cc2d2a cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	cc2d2a
Entrez Gene ID	106560241
Full Name	coiled-coil and C2 domain containing 2A
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014122892.1	XP_013978367.1	coiled-coil and C2 domain-containing protein 2A isoform X1
XM_014122893.1	XP_013978368.1	coiled-coil and C2 domain-containing protein 2A isoform X1
XM_014122894.1	XP_013978369.1	coiled-coil and C2 domain-containing protein 2A isoform X2

Pathways from BioSystems
Gene Ontology

The following cc2d2a gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the cc2d2a 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)
OAt31227	XM_014122892.1 Latest version!	Salmo salar coiled-coil and C2 domain containing 2A (cc2d2a), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt31227	XM_014122893.1 Latest version!	Salmo salar coiled-coil and C2 domain containing 2A (cc2d2a), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt31228	XM_014122894.1 Latest version!	Salmo salar coiled-coil and C2 domain containing 2A (cc2d2a), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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*Business Day

** 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)

cc2d2a ( XM_014122892.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013978367.1 Salmo salar coiled-coil and C2 domain containing 2A (cc2d2a), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAt31227
Clone ID Related Accession (Same CDS sequence)	XM_014122892.1 , XM_014122893.1
Accession Version	XM_014122892.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5052bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	coiled-coil and C2 domain-containing protein 2A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012336496.1) 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 :: Salmo salar Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCTCCT CAAGTGATCT TCGGGAGAAA TTACGAAGGA AACGACGGGC GCTACAACAG 
ACTCTGCAGG TCAAAGACGA TGTGGATACA GATACCCAGG CTCTGGTCCC AACAGACAAG 
AAGCAGAGTA AGGAGAGAGG ACAGACGACT ATGGAGGAGC TAACAGCTGG TGAGGAGGAG 
CCTGGAGATA CACTGAGACG CAACCTGAAG GCTCAGAGAC AGAAGAGGAA GAAAAAGCTT 
GAAGAGGCGT CTACAGATGA TACACCTGAT GACTCAGTGG TGGAGCCCCA TGATGAGACA 
GTGGTGGAGG TCACTGCTGT TCAACAGATC AGCCACGATG ATGACAAACC AGAGAAGCCT 
GTCATCGTGT CCAGTCCCAC CCACTCCCAG AGAGGAGACC TGCCACCCCG GCCTCAGGCC 
AAACCCGCGC CCAGCTCGAA CCACTCAGAG AGCTCCGCCA TGAGACAGCG AATGAGAGAC 
AAGCTGAGGG CAGCCAGGTC CAAAGCAGAA AGTCTTCTAC AGCAGGAGGC TTCCTTGGAG 
GCGCCAGCTA GTCGCTTGCA GAGTCTCAGA GACAGAGACA CTCTCACCAG GTTTGACAGA 
GAGACAGAGC CAGACCTCAG GGCGGGGAGA GATGACCACT CTTCTCCCCT CAACACCAAA 
GTCAAGTTCC GAGAGACAGT CAGGCGTGTC AGGATAGAGA GTATATCGGA GACGGGTTTA 
CCCACAGCGG AGGAGGCCTA CAATTTTTTC ACTTTCAACT TTGACCCGGA ACCCCATGAA 
GAGGCAGGCA AAGGTTGTAA GAAGAGAAGG CCAAGGACAG AAGGGGAGAA TGACGAAGAG 
GAGGAGGAAG AGGTCACTGA AGTGGACAGG GAACAGAAAG GCGAGAACGA GGAGCGGGAT 
GAGGATGCTC CTCTAGTGAA AGATGAAGAG GAGGATCTGT TCATTATTGA CCAATCAGCG 
CATGACTTCC TGGTGGTGAA GAGGGCGGAG TACATGGGCT ACCAGAGGCG TCTTCAGAGC 
GAGAATGACT TCCTCTTCAC CCCAAGCTTT TTGACAGTGC CAGCCTCCAG TAAAGTACCA 
GAGAACATGC AACCCCGTTA TCTGGAGGAG GAGGGGCTAT ACGTGGGGGA GAGGCCTCCC 
ATATCCCTGA CCAATCAGAA CATCTTAGAG AACCGTGTCT TGAAACAACA GCAGGGGAGG 
AAGTGGTTTG GGGACGACGG CAGGATCATA GCTCTGCCTG ACCCCATTAA AGAGTCGTCC 
ACCAGACCCC CTCTGTTCCA CATGGAGGAA GACCTGGACC CGGCTCTGCA GACTGTCTAT 
AGGAAGGCGC TGAAGTCAAA GCATGCCAGT CAGTACATCG CAGGAGGAGG GGGCACGAAC 
GGGGATTACC AGCTGGATGT GGACGTCTCA GGGCTCATCT TCTCCCATCA CCCCCTCTTC 
AGCCGGGAGC ACGTCCTAGG AGCACGCCTG GCCCAGCTCT ATGACCAGCA CCTCAGCAGG 
CAGCACAAGA ACATCACGGA ACACCTCACT ACCAAGCTGA ATGGGTTGAG GAACGCTGTT 
CGGAACATGC TGGAGATCCA CGGTAGGCAG GGCCTAACTC CTGTCATGCA GCAGAGGATA 
TCTGAGTATA AGCAGGAGGT GAAGAACACT CGCAGGCTGC GGGACACTGA GCAGGAGAAG 
GACAGAACCC TGCTGAAGAG CATCATCAAG GTCTGGAAGG AGATCAAAGC CCTGAGGGAC 
TTCCAGAGGT TCACCAACAC ACCATACAAG CTTTACCTCA GGAGGGAGGA GGGGGTGCGG 
GCTTCAGATG AGCGGGACCA TGAGGCTGAG ATCCAGGCTG AAGTGGATGA GCTGCAGGGG 
GAGATGGAGG AAGACTACCA GAAGAAGGTC ACTGAGTACA AGAGACAGCA GGAGGAGTGG 
AAGGCCTGGA GGAAGAAACG GAAAGCCAAA GAGAAGAAGA AAAAGAAGAA AACCCAGTCT 
CAGGATGATG ATGATGATGA TGATGATGAT GACCAGTCAG AGGGTGACAC GGAGCAGGGA 
CCCTCGAAGC CAGATCCTCC TGAGGAACCA GACATGGAGG GTGTTGAGGA GCAGGTCAGA 
GAGAAGGCCT CCAGAATCAG GAGGAAACCA GGGGAACCCA TCCTGATGCC TGAACTCACT 
GCATCTGGAC CCATCACTCC TAATGAACAG TGTCCCAGGG GCGAGTTTTC TAGAAGAGAG 
GATGTTGCAA AGCGCTATGT CTTCACTAAG GTTTTATATA ACAACAAAGA AGTCTCCAGA 
ACAGACAATC GCTCCCTAAA TTCTGATTTT AGAGTCCACT TTGGTCAGAT ATTCAACCTG 
AAGATAGTCA ACTGGCCAGA AAGTATCAAG TTGCAGGTGT TTGAAGTGTT GGGCTCATCC 
ACCTCCCTGT TGGCAGAAGT GTTTGTGCCA GTCCCAGAGT CATCAGTCCT GACGGGTAGT 
GCCCCCTCTG AGGAGCTGGA GTTCAGCAGC AACCTGAGGG TCATGTTTGA CCACGAGGCT 
GTCGGCAGTG ACGTGCCCTT CTCCTTTGAG GCAGACGGTA GTAACCGTCA GACCCTGCTG 
ACCTCTGGGA AGCTGTCCTG CTGTGTGTCC TGGGCTATAG GGGAGGATGA TGTACCCCTG 
GCCCCGCCCA CCACTCAGTC CAAGGCCATG CACAGTGGAC TGAAACAGTT GGATGCCATC 
GCCTGCATTG GGGCATCTAG TCTTAATGAT TTGAAGAAGC TTGGGGAGTG GGCCACTGAA 
TCTAGACTAG ATCCCAATGA CCCAAGCAAC GCAACCATCA TGCAACTCCT AAAGGTGGCC 
AGTAGTGGGG AGGTGACAGC TCCAGATTAC TTCAGACTGG AGCAGCTGCA GGAGGAGTTC 
AACTTCCTGT CTGAGGAGGA AATTGAGCGG TCTCGCAGGT TCCGTCTGCT CCGGCTCAGA 
AACCAGGAGG TGGCTGAGTT CCGTAACTAC AAGTGTGTCC CTGCCCTGGA ACGGGAGGTC 
ACTGATAAGG TGTTCCAGGA ATATGAGAGG AGATTGAGAG AAGGAGAAAT CGTTGACACT 
AAGGATCACC TAGATGCACA CAGAGCCCTG GTGGCCAAAT ACCTGCAGAA GATTAGAGAA 
TCGGTCATCA ACCGCTTCCT CATCGCCAAG CATCATTTCC TCCTGTCTGA CCTGGTCCAA 
GAAGAGGAAG TTCCTAGTAT TGGGATACTT GGCCTGAATC TGTTCAAGCT GGCTGAACCT 
AAGCGGCCCC TGAAGCCTCA GAGGAAAGAG AGGAAGAAAG TGACAGCTCA GAATCTGTCT 
GATGGGGACA TTAGATTACT TCTCAACATT ATCCGGGCCT ACGACATCCC CATCCGCAAG 
CCCCATGCCA GCAAACCTGC GGTGGCGTCT AAGTCGGTCC GCTCTTTCAC TGAGACGTTT 
ACAGCAGGCC AGTCATCCCA GAGTGCCATC CAGGGCAGCG ACTGGCTCCT CAACCAGGTA 
CAGGTCAGGC CCTTTGTGGA GGTATCGTTC CAGCGCACGG TTCTTCAGAC CACAACAGCA 
GATGGACCAA ACCCCTGCTG GAATGAGGAC CTGCAACTGC CATTCAGTGC CCCAAATGGA 
GACTACAGCA CTGCTAGCCT GCAGTCAGTG AAAGACGAGG TCTTCATCAA CATATTTGAT 
GAAGTCCATT ATGAATTGGG AGGGGATGGA GAGGATAGGG GGAGAGAAGT CCACACACGG 
CTAGAGAAAC ACTGGCTGGG CTCTGTGAAG ATTCCCTTCA GTACTATCTA CTTCCAGTCC 
AGGATTGACG GCACGTTTAA GGTGGACACC CCACCGGTGT TGCTGGGATA CAGTAAGGAG 
CGCAGCCTGG CCAGTGATGG TGGCTACGAC GCTGTACGCA GTCTTAGTGA AGGAGCCTTC 
ATCACACTCT TCATCACCAT AGAACCACAG CTGGTACCTG GAGAGACTGT TAGGGAGAAG 
TTTGACAGCC AGGAGGGTGA GCGTCTACTG CTGGCGTCAG AGGTCTTTGA GAGGGACGCA 
GCAGTGAGTT ACCCCAACCG TCCCTGCCTC ACCACCGTCA TCGACATCAA CGGGAAGACT 
GTGTTCATCA GCCGTTACCT CCGCCCCCTC AACCCCCCGC AGGAGCTGCT CGACGCCTTC 
CCCAACAGCC CCCAGGAGGC CACGGAGCTG ATAGCTCGGT ACGTTTCTCT CATCCCCTCC 
ATGCCTGATA GCGTCTCATT TGCTGGTGTC TGTGACCTGT GGAGCACCTG TGACCAATTC 
CTGACCCTGC TGGCGGGCGA TGAGGAGGAA CATGCTGTAC TGCTCTGTAA TTACTTCCTA 
TCTATGGGCA AGAAGGCTTG GCTCATCATC GGCAGCGCCA TTCCTGAGGG ACCCACAGCG 
TATGTGCTGA CCTATGAGCA GAGTCGCTAC CTCATCTGGA ACCCCAGCAG TGGTCAGTAC 
TACGGCCAGT ATGACTCCTT CTGCCCTCTA CAGACTGTGG GATGCCTGGT CAGTGCTGAC 
AATGTATGGT TCAACATTCA GGTGTACACC TCTCCACTGA GGATGAGTTT TGATGTCACC 
AAAGCCAAAC TCTGGAAACC GTTCTTCTCC AGGGCCTTTC CAAGCCCTGG GCTGTCCAGT 
GTTCAGCCTG AGGAGCTGGT GTATCAACGC ACAGACAAGG CATTGGCTGC AGAGCTGCAG 
GACAGGGTTG AGAAGATTCT AAAAGAGAAG ATCATGGAAT GGCGGCCCCG ACACCCGACC 
CGCTGGAATC GCTACTGCAC CTCCACCTTG CGCCACTTCC TGCCAAAGCT GGAGCTGAGT 
GGAGGGAGGG ACGTGGCCGA CGAGCACCGT CTAGAGTTAC AGAGTCTACT AGGGGACTAC 
AGGATTTCAG GATTCCCCCT GCATCTTCCA TTCTCAGAGG TCCGGCCCAT TATTGAGGCA 
GTCTATAGTA CAGGAGTCCA CAACGTGGAG GCGTCCAATG TGGAGTTTGC CCTGGCAGTT 
CATGTCCATG CCTACCCTAA CAATGTCCTG TCTGTCTGGG TTTACCTGGC CTCACTCATC 
CGCACACGAT AA

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

RefSeq	XP_013978367.1
CDS	363..5414
Translation	MASSSDLREKLRRKRRALQQTLQVKDDVDTDTQALVPTDKKQSKERGQTTMEELTAGEEEPGDTLRRNLKAQRQKRKKKLEEASTDDTPDDSVVEPHDETVVEVTAVQQISHDDDKPEKPVIVSSPTHSQRGDLPPRPQAKPAPSSNHSESSAMRQRMRDKLRAARSKAESLLQQEASLEAPASRLQSLRDRDTLTRFDRETEPDLRAGRDDHSSPLNTKVKFRETVRRVRIESISETGLPTAEEAYNFFTFNFDPEPHEEAGKGCKKRRPRTEGENDEEEEEEVTEVDREQKGENEERDEDAPLVKDEEEDLFIIDQSAHDFLVVKRAEYMGYQRRLQSENDFLFTPSFLTVPASSKVPENMQPRYLEEEGLYVGERPPISLTNQNILENRVLKQQQGRKWFGDDGRIIALPDPIKESSTRPPLFHMEEDLDPALQTVYRKALKSKHASQYIAGGGGTNGDYQLDVDVSGLIFSHHPLFSREHVLGARLAQLYDQHLSRQHKNITEHLTTKLNGLRNAVRNMLEIHGRQGLTPVMQQRISEYKQEVKNTRRLRDTEQEKDRTLLKSIIKVWKEIKALRDFQRFTNTPYKLYLRREEGVRASDERDHEAEIQAEVDELQGEMEEDYQKKVTEYKRQQEEWKAWRKKRKAKEKKKKKKTQSQDDDDDDDDDDQSEGDTEQGPSKPDPPEEPDMEGVEEQVREKASRIRRKPGEPILMPELTASGPITPNEQCPRGEFSRREDVAKRYVFTKVLYNNKEVSRTDNRSLNSDFRVHFGQIFNLKIVNWPESIKLQVFEVLGSSTSLLAEVFVPVPESSVLTGSAPSEELEFSSNLRVMFDHEAVGSDVPFSFEADGSNRQTLLTSGKLSCCVSWAIGEDDVPLAPPTTQSKAMHSGLKQLDAIACIGASSLNDLKKLGEWATESRLDPNDPSNATIMQLLKVASSGEVTAPDYFRLEQLQEEFNFLSEEEIERSRRFRLLRLRNQEVAEFRNYKCVPALEREVTDKVFQEYERRLREGEIVDTKDHLDAHRALVAKYLQKIRESVINRFLIAKHHFLLSDLVQEEEVPSIGILGLNLFKLAEPKRPLKPQRKERKKVTAQNLSDGDIRLLLNIIRAYDIPIRKPHASKPAVASKSVRSFTETFTAGQSSQSAIQGSDWLLNQVQVRPFVEVSFQRTVLQTTTADGPNPCWNEDLQLPFSAPNGDYSTASLQSVKDEVFINIFDEVHYELGGDGEDRGREVHTRLEKHWLGSVKIPFSTIYFQSRIDGTFKVDTPPVLLGYSKERSLASDGGYDAVRSLSEGAFITLFITIEPQLVPGETVREKFDSQEGERLLLASEVFERDAAVSYPNRPCLTTVIDINGKTVFISRYLRPLNPPQELLDAFPNSPQEATELIARYVSLIPSMPDSVSFAGVCDLWSTCDQFLTLLAGDEEEHAVLLCNYFLSMGKKAWLIIGSAIPEGPTAYVLTYEQSRYLIWNPSSGQYYGQYDSFCPLQTVGCLVSADNVWFNIQVYTSPLRMSFDVTKAKLWKPFFSRAFPSPGLSSVQPEELVYQRTDKALAAELQDRVEKILKEKIMEWRPRHPTRWNRYCTSTLRHFLPKLELSGGRDVADEHRLELQSLLGDYRISGFPLHLPFSEVRPIIEAVYSTGVHNVEASNVEFALAVHVHAYPNNVLSVWVYLASLIRTR

Target ORF information:

RefSeq Version	XM_014122892.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar coiled-coil and C2 domain containing 2A (cc2d2a), transcript variant X1, mRNA.

Target ORF information:

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

XM_014122892.1

ORF Insert Sequence:

ATGGCCTCCT CAAGTGATCT TCGGGAGAAA TTACGAAGGA AACGACGGGC GCTACAACAG 
ACTCTGCAGG TCAAAGACGA TGTGGATACA GATACCCAGG CTCTGGTCCC AACAGACAAG 
AAGCAGAGTA AGGAGAGAGG ACAGACGACT ATGGAGGAGC TAACAGCTGG TGAGGAGGAG 
CCTGGAGATA CACTGAGACG CAACCTGAAG GCTCAGAGAC AGAAGAGGAA GAAAAAGCTT 
GAAGAGGCGT CTACAGATGA TACACCTGAT GACTCAGTGG TGGAGCCCCA TGATGAGACA 
GTGGTGGAGG TCACTGCTGT TCAACAGATC AGCCACGATG ATGACAAACC AGAGAAGCCT 
GTCATCGTGT CCAGTCCCAC CCACTCCCAG AGAGGAGACC TGCCACCCCG GCCTCAGGCC 
AAACCCGCGC CCAGCTCGAA CCACTCAGAG AGCTCCGCCA TGAGACAGCG AATGAGAGAC 
AAGCTGAGGG CAGCCAGGTC CAAAGCAGAA AGTCTTCTAC AGCAGGAGGC TTCCTTGGAG 
GCGCCAGCTA GTCGCTTGCA GAGTCTCAGA GACAGAGACA CTCTCACCAG GTTTGACAGA 
GAGACAGAGC CAGACCTCAG GGCGGGGAGA GATGACCACT CTTCTCCCCT CAACACCAAA 
GTCAAGTTCC GAGAGACAGT CAGGCGTGTC AGGATAGAGA GTATATCGGA GACGGGTTTA 
CCCACAGCGG AGGAGGCCTA CAATTTTTTC ACTTTCAACT TTGACCCGGA ACCCCATGAA 
GAGGCAGGCA AAGGTTGTAA GAAGAGAAGG CCAAGGACAG AAGGGGAGAA TGACGAAGAG 
GAGGAGGAAG AGGTCACTGA AGTGGACAGG GAACAGAAAG GCGAGAACGA GGAGCGGGAT 
GAGGATGCTC CTCTAGTGAA AGATGAAGAG GAGGATCTGT TCATTATTGA CCAATCAGCG 
CATGACTTCC TGGTGGTGAA GAGGGCGGAG TACATGGGCT ACCAGAGGCG TCTTCAGAGC 
GAGAATGACT TCCTCTTCAC CCCAAGCTTT TTGACAGTGC CAGCCTCCAG TAAAGTACCA 
GAGAACATGC AACCCCGTTA TCTGGAGGAG GAGGGGCTAT ACGTGGGGGA GAGGCCTCCC 
ATATCCCTGA CCAATCAGAA CATCTTAGAG AACCGTGTCT TGAAACAACA GCAGGGGAGG 
AAGTGGTTTG GGGACGACGG CAGGATCATA GCTCTGCCTG ACCCCATTAA AGAGTCGTCC 
ACCAGACCCC CTCTGTTCCA CATGGAGGAA GACCTGGACC CGGCTCTGCA GACTGTCTAT 
AGGAAGGCGC TGAAGTCAAA GCATGCCAGT CAGTACATCG CAGGAGGAGG GGGCACGAAC 
GGGGATTACC AGCTGGATGT GGACGTCTCA GGGCTCATCT TCTCCCATCA CCCCCTCTTC 
AGCCGGGAGC ACGTCCTAGG AGCACGCCTG GCCCAGCTCT ATGACCAGCA CCTCAGCAGG 
CAGCACAAGA ACATCACGGA ACACCTCACT ACCAAGCTGA ATGGGTTGAG GAACGCTGTT 
CGGAACATGC TGGAGATCCA CGGTAGGCAG GGCCTAACTC CTGTCATGCA GCAGAGGATA 
TCTGAGTATA AGCAGGAGGT GAAGAACACT CGCAGGCTGC GGGACACTGA GCAGGAGAAG 
GACAGAACCC TGCTGAAGAG CATCATCAAG GTCTGGAAGG AGATCAAAGC CCTGAGGGAC 
TTCCAGAGGT TCACCAACAC ACCATACAAG CTTTACCTCA GGAGGGAGGA GGGGGTGCGG 
GCTTCAGATG AGCGGGACCA TGAGGCTGAG ATCCAGGCTG AAGTGGATGA GCTGCAGGGG 
GAGATGGAGG AAGACTACCA GAAGAAGGTC ACTGAGTACA AGAGACAGCA GGAGGAGTGG 
AAGGCCTGGA GGAAGAAACG GAAAGCCAAA GAGAAGAAGA AAAAGAAGAA AACCCAGTCT 
CAGGATGATG ATGATGATGA TGATGATGAT GACCAGTCAG AGGGTGACAC GGAGCAGGGA 
CCCTCGAAGC CAGATCCTCC TGAGGAACCA GACATGGAGG GTGTTGAGGA GCAGGTCAGA 
GAGAAGGCCT CCAGAATCAG GAGGAAACCA GGGGAACCCA TCCTGATGCC TGAACTCACT 
GCATCTGGAC CCATCACTCC TAATGAACAG TGTCCCAGGG GCGAGTTTTC TAGAAGAGAG 
GATGTTGCAA AGCGCTATGT CTTCACTAAG GTTTTATATA ACAACAAAGA AGTCTCCAGA 
ACAGACAATC GCTCCCTAAA TTCTGATTTT AGAGTCCACT TTGGTCAGAT ATTCAACCTG 
AAGATAGTCA ACTGGCCAGA AAGTATCAAG TTGCAGGTGT TTGAAGTGTT GGGCTCATCC 
ACCTCCCTGT TGGCAGAAGT GTTTGTGCCA GTCCCAGAGT CATCAGTCCT GACGGGTAGT 
GCCCCCTCTG AGGAGCTGGA GTTCAGCAGC AACCTGAGGG TCATGTTTGA CCACGAGGCT 
GTCGGCAGTG ACGTGCCCTT CTCCTTTGAG GCAGACGGTA GTAACCGTCA GACCCTGCTG 
ACCTCTGGGA AGCTGTCCTG CTGTGTGTCC TGGGCTATAG GGGAGGATGA TGTACCCCTG 
GCCCCGCCCA CCACTCAGTC CAAGGCCATG CACAGTGGAC TGAAACAGTT GGATGCCATC 
GCCTGCATTG GGGCATCTAG TCTTAATGAT TTGAAGAAGC TTGGGGAGTG GGCCACTGAA 
TCTAGACTAG ATCCCAATGA CCCAAGCAAC GCAACCATCA TGCAACTCCT AAAGGTGGCC 
AGTAGTGGGG AGGTGACAGC TCCAGATTAC TTCAGACTGG AGCAGCTGCA GGAGGAGTTC 
AACTTCCTGT CTGAGGAGGA AATTGAGCGG TCTCGCAGGT TCCGTCTGCT CCGGCTCAGA 
AACCAGGAGG TGGCTGAGTT CCGTAACTAC AAGTGTGTCC CTGCCCTGGA ACGGGAGGTC 
ACTGATAAGG TGTTCCAGGA ATATGAGAGG AGATTGAGAG AAGGAGAAAT CGTTGACACT 
AAGGATCACC TAGATGCACA CAGAGCCCTG GTGGCCAAAT ACCTGCAGAA GATTAGAGAA 
TCGGTCATCA ACCGCTTCCT CATCGCCAAG CATCATTTCC TCCTGTCTGA CCTGGTCCAA 
GAAGAGGAAG TTCCTAGTAT TGGGATACTT GGCCTGAATC TGTTCAAGCT GGCTGAACCT 
AAGCGGCCCC TGAAGCCTCA GAGGAAAGAG AGGAAGAAAG TGACAGCTCA GAATCTGTCT 
GATGGGGACA TTAGATTACT TCTCAACATT ATCCGGGCCT ACGACATCCC CATCCGCAAG 
CCCCATGCCA GCAAACCTGC GGTGGCGTCT AAGTCGGTCC GCTCTTTCAC TGAGACGTTT 
ACAGCAGGCC AGTCATCCCA GAGTGCCATC CAGGGCAGCG ACTGGCTCCT CAACCAGGTA 
CAGGTCAGGC CCTTTGTGGA GGTATCGTTC CAGCGCACGG TTCTTCAGAC CACAACAGCA 
GATGGACCAA ACCCCTGCTG GAATGAGGAC CTGCAACTGC CATTCAGTGC CCCAAATGGA 
GACTACAGCA CTGCTAGCCT GCAGTCAGTG AAAGACGAGG TCTTCATCAA CATATTTGAT 
GAAGTCCATT ATGAATTGGG AGGGGATGGA GAGGATAGGG GGAGAGAAGT CCACACACGG 
CTAGAGAAAC ACTGGCTGGG CTCTGTGAAG ATTCCCTTCA GTACTATCTA CTTCCAGTCC 
AGGATTGACG GCACGTTTAA GGTGGACACC CCACCGGTGT TGCTGGGATA CAGTAAGGAG 
CGCAGCCTGG CCAGTGATGG TGGCTACGAC GCTGTACGCA GTCTTAGTGA AGGAGCCTTC 
ATCACACTCT TCATCACCAT AGAACCACAG CTGGTACCTG GAGAGACTGT TAGGGAGAAG 
TTTGACAGCC AGGAGGGTGA GCGTCTACTG CTGGCGTCAG AGGTCTTTGA GAGGGACGCA 
GCAGTGAGTT ACCCCAACCG TCCCTGCCTC ACCACCGTCA TCGACATCAA CGGGAAGACT 
GTGTTCATCA GCCGTTACCT CCGCCCCCTC AACCCCCCGC AGGAGCTGCT CGACGCCTTC 
CCCAACAGCC CCCAGGAGGC CACGGAGCTG ATAGCTCGGT ACGTTTCTCT CATCCCCTCC 
ATGCCTGATA GCGTCTCATT TGCTGGTGTC TGTGACCTGT GGAGCACCTG TGACCAATTC 
CTGACCCTGC TGGCGGGCGA TGAGGAGGAA CATGCTGTAC TGCTCTGTAA TTACTTCCTA 
TCTATGGGCA AGAAGGCTTG GCTCATCATC GGCAGCGCCA TTCCTGAGGG ACCCACAGCG 
TATGTGCTGA CCTATGAGCA GAGTCGCTAC CTCATCTGGA ACCCCAGCAG TGGTCAGTAC 
TACGGCCAGT ATGACTCCTT CTGCCCTCTA CAGACTGTGG GATGCCTGGT CAGTGCTGAC 
AATGTATGGT TCAACATTCA GGTGTACACC TCTCCACTGA GGATGAGTTT TGATGTCACC 
AAAGCCAAAC TCTGGAAACC GTTCTTCTCC AGGGCCTTTC CAAGCCCTGG GCTGTCCAGT 
GTTCAGCCTG AGGAGCTGGT GTATCAACGC ACAGACAAGG CATTGGCTGC AGAGCTGCAG 
GACAGGGTTG AGAAGATTCT AAAAGAGAAG ATCATGGAAT GGCGGCCCCG ACACCCGACC 
CGCTGGAATC GCTACTGCAC CTCCACCTTG CGCCACTTCC TGCCAAAGCT GGAGCTGAGT 
GGAGGGAGGG ACGTGGCCGA CGAGCACCGT CTAGAGTTAC AGAGTCTACT AGGGGACTAC 
AGGATTTCAG GATTCCCCCT GCATCTTCCA TTCTCAGAGG TCCGGCCCAT TATTGAGGCA 
GTCTATAGTA CAGGAGTCCA CAACGTGGAG GCGTCCAATG TGGAGTTTGC CCTGGCAGTT 
CATGTCCATG CCTACCCTAA CAATGTCCTG TCTGTCTGGG TTTACCTGGC CTCACTCATC 
CGCACACGAT AA

