAGT TGTTGATAGA GAGGACCCTG AAGGCGGAGC AGGCAGAGTA CGAAATGGAA 
GGCATTGAGT GGGAGCCGAT TCAGTATTTC AACAACAAGA TTATCTGTGA TTTAGTAGAA 
GAAAGACACA AAGGAATTAT CTCCATTCTG GATGAAGAAT GTATCCGTCC TGGACCTGCC 
ACAGACTTGA GCTTCCTGGA GAAACTGGAA GAGAAAGTGG GCGGGCACGC ACACTTCCAA 
ACCCGGAAGC TGGCTGGTCC AAAGGGGCGG AAGAGGATTG GCTGGCTGGA GTTCCGCCTC 
CTGCACTATG CAGGAGAGGT CACCTATTGC ACCAAGGGTG ATGTGGAAAA AAAAAAAGGG 
GGGTTTTATA GACATCTGAA AGAAGTGCTG TGCAGGTCCA AGAACAGCAT CCTGAGGGAG 
TGCTTCCTGG TAGCGGAGCT GGAGAACTGG AGGAGGCCGC CAACGGTAGG GACTCAGTTC 
AAGAACAGCC TGAGCAGCCT CCTAGAAATT CTCATCTCCA AGGAGCCTTC GTACATCCGC 
TGCATCAAGC CCAACGAGAG GAAAGAGCCT AGCAAGTTTG ACGACTTCCT CATACGACAC 
CAGATCAAGT ACCTGGGGCT GATGGAGCAC CTGCGAGTGA GGCGGGCTGG CTTCGCCTAC 
CGGCGGAAGT ATGAACATTT CCTGCAACGG TACAAGTCCT TGTGTCCAGA TACCTGGCCG 
CACTGGCATG GGCCCCCAGG AGAAGGTGTA GAACGGCTGA TCAAGTACAT CGGCTACAAG 
CCCGAGGAGT ACAAGTTGGG AAAAACCAAA ATATTCATTC GTTTCCCCAG AACTCTGTTT 
GCTACTGAAG ATGCTTTTGA ATTTAGTAAA CATCAATTAG TTGCAAGAAT CCAAGCCACA 
TACCGAGGCT GCCTAGGGAG GAGAGAATAT GTGAGGAAGA GGCAAGCAGC CACCAAGCTG 
GAAGCCCACT GGCGTGGAGC CTTGGCTCGG AAGGAAATCA AGAGGAGAAA GTGGGCGGTG 
CAGATCATAA GGAGGTTCAT CAAGGGCTTC ATCAATCGAG GCAAGCCCCT CTGTCCTGAC 
AATGAAGAGT TTATAGTATT TGTACGCAAG AATTACATCT TGAATCTTCG CTACCATGTG 
CCGAAGAGTG TGCTGGACAA GAGCTGGCTG AGGCCTCCAG GCATCTTGGA AAATGCTTCG 
GATCTGCTCA GGAAGATGTG CACGAGGAAC CTGGTTCGGA AGTACTGTTG CGGGGTCTCA 
GCAGAGTGGA AAGCCATGAT GCAGCAAAAG GTGGTCACAA GTGAAATATT CAGGGGAAAG 
AAGGAAGGCT ATGCAGAAAG CTTAAACCAA CCCTTTGCCA ACAGTCGGCT GGGTGAAGGC 
GACATTAATC CTAAAGTGCT TCAACTACTC GGCAGTGAGA AAATCCAGTA CAGTGTACCC 
GTCTTCAAGT ACGACAGGAA AGGCTTCAAG GTGCGGCAGC GGCAACTCCT CCTCACTCAG 
AAAGCAGCTT ATGTGGTAGA ACTTGCCAAA ATCAAGCAGA AAATAGAATA TTCAGCACTC 
AGAGGCGTCT CCACCAGCAG CCTGAGTGAT GGAATCCTAG TCCTTCATGT TTTTCCAGAG 
GACAGACAGC AAAAGGGGGA TGCCATCCTA CAGTGTAAGC ACATATTTGA GGTGGTCACT 
AAACTTGCTA TGCTGGCTAA GAAAGAGCAC ACTGTCAGTG TTGTTCATGG AAGTTTACAG 
TTTTATATCA GTCCTGGGAA AGAAGGCACA ATAGTTTTTG AGACTGGACC AGAAGAACAA 
GTCTATAAAG ATAAAAACGG ACAGTTAACA GTGGTGAGTG GATCCACTGG AGGGCGGGGG 
GGGGGAGTGT CAGATGAGAA TACAGGCTTA AATAGCAAGT TCATCTCTCT CTTCTATTCC 
TGA

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

Myo1h ( XM_017802167.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017657656.1 Nannospalax galili myosin IH (Myo1h), mRNA.

Price & Availability↑

CloneID	ONa31572
Clone ID Related Accession (Same CDS sequence)	XM_017802167.1
Accession Version	XM_017802167.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3135bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	unconventional myosin-Ih
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352136.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGGGG CACTGACCGC CCGGGACAAG GTCGGAGTGC AGGACTTTGT GCTGCTGGAC 
GCTTACACCA GCGAATCTGC CTTTCTGGAC AATCTTCGCA AGCGTTTCAG CGAGAACCTC 
ATCTATACAT ATATCGGGAC ACTCCTTGTA TCCGTGAATC CATACCAGGA GCTCGGAATC 
TACACTGTGA GCCAGATGGA ACTTTATCAA GGGGTCAATT TCTTTGAACT GCCACCGCAT 
GTCTACGCCA TCGCTGACAA CGCCTACCGC ATGATGTGCT CTGAGCTGAA TAACCACTTC 
ATCCTCATTT CTGGAGAGAG TGGGGCAGGG AAAACAGAGG CTTCCAAGAA GATTCTCCAG 
TATTTCGCAG TGACCTGCCC AATGACCGAG TCCCTCCAAA TAGCGCGTGA CAGGCTGCTG 
CTCTCTATCC CGGTGCTAGA GGCCTTTGGA AATGCCAAAA CACTCCGGAA TGACAACTCC 
AGCAGATTTG GAAAATACAT GGACATACAG TTTGACTTTC AGGGCGTTCC TGTAGGTGGG 
CATATCATCA GTTACTTGAT AGAAAAATCC AGAGTCGTCT ATCAAAATCA TGGTGAGCGG 
AATTTCCACA TCTTCTACCA GCTGCTAGCA GGTGGCGAAG CGGAGCGCCT CACTTCCCTG 
GGACTCGAAC AAGACCCCCA GCTGTATAAG TATCTCTCAC AGGGTCATTG TGTCAAAGAG 
ACATCTATCA ATGATAAGAA CAATTGGAAA ACTATGTCCA ATGCCTTTTC TGTCATTGAT 
TTTACTGCTG CTGACCTTGA GAACCTCTTT GGAATCATTG CCAGCGTCCT ACACCTGGGG 
AACATTTGTT TCGAGGAAAA CAAGCATGGC TGTGCCACCG TTCCAGACAC ACATGAGATC 
AAGTGGATTG CCAAGCTCCT GGGGGTCTGC CCGGCGATTC TTCTGGAAGC TCTCACCCAC 
AGAAAGATTG AAGCCAAAAC AGAGGAGGTG ATATGCCCAC TGCCAGTAGA ACTCTCTGTC 
TATGCCAGAG ATGCCATGGC AAAGGCTGTT TATGGACGGA CATTTACTTG GTTGGTCAAC 
AAAATCAATT CCTCCCTAGT CAACAAGGAT TTCACGCAGA AGACTGTGAT TGGGTTGCTG 
GATATCTATG GTTTTGAAGT CTTTGACAAG AATGGTTTTG AACAGTTCTG TATAAATTAC 
TGCAATGAAA AGCTCCAACA GTTGTTGATA GAGAGGACCC TGAAGGCGGA GCAGGCAGAG 
TACGAAATGG AAGGCATTGA GTGGGAGCCG ATTCAGTATT TCAACAACAA GATTATCTGT 
GATTTAGTAG AAGAAAGACA CAAAGGAATT ATCTCCATTC TGGATGAAGA ATGTATCCGT 
