CLMN cDNA ORF clone, Protobothrops mucrosquamatus

Gene
Clones
gRNAs

Summary

Gene Symbol	CLMN
Entrez Gene ID	107290204
Full Name	calmin
Gene Type	protein-coding
Organism	Protobothrops mucrosquamatus

mRNA and Protein(s)

mRNA	Protein	Name
XM_015819067.1	XP_015674553.1	calmin isoform X1
XM_015819068.1	XP_015674554.1	calmin

Pathways from BioSystems
Gene Ontology

The following CLMN gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CLMN 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
OPr32811	XM_015819067.1 Latest version!	Protobothrops mucrosquamatus calmin (calponin-like, transmembrane) (CLMN), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OPr32812	XM_015819068.1 Latest version!	Protobothrops mucrosquamatus calmin (CLMN), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00

ORF Online Only Promotion

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

CLMN ( XM_015819067.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_015674553.1 Protobothrops mucrosquamatus calmin (calponin-like, transmembrane) (CLMN), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OPr32811
Clone ID Related Accession (Same CDS sequence)	XM_015819067.1
Accession Version	XM_015819067.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2616bp) 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	2016-03-01
Organism	Protobothrops mucrosquamatus
Product	calmin isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015387111.1) 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 :: Protobothrops mucrosquamatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGGGA GCGAATGGGA CTGGTTTCAG CGGGAGGAGC TGATCGGACA GATTAGCGAC 
ATCAGAGTCC AAAATCTCCA AGTGGAAAGG GAAAATGTGC AGAAAAGGAC TTTTACCCGA 
TGGATTAATT TACATTTGGA AAAGTGTAGC CCCCCTCTGG AAGTTAAAGA TTTGCTGGTT 
GATATTAAAG ATGGCAAAAT TCTGATGGCA TTACTGGAAG TGCTGTCTGG ACAAAATCTG 
CTGCACGAGT ACAAGTCTTC AACCCATCGT ATTTTTCAGC TGAACAATAT TGCAAAAGCC 
CTTAAGTTTT TGGAGGACAG AAATGTAAAA CTGGTTAGCA TTGATGCATC TGAAATAGCA 
GATGGAAACT CCTCCATGGT ACTGGGCCTG ATATGGAACA TAATCCTGTT TTTTCAGATA 
AAGGAACTTA CAGGCAACCT CAATAGGAAC TCCTCCTCAT CTAGCCTGTC ATCAGGGCCA 
AGTGGCCCTG ATTCAGATAC ATCTCATCCC AGCACACCTA ATGTTGAGAG AAACATGTCT 
GTTTCTGTGA AGGATCAGCG GAAAGCAATC AAGGCTCTTT TAACTTGGGT TCAAAGGAAA 
ACTAGAAAAT ATGGTGTGGC AATTCAGGAC TTTACCAGCA GTTGGAGAAG TGGCCTGGCC 
TTCTTAGCTG TAATCAAAGC AATAGATTCT AGTTTGGTAG ATATGAAGCA AGCTTTAGAC 
AAATGTCCCA GGGAAAACTT AGAGGATGCA TTCTGTACTG CACAAGACCA TCTGGGTATT 
CCAAGACTTC TGGAACCAGA AGACATTATG ATTGATTCAC CTGATGAGCA GTCCATCATG 
ACATATGTGG CACAGTTTTT GGAGCATTTC CCAGAACTGG AAGGGGAAGA CTTTTCAGAT 
CTGGACAAGG AATTTCCAAT TGAATCTGCT TATGTCCATA TTAAAGAGAT ACCAGAAGAA 
GAAAAACAAG AAAAAGTGTT ACTCCTGAAT GAAAATGGAG AACATATATA TCCTATTCAC 
CTAGTAGAAA ACCAATCACC ATGCCCTCAA ATTGATAGTC TTGCTTTGCC TCTTGATGAG 
GAGAACCAAA ATTTTCATGC AACAAGTACT GAACTTAATG ACAGCCTAGC TGATCATATG 
GATTCTTCTA CAAAAGAACC TCGAAGGCCG AGGTCATTGC CAGTAAGAAG GGTTCAGATC 
AGCCCTCCTG CTAATCTTGC CAACAGTGTA AACCAATCTG AGGTTAATCA ACTGAATTTC 
CCTGCTTTGG TAAAGAGTGA TGACCCCCCA TCAACTGTTC TTATTTACCG TAAAGATTCT 
GTTGAACCAG CTGATTCTGA TGAATTTGAC TCTGACATTC AGAAATCATC CAGTGAAATA 
AAAGAATCAC CTGAGAGTAA GATTTGCTCC TTGCCTTGGA CTTCCCATTC ATCTAAAAAG 
GTATCAGAAC ATCTGACAAA TGAACCTGAG TATGTAATTC CAACCTCTAT AGGACAAGAG 
GTCACACAGA AGTACGTATT ACAGATGCTG AATCAGGAAA TAATGTCTAA GCTTGCAGAA 
AATGATAACC TTGCAGAACA ATCATCTAAC TTAAAGGAAT TCCCATCTAC TAATCAGGAA 
ATTGATGGGC ATGACTTTAA AGATAATTCA GAGGCAACTT GTACACCTGA TTATGAACCA 
ATCAGTAATA CTTCCAAAAG CCTTAATATT GCTAATGAAG AATCAATGAT GACACCAAAT 
CCTTCTAAAG TCTCCATAAT TCCTCATGAC CTTTTCTATT ATCCACATTA TGATGTCTCC 
ATATCAGCGC TGCTGGATGC CTTCACTACC ACTACTTCTG ATACAGACCT TTCCCTTTTA 
GAAAACAGCA AAATCTGTTC AGAAATTCTA GTTGATTGTT TGGCTGAAAA TGAGCCCCTT 
AGCCCAAGCA CTGAAGGAGA TATTTCCAAA CAAGATCTAC CAAGCAATAT GAAGGATGTG 
CCCAAAAAAA AGGACAACAA AAGCCCAAGA AAACAGAAAA GAGATTCTCA GAGTCATACC 
AAGTTTTCCT TTAGCAAGAG TGCGGTGGTG GGGAAAAACA CACTGCCCCA AAAGAGCAAC 
AATTCTGAAA ACAATTCTGC GCACCCAGAT GTTCCTGTGA TTATGGAAAA CCAATCTGAT 
ACTGCAGCTG AAGAAAGAAA ACTGCCAGAA GAAAGAAGTA AAAAGAAAGA AAAAAGGAAG 
AATAAGGCAA TCTTCCAAGG AGAAAATCCC CAGAGCTCAA AACCTGGCTT TACCCGTTTA 
ATAGATAAGC TGGAAGAAGA ATCCATAGAC CATCCAGCTC TGTCAAGGAT CAGCCACAGT 
GATCCCAATA TTGTCTACCA AATAAATACT ACTGGTTCAA TGATTAAGGA AAGTGGCAGG 
CCTGATGTAC AAAAGAGCAC AACCACAAGT GAATATGCAA GTCCTGTTAT CAGGAAGAGA 
AAAGACCTTG AAGAGGAAGA CACCCTAGAG AAGGAATTGT TATGTAGGAG CTCTTCACGG 
ACAGACCAGC CTGAGCTGTT TTACTTCATT ATTTTCCTTT GGGCAATAGT TTATTGCTTA 
CTACTCCTTC CACAGCTTGT CAGCAGCCCA CTTTGA

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

RefSeq	XP_015674553.1
CDS	58..2673
Translation	MAGSEWDWFQREELIGQISDIRVQNLQVERENVQKRTFTRWINLHLEKCSPPLEVKDLLVDIKDGKILMALLEVLSGQNLLHEYKSSTHRIFQLNNIAKALKFLEDRNVKLVSIDASEIADGNSSMVLGLIWNIILFFQIKELTGNLNRNSSSSSLSSGPSGPDSDTSHPSTPNVERNMSVSVKDQRKAIKALLTWVQRKTRKYGVAIQDFTSSWRSGLAFLAVIKAIDSSLVDMKQALDKCPRENLEDAFCTAQDHLGIPRLLEPEDIMIDSPDEQSIMTYVAQFLEHFPELEGEDFSDLDKEFPIESAYVHIKEIPEEEKQEKVLLLNENGEHIYPIHLVENQSPCPQIDSLALPLDEENQNFHATSTELNDSLADHMDSSTKEPRRPRSLPVRRVQISPPANLANSVNQSEVNQLNFPALVKSDDPPSTVLIYRKDSVEPADSDEFDSDIQKSSSEIKESPESKICSLPWTSHSSKKVSEHLTNEPEYVIPTSIGQEVTQKYVLQMLNQEIMSKLAENDNLAEQSSNLKEFPSTNQEIDGHDFKDNSEATCTPDYEPISNTSKSLNIANEESMMTPNPSKVSIIPHDLFYYPHYDVSISALLDAFTTTTSDTDLSLLENSKICSEILVDCLAENEPLSPSTEGDISKQDLPSNMKDVPKKKDNKSPRKQKRDSQSHTKFSFSKSAVVGKNTLPQKSNNSENNSAHPDVPVIMENQSDTAAEERKLPEERSKKKEKRKNKAIFQGENPQSSKPGFTRLIDKLEEESIDHPALSRISHSDPNIVYQINTTGSMIKESGRPDVQKSTTTSEYASPVIRKRKDLEEEDTLEKELLCRSSSRTDQPELFYFIIFLWAIVYCLLLLPQLVSSPL

Target ORF information:

RefSeq Version	XM_015819067.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus calmin (calponin-like, transmembrane) (CLMN), transcript variant X1, mRNA.

Target ORF information:

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

XM_015819067.1

ORF Insert Sequence:

ATGGCTGGGA GCGAATGGGA CTGGTTTCAG CGGGAGGAGC TGATCGGACA GATTAGCGAC 
ATCAGAGTCC AAAATCTCCA AGTGGAAAGG GAAAATGTGC AGAAAAGGAC TTTTACCCGA 
TGGATTAATT TACATTTGGA AAAGTGTAGC CCCCCTCTGG AAGTTAAAGA TTTGCTGGTT 
GATATTAAAG ATGGCAAAAT TCTGATGGCA TTACTGGAAG TGCTGTCTGG ACAAAATCTG 
CTGCACGAGT ACAAGTCTTC AACCCATCGT ATTTTTCAGC TGAACAATAT TGCAAAAGCC 
CTTAAGTTTT TGGAGGACAG AAATGTAAAA CTGGTTAGCA TTGATGCATC TGAAATAGCA 
GATGGAAACT CCTCCATGGT ACTGGGCCTG ATATGGAACA TAATCCTGTT TTTTCAGATA 
AAGGAACTTA CAGGCAACCT CAATAGGAAC TCCTCCTCAT CTAGCCTGTC ATCAGGGCCA 
AGTGGCCCTG ATTCAGATAC ATCTCATCCC AGCACACCTA ATGTTGAGAG AAACATGTCT 
GTTTCTGTGA AGGATCAGCG GAAAGCAATC AAGGCTCTTT TAACTTGGGT TCAAAGGAAA 
ACTAGAAAAT ATGGTGTGGC AATTCAGGAC TTTACCAGCA GTTGGAGAAG TGGCCTGGCC 
TTCTTAGCTG TAATCAAAGC AATAGATTCT AGTTTGGTAG ATATGAAGCA AGCTTTAGAC 
AAATGTCCCA GGGAAAACTT AGAGGATGCA TTCTGTACTG CACAAGACCA TCTGGGTATT 
CCAAGACTTC TGGAACCAGA AGACATTATG ATTGATTCAC CTGATGAGCA GTCCATCATG 
ACATATGTGG CACAGTTTTT GGAGCATTTC CCAGAACTGG AAGGGGAAGA CTTTTCAGAT 
CTGGACAAGG AATTTCCAAT TGAATCTGCT TATGTCCATA TTAAAGAGAT ACCAGAAGAA 
GAAAAACAAG AAAAAGTGTT ACTCCTGAAT GAAAATGGAG AACATATATA TCCTATTCAC 
CTAGTAGAAA ACCAATCACC ATGCCCTCAA ATTGATAGTC TTGCTTTGCC TCTTGATGAG 
GAGAACCAAA ATTTTCATGC AACAAGTACT GAACTTAATG ACAGCCTAGC TGATCATATG 
GATTCTTCTA CAAAAGAACC TCGAAGGCCG AGGTCATTGC CAGTAAGAAG GGTTCAGATC 
AGCCCTCCTG CTAATCTTGC CAACAGTGTA AACCAATCTG AGGTTAATCA ACTGAATTTC 
CCTGCTTTGG TAAAGAGTGA TGACCCCCCA TCAACTGTTC TTATTTACCG TAAAGATTCT 
GTTGAACCAG CTGATTCTGA TGAATTTGAC TCTGACATTC AGAAATCATC CAGTGAAATA 
AAAGAATCAC CTGAGAGTAA GATTTGCTCC TTGCCTTGGA CTTCCCATTC ATCTAAAAAG 
GTATCAGAAC ATCTGACAAA TGAACCTGAG TATGTAATTC CAACCTCTAT AGGACAAGAG 
GTCACACAGA AGTACGTATT ACAGATGCTG AATCAGGAAA TAATGTCTAA GCTTGCAGAA 
AATGATAACC TTGCAGAACA ATCATCTAAC TTAAAGGAAT TCCCATCTAC TAATCAGGAA 
ATTGATGGGC ATGACTTTAA AGATAATTCA GAGGCAACTT GTACACCTGA TTATGAACCA 
ATCAGTAATA CTTCCAAAAG CCTTAATATT GCTAATGAAG AATCAATGAT GACACCAAAT 
CCTTCTAAAG TCTCCATAAT TCCTCATGAC CTTTTCTATT ATCCACATTA TGATGTCTCC 
ATATCAGCGC TGCTGGATGC CTTCACTACC ACTACTTCTG ATACAGACCT TTCCCTTTTA 
GAAAACAGCA AAATCTGTTC AGAAATTCTA GTTGATTGTT TGGCTGAAAA TGAGCCCCTT 
AGCCCAAGCA CTGAAGGAGA TATTTCCAAA CAAGATCTAC CAAGCAATAT GAAGGATGTG 
CCCAAAAAAA AGGACAACAA AAGCCCAAGA AAACAGAAAA GAGATTCTCA GAGTCATACC 
AAGTTTTCCT TTAGCAAGAG TGCGGTGGTG GGGAAAAACA CACTGCCCCA AAAGAGCAAC 
AATTCTGAAA ACAATTCTGC GCACCCAGAT GTTCCTGTGA TTATGGAAAA CCAATCTGAT 
ACTGCAGCTG AAGAAAGAAA ACTGCCAGAA GAAAGAAGTA AAAAGAAAGA AAAAAGGAAG 
AATAAGGCAA TCTTCCAAGG AGAAAATCCC CAGAGCTCAA AACCTGGCTT TACCCGTTTA 
ATAGATAAGC TGGAAGAAGA ATCCATAGAC CATCCAGCTC TGTCAAGGAT CAGCCACAGT 
GATCCCAATA TTGTCTACCA AATAAATACT ACTGGTTCAA TGATTAAGGA AAGTGGCAGG 
CCTGATGTAC AAAAGAGCAC AACCACAAGT GAATATGCAA GTCCTGTTAT CAGGAAGAGA 
AAAGACCTTG AAGAGGAAGA CACCCTAGAG AAGGAATTGT TATGTAGGAG CTCTTCACGG 
ACAGACCAGC CTGAGCTGTT TTACTTCATT ATTTTCCTTT GGGCAATAGT TTATTGCTTA 
CTACTCCTTC CACAGCTTGT CAGCAGCCCA CTTTGA

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

CLMN ( XM_015819068.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_015674554.1 Protobothrops mucrosquamatus calmin (CLMN), mRNA.

Price & Availability↑

CloneID	OPr32812
Clone ID Related Accession (Same CDS sequence)	XM_015819068.1
Accession Version	XM_015819068.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2580bp) 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	2019-05-22
Organism	Protobothrops mucrosquamatus
Product	calmin
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015387111.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Protobothrops mucrosquamatus Annotation Release 101 Annotation Version :: 101 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##

ATGCAATATC TGTTCAACAA ATCACGAAAT ATTAATTTAT GTAAAGTGGA AAGGGAAAAT 
GTGCAGAAAA GGACTTTTAC CCGATGGATT AATTTACATT TGGAAAAGTG TAGCCCCCCT 
CTGGAAGTTA AAGATTTGCT GGTTGATATT AAAGATGGCA AAATTCTGAT GGCATTACTG 
GAAGTGCTGT CTGGACAAAA TCTGCTGCAC GAGTACAAGT CTTCAACCCA TCGTATTTTT 
CAGCTGAACA ATATTGCAAA AGCCCTTAAG TTTTTGGAGG ACAGAAATGT AAAACTGGTT 
AGCATTGATG CATCTGAAAT AGCAGATGGA AACTCCTCCA TGGTACTGGG CCTGATATGG 
AACATAATCC TGTTTTTTCA GATAAAGGAA CTTACAGGCA ACCTCAATAG GAACTCCTCC 
TCATCTAGCC TGTCATCAGG GCCAAGTGGC CCTGATTCAG ATACATCTCA TCCCAGCACA 
CCTAATGTTG AGAGAAACAT GTCTGTTTCT GTGAAGGATC AGCGGAAAGC AATCAAGGCT 
CTTTTAACTT GGGTTCAAAG GAAAACTAGA AAATATGGTG TGGCAATTCA GGACTTTACC 
AGCAGTTGGA GAAGTGGCCT GGCCTTCTTA GCTGTAATCA AAGCAATAGA TTCTAGTTTG 
GTAGATATGA AGCAAGCTTT AGACAAATGT CCCAGGGAAA ACTTAGAGGA TGCATTCTGT 
ACTGCACAAG ACCATCTGGG TATTCCAAGA CTTCTGGAAC CAGAAGACAT TATGATTGAT 
TCACCTGATG AGCAGTCCAT CATGACATAT GTGGCACAGT TTTTGGAGCA TTTCCCAGAA 
CTGGAAGGGG AAGACTTTTC AGATCTGGAC AAGGAATTTC CAATTGAATC TGCTTATGTC 
CATATTAAAG AGATACCAGA AGAAGAAAAA CAAGAAAAAG TGTTACTCCT GAATGAAAAT 
GGAGAACATA TATATCCTAT TCACCTAGTA GAAAACCAAT CACCATGCCC TCAAATTGAT 
AGTCTTGCTT TGCCTCTTGA TGAGGAGAAC CAAAATTTTC ATGCAACAAG TACTGAACTT 
AATGACAGCC TAGCTGATCA TATGGATTCT TCTACAAAAG AACCTCGAAG GCCGAGGTCA 
TTGCCAGTAA GAAGGGTTCA GATCAGCCCT CCTGCTAATC TTGCCAACAG TGTAAACCAA 
TCTGAGGTTA ATCAACTGAA TTTCCCTGCT TTGGTAAAGA GTGATGACCC CCCATCAACT 
GTTCTTATTT ACCGTAAAGA TTCTGTTGAA CCAGCTGATT CTGATGAATT TGACTCTGAC 
ATTCAGAAAT CATCCAGTGA AATAAAAGAA TCACCTGAGA GTAAGATTTG CTCCTTGCCT 
TGGACTTCCC ATTCATCTAA AAAGGTATCA GAACATCTGA CAAATGAACC TGAGTATGTA 
ATTCCAACCT CTATAGGACA AGAGGTCACA CAGAAGTACG TATTACAGAT GCTGAATCAG 
GAAATAATGT CTAAGCTTGC AGAAAATGAT AACCTTGCAG AACAATCATC TAACTTAAAG 
GAATTCCCAT CTACTAATCA GGAAATTGAT GGGCATGACT TTAAAGATAA TTCAGAGGCA 
ACTTGTACAC CTGATTATGA ACCAATCAGT AATACTTCCA AAAGCCTTAA TATTGCTAAT 
GAAGAATCAA TGATGACACC AAATCCTTCT AAAGTCTCCA TAATTCCTCA TGACCTTTTC 
TATTATCCAC ATTATGATGT CTCCATATCA GCGCTGCTGG ATGCCTTCAC TACCACTACT 
TCTGATACAG ACCTTTCCCT TTTAGAAAAC AGCAAAATCT GTTCAGAAAT TCTAGTTGAT 
TGTTTGGCTG AAAATGAGCC CCTTAGCCCA AGCACTGAAG GAGATATTTC CAAACAAGAT 
CTACCAAGCA ATATGAAGGA TGTGCCCAAA AAAAAGGACA ACAAAAGCCC AAGAAAACAG 
AAAAGAGATT CTCAGAGTCA TACCAAGTTT TCCTTTAGCA AGAGTGCGGT GGTGGGGAAA 
AACACACTGC CCCAAAAGAG CAACAATTCT GAAAACAATT CTGCGCACCC AGATGTTCCT 
GTGATTATGG AAAACCAATC TGATACTGCA GCTGAAGAAA GAAAACTGCC AGAAGAAAGA 
AGTAAAAAGA AAGAAAAAAG GAAGAATAAG GCAATCTTCC AAGGAGAAAA TCCCCAGAGC 
TCAAAACCTG GCTTTACCCG TTTAATAGAT AAGCTGGAAG AAGAATCCAT AGACCATCCA 
GCTCTGTCAA GGATCAGCCA CAGTGATCCC AATATTGTCT ACCAAATAAA TACTACTGGT 
TCAATGATTA AGGAAAGTGG CAGGCCTGAT GTACAAAAGA GCACAACCAC AAGTGAATAT 
GCAAGTCCTG TTATCAGGAA GAGAAAAGAC CTTGAAGAGG AAGACACCCT AGAGAAGGAA 
TTGTTATGTA GGAGCTCTTC ACGGACAGAC CAGCCTGAGC TGTTTTACTT CATTATTTTC 
CTTTGGGCAA TAGTTTATTG CTTACTACTC CTTCCACAGC TTGTCAGCAG CCCACTTTGA

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

RefSeq	XP_015674554.1
CDS	52..2631
Translation	MQYLFNKSRNINLCKVERENVQKRTFTRWINLHLEKCSPPLEVKDLLVDIKDGKILMALLEVLSGQNLLHEYKSSTHRIFQLNNIAKALKFLEDRNVKLVSIDASEIADGNSSMVLGLIWNIILFFQIKELTGNLNRNSSSSSLSSGPSGPDSDTSHPSTPNVERNMSVSVKDQRKAIKALLTWVQRKTRKYGVAIQDFTSSWRSGLAFLAVIKAIDSSLVDMKQALDKCPRENLEDAFCTAQDHLGIPRLLEPEDIMIDSPDEQSIMTYVAQFLEHFPELEGEDFSDLDKEFPIESAYVHIKEIPEEEKQEKVLLLNENGEHIYPIHLVENQSPCPQIDSLALPLDEENQNFHATSTELNDSLADHMDSSTKEPRRPRSLPVRRVQISPPANLANSVNQSEVNQLNFPALVKSDDPPSTVLIYRKDSVEPADSDEFDSDIQKSSSEIKESPESKICSLPWTSHSSKKVSEHLTNEPEYVIPTSIGQEVTQKYVLQMLNQEIMSKLAENDNLAEQSSNLKEFPSTNQEIDGHDFKDNSEATCTPDYEPISNTSKSLNIANEESMMTPNPSKVSIIPHDLFYYPHYDVSISALLDAFTTTTSDTDLSLLENSKICSEILVDCLAENEPLSPSTEGDISKQDLPSNMKDVPKKKDNKSPRKQKRDSQSHTKFSFSKSAVVGKNTLPQKSNNSENNSAHPDVPVIMENQSDTAAEERKLPEERSKKKEKRKNKAIFQGENPQSSKPGFTRLIDKLEEESIDHPALSRISHSDPNIVYQINTTGSMIKESGRPDVQKSTTTSEYASPVIRKRKDLEEEDTLEKELLCRSSSRTDQPELFYFIIFLWAIVYCLLLLPQLVSSPL

Target ORF information:

RefSeq Version	XM_015819068.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus calmin (CLMN), mRNA.

Target ORF information:

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

XM_015819068.1

ORF Insert Sequence:

ATGCAATATC TGTTCAACAA ATCACGAAAT ATTAATTTAT GTAAAGTGGA AAGGGAAAAT 
GTGCAGAAAA GGACTTTTAC CCGATGGATT AATTTACATT TGGAAAAGTG TAGCCCCCCT 
CTGGAAGTTA AAGATTTGCT GGTTGATATT AAAGATGGCA AAATTCTGAT GGCATTACTG 
GAAGTGCTGT CTGGACAAAA TCTGCTGCAC GAGTACAAGT CTTCAACCCA TCGTATTTTT 
CAGCTGAACA ATATTGCAAA AGCCCTTAAG TTTTTGGAGG ACAGAAATGT AAAACTGGTT 
AGCATTGATG CATCTGAAAT AGCAGATGGA AACTCCTCCA TGGTACTGGG CCTGATATGG 
AACATAATCC TGTTTTTTCA GATAAAGGAA CTTACAGGCA ACCTCAATAG GAACTCCTCC 
TCATCTAGCC TGTCATCAGG GCCAAGTGGC CCTGATTCAG ATACATCTCA TCCCAGCACA 
CCTAATGTTG AGAGAAACAT GTCTGTTTCT GTGAAGGATC AGCGGAAAGC AATCAAGGCT 
CTTTTAACTT GGGTTCAAAG GAAAACTAGA AAATATGGTG TGGCAATTCA GGACTTTACC 
AGCAGTTGGA GAAGTGGCCT GGCCTTCTTA GCTGTAATCA AAGCAATAGA TTCTAGTTTG 
GTAGATATGA AGCAAGCTTT AGACAAATGT CCCAGGGAAA ACTTAGAGGA TGCATTCTGT 
ACTGCACAAG ACCATCTGGG TATTCCAAGA CTTCTGGAAC CAGAAGACAT TATGATTGAT 
TCACCTGATG AGCAGTCCAT CATGACATAT GTGGCACAGT TTTTGGAGCA TTTCCCAGAA 
CTGGAAGGGG AAGACTTTTC AGATCTGGAC AAGGAATTTC CAATTGAATC TGCTTATGTC 
CATATTAAAG AGATACCAGA AGAAGAAAAA CAAGAAAAAG TGTTACTCCT GAATGAAAAT 
GGAGAACATA TATATCCTAT TCACCTAGTA GAAAACCAAT CACCATGCCC TCAAATTGAT 
AGTCTTGCTT TGCCTCTTGA TGAGGAGAAC CAAAATTTTC ATGCAACAAG TACTGAACTT 
AATGACAGCC TAGCTGATCA TATGGATTCT TCTACAAAAG AACCTCGAAG GCCGAGGTCA 
TTGCCAGTAA GAAGGGTTCA GATCAGCCCT CCTGCTAATC TTGCCAACAG TGTAAACCAA 
TCTGAGGTTA ATCAACTGAA TTTCCCTGCT TTGGTAAAGA GTGATGACCC CCCATCAACT 
GTTCTTATTT ACCGTAAAGA TTCTGTTGAA CCAGCTGATT CTGATGAATT TGACTCTGAC 
ATTCAGAAAT CATCCAGTGA AATAAAAGAA TCACCTGAGA GTAAGATTTG CTCCTTGCCT 
TGGACTTCCC ATTCATCTAA AAAGGTATCA GAACATCTGA CAAATGAACC TGAGTATGTA 
ATTCCAACCT CTATAGGACA AGAGGTCACA CAGAAGTACG TATTACAGAT GCTGAATCAG 
GAAATAATGT CTAAGCTTGC AGAAAATGAT AACCTTGCAG AACAATCATC TAACTTAAAG 
GAATTCCCAT CTACTAATCA GGAAATTGAT GGGCATGACT TTAAAGATAA TTCAGAGGCA 
ACTTGTACAC CTGATTATGA ACCAATCAGT AATACTTCCA AAAGCCTTAA TATTGCTAAT 
GAAGAATCAA TGATGACACC AAATCCTTCT AAAGTCTCCA TAATTCCTCA TGACCTTTTC 
TATTATCCAC ATTATGATGT CTCCATATCA GCGCTGCTGG ATGCCTTCAC TACCACTACT 
TCTGATACAG ACCTTTCCCT TTTAGAAAAC AGCAAAATCT GTTCAGAAAT TCTAGTTGAT 
TGTTTGGCTG AAAATGAGCC CCTTAGCCCA AGCACTGAAG GAGATATTTC CAAACAAGAT 
CTACCAAGCA ATATGAAGGA TGTGCCCAAA AAAAAGGACA ACAAAAGCCC AAGAAAACAG 
AAAAGAGATT CTCAGAGTCA TACCAAGTTT TCCTTTAGCA AGAGTGCGGT GGTGGGGAAA 
AACACACTGC CCCAAAAGAG CAACAATTCT GAAAACAATT CTGCGCACCC AGATGTTCCT 
GTGATTATGG AAAACCAATC TGATACTGCA GCTGAAGAAA GAAAACTGCC AGAAGAAAGA 
AGTAAAAAGA AAGAAAAAAG GAAGAATAAG GCAATCTTCC AAGGAGAAAA TCCCCAGAGC 
TCAAAACCTG GCTTTACCCG TTTAATAGAT AAGCTGGAAG AAGAATCCAT AGACCATCCA 
GCTCTGTCAA GGATCAGCCA CAGTGATCCC AATATTGTCT ACCAAATAAA TACTACTGGT 
TCAATGATTA AGGAAAGTGG CAGGCCTGAT GTACAAAAGA GCACAACCAC AAGTGAATAT 
GCAAGTCCTG TTATCAGGAA GAGAAAAGAC CTTGAAGAGG AAGACACCCT AGAGAAGGAA 
TTGTTATGTA GGAGCTCTTC ACGGACAGAC CAGCCTGAGC TGTTTTACTT CATTATTTTC 
CTTTGGGCAA TAGTTTATTG CTTACTACTC CTTCCACAGC TTGTCAGCAG CCCACTTTGA