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

cc2d2a ( XM_014122893.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013978368.1 Salmo salar coiled-coil and C2 domain containing 2A (cc2d2a), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAt31227
Clone ID Related Accession (Same CDS sequence)	XM_014122892.1 , XM_014122893.1
Accession Version	XM_014122893.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5052bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	coiled-coil and C2 domain-containing protein 2A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012336496.1) 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 :: Salmo salar Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCTCCT CAAGTGATCT TCGGGAGAAA TTACGAAGGA AACGACGGGC GCTACAACAG 
ACTCTGCAGG TCAAAGACGA TGTGGATACA GATACCCAGG CTCTGGTCCC AACAGACAAG 
AAGCAGAGTA AGGAGAGAGG ACAGACGACT ATGGAGGAGC TAACAGCTGG TGAGGAGGAG 
CCTGGAGATA CACTGAGACG CAACCTGAAG GCTCAGAGAC AGAAGAGGAA GAAAAAGCTT 
GAAGAGGCGT CTACAGATGA TACACCTGAT GACTCAGTGG TGGAGCCCCA TGATGAGACA 
GTGGTGGAGG TCACTGCTGT TCAACAGATC AGCCACGATG ATGACAAACC AGAGAAGCCT 
GTCATCGTGT CCAGTCCCAC CCACTCCCAG AGAGGAGACC TGCCACCCCG GCCTCAGGCC 
AAACCCGCGC CCAGCTCGAA CCACTCAGAG AGCTCCGCCA TGAGACAGCG AATGAGAGAC 
AAGCTGAGGG CAGCCAGGTC CAAAGCAGAA AGTCTTCTAC AGCAGGAGGC TTCCTTGGAG 
GCGCCAGCTA GTCGCTTGCA GAGTCTCAGA GACAGAGACA CTCTCACCAG GTTTGACAGA 
GAGACAGAGC CAGACCTCAG GGCGGGGAGA GATGACCACT CTTCTCCCCT CAACACCAAA 
GTCAAGTTCC GAGAGACAGT CAGGCGTGTC AGGATAGAGA GTATATCGGA GACGGGTTTA 
CCCACAGCGG AGGAGGCCTA CAATTTTTTC ACTTTCAACT TTGACCCGGA ACCCCATGAA 
GAGGCAGGCA AAGGTTGTAA GAAGAGAAGG CCAAGGACAG AAGGGGAGAA TGACGAAGAG 
GAGGAGGAAG AGGTCACTGA AGTGGACAGG GAACAGAAAG GCGAGAACGA GGAGCGGGAT 
GAGGATGCTC CTCTAGTGAA AGATGAAGAG GAGGATCTGT TCATTATTGA CCAATCAGCG 
CATGACTTCC TGGTGGTGAA GAGGGCGGAG TACATGGGCT ACCAGAGGCG TCTTCAGAGC 
GAGAATGACT TCCTCTTCAC CCCAAGCTTT TTGACAGTGC CAGCCTCCAG TAAAGTACCA 
GAGAACATGC AACCCCGTTA TCTGGAGGAG GAGGGGCTAT ACGTGGGGGA GAGGCCTCCC 
ATATCCCTGA CCAATCAGAA CATCTTAGAG AACCGTGTCT TGAAACAACA GCAGGGGAGG 
AAGTGGTTTG GGGACGACGG CAGGATCATA GCTCTGCCTG ACCCCATTAA AGAGTCGTCC 
ACCAGACCCC CTCTGTTCCA CATGGAGGAA GACCTGGACC CGGCTCTGCA GACTGTCTAT 
AGGAAGGCGC TGAAGTCAAA GCATGCCAGT CAGTACATCG CAGGAGGAGG GGGCACGAAC 
GGGGATTACC AGCTGGATGT GGACGTCTCA GGGCTCATCT TCTCCCATCA CCCCCTCTTC 
AGCCGGGAGC ACGTCCTAGG AGCACGCCTG GCCCAGCTCT ATGACCAGCA CCTCAGCAGG 
CAGCACAAGA ACATCACGGA ACACCTCACT ACCAAGCTGA ATGGGTTGAG GAACGCTGTT 
CGGAACATGC TGGAGATCCA CGGTAGGCAG GGCCTAACTC CTGTCATGCA GCAGAGGATA 
TCTGAGTATA AGCAGGAGGT GAAGAACACT CGCAGGCTGC GGGACACTGA GCAGGAGAAG 
GACAGAACCC TGCTGAAGAG CATCATCAAG GTCTGGAAGG AGATCAAAGC CCTGAGGGAC 
TTCCAGAGGT TCACCAACAC ACCATACAAG CTTTACCTCA GGAGGGAGGA GGGGGTGCGG 
GCTTCAGATG AGCGGGACCA TGAGGCTGAG ATCCAGGCTG AAGTGGATGA GCTGCAGGGG 
GAGATGGAGG AAGACTACCA GAAGAAGGTC ACTGAGTACA AGAGACAGCA GGAGGAGTGG 
AAGGCCTGGA GGAAGAAACG GAAAGCCAAA GAGAAGAAGA AAAAGAAGAA AACCCAGTCT 
CAGGATGATG ATGATGATGA TGATGATGAT GACCAGTCAG AGGGTGACAC GGAGCAGGGA 
CCCTCGAAGC CAGATCCTCC TGAGGAACCA GACATGGAGG GTGTTGAGGA GCAGGTCAGA 
GAGAAGGCCT CCAGAATCAG GAGGAAACCA GGGGAACCCA TCCTGATGCC TGAACTCACT 
GCATCTGGAC CCATCACTCC TAATGAACAG TGTCCCAGGG GCGAGTTTTC TAGAAGAGAG 
GATGTTGCAA AGCGCTATGT CTTCACTAAG GTTTTATATA ACAACAAAGA AGTCTCCAGA 
ACAGACAATC GCTCCCTAAA TTCTGATTTT AGAGTCCACT TTGGTCAGAT ATTCAACCTG 
AAGATAGTCA ACTGGCCAGA AAGTATCAAG TTGCAGGTGT TTGAAGTGTT GGGCTCATCC 
ACCTCCCTGT TGGCAGAAGT GTTTGTGCCA GTCCCAGAGT CATCAGTCCT GACGGGTAGT 
GCCCCCTCTG AGGAGCTGGA GTTCAGCAGC AACCTGAGGG TCATGTTTGA CCACGAGGCT 
GTCGGCAGTG ACGTGCCCTT CTCCTTTGAG GCAGACGGTA GTAACCGTCA GACCCTGCTG 
ACCTCTGGGA AGCTGTCCTG CTGTGTGTCC TGGGCTATAG GGGAGGATGA TGTACCCCTG 
GCCCCGCCCA CCACTCAGTC CAAGGCCATG CACAGTGGAC TGAAACAGTT GGATGCCATC 
GCCTGCATTG GGGCATCTAG TCTTAATGAT TTGAAGAAGC TTGGGGAGTG GGCCACTGAA 
TCTAGACTAG ATCCCAATGA CCCAAGCAAC GCAACCATCA TGCAACTCCT AAAGGTGGCC 
AGTAGTGGGG AGGTGACAGC TCCAGATTAC TTCAGACTGG AGCAGCTGCA GGAGGAGTTC 
AACTTCCTGT CTGAGGAGGA AATTGAGCGG TCTCGCAGGT TCCGTCTGCT CCGGCTCAGA 
AACCAGGAGG TGGCTGAGTT CCGTAACTAC AAGTGTGTCC CTGCCCTGGA ACGGGAGGTC 
ACTGATAAGG TGTTCCAGGA ATATGAGAGG AGATTGAGAG AAGGAGAAAT CGTTGACACT 
AAGGATCACC TAGATGCACA CAGAGCCCTG GTGGCCAAAT ACCTGCAGAA GATTAGAGAA 
TCGGTCATCA ACCGCTTCCT CATCGCCAAG CATCATTTCC TCCTGTCTGA CCTGGTCCAA 
GAAGAGGAAG TTCCTAGTAT TGGGATACTT GGCCTGAATC TGTTCAAGCT GGCTGAACCT 
AAGCGGCCCC TGAAGCCTCA GAGGAAAGAG AGGAAGAAAG TGACAGCTCA GAATCTGTCT 
GATGGGGACA TTAGATTACT TCTCAACATT ATCCGGGCCT ACGACATCCC CATCCGCAAG 
CCCCATGCCA GCAAACCTGC GGTGGCGTCT AAGTCGGTCC GCTCTTTCAC TGAGACGTTT 
ACAGCAGGCC AGTCATCCCA GAGTGCCATC CAGGGCAGCG ACTGGCTCCT CAACCAGGTA 
CAGGTCAGGC CCTTTGTGGA GGTATCGTTC CAGCGCACGG TTCTTCAGAC CACAACAGCA 
GATGGACCAA ACCCCTGCTG GAATGAGGAC CTGCAACTGC CATTCAGTGC CCCAAATGGA 
GACTACAGCA CTGCTAGCCT GCAGTCAGTG AAAGACGAGG TCTTCATCAA CATATTTGAT 
GAAGTCCATT ATGAATTGGG AGGGGATGGA GAGGATAGGG GGAGAGAAGT CCACACACGG 
CTAGAGAAAC ACTGGCTGGG CTCTGTGAAG ATTCCCTTCA GTACTATCTA CTTCCAGTCC 
AGGATTGACG GCACGTTTAA GGTGGACACC CCACCGGTGT TGCTGGGATA CAGTAAGGAG 
CGCAGCCTGG CCAGTGATGG TGGCTACGAC GCTGTACGCA GTCTTAGTGA AGGAGCCTTC 
ATCACACTCT TCATCACCAT AGAACCACAG CTGGTACCTG GAGAGACTGT TAGGGAGAAG 
TTTGACAGCC AGGAGGGTGA GCGTCTACTG CTGGCGTCAG AGGTCTTTGA GAGGGACGCA 
GCAGTGAGTT ACCCCAACCG TCCCTGCCTC ACCACCGTCA TCGACATCAA CGGGAAGACT 
GTGTTCATCA GCCGTTACCT CCGCCCCCTC AACCCCCCGC AGGAGCTGCT CGACGCCTTC 
CCCAACAGCC CCCAGGAGGC CACGGAGCTG ATAGCTCGGT ACGTTTCTCT CATCCCCTCC 
ATGCCTGATA GCGTCTCATT TGCTGGTGTC TGTGACCTGT GGAGCACCTG TGACCAATTC 
CTGACCCTGC TGGCGGGCGA TGAGGAGGAA CATGCTGTAC TGCTCTGTAA TTACTTCCTA 
TCTATGGGCA AGAAGGCTTG GCTCATCATC GGCAGCGCCA TTCCTGAGGG ACCCACAGCG 
TATGTGCTGA CCTATGAGCA GAGTCGCTAC CTCATCTGGA ACCCCAGCAG TGGTCAGTAC 
TACGGCCAGT ATGACTCCTT CTGCCCTCTA CAGACTGTGG GATGCCTGGT CAGTGCTGAC 
AATGTATGGT TCAACATTCA GGTGTACACC TCTCCACTGA GGATGAGTTT TGATGTCACC 
AAAGCCAAAC TCTGGAAACC GTTCTTCTCC AGGGCCTTTC CAAGCCCTGG GCTGTCCAGT 
GTTCAGCCTG AGGAGCTGGT GTATCAACGC ACAGACAAGG CATTGGCTGC AGAGCTGCAG 
GACAGGGTTG AGAAGATTCT AAAAGAGAAG ATCATGGAAT GGCGGCCCCG ACACCCGACC 
CGCTGGAATC GCTACTGCAC CTCCACCTTG CGCCACTTCC TGCCAAAGCT GGAGCTGAGT 
GGAGGGAGGG ACGTGGCCGA CGAGCACCGT CTAGAGTTAC AGAGTCTACT AGGGGACTAC 
AGGATTTCAG GATTCCCCCT GCATCTTCCA TTCTCAGAGG TCCGGCCCAT TATTGAGGCA 
GTCTATAGTA CAGGAGTCCA CAACGTGGAG GCGTCCAATG TGGAGTTTGC CCTGGCAGTT 
CATGTCCATG CCTACCCTAA CAATGTCCTG TCTGTCTGGG TTTACCTGGC CTCACTCATC 
CGCACACGAT AA

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

RefSeq	XP_013978368.1
CDS	189..5240
Translation	MASSSDLREKLRRKRRALQQTLQVKDDVDTDTQALVPTDKKQSKERGQTTMEELTAGEEEPGDTLRRNLKAQRQKRKKKLEEASTDDTPDDSVVEPHDETVVEVTAVQQISHDDDKPEKPVIVSSPTHSQRGDLPPRPQAKPAPSSNHSESSAMRQRMRDKLRAARSKAESLLQQEASLEAPASRLQSLRDRDTLTRFDRETEPDLRAGRDDHSSPLNTKVKFRETVRRVRIESISETGLPTAEEAYNFFTFNFDPEPHEEAGKGCKKRRPRTEGENDEEEEEEVTEVDREQKGENEERDEDAPLVKDEEEDLFIIDQSAHDFLVVKRAEYMGYQRRLQSENDFLFTPSFLTVPASSKVPENMQPRYLEEEGLYVGERPPISLTNQNILENRVLKQQQGRKWFGDDGRIIALPDPIKESSTRPPLFHMEEDLDPALQTVYRKALKSKHASQYIAGGGGTNGDYQLDVDVSGLIFSHHPLFSREHVLGARLAQLYDQHLSRQHKNITEHLTTKLNGLRNAVRNMLEIHGRQGLTPVMQQRISEYKQEVKNTRRLRDTEQEKDRTLLKSIIKVWKEIKALRDFQRFTNTPYKLYLRREEGVRASDERDHEAEIQAEVDELQGEMEEDYQKKVTEYKRQQEEWKAWRKKRKAKEKKKKKKTQSQDDDDDDDDDDQSEGDTEQGPSKPDPPEEPDMEGVEEQVREKASRIRRKPGEPILMPELTASGPITPNEQCPRGEFSRREDVAKRYVFTKVLYNNKEVSRTDNRSLNSDFRVHFGQIFNLKIVNWPESIKLQVFEVLGSSTSLLAEVFVPVPESSVLTGSAPSEELEFSSNLRVMFDHEAVGSDVPFSFEADGSNRQTLLTSGKLSCCVSWAIGEDDVPLAPPTTQSKAMHSGLKQLDAIACIGASSLNDLKKLGEWATESRLDPNDPSNATIMQLLKVASSGEVTAPDYFRLEQLQEEFNFLSEEEIERSRRFRLLRLRNQEVAEFRNYKCVPALEREVTDKVFQEYERRLREGEIVDTKDHLDAHRALVAKYLQKIRESVINRFLIAKHHFLLSDLVQEEEVPSIGILGLNLFKLAEPKRPLKPQRKERKKVTAQNLSDGDIRLLLNIIRAYDIPIRKPHASKPAVASKSVRSFTETFTAGQSSQSAIQGSDWLLNQVQVRPFVEVSFQRTVLQTTTADGPNPCWNEDLQLPFSAPNGDYSTASLQSVKDEVFINIFDEVHYELGGDGEDRGREVHTRLEKHWLGSVKIPFSTIYFQSRIDGTFKVDTPPVLLGYSKERSLASDGGYDAVRSLSEGAFITLFITIEPQLVPGETVREKFDSQEGERLLLASEVFERDAAVSYPNRPCLTTVIDINGKTVFISRYLRPLNPPQELLDAFPNSPQEATELIARYVSLIPSMPDSVSFAGVCDLWSTCDQFLTLLAGDEEEHAVLLCNYFLSMGKKAWLIIGSAIPEGPTAYVLTYEQSRYLIWNPSSGQYYGQYDSFCPLQTVGCLVSADNVWFNIQVYTSPLRMSFDVTKAKLWKPFFSRAFPSPGLSSVQPEELVYQRTDKALAAELQDRVEKILKEKIMEWRPRHPTRWNRYCTSTLRHFLPKLELSGGRDVADEHRLELQSLLGDYRISGFPLHLPFSEVRPIIEAVYSTGVHNVEASNVEFALAVHVHAYPNNVLSVWVYLASLIRTR

Target ORF information:

RefSeq Version	XM_014122893.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar coiled-coil and C2 domain containing 2A (cc2d2a), transcript variant X2, mRNA.

Target ORF information:

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

XM_014122893.1

ORF Insert Sequence:

ATGGCCTCCT CAAGTGATCT TCGGGAGAAA TTACGAAGGA AACGACGGGC GCTACAACAG 
ACTCTGCAGG TCAAAGACGA TGTGGATACA GATACCCAGG CTCTGGTCCC AACAGACAAG 
AAGCAGAGTA AGGAGAGAGG ACAGACGACT ATGGAGGAGC TAACAGCTGG TGAGGAGGAG 
CCTGGAGATA CACTGAGACG CAACCTGAAG GCTCAGAGAC AGAAGAGGAA GAAAAAGCTT 
GAAGAGGCGT CTACAGATGA TACACCTGAT GACTCAGTGG TGGAGCCCCA TGATGAGACA 
GTGGTGGAGG TCACTGCTGT TCAACAGATC AGCCACGATG ATGACAAACC AGAGAAGCCT 
GTCATCGTGT CCAGTCCCAC CCACTCCCAG AGAGGAGACC TGCCACCCCG GCCTCAGGCC 
AAACCCGCGC CCAGCTCGAA CCACTCAGAG AGCTCCGCCA TGAGACAGCG AATGAGAGAC 
AAGCTGAGGG CAGCCAGGTC CAAAGCAGAA AGTCTTCTAC AGCAGGAGGC TTCCTTGGAG 
GCGCCAGCTA GTCGCTTGCA GAGTCTCAGA GACAGAGACA CTCTCACCAG GTTTGACAGA 
GAGACAGAGC CAGACCTCAG GGCGGGGAGA GATGACCACT CTTCTCCCCT CAACACCAAA 
GTCAAGTTCC GAGAGACAGT CAGGCGTGTC AGGATAGAGA GTATATCGGA GACGGGTTTA 
CCCACAGCGG AGGAGGCCTA CAATTTTTTC ACTTTCAACT TTGACCCGGA ACCCCATGAA 
GAGGCAGGCA AAGGTTGTAA GAAGAGAAGG CCAAGGACAG AAGGGGAGAA TGACGAAGAG 
GAGGAGGAAG AGGTCACTGA AGTGGACAGG GAACAGAAAG GCGAGAACGA GGAGCGGGAT 
GAGGATGCTC CTCTAGTGAA AGATGAAGAG GAGGATCTGT TCATTATTGA CCAATCAGCG 
CATGACTTCC TGGTGGTGAA GAGGGCGGAG TACATGGGCT ACCAGAGGCG TCTTCAGAGC 
GAGAATGACT TCCTCTTCAC CCCAAGCTTT TTGACAGTGC CAGCCTCCAG TAAAGTACCA 
GAGAACATGC AACCCCGTTA TCTGGAGGAG GAGGGGCTAT ACGTGGGGGA GAGGCCTCCC 
ATATCCCTGA CCAATCAGAA CATCTTAGAG AACCGTGTCT TGAAACAACA GCAGGGGAGG 
AAGTGGTTTG GGGACGACGG CAGGATCATA GCTCTGCCTG ACCCCATTAA AGAGTCGTCC 
ACCAGACCCC CTCTGTTCCA CATGGAGGAA GACCTGGACC CGGCTCTGCA GACTGTCTAT 
AGGAAGGCGC TGAAGTCAAA GCATGCCAGT CAGTACATCG CAGGAGGAGG GGGCACGAAC 
GGGGATTACC AGCTGGATGT GGACGTCTCA GGGCTCATCT TCTCCCATCA CCCCCTCTTC 
AGCCGGGAGC ACGTCCTAGG AGCACGCCTG GCCCAGCTCT ATGACCAGCA CCTCAGCAGG 
CAGCACAAGA ACATCACGGA ACACCTCACT ACCAAGCTGA ATGGGTTGAG GAACGCTGTT 
CGGAACATGC TGGAGATCCA CGGTAGGCAG GGCCTAACTC CTGTCATGCA GCAGAGGATA 
TCTGAGTATA AGCAGGAGGT GAAGAACACT CGCAGGCTGC GGGACACTGA GCAGGAGAAG 
GACAGAACCC TGCTGAAGAG CATCATCAAG GTCTGGAAGG AGATCAAAGC CCTGAGGGAC 
TTCCAGAGGT TCACCAACAC ACCATACAAG CTTTACCTCA GGAGGGAGGA GGGGGTGCGG 
GCTTCAGATG AGCGGGACCA TGAGGCTGAG ATCCAGGCTG AAGTGGATGA GCTGCAGGGG 
GAGATGGAGG AAGACTACCA GAAGAAGGTC ACTGAGTACA AGAGACAGCA GGAGGAGTGG 
AAGGCCTGGA GGAAGAAACG GAAAGCCAAA GAGAAGAAGA AAAAGAAGAA AACCCAGTCT 
CAGGATGATG ATGATGATGA TGATGATGAT GACCAGTCAG AGGGTGACAC GGAGCAGGGA 
CCCTCGAAGC CAGATCCTCC TGAGGAACCA GACATGGAGG GTGTTGAGGA GCAGGTCAGA 
GAGAAGGCCT CCAGAATCAG GAGGAAACCA GGGGAACCCA TCCTGATGCC TGAACTCACT 
GCATCTGGAC CCATCACTCC TAATGAACAG TGTCCCAGGG GCGAGTTTTC TAGAAGAGAG 
GATGTTGCAA AGCGCTATGT CTTCACTAAG GTTTTATATA ACAACAAAGA AGTCTCCAGA 
ACAGACAATC GCTCCCTAAA TTCTGATTTT AGAGTCCACT TTGGTCAGAT ATTCAACCTG 
AAGATAGTCA ACTGGCCAGA AAGTATCAAG TTGCAGGTGT TTGAAGTGTT GGGCTCATCC 
ACCTCCCTGT TGGCAGAAGT GTTTGTGCCA GTCCCAGAGT CATCAGTCCT GACGGGTAGT 
GCCCCCTCTG AGGAGCTGGA GTTCAGCAGC AACCTGAGGG TCATGTTTGA CCACGAGGCT 
GTCGGCAGTG ACGTGCCCTT CTCCTTTGAG GCAGACGGTA GTAACCGTCA GACCCTGCTG 
ACCTCTGGGA AGCTGTCCTG CTGTGTGTCC TGGGCTATAG GGGAGGATGA TGTACCCCTG 
GCCCCGCCCA CCACTCAGTC CAAGGCCATG CACAGTGGAC TGAAACAGTT GGATGCCATC 
GCCTGCATTG GGGCATCTAG TCTTAATGAT TTGAAGAAGC TTGGGGAGTG GGCCACTGAA 
TCTAGACTAG ATCCCAATGA CCCAAGCAAC GCAACCATCA TGCAACTCCT AAAGGTGGCC 
AGTAGTGGGG AGGTGACAGC TCCAGATTAC TTCAGACTGG AGCAGCTGCA GGAGGAGTTC 
AACTTCCTGT CTGAGGAGGA AATTGAGCGG TCTCGCAGGT TCCGTCTGCT CCGGCTCAGA 
AACCAGGAGG TGGCTGAGTT CCGTAACTAC AAGTGTGTCC CTGCCCTGGA ACGGGAGGTC 
ACTGATAAGG TGTTCCAGGA ATATGAGAGG AGATTGAGAG AAGGAGAAAT CGTTGACACT 
AAGGATCACC TAGATGCACA CAGAGCCCTG GTGGCCAAAT ACCTGCAGAA GATTAGAGAA 
TCGGTCATCA ACCGCTTCCT CATCGCCAAG CATCATTTCC TCCTGTCTGA CCTGGTCCAA 
GAAGAGGAAG TTCCTAGTAT TGGGATACTT GGCCTGAATC TGTTCAAGCT GGCTGAACCT 
AAGCGGCCCC TGAAGCCTCA GAGGAAAGAG AGGAAGAAAG TGACAGCTCA GAATCTGTCT 
GATGGGGACA TTAGATTACT TCTCAACATT ATCCGGGCCT ACGACATCCC CATCCGCAAG 
CCCCATGCCA GCAAACCTGC GGTGGCGTCT AAGTCGGTCC GCTCTTTCAC TGAGACGTTT 
ACAGCAGGCC AGTCATCCCA GAGTGCCATC CAGGGCAGCG ACTGGCTCCT CAACCAGGTA 
CAGGTCAGGC CCTTTGTGGA GGTATCGTTC CAGCGCACGG TTCTTCAGAC CACAACAGCA 
GATGGACCAA ACCCCTGCTG GAATGAGGAC CTGCAACTGC CATTCAGTGC CCCAAATGGA 
GACTACAGCA CTGCTAGCCT GCAGTCAGTG AAAGACGAGG TCTTCATCAA CATATTTGAT 
GAAGTCCATT ATGAATTGGG AGGGGATGGA GAGGATAGGG GGAGAGAAGT CCACACACGG 
CTAGAGAAAC ACTGGCTGGG CTCTGTGAAG ATTCCCTTCA GTACTATCTA CTTCCAGTCC 
AGGATTGACG GCACGTTTAA GGTGGACACC CCACCGGTGT TGCTGGGATA CAGTAAGGAG 
CGCAGCCTGG CCAGTGATGG TGGCTACGAC GCTGTACGCA GTCTTAGTGA AGGAGCCTTC 
ATCACACTCT TCATCACCAT AGAACCACAG CTGGTACCTG GAGAGACTGT TAGGGAGAAG 
TTTGACAGCC AGGAGGGTGA GCGTCTACTG CTGGCGTCAG AGGTCTTTGA GAGGGACGCA 
GCAGTGAGTT ACCCCAACCG TCCCTGCCTC ACCACCGTCA TCGACATCAA CGGGAAGACT 
GTGTTCATCA GCCGTTACCT CCGCCCCCTC AACCCCCCGC AGGAGCTGCT CGACGCCTTC 
CCCAACAGCC CCCAGGAGGC CACGGAGCTG ATAGCTCGGT ACGTTTCTCT CATCCCCTCC 
ATGCCTGATA GCGTCTCATT TGCTGGTGTC TGTGACCTGT GGAGCACCTG TGACCAATTC 
CTGACCCTGC TGGCGGGCGA TGAGGAGGAA CATGCTGTAC TGCTCTGTAA TTACTTCCTA 
TCTATGGGCA AGAAGGCTTG GCTCATCATC GGCAGCGCCA TTCCTGAGGG ACCCACAGCG 
TATGTGCTGA CCTATGAGCA GAGTCGCTAC CTCATCTGGA ACCCCAGCAG TGGTCAGTAC 
TACGGCCAGT ATGACTCCTT CTGCCCTCTA CAGACTGTGG GATGCCTGGT CAGTGCTGAC 
AATGTATGGT TCAACATTCA GGTGTACACC TCTCCACTGA GGATGAGTTT TGATGTCACC 
AAAGCCAAAC TCTGGAAACC GTTCTTCTCC AGGGCCTTTC CAAGCCCTGG GCTGTCCAGT 
GTTCAGCCTG AGGAGCTGGT GTATCAACGC ACAGACAAGG CATTGGCTGC AGAGCTGCAG 
GACAGGGTTG AGAAGATTCT AAAAGAGAAG ATCATGGAAT GGCGGCCCCG ACACCCGACC 
CGCTGGAATC GCTACTGCAC CTCCACCTTG CGCCACTTCC TGCCAAAGCT GGAGCTGAGT 
GGAGGGAGGG ACGTGGCCGA CGAGCACCGT CTAGAGTTAC AGAGTCTACT AGGGGACTAC 
AGGATTTCAG GATTCCCCCT GCATCTTCCA TTCTCAGAGG TCCGGCCCAT TATTGAGGCA 
GTCTATAGTA CAGGAGTCCA CAACGTGGAG GCGTCCAATG TGGAGTTTGC CCTGGCAGTT 
CATGTCCATG CCTACCCTAA CAATGTCCTG TCTGTCTGGG TTTACCTGGC CTCACTCATC 
CGCACACGAT AA

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

cc2d2a ( XM_014122894.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013978369.1 Salmo salar coiled-coil and C2 domain containing 2A (cc2d2a), transcript variant X3, mRNA.

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CloneID	OAt31228
Clone ID Related Accession (Same CDS sequence)	XM_014122894.1
Accession Version	XM_014122894.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4995bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	coiled-coil and C2 domain-containing protein 2A isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012336496.1) 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 :: Salmo salar Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCTCCT CAAGTGATCT TCGGGAGAAA TTACGAAGGA AACGACGGGC GCTACAACAG 
ACTCTGCAGG TCAAAGACGA TGTGGATACA GATACCCAGG AGCTAACAGC TGGTGAGGAG 
GAGCCTGGAG ATACACTGAG ACGCAACCTG AAGGCTCAGA GACAGAAGAG GAAGAAAAAG 
CTTGAAGAGG CGTCTACAGA TGATACACCT GATGACTCAG TGGTGGAGCC CCATGATGAG 
ACAGTGGTGG AGGTCACTGC TGTTCAACAG ATCAGCCACG ATGATGACAA ACCAGAGAAG 
CCTGTCATCG TGTCCAGTCC CACCCACTCC CAGAGAGGAG ACCTGCCACC CCGGCCTCAG 
GCCAAACCCG CGCCCAGCTC GAACCACTCA GAGAGCTCCG CCATGAGACA GCGAATGAGA 
GACAAGCTGA GGGCAGCCAG GTCCAAAGCA GAAAGTCTTC TACAGCAGGA GGCTTCCTTG 
GAGGCGCCAG CTAGTCGCTT GCAGAGTCTC AGAGACAGAG ACACTCTCAC CAGGTTTGAC 
AGAGAGACAG AGCCAGACCT CAGGGCGGGG AGAGATGACC ACTCTTCTCC CCTCAACACC 
AAAGTCAAGT TCCGAGAGAC AGTCAGGCGT GTCAGGATAG AGAGTATATC GGAGACGGGT 
TTACCCACAG CGGAGGAGGC CTACAATTTT TTCACTTTCA ACTTTGACCC GGAACCCCAT 
GAAGAGGCAG GCAAAGGTTG TAAGAAGAGA AGGCCAAGGA CAGAAGGGGA GAATGACGAA 
GAGGAGGAGG AAGAGGTCAC TGAAGTGGAC AGGGAACAGA AAGGCGAGAA CGAGGAGCGG 
GATGAGGATG CTCCTCTAGT GAAAGATGAA GAGGAGGATC TGTTCATTAT TGACCAATCA 
GCGCATGACT TCCTGGTGGT GAAGAGGGCG GAGTACATGG GCTACCAGAG GCGTCTTCAG 
AGCGAGAATG ACTTCCTCTT CACCCCAAGC TTTTTGACAG TGCCAGCCTC CAGTAAAGTA 
CCAGAGAACA TGCAACCCCG TTATCTGGAG GAGGAGGGGC TATACGTGGG GGAGAGGCCT 
CCCATATCCC TGACCAATCA GAACATCTTA GAGAACCGTG TCTTGAAACA ACAGCAGGGG 
AGGAAGTGGT TTGGGGACGA CGGCAGGATC ATAGCTCTGC CTGACCCCAT TAAAGAGTCG 
TCCACCAGAC CCCCTCTGTT CCACATGGAG GAAGACCTGG ACCCGGCTCT GCAGACTGTC 
TATAGGAAGG CGCTGAAGTC AAAGCATGCC AGTCAGTACA TCGCAGGAGG AGGGGGCACG 
AACGGGGATT ACCAGCTGGA TGTGGACGTC TCAGGGCTCA TCTTCTCCCA TCACCCCCTC 
TTCAGCCGGG AGCACGTCCT AGGAGCACGC CTGGCCCAGC TCTATGACCA GCACCTCAGC 
AGGCAGCACA AGAACATCAC GGAACACCTC ACTACCAAGC TGAATGGGTT GAGGAACGCT 
GTTCGGAACA TGCTGGAGAT CCACGGTAGG CAGGGCCTAA CTCCTGTCAT GCAGCAGAGG 
ATATCTGAGT ATAAGCAGGA GGTGAAGAAC ACTCGCAGGC TGCGGGACAC TGAGCAGGAG 
AAGGACAGAA CCCTGCTGAA GAGCATCATC AAGGTCTGGA AGGAGATCAA AGCCCTGAGG 
GACTTCCAGA GGTTCACCAA CACACCATAC AAGCTTTACC TCAGGAGGGA GGAGGGGGTG 
CGGGCTTCAG ATGAGCGGGA CCATGAGGCT GAGATCCAGG CTGAAGTGGA TGAGCTGCAG 
GGGGAGATGG AGGAAGACTA CCAGAAGAAG GTCACTGAGT ACAAGAGACA GCAGGAGGAG 
TGGAAGGCCT GGAGGAAGAA ACGGAAAGCC AAAGAGAAGA AGAAAAAGAA GAAAACCCAG 
TCTCAGGATG ATGATGATGA TGATGATGAT GATGACCAGT CAGAGGGTGA CACGGAGCAG 
GGACCCTCGA AGCCAGATCC TCCTGAGGAA CCAGACATGG AGGGTGTTGA GGAGCAGGTC 
AGAGAGAAGG CCTCCAGAAT CAGGAGGAAA CCAGGGGAAC CCATCCTGAT GCCTGAACTC 
ACTGCATCTG GACCCATCAC TCCTAATGAA CAGTGTCCCA GGGGCGAGTT TTCTAGAAGA 
GAGGATGTTG CAAAGCGCTA TGTCTTCACT AAGGTTTTAT ATAACAACAA AGAAGTCTCC 
AGAACAGACA ATCGCTCCCT AAATTCTGAT TTTAGAGTCC ACTTTGGTCA GATATTCAAC 
CTGAAGATAG TCAACTGGCC AGAAAGTATC AAGTTGCAGG TGTTTGAAGT GTTGGGCTCA 
TCCACCTCCC TGTTGGCAGA AGTGTTTGTG CCAGTCCCAG AGTCATCAGT CCTGACGGGT 
AGTGCCCCCT CTGAGGAGCT GGAGTTCAGC AGCAACCTGA GGGTCATGTT TGACCACGAG 
GCTGTCGGCA GTGACGTGCC CTTCTCCTTT GAGGCAGACG GTAGTAACCG TCAGACCCTG 
CTGACCTCTG GGAAGCTGTC CTGCTGTGTG TCCTGGGCTA TAGGGGAGGA TGATGTACCC 
CTGGCCCCGC CCACCACTCA GTCCAAGGCC ATGCACAGTG GACTGAAACA GTTGGATGCC 
ATCGCCTGCA TTGGGGCATC TAGTCTTAAT GATTTGAAGA AGCTTGGGGA GTGGGCCACT 
GAATCTAGAC TAGATCCCAA TGACCCAAGC AACGCAACCA TCATGCAACT CCTAAAGGTG 
GCCAGTAGTG GGGAGGTGAC AGCTCCAGAT TACTTCAGAC TGGAGCAGCT GCAGGAGGAG 
TTCAACTTCC TGTCTGAGGA GGAAATTGAG CGGTCTCGCA GGTTCCGTCT GCTCCGGCTC 
AGAAACCAGG AGGTGGCTGA GTTCCGTAAC TACAAGTGTG TCCCTGCCCT GGAACGGGAG 
GTCACTGATA AGGTGTTCCA GGAATATGAG AGGAGATTGA GAGAAGGAGA AATCGTTGAC 
ACTAAGGATC ACCTAGATGC ACACAGAGCC CTGGTGGCCA AATACCTGCA GAAGATTAGA 
GAATCGGTCA TCAACCGCTT CCTCATCGCC AAGCATCATT TCCTCCTGTC TGACCTGGTC 
CAAGAAGAGG AAGTTCCTAG TATTGGGATA CTTGGCCTGA ATCTGTTCAA GCTGGCTGAA 
CCTAAGCGGC CCCTGAAGCC TCAGAGGAAA GAGAGGAAGA AAGTGACAGC TCAGAATCTG 
TCTGATGGGG ACATTAGATT ACTTCTCAAC ATTATCCGGG CCTACGACAT CCCCATCCGC 
AAGCCCCATG CCAGCAAACC TGCGGTGGCG TCTAAGTCGG TCCGCTCTTT CACTGAGACG 
TTTACAGCAG GCCAGTCATC CCAGAGTGCC ATCCAGGGCA GCGACTGGCT CCTCAACCAG 
GTACAGGTCA GGCCCTTTGT GGAGGTATCG TTCCAGCGCA CGGTTCTTCA GACCACAACA 
GCAGATGGAC CAAACCCCTG CTGGAATGAG GACCTGCAAC TGCCATTCAG TGCCCCAAAT 
GGAGACTACA GCACTGCTAG CCTGCAGTCA GTGAAAGACG AGGTCTTCAT CAACATATTT 
GATGAAGTCC ATTATGAATT GGGAGGGGAT GGAGAGGATA GGGGGAGAGA AGTCCACACA 
CGGCTAGAGA AACACTGGCT GGGCTCTGTG AAGATTCCCT TCAGTACTAT CTACTTCCAG 
TCCAGGATTG ACGGCACGTT TAAGGTGGAC ACCCCACCGG TGTTGCTGGG ATACAGTAAG 
GAGCGCAGCC TGGCCAGTGA TGGTGGCTAC GACGCTGTAC GCAGTCTTAG TGAAGGAGCC 
TTCATCACAC TCTTCATCAC CATAGAACCA CAGCTGGTAC CTGGAGAGAC TGTTAGGGAG 
AAGTTTGACA GCCAGGAGGG TGAGCGTCTA CTGCTGGCGT CAGAGGTCTT TGAGAGGGAC 
GCAGCAGTGA GTTACCCCAA CCGTCCCTGC CTCACCACCG TCATCGACAT CAACGGGAAG 
ACTGTGTTCA TCAGCCGTTA CCTCCGCCCC CTCAACCCCC CGCAGGAGCT GCTCGACGCC 
TTCCCCAACA GCCCCCAGGA GGCCACGGAG CTGATAGCTC GGTACGTTTC TCTCATCCCC 
TCCATGCCTG ATAGCGTCTC ATTTGCTGGT GTCTGTGACC TGTGGAGCAC CTGTGACCAA 
TTCCTGACCC TGCTGGCGGG CGATGAGGAG GAACATGCTG TACTGCTCTG TAATTACTTC 
CTATCTATGG GCAAGAAGGC TTGGCTCATC ATCGGCAGCG CCATTCCTGA GGGACCCACA 
GCGTATGTGC TGACCTATGA GCAGAGTCGC TACCTCATCT GGAACCCCAG CAGTGGTCAG 
TACTACGGCC AGTATGACTC CTTCTGCCCT CTACAGACTG TGGGATGCCT GGTCAGTGCT 
GACAATGTAT GGTTCAACAT TCAGGTGTAC ACCTCTCCAC TGAGGATGAG TTTTGATGTC 
ACCAAAGCCA AACTCTGGAA ACCGTTCTTC TCCAGGGCCT TTCCAAGCCC TGGGCTGTCC 
AGTGTTCAGC CTGAGGAGCT GGTGTATCAA CGCACAGACA AGGCATTGGC TGCAGAGCTG 
CAGGACAGGG TTGAGAAGAT TCTAAAAGAG AAGATCATGG AATGGCGGCC CCGACACCCG 
ACCCGCTGGA ATCGCTACTG CACCTCCACC TTGCGCCACT TCCTGCCAAA GCTGGAGCTG 
AGTGGAGGGA GGGACGTGGC CGACGAGCAC CGTCTAGAGT TACAGAGTCT ACTAGGGGAC 
TACAGGATTT CAGGATTCCC CCTGCATCTT CCATTCTCAG AGGTCCGGCC CATTATTGAG 
GCAGTCTATA GTACAGGAGT CCACAACGTG GAGGCGTCCA ATGTGGAGTT TGCCCTGGCA 
GTTCATGTCC ATGCCTACCC TAACAATGTC CTGTCTGTCT GGGTTTACCT GGCCTCACTC 
ATCCGCACAC GATAA

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

RefSeq	XP_013978369.1
CDS	468..5462
Translation	MASSSDLREKLRRKRRALQQTLQVKDDVDTDTQELTAGEEEPGDTLRRNLKAQRQKRKKKLEEASTDDTPDDSVVEPHDETVVEVTAVQQISHDDDKPEKPVIVSSPTHSQRGDLPPRPQAKPAPSSNHSESSAMRQRMRDKLRAARSKAESLLQQEASLEAPASRLQSLRDRDTLTRFDRETEPDLRAGRDDHSSPLNTKVKFRETVRRVRIESISETGLPTAEEAYNFFTFNFDPEPHEEAGKGCKKRRPRTEGENDEEEEEEVTEVDREQKGENEERDEDAPLVKDEEEDLFIIDQSAHDFLVVKRAEYMGYQRRLQSENDFLFTPSFLTVPASSKVPENMQPRYLEEEGLYVGERPPISLTNQNILENRVLKQQQGRKWFGDDGRIIALPDPIKESSTRPPLFHMEEDLDPALQTVYRKALKSKHASQYIAGGGGTNGDYQLDVDVSGLIFSHHPLFSREHVLGARLAQLYDQHLSRQHKNITEHLTTKLNGLRNAVRNMLEIHGRQGLTPVMQQRISEYKQEVKNTRRLRDTEQEKDRTLLKSIIKVWKEIKALRDFQRFTNTPYKLYLRREEGVRASDERDHEAEIQAEVDELQGEMEEDYQKKVTEYKRQQEEWKAWRKKRKAKEKKKKKKTQSQDDDDDDDDDDQSEGDTEQGPSKPDPPEEPDMEGVEEQVREKASRIRRKPGEPILMPELTASGPITPNEQCPRGEFSRREDVAKRYVFTKVLYNNKEVSRTDNRSLNSDFRVHFGQIFNLKIVNWPESIKLQVFEVLGSSTSLLAEVFVPVPESSVLTGSAPSEELEFSSNLRVMFDHEAVGSDVPFSFEADGSNRQTLLTSGKLSCCVSWAIGEDDVPLAPPTTQSKAMHSGLKQLDAIACIGASSLNDLKKLGEWATESRLDPNDPSNATIMQLLKVASSGEVTAPDYFRLEQLQEEFNFLSEEEIERSRRFRLLRLRNQEVAEFRNYKCVPALEREVTDKVFQEYERRLREGEIVDTKDHLDAHRALVAKYLQKIRESVINRFLIAKHHFLLSDLVQEEEVPSIGILGLNLFKLAEPKRPLKPQRKERKKVTAQNLSDGDIRLLLNIIRAYDIPIRKPHASKPAVASKSVRSFTETFTAGQSSQSAIQGSDWLLNQVQVRPFVEVSFQRTVLQTTTADGPNPCWNEDLQLPFSAPNGDYSTASLQSVKDEVFINIFDEVHYELGGDGEDRGREVHTRLEKHWLGSVKIPFSTIYFQSRIDGTFKVDTPPVLLGYSKERSLASDGGYDAVRSLSEGAFITLFITIEPQLVPGETVREKFDSQEGERLLLASEVFERDAAVSYPNRPCLTTVIDINGKTVFISRYLRPLNPPQELLDAFPNSPQEATELIARYVSLIPSMPDSVSFAGVCDLWSTCDQFLTLLAGDEEEHAVLLCNYFLSMGKKAWLIIGSAIPEGPTAYVLTYEQSRYLIWNPSSGQYYGQYDSFCPLQTVGCLVSADNVWFNIQVYTSPLRMSFDVTKAKLWKPFFSRAFPSPGLSSVQPEELVYQRTDKALAAELQDRVEKILKEKIMEWRPRHPTRWNRYCTSTLRHFLPKLELSGGRDVADEHRLELQSLLGDYRISGFPLHLPFSEVRPIIEAVYSTGVHNVEASNVEFALAVHVHAYPNNVLSVWVYLASLIRTR

Target ORF information:

RefSeq Version	XM_014122894.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar coiled-coil and C2 domain containing 2A (cc2d2a), transcript variant X3, mRNA.

Target ORF information:

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

XM_014122894.1

ORF Insert Sequence:

ATGGCCTCCT CAAGTGATCT TCGGGAGAAA TTACGAAGGA AACGACGGGC GCTACAACAG 
ACTCTGCAGG TCAAAGACGA TGTGGATACA GATACCCAGG AGCTAACAGC TGGTGAGGAG 
GAGCCTGGAG ATACACTGAG ACGCAACCTG AAGGCTCAGA GACAGAAGAG GAAGAAAAAG 
CTTGAAGAGG CGTCTACAGA TGATACACCT GATGACTCAG TGGTGGAGCC CCATGATGAG 
ACAGTGGTGG AGGTCACTGC TGTTCAACAG ATCAGCCACG ATGATGACAA ACCAGAGAAG 
CCTGTCATCG TGTCCAGTCC CACCCACTCC CAGAGAGGAG ACCTGCCACC CCGGCCTCAG 
GCCAAACCCG CGCCCAGCTC GAACCACTCA GAGAGCTCCG CCATGAGACA GCGAATGAGA 
GACAAGCTGA GGGCAGCCAG GTCCAAAGCA GAAAGTCTTC TACAGCAGGA GGCTTCCTTG 
GAGGCGCCAG CTAGTCGCTT GCAGAGTCTC AGAGACAGAG ACACTCTCAC CAGGTTTGAC 
AGAGAGACAG AGCCAGACCT CAGGGCGGGG AGAGATGACC ACTCTTCTCC CCTCAACACC 
AAAGTCAAGT TCCGAGAGAC AGTCAGGCGT GTCAGGATAG AGAGTATATC GGAGACGGGT 
TTACCCACAG CGGAGGAGGC CTACAATTTT TTCACTTTCA ACTTTGACCC GGAACCCCAT 
GAAGAGGCAG GCAAAGGTTG TAAGAAGAGA AGGCCAAGGA CAGAAGGGGA GAATGACGAA 
GAGGAGGAGG AAGAGGTCAC TGAAGTGGAC AGGGAACAGA AAGGCGAGAA CGAGGAGCGG 
GATGAGGATG CTCCTCTAGT GAAAGATGAA GAGGAGGATC TGTTCATTAT TGACCAATCA 
GCGCATGACT TCCTGGTGGT GAAGAGGGCG GAGTACATGG GCTACCAGAG GCGTCTTCAG 
AGCGAGAATG ACTTCCTCTT CACCCCAAGC TTTTTGACAG TGCCAGCCTC CAGTAAAGTA 
CCAGAGAACA TGCAACCCCG TTATCTGGAG GAGGAGGGGC TATACGTGGG GGAGAGGCCT 
CCCATATCCC TGACCAATCA GAACATCTTA GAGAACCGTG TCTTGAAACA ACAGCAGGGG 
AGGAAGTGGT TTGGGGACGA CGGCAGGATC ATAGCTCTGC CTGACCCCAT TAAAGAGTCG 
TCCACCAGAC CCCCTCTGTT CCACATGGAG GAAGACCTGG ACCCGGCTCT GCAGACTGTC 
TATAGGAAGG CGCTGAAGTC AAAGCATGCC AGTCAGTACA TCGCAGGAGG AGGGGGCACG 
AACGGGGATT ACCAGCTGGA TGTGGACGTC TCAGGGCTCA TCTTCTCCCA TCACCCCCTC 
TTCAGCCGGG AGCACGTCCT AGGAGCACGC CTGGCCCAGC TCTATGACCA GCACCTCAGC 
AGGCAGCACA AGAACATCAC GGAACACCTC ACTACCAAGC TGAATGGGTT GAGGAACGCT 
GTTCGGAACA TGCTGGAGAT CCACGGTAGG CAGGGCCTAA CTCCTGTCAT GCAGCAGAGG 
ATATCTGAGT ATAAGCAGGA GGTGAAGAAC ACTCGCAGGC TGCGGGACAC TGAGCAGGAG 
AAGGACAGAA CCCTGCTGAA GAGCATCATC AAGGTCTGGA AGGAGATCAA AGCCCTGAGG 
GACTTCCAGA GGTTCACCAA CACACCATAC AAGCTTTACC TCAGGAGGGA GGAGGGGGTG 
CGGGCTTCAG ATGAGCGGGA CCATGAGGCT GAGATCCAGG CTGAAGTGGA TGAGCTGCAG 
GGGGAGATGG AGGAAGACTA CCAGAAGAAG GTCACTGAGT ACAAGAGACA GCAGGAGGAG 
TGGAAGGCCT GGAGGAAGAA ACGGAAAGCC AAAGAGAAGA AGAAAAAGAA GAAAACCCAG 
TCTCAGGATG ATGATGATGA TGATGATGAT GATGACCAGT CAGAGGGTGA CACGGAGCAG 
GGACCCTCGA AGCCAGATCC TCCTGAGGAA CCAGACATGG AGGGTGTTGA GGAGCAGGTC 
AGAGAGAAGG CCTCCAGAAT CAGGAGGAAA CCAGGGGAAC CCATCCTGAT GCCTGAACTC 
ACTGCATCTG GACCCATCAC TCCTAATGAA CAGTGTCCCA GGGGCGAGTT TTCTAGAAGA 
GAGGATGTTG CAAAGCGCTA TGTCTTCACT AAGGTTTTAT ATAACAACAA AGAAGTCTCC 
AGAACAGACA ATCGCTCCCT AAATTCTGAT TTTAGAGTCC ACTTTGGTCA GATATTCAAC 
CTGAAGATAG TCAACTGGCC AGAAAGTATC AAGTTGCAGG TGTTTGAAGT GTTGGGCTCA 
TCCACCTCCC TGTTGGCAGA AGTGTTTGTG CCAGTCCCAG AGTCATCAGT CCTGACGGGT 
AGTGCCCCCT CTGAGGAGCT GGAGTTCAGC AGCAACCTGA GGGTCATGTT TGACCACGAG 
GCTGTCGGCA GTGACGTGCC CTTCTCCTTT GAGGCAGACG GTAGTAACCG TCAGACCCTG 
CTGACCTCTG GGAAGCTGTC CTGCTGTGTG TCCTGGGCTA TAGGGGAGGA TGATGTACCC 
CTGGCCCCGC CCACCACTCA GTCCAAGGCC ATGCACAGTG GACTGAAACA GTTGGATGCC 
ATCGCCTGCA TTGGGGCATC TAGTCTTAAT GATTTGAAGA AGCTTGGGGA GTGGGCCACT 
GAATCTAGAC TAGATCCCAA TGACCCAAGC AACGCAACCA TCATGCAACT CCTAAAGGTG 
GCCAGTAGTG GGGAGGTGAC AGCTCCAGAT TACTTCAGAC TGGAGCAGCT GCAGGAGGAG 
TTCAACTTCC TGTCTGAGGA GGAAATTGAG CGGTCTCGCA GGTTCCGTCT GCTCCGGCTC 
AGAAACCAGG AGGTGGCTGA GTTCCGTAAC TACAAGTGTG TCCCTGCCCT GGAACGGGAG 
GTCACTGATA AGGTGTTCCA GGAATATGAG AGGAGATTGA GAGAAGGAGA AATCGTTGAC 
ACTAAGGATC ACCTAGATGC ACACAGAGCC CTGGTGGCCA AATACCTGCA GAAGATTAGA 
GAATCGGTCA TCAACCGCTT CCTCATCGCC AAGCATCATT TCCTCCTGTC TGACCTGGTC 
CAAGAAGAGG AAGTTCCTAG TATTGGGATA CTTGGCCTGA ATCTGTTCAA GCTGGCTGAA 
CCTAAGCGGC CCCTGAAGCC TCAGAGGAAA GAGAGGAAGA AAGTGACAGC TCAGAATCTG 
TCTGATGGGG ACATTAGATT ACTTCTCAAC ATTATCCGGG CCTACGACAT CCCCATCCGC 
AAGCCCCATG CCAGCAAACC TGCGGTGGCG TCTAAGTCGG TCCGCTCTTT CACTGAGACG 
TTTACAGCAG GCCAGTCATC CCAGAGTGCC ATCCAGGGCA GCGACTGGCT CCTCAACCAG 
GTACAGGTCA GGCCCTTTGT GGAGGTATCG TTCCAGCGCA CGGTTCTTCA GACCACAACA 
GCAGATGGAC CAAACCCCTG CTGGAATGAG GACCTGCAAC TGCCATTCAG TGCCCCAAAT 
GGAGACTACA GCACTGCTAG CCTGCAGTCA GTGAAAGACG AGGTCTTCAT CAACATATTT 
GATGAAGTCC ATTATGAATT GGGAGGGGAT GGAGAGGATA GGGGGAGAGA AGTCCACACA 
CGGCTAGAGA AACACTGGCT GGGCTCTGTG AAGATTCCCT TCAGTACTAT CTACTTCCAG 
TCCAGGATTG ACGGCACGTT TAAGGTGGAC ACCCCACCGG TGTTGCTGGG ATACAGTAAG 
GAGCGCAGCC TGGCCAGTGA TGGTGGCTAC GACGCTGTAC GCAGTCTTAG TGAAGGAGCC 
TTCATCACAC TCTTCATCAC CATAGAACCA CAGCTGGTAC CTGGAGAGAC TGTTAGGGAG 
AAGTTTGACA GCCAGGAGGG TGAGCGTCTA CTGCTGGCGT CAGAGGTCTT TGAGAGGGAC 
GCAGCAGTGA GTTACCCCAA CCGTCCCTGC CTCACCACCG TCATCGACAT CAACGGGAAG 
ACTGTGTTCA TCAGCCGTTA CCTCCGCCCC CTCAACCCCC CGCAGGAGCT GCTCGACGCC 
TTCCCCAACA GCCCCCAGGA GGCCACGGAG CTGATAGCTC GGTACGTTTC TCTCATCCCC 
TCCATGCCTG ATAGCGTCTC ATTTGCTGGT GTCTGTGACC TGTGGAGCAC CTGTGACCAA 
TTCCTGACCC TGCTGGCGGG CGATGAGGAG GAACATGCTG TACTGCTCTG TAATTACTTC 
CTATCTATGG GCAAGAAGGC TTGGCTCATC ATCGGCAGCG CCATTCCTGA GGGACCCACA 
GCGTATGTGC TGACCTATGA GCAGAGTCGC TACCTCATCT GGAACCCCAG CAGTGGTCAG 
TACTACGGCC AGTATGACTC CTTCTGCCCT CTACAGACTG TGGGATGCCT GGTCAGTGCT 
GACAATGTAT GGTTCAACAT TCAGGTGTAC ACCTCTCCAC TGAGGATGAG TTTTGATGTC 
ACCAAAGCCA AACTCTGGAA ACCGTTCTTC TCCAGGGCCT TTCCAAGCCC TGGGCTGTCC 
AGTGTTCAGC CTGAGGAGCT GGTGTATCAA CGCACAGACA AGGCATTGGC TGCAGAGCTG 
CAGGACAGGG TTGAGAAGAT TCTAAAAGAG AAGATCATGG AATGGCGGCC CCGACACCCG 
ACCCGCTGGA ATCGCTACTG CACCTCCACC TTGCGCCACT TCCTGCCAAA GCTGGAGCTG 
AGTGGAGGGA GGGACGTGGC CGACGAGCAC CGTCTAGAGT TACAGAGTCT ACTAGGGGAC 
TACAGGATTT CAGGATTCCC CCTGCATCTT CCATTCTCAG AGGTCCGGCC CATTATTGAG 
GCAGTCTATA GTACAGGAGT CCACAACGTG GAGGCGTCCA ATGTGGAGTT TGCCCTGGCA 
GTTCATGTCC ATGCCTACCC TAACAATGTC CTGTCTGTCT GGGTTTACCT GGCCTCACTC 
ATCCGCACAC GATAA

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

PubMed

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cc2d2a cDNA ORF clone, Salmo salar(Atlantic salmon)

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:

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