CCTGGACCTG CCACAGACTT GAGCTTCCTG GAGAAACTGG AAGAGAAAGT GGGCGGGCAC 
GCACACTTCC AAACCCGGAA GCTGGCTGGT CCAAAGGGGC GGAAGAGGAT TGGCTGGCTG 
GAGTTCCGCC TCCTGCACTA TGCAGGAGAG GTCACCTATT GCACCAAGGG TGATGTGGAA 
AAAAAAAAAG GGGGGTTTTA TAGACATCTG AAAGAAGTGC TGTGCAGGTC CAAGAACAGC 
ATCCTGAGGG AGTGCTTCCT GGTAGCGGAG CTGGAGAACT GGAGGAGGCC GCCAACGGTA 
GGGACTCAGT TCAAGAACAG CCTGAGCAGC CTCCTAGAAA TTCTCATCTC CAAGGAGCCT 
TCGTACATCC GCTGCATCAA GCCCAACGAG AGGAAAGAGC CTAGCAAGTT TGACGACTTC 
CTCATACGAC ACCAGATCAA GTACCTGGGG CTGATGGAGC ACCTGCGAGT GAGGCGGGCT 
GGCTTCGCCT ACCGGCGGAA GTATGAACAT TTCCTGCAAC GGTACAAGTC CTTGTGTCCA 
GATACCTGGC CGCACTGGCA TGGGCCCCCA GGAGAAGGTG TAGAACGGCT GATCAAGTAC 
ATCGGCTACA AGCCCGAGGA GTACAAGTTG GGAAAAACCA AAATATTCAT TCGTTTCCCC 
AGAACTCTGT TTGCTACTGA AGATGCTTTT GAATTTAGTA AACATCAATT AGTTGCAAGA 
ATCCAAGCCA CATACCGAGG CTGCCTAGGG AGGAGAGAAT ATGTGAGGAA GAGGCAAGCA 
GCCACCAAGC TGGAAGCCCA CTGGCGTGGA GCCTTGGCTC GGAAGGAAAT CAAGAGGAGA 
AAGTGGGCGG TGCAGATCAT AAGGAGGTTC ATCAAGGGCT TCATCAATCG AGGCAAGCCC 
CTCTGTCCTG ACAATGAAGA GTTTATAGTA TTTGTACGCA AGAATTACAT CTTGAATCTT 
CGCTACCATG TGCCGAAGAG TGTGCTGGAC AAGAGCTGGC TGAGGCCTCC AGGCATCTTG 
GAAAATGCTT CGGATCTGCT CAGGAAGATG TGCACGAGGA ACCTGGTTCG GAAGTACTGT 
TGCGGGGTCT CAGCAGAGTG GAAAGCCATG ATGCAGCAAA AGGTGGTCAC AAGTGAAATA 
TTCAGGGGAA AGAAGGAAGG CTATGCAGAA AGCTTAAACC AACCCTTTGC CAACAGTCGG 
CTGGGTGAAG GCGACATTAA TCCTAAAGTG CTTCAACTAC TCGGCAGTGA GAAAATCCAG 
TACAGTGTAC CCGTCTTCAA GTACGACAGG AAAGGCTTCA AGGTGCGGCA GCGGCAACTC 
CTCCTCACTC AGAAAGCAGC TTATGTGGTA GAACTTGCCA AAATCAAGCA GAAAATAGAA 
TATTCAGCAC TCAGAGGCGT CTCCACCAGC AGCCTGAGTG ATGGAATCCT AGTCCTTCAT 
GTTTTTCCAG AGGACAGACA GCAAAAGGGG GATGCCATCC TACAGTGTAA GCACATATTT 
GAGGTGGTCA CTAAACTTGC TATGCTGGCT AAGAAAGAGC ACACTGTCAG TGTTGTTCAT 
GGAAGTTTAC AGTTTTATAT CAGTCCTGGG AAAGAAGGCA CAATAGTTTT TGAGACTGGA 
CCAGAAGAAC AAGTCTATAA AGATAAAAAC GGACAGTTAA CAGTGGTGAG TGGATCCACT 
GGAGGGCGGG GGGGGGGAGT GTCAGATGAG AATACAGGCT TAAATAGCAA GTTCATCTCT 
CTCTTCTATT CCTGA

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

RefSeq	XP_017657656.1
CDS	1..3135
Translation	MEGALTARDKVGVQDFVLLDAYTSESAFLDNLRKRFSENLIYTYIGTLLVSVNPYQELGIYTVSQMELYQGVNFFELPPHVYAIADNAYRMMCSELNNHFILISGESGAGKTEASKKILQYFAVTCPMTESLQIARDRLLLSIPVLEAFGNAKTLRNDNSSRFGKYMDIQFDFQGVPVGGHIISYLIEKSRVVYQNHGERNFHIFYQLLAGGEAERLTSLGLEQDPQLYKYLSQGHCVKETSINDKNNWKTMSNAFSVIDFTAADLENLFGIIASVLHLGNICFEENKHGCATVPDTHEIKWIAKLLGVCPAILLEALTHRKIEAKTEEVICPLPVELSVYARDAMAKAVYGRTFTWLVNKINSSLVNKDFTQKTVIGLLDIYGFEVFDKNGFEQFCINYCNEKLQQLLIERTLKAEQAEYEMEGIEWEPIQYFNNKIICDLVEERHKGIISILDEECIRPGPATDLSFLEKLEEKVGGHAHFQTRKLAGPKGRKRIGWLEFRLLHYAGEVTYCTKGDVEKKKGGFYRHLKEVLCRSKNSILRECFLVAELENWRRPPTVGTQFKNSLSSLLEILISKEPSYIRCIKPNERKEPSKFDDFLIRHQIKYLGLMEHLRVRRAGFAYRRKYEHFLQRYKSLCPDTWPHWHGPPGEGVERLIKYIGYKPEEYKLGKTKIFIRFPRTLFATEDAFEFSKHQLVARIQATYRGCLGRREYVRKRQAATKLEAHWRGALARKEIKRRKWAVQIIRRFIKGFINRGKPLCPDNEEFIVFVRKNYILNLRYHVPKSVLDKSWLRPPGILENASDLLRKMCTRNLVRKYCCGVSAEWKAMMQQKVVTSEIFRGKKEGYAESLNQPFANSRLGEGDINPKVLQLLGSEKIQYSVPVFKYDRKGFKVRQRQLLLTQKAAYVVELAKIKQKIEYSALRGVSTSSLSDGILVLHVFPEDRQQKGDAILQCKHIFEVVTKLAMLAKKEHTVSVVHGSLQFYISPGKEGTIVFETGPEEQVYKDKNGQLTVVSGSTGGRGGGVSDENTGLNSKFISLFYS

Target ORF information:

RefSeq Version	XM_017802167.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili myosin IH (Myo1h), mRNA.

Target ORF information:

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

XM_017802167.1

ORF Insert Sequence:

ATGGAAGGGG CACTGACCGC CCGGGACAAG GTCGGAGTGC AGGACTTTGT GCTGCTGGAC 
GCTTACACCA GCGAATCTGC CTTTCTGGAC AATCTTCGCA AGCGTTTCAG CGAGAACCTC 
ATCTATACAT ATATCGGGAC ACTCCTTGTA TCCGTGAATC CATACCAGGA GCTCGGAATC 
TACACTGTGA GCCAGATGGA ACTTTATCAA GGGGTCAATT TCTTTGAACT GCCACCGCAT 
GTCTACGCCA TCGCTGACAA CGCCTACCGC ATGATGTGCT CTGAGCTGAA TAACCACTTC 
ATCCTCATTT CTGGAGAGAG TGGGGCAGGG AAAACAGAGG CTTCCAAGAA GATTCTCCAG 
TATTTCGCAG TGACCTGCCC AATGACCGAG TCCCTCCAAA TAGCGCGTGA CAGGCTGCTG 
CTCTCTATCC CGGTGCTAGA GGCCTTTGGA AATGCCAAAA CACTCCGGAA TGACAACTCC 
AGCAGATTTG GAAAATACAT GGACATACAG TTTGACTTTC AGGGCGTTCC TGTAGGTGGG 
CATATCATCA GTTACTTGAT AGAAAAATCC AGAGTCGTCT ATCAAAATCA TGGTGAGCGG 
AATTTCCACA TCTTCTACCA GCTGCTAGCA GGTGGCGAAG CGGAGCGCCT CACTTCCCTG 
GGACTCGAAC AAGACCCCCA GCTGTATAAG TATCTCTCAC AGGGTCATTG TGTCAAAGAG 
ACATCTATCA ATGATAAGAA CAATTGGAAA ACTATGTCCA ATGCCTTTTC TGTCATTGAT 
TTTACTGCTG CTGACCTTGA GAACCTCTTT GGAATCATTG CCAGCGTCCT ACACCTGGGG 
AACATTTGTT TCGAGGAAAA CAAGCATGGC TGTGCCACCG TTCCAGACAC ACATGAGATC 
AAGTGGATTG CCAAGCTCCT GGGGGTCTGC CCGGCGATTC TTCTGGAAGC TCTCACCCAC 
AGAAAGATTG AAGCCAAAAC AGAGGAGGTG ATATGCCCAC TGCCAGTAGA ACTCTCTGTC 
TATGCCAGAG ATGCCATGGC AAAGGCTGTT TATGGACGGA CATTTACTTG GTTGGTCAAC 
AAAATCAATT CCTCCCTAGT CAACAAGGAT TTCACGCAGA AGACTGTGAT TGGGTTGCTG 
GATATCTATG GTTTTGAAGT CTTTGACAAG AATGGTTTTG AACAGTTCTG TATAAATTAC 
TGCAATGAAA AGCTCCAACA GTTGTTGATA GAGAGGACCC TGAAGGCGGA GCAGGCAGAG 
TACGAAATGG AAGGCATTGA GTGGGAGCCG ATTCAGTATT TCAACAACAA GATTATCTGT 
GATTTAGTAG AAGAAAGACA CAAAGGAATT ATCTCCATTC TGGATGAAGA ATGTATCCGT 
CCTGGACCTG CCACAGACTT GAGCTTCCTG GAGAAACTGG AAGAGAAAGT GGGCGGGCAC 
GCACACTTCC AAACCCGGAA GCTGGCTGGT CCAAAGGGGC GGAAGAGGAT TGGCTGGCTG 
GAGTTCCGCC TCCTGCACTA TGCAGGAGAG GTCACCTATT GCACCAAGGG TGATGTGGAA 
AAAAAAAAAG GGGGGTTTTA TAGACATCTG AAAGAAGTGC TGTGCAGGTC CAAGAACAGC 
ATCCTGAGGG AGTGCTTCCT GGTAGCGGAG CTGGAGAACT GGAGGAGGCC GCCAACGGTA 
GGGACTCAGT TCAAGAACAG CCTGAGCAGC CTCCTAGAAA TTCTCATCTC CAAGGAGCCT 
TCGTACATCC GCTGCATCAA GCCCAACGAG AGGAAAGAGC CTAGCAAGTT TGACGACTTC 
CTCATACGAC ACCAGATCAA GTACCTGGGG CTGATGGAGC ACCTGCGAGT GAGGCGGGCT 
GGCTTCGCCT ACCGGCGGAA GTATGAACAT TTCCTGCAAC GGTACAAGTC CTTGTGTCCA 
GATACCTGGC CGCACTGGCA TGGGCCCCCA GGAGAAGGTG TAGAACGGCT GATCAAGTAC 
ATCGGCTACA AGCCCGAGGA GTACAAGTTG GGAAAAACCA AAATATTCAT TCGTTTCCCC 
AGAACTCTGT TTGCTACTGA AGATGCTTTT GAATTTAGTA AACATCAATT AGTTGCAAGA 
ATCCAAGCCA CATACCGAGG CTGCCTAGGG AGGAGAGAAT ATGTGAGGAA GAGGCAAGCA 
GCCACCAAGC TGGAAGCCCA CTGGCGTGGA GCCTTGGCTC GGAAGGAAAT CAAGAGGAGA 
AAGTGGGCGG TGCAGATCAT AAGGAGGTTC ATCAAGGGCT TCATCAATCG AGGCAAGCCC 
CTCTGTCCTG ACAATGAAGA GTTTATAGTA TTTGTACGCA AGAATTACAT CTTGAATCTT 
CGCTACCATG TGCCGAAGAG TGTGCTGGAC AAGAGCTGGC TGAGGCCTCC AGGCATCTTG 
GAAAATGCTT CGGATCTGCT CAGGAAGATG TGCACGAGGA ACCTGGTTCG GAAGTACTGT 
TGCGGGGTCT CAGCAGAGTG GAAAGCCATG ATGCAGCAAA AGGTGGTCAC AAGTGAAATA 
TTCAGGGGAA AGAAGGAAGG CTATGCAGAA AGCTTAAACC AACCCTTTGC CAACAGTCGG 
CTGGGTGAAG GCGACATTAA TCCTAAAGTG CTTCAACTAC TCGGCAGTGA GAAAATCCAG 
TACAGTGTAC CCGTCTTCAA GTACGACAGG AAAGGCTTCA AGGTGCGGCA GCGGCAACTC 
CTCCTCACTC AGAAAGCAGC TTATGTGGTA GAACTTGCCA AAATCAAGCA GAAAATAGAA 
TATTCAGCAC TCAGAGGCGT CTCCACCAGC AGCCTGAGTG ATGGAATCCT AGTCCTTCAT 
GTTTTTCCAG AGGACAGACA GCAAAAGGGG GATGCCATCC TACAGTGTAA GCACATATTT 
GAGGTGGTCA CTAAACTTGC TATGCTGGCT AAGAAAGAGC ACACTGTCAG TGTTGTTCAT 
GGAAGTTTAC AGTTTTATAT CAGTCCTGGG AAAGAAGGCA CAATAGTTTT TGAGACTGGA 
CCAGAAGAAC AAGTCTATAA AGATAAAAAC GGACAGTTAA CAGTGGTGAG TGGATCCACT 
GGAGGGCGGG GGGGGGGAGT GTCAGATGAG AATACAGGCT TAAATAGCAA GTTCATCTCT 
CTCTTCTATT CCTGA