CC2D2A cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	CC2D2A
Entrez Gene ID	100218908
Full Name	coiled-coil and C2 domain containing 2A
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012573594.2	XP_012429048.2	coiled-coil and C2 domain-containing protein 2A isoform X1
XM_030270767.1	XP_030126627.1	coiled-coil and C2 domain-containing protein 2A isoform X2
XM_030270768.1	XP_030126628.1	coiled-coil and C2 domain-containing protein 2A isoform X3
XM_012573594.1	XP_012429048.1	coiled-coil and C2 domain-containing protein 2A

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)
OTd44127	XM_030270768.1 Latest version!	Taeniopygia guttata coiled-coil and C2 domain containing 2A (CC2D2A), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OTd14608	XM_012573594.1 Latest version!	Taeniopygia guttata coiled-coil and C2 domain containing 2A (CC2D2A), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OTd44125	XM_012573594.2 Latest version!	Taeniopygia guttata coiled-coil and C2 domain containing 2A (CC2D2A), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OTd44126	XM_030270767.1 Latest version!	Taeniopygia guttata coiled-coil and C2 domain containing 2A (CC2D2A), transcript variant X2, 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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5 or more Clone	50% OFF
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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)

CC2D2A ( XM_030270768.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030126628.1 Taeniopygia guttata coiled-coil and C2 domain containing 2A (CC2D2A), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OTd44127
Clone ID Related Accession (Same CDS sequence)	XM_030270768.1
Accession Version	XM_030270768.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4122bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	coiled-coil and C2 domain-containing protein 2A isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 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##

ATGTCGGCAG CACGGCGCAG CGACGCCTCC GAGGCGGTGC GCGAGTTGCC ACCTGTTCCT 
TCTACATCAA GGACAAGCTT TGCAGAGCTT TCTGTTAGGC AGCGAATGAG AGAGAAACTA 
AAAGCAGCAA GGACAAAAGC TGAAATCACC TTATCACAAG AAGACCCCAG TCCACAGCCA 
AGGCACTTAA AAGGCATCAG AGAAAGAAAA CCTGGAGTCA GACTGGATAA AACGTCTGAT 
AATGATAAAT TCAGGGAGAT GTCAGCGGGT GAATCACACT TACCATCAAA AGTAAAGTTT 
CGTGATTCTG TAAAAAAGCT TAAACAAAAG TCAACATTCC AGAATGATTT TCCTTCTGAG 
GAAGAAGCAT ATAATTTCTT TACTTTCAAT TTTGATGCTG TACCAGAGAA AATGAAAGCT 
GGAGCCAGGA AAAAGAATGG ATTAAATGAA GAAGAAGAGG TAGAAGAGGA ATGTGTCGAA 
ACTCACGAAG ATGAACAAGA GGAGGATGAA ATGGATGACG ACGTCCGTCT AGTGAAAGAT 
GATGATTTAT TCATAGGGCA GACAGACGAA GACCTTGTAG TAGTGAAACC TGTTGTCTGT 
GAGAGCTACA CTGAGCAACT GAAAAGGGAA AAAGAATTTC TCTTCATTCC CAGCATGTTA 
GCAGTGCCTG CTTCTGAGAA GATGCCTAGA AATATGCAGC CCAGGTACCT TGAGGATGAA 
GGTCTTTACA CTGGAGAAAG GCCTGTTGTA TCACAATCTA ATCAAAATAT TTTAGAAAAC 
AGAATACTCA GACAGGACCA AGGGAAAGAA TGGTTTGGTG ATGATGGTAA AATCTTAGCA 
TTGCCTAATC CAATTAAACA GTCTTCTACT AGGCCTCCAA TATTCTCACT TGAAGAAGGC 
ATTGCACCAG AATTTGAAAC AGTGTATAGA AAGGCAATAA AAATGACATC TACCAATCAG 
TATTTTGTTG GACCTGGAGA TTTTCAGGGG CTGTTTCAAT TGGATATTGA TATTTCTGGA 
CTGATATTCA CCCATCATCC CTGTTTTAGC CGTGAGCATG TGTTAGCAGC TAAACTGGCT 
CAGTTATATG ATCAGTATTT AGCAAGAAGA CAGAAGAATC TTACCAAACT TCTCACAGAC 
AAGCTGCATG CTTTGAGGAG TGCTGTGCAA TATAGTAGAG AAGGTGGTGG TGATGGTGTT 
CCTGTGGCTC AACAAAGCAT ACCTGAATAC AAAGTGGAGA TCAGACAAAC GAGAAGACTT 
CGTGATGCTG AACAAGAAAA AGACAGAACG TTGCTTAAGA CCATTATCAA AGTTTGGAAA 
CAAATTAAAT CCCTCCGTGA CTTTCAGAAG TTTACTAACA CACCCATGAA ACTTTATTTG 
AGGAAGGAAG AGGTTGATCA GAAATCAGAT GAAAAAGCAT ATGAAGCAGA AATTCAGGCT 
GAGATAAAGG AATTGCTAGA AGAATGTATG GAAGAATATG AAAAGAAAAT GGAGGAGTAT 
AAAACTCAGC TACATGACTG GAAATCCTGG AAGAAGACAC AGAAGTCCAA GAAGAAAAAG 
AAAAAAGATA CTCATGTAGA TGAAGAATCA GACGATCATG ATTTTGGTGA GGAACGGATA 
AAACCCATCC CACCTAGAAT GGCCAATAGC CTGGAAATAG AGCAGCAGGT TAGAGAAAAA 
GCTGACAACT GCAGAAGGAA ACCTGGAGAG CCTATTCTAG TTCCTGAGCT GACCCTCTCA 
GGAAGCATAA CTCCAACTGA GCAGTGTCCT CGAGCAGAAG TTTTGCGACG AGAAGATGTG 
AAGAAACGCT CAGCATTTAT TAAAGTCCTT TTCAACTCCA AAGAAGTGTC AAGGACTGTT 
ACCCGACCAA TAAGTTCCGA TTTTAGAGTT CACTTTGGAC AGATTTTCAA TTTACAAATA 
ATCAATTGGC CAGAGAGTTT GAAACTACAG ATTTATGAAA CGACAGGCAT GAGCAGTACC 
ACCTTGTTAG CTGAAGTGTT CTTACCTGTT CCTGAGACTG CAGTTCTGAC AGGCACTGCT 
CCTCTGGAAG AAGTAGAGTT CAGCAGTGAT CAGCGTGTGA TGTTGGATCA TGAAGGAGTT 
GGGAGTGGTG TGTCCTTTTC ATTTGAAGCT GATGGTAGCA ACAAAATGAC GTTCATGACT 
TCTGGGAAAG TATCCAGTAG TGTCTCTTGG GCAGTTGGAG AAAAAGGAAT CCCCTTAATT 
CCTCCGGTAT CTCAGCAGAG CACAGGCATT CCAAGTGCTT TAAAACATAT TGATGCTATT 
GCATCCATTG GCACATCAGG CTTAACTGAT ATGAAGAAAC TAGCTAAGTG GGCAGCTGAA 
GCAAAACTTG ATCCAAATGA CCCAAACAAT GCAGCTCTAA TGCAGCTGAT CATGATTTCT 
ACAAGTGGAG AGGCACATGT TCCTGATTTC TTCAGATTGG AACAGTTACA GCAAGAATTT 
AATTTTGTTT CTGATGAGGA GTTTAATAGA TCAAAGAGAT TCCGACTCTT ACGGCTCAGA 
AATGAGGAGG TGGCAGAGTT CCGAAACTAT AAGCAAGTCC CTTTACATGA ACGAGAAATC 
AGTGAGAAAA TCTTCCAGGA CTATGAGAAG AGAATGCAAG AGAGGGATGT GATTGACAGC 
AAAAATTACC TAGATGCACA CAGAGCAGTT GTTGCCAGCT ATCTACAGAA GGTTCGAGAA 
TCAGTAATCA ACCGTTTCCT CATAGCAAAA CACCATTTCA TTCTCTCTGA CCTTGTCAAT 
GAAGAGGAGA TTCCAGGCCT GGGCATTTTG GGACTCGGCC TCTTTAAACT GGCAGAGCCA 
AAGCGACCAT TAAGGCCAAG AAGAAAAGAA AGGAAGAAGG TCACAGCACA GAATTTATCA 
GATGGAGACA TAAAACTGTT AGTGAACATC ATCAGAGCCT ATGATATTCC AGTGAGAAAA 
CAAGTTATGA GCAAACTTCA ACAGCCATCG AAGTCTTCAA GGTCCTTTAA TGAGATGTTC 
GCAGCCTCTC CATCAGCTCA GAGCCAACCT AACAGCCCAG ACTGGGCATT CAACCAGGTT 
TTGGTCCGTC CTTTTGTAGA AGTTTCTTTT CAGCGAACAC TCTGCCGGAC AACAACAGCA 
GAAGGTCCAA GCCCATGCTG GAATGAGGAG CTTGAGCTTC CATTTAGAGC TCCTAATGGT 
GACTACAGCA CCCACAGTTT GCAGTCAGTA AAAGATGAAG TCTTCATTAA TGTTTTTGAT 
GAAGTACTTC ATGATGCTGT AGAGGATGAT TGTGAAAGAG GAAGTGGAAT CCACACTCGT 
ATTGAGAGAC ACTGGCTGGG ATGTGTTAAG ATTCCTTTTA CTACCATATA TTTTCAAGCA 
AGGATTGATG GTACATTTAA GATCAATATT CCTCCAGTCC TCCTTGGCTA CAGCAAAGAA 
AAGAACGTGG GCATGGAGAG GGGTTATGAT TCCGTGCGAA ATCTGAGTGA GGGCTCATAC 
ATAACACTGT TTATTACCAT TGAACCACAG CTCATCCCTG GAGAGTCTGT CAGAGAGAAG 
ATGAATGAAA TGCTTAAGAA GTTTGATACC CAAGAAGATG GGAAACTGCT CCAGGCAGCA 
GAACAATATG AAGCTGAATG TACATCAAAG TTTCCAAGCC GCCAGTGCCT AACAACTGTA 
ATTGACCTTG ATGGAAAAAC AGTGTTTATT ACCAGATACA TCAAACCTCT GAATCCACCA 
CAGGAGCTTC TTGATGCTGT CCCAGATAGA TCTCAAACAG CAGCAGAACT GGTGGCTCGA 
TATGTTGCTT TGATTCCTTT TTTGCCAGAT AGTGTGTCAT TCGCTGGAAT TTGTGATTTA 
TGGAGTACAT CAGATCAATT TCTTTATCTT CTGGCGGGAG ATGAGGAAGA ACATGCCGTG 
CTCTTGTGTA ATTATTTTCT TGGTATGGGG AAAAAAGCCT GGCTTATCAC TGGAAATGCC 
ATTCCTGAGG GACCAACTGC ATATGTATTA ACTTTGGAAC AAAGTCAGTA TGTAATTTGG 
AATCCCAGTA CTGGATGTTT TTATGGGCAG TATGATACTT TCTGCCCCTT ACAAAATGTG 
TACTGTCTGA TCAGCTGTGA TAATAAGCAA CTAAGGACTT GA

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

RefSeq	XP_030126628.1
CDS	186..4307
Translation	MSAARRSDASEAVRELPPVPSTSRTSFAELSVRQRMREKLKAARTKAEITLSQEDPSPQPRHLKGIRERKPGVRLDKTSDNDKFREMSAGESHLPSKVKFRDSVKKLKQKSTFQNDFPSEEEAYNFFTFNFDAVPEKMKAGARKKNGLNEEEEVEEECVETHEDEQEEDEMDDDVRLVKDDDLFIGQTDEDLVVVKPVVCESYTEQLKREKEFLFIPSMLAVPASEKMPRNMQPRYLEDEGLYTGERPVVSQSNQNILENRILRQDQGKEWFGDDGKILALPNPIKQSSTRPPIFSLEEGIAPEFETVYRKAIKMTSTNQYFVGPGDFQGLFQLDIDISGLIFTHHPCFSREHVLAAKLAQLYDQYLARRQKNLTKLLTDKLHALRSAVQYSREGGGDGVPVAQQSIPEYKVEIRQTRRLRDAEQEKDRTLLKTIIKVWKQIKSLRDFQKFTNTPMKLYLRKEEVDQKSDEKAYEAEIQAEIKELLEECMEEYEKKMEEYKTQLHDWKSWKKTQKSKKKKKKDTHVDEESDDHDFGEERIKPIPPRMANSLEIEQQVREKADNCRRKPGEPILVPELTLSGSITPTEQCPRAEVLRREDVKKRSAFIKVLFNSKEVSRTVTRPISSDFRVHFGQIFNLQIINWPESLKLQIYETTGMSSTTLLAEVFLPVPETAVLTGTAPLEEVEFSSDQRVMLDHEGVGSGVSFSFEADGSNKMTFMTSGKVSSSVSWAVGEKGIPLIPPVSQQSTGIPSALKHIDAIASIGTSGLTDMKKLAKWAAEAKLDPNDPNNAALMQLIMISTSGEAHVPDFFRLEQLQQEFNFVSDEEFNRSKRFRLLRLRNEEVAEFRNYKQVPLHEREISEKIFQDYEKRMQERDVIDSKNYLDAHRAVVASYLQKVRESVINRFLIAKHHFILSDLVNEEEIPGLGILGLGLFKLAEPKRPLRPRRKERKKVTAQNLSDGDIKLLVNIIRAYDIPVRKQVMSKLQQPSKSSRSFNEMFAASPSAQSQPNSPDWAFNQVLVRPFVEVSFQRTLCRTTTAEGPSPCWNEELELPFRAPNGDYSTHSLQSVKDEVFINVFDEVLHDAVEDDCERGSGIHTRIERHWLGCVKIPFTTIYFQARIDGTFKINIPPVLLGYSKEKNVGMERGYDSVRNLSEGSYITLFITIEPQLIPGESVREKMNEMLKKFDTQEDGKLLQAAEQYEAECTSKFPSRQCLTTVIDLDGKTVFITRYIKPLNPPQELLDAVPDRSQTAAELVARYVALIPFLPDSVSFAGICDLWSTSDQFLYLLAGDEEEHAVLLCNYFLGMGKKAWLITGNAIPEGPTAYVLTLEQSQYVIWNPSTGCFYGQYDTFCPLQNVYCLISCDNKQLRT

Target ORF information:

RefSeq Version	XM_030270768.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata 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_030270768.1

ORF Insert Sequence:

ATGTCGGCAG CACGGCGCAG CGACGCCTCC GAGGCGGTGC GCGAGTTGCC ACCTGTTCCT 
TCTACATCAA GGACAAGCTT TGCAGAGCTT TCTGTTAGGC AGCGAATGAG AGAGAAACTA 
AAAGCAGCAA GGACAAAAGC TGAAATCACC TTATCACAAG AAGACCCCAG TCCACAGCCA 
AGGCACTTAA AAGGCATCAG AGAAAGAAAA CCTGGAGTCA GACTGGATAA AACGTCTGAT 
AATGATAAAT TCAGGGAGAT GTCAGCGGGT GAATCACACT TACCATCAAA AGTAAAGTTT 
CGTGATTCTG TAAAAAAGCT TAAACAAAAG TCAACATTCC AGAATGATTT TCCTTCTGAG 
GAAGAAGCAT ATAATTTCTT TACTTTCAAT TTTGATGCTG TACCAGAGAA AATGAAAGCT 
GGAGCCAGGA AAAAGAATGG ATTAAATGAA GAAGAAGAGG TAGAAGAGGA ATGTGTCGAA 
ACTCACGAAG ATGAACAAGA GGAGGATGAA ATGGATGACG ACGTCCGTCT AGTGAAAGAT 
GATGATTTAT TCATAGGGCA GACAGACGAA GACCTTGTAG TAGTGAAACC TGTTGTCTGT 
GAGAGCTACA CTGAGCAACT GAAAAGGGAA AAAGAATTTC TCTTCATTCC CAGCATGTTA 
GCAGTGCCTG CTTCTGAGAA GATGCCTAGA AATATGCAGC CCAGGTACCT TGAGGATGAA 
GGTCTTTACA CTGGAGAAAG GCCTGTTGTA TCACAATCTA ATCAAAATAT TTTAGAAAAC 
AGAATACTCA GACAGGACCA AGGGAAAGAA TGGTTTGGTG ATGATGGTAA AATCTTAGCA 
TTGCCTAATC CAATTAAACA GTCTTCTACT AGGCCTCCAA TATTCTCACT TGAAGAAGGC 
ATTGCACCAG AATTTGAAAC AGTGTATAGA AAGGCAATAA AAATGACATC TACCAATCAG 
TATTTTGTTG GACCTGGAGA TTTTCAGGGG CTGTTTCAAT TGGATATTGA TATTTCTGGA 
CTGATATTCA CCCATCATCC CTGTTTTAGC CGTGAGCATG TGTTAGCAGC TAAACTGGCT 
CAGTTATATG ATCAGTATTT AGCAAGAAGA CAGAAGAATC TTACCAAACT TCTCACAGAC 
AAGCTGCATG CTTTGAGGAG TGCTGTGCAA TATAGTAGAG AAGGTGGTGG TGATGGTGTT 
CCTGTGGCTC AACAAAGCAT ACCTGAATAC AAAGTGGAGA TCAGACAAAC GAGAAGACTT 
CGTGATGCTG AACAAGAAAA AGACAGAACG TTGCTTAAGA CCATTATCAA AGTTTGGAAA 
CAAATTAAAT CCCTCCGTGA CTTTCAGAAG TTTACTAACA CACCCATGAA ACTTTATTTG 
AGGAAGGAAG AGGTTGATCA GAAATCAGAT GAAAAAGCAT ATGAAGCAGA AATTCAGGCT 
GAGATAAAGG AATTGCTAGA AGAATGTATG GAAGAATATG AAAAGAAAAT GGAGGAGTAT 
AAAACTCAGC TACATGACTG GAAATCCTGG AAGAAGACAC AGAAGTCCAA GAAGAAAAAG 
AAAAAAGATA CTCATGTAGA TGAAGAATCA GACGATCATG ATTTTGGTGA GGAACGGATA 
AAACCCATCC CACCTAGAAT GGCCAATAGC CTGGAAATAG AGCAGCAGGT TAGAGAAAAA 
GCTGACAACT GCAGAAGGAA ACCTGGAGAG CCTATTCTAG TTCCTGAGCT GACCCTCTCA 
GGAAGCATAA CTCCAACTGA GCAGTGTCCT CGAGCAGAAG TTTTGCGACG AGAAGATGTG 
AAGAAACGCT CAGCATTTAT TAAAGTCCTT TTCAACTCCA AAGAAGTGTC AAGGACTGTT 
ACCCGACCAA TAAGTTCCGA TTTTAGAGTT CACTTTGGAC AGATTTTCAA TTTACAAATA 
ATCAATTGGC CAGAGAGTTT GAAACTACAG ATTTATGAAA CGACAGGCAT GAGCAGTACC 
ACCTTGTTAG CTGAAGTGTT CTTACCTGTT CCTGAGACTG CAGTTCTGAC AGGCACTGCT 
CCTCTGGAAG AAGTAGAGTT CAGCAGTGAT CAGCGTGTGA TGTTGGATCA TGAAGGAGTT 
GGGAGTGGTG TGTCCTTTTC ATTTGAAGCT GATGGTAGCA ACAAAATGAC GTTCATGACT 
TCTGGGAAAG TATCCAGTAG TGTCTCTTGG GCAGTTGGAG AAAAAGGAAT CCCCTTAATT 
CCTCCGGTAT CTCAGCAGAG CACAGGCATT CCAAGTGCTT TAAAACATAT TGATGCTATT 
GCATCCATTG GCACATCAGG CTTAACTGAT ATGAAGAAAC TAGCTAAGTG GGCAGCTGAA 
GCAAAACTTG ATCCAAATGA CCCAAACAAT GCAGCTCTAA TGCAGCTGAT CATGATTTCT 
ACAAGTGGAG AGGCACATGT TCCTGATTTC TTCAGATTGG AACAGTTACA GCAAGAATTT 
AATTTTGTTT CTGATGAGGA GTTTAATAGA TCAAAGAGAT TCCGACTCTT ACGGCTCAGA 
AATGAGGAGG TGGCAGAGTT CCGAAACTAT AAGCAAGTCC CTTTACATGA ACGAGAAATC 
AGTGAGAAAA TCTTCCAGGA CTATGAGAAG AGAATGCAAG AGAGGGATGT GATTGACAGC 
AAAAATTACC TAGATGCACA CAGAGCAGTT GTTGCCAGCT ATCTACAGAA GGTTCGAGAA 
TCAGTAATCA ACCGTTTCCT CATAGCAAAA CACCATTTCA TTCTCTCTGA CCTTGTCAAT 
GAAGAGGAGA TTCCAGGCCT GGGCATTTTG GGACTCGGCC TCTTTAAACT GGCAGAGCCA 
AAGCGACCAT TAAGGCCAAG AAGAAAAGAA AGGAAGAAGG TCACAGCACA GAATTTATCA 
GATGGAGACA TAAAACTGTT AGTGAACATC ATCAGAGCCT ATGATATTCC AGTGAGAAAA 
CAAGTTATGA GCAAACTTCA ACAGCCATCG AAGTCTTCAA GGTCCTTTAA TGAGATGTTC 
GCAGCCTCTC CATCAGCTCA GAGCCAACCT AACAGCCCAG ACTGGGCATT CAACCAGGTT 
TTGGTCCGTC CTTTTGTAGA AGTTTCTTTT CAGCGAACAC TCTGCCGGAC AACAACAGCA 
GAAGGTCCAA GCCCATGCTG GAATGAGGAG CTTGAGCTTC CATTTAGAGC TCCTAATGGT 
GACTACAGCA CCCACAGTTT GCAGTCAGTA AAAGATGAAG TCTTCATTAA TGTTTTTGAT 
GAAGTACTTC ATGATGCTGT AGAGGATGAT TGTGAAAGAG GAAGTGGAAT CCACACTCGT 
ATTGAGAGAC ACTGGCTGGG ATGTGTTAAG ATTCCTTTTA CTACCATATA TTTTCAAGCA 
AGGATTGATG GTACATTTAA GATCAATATT CCTCCAGTCC TCCTTGGCTA CAGCAAAGAA 
AAGAACGTGG GCATGGAGAG GGGTTATGAT TCCGTGCGAA ATCTGAGTGA GGGCTCATAC 
ATAACACTGT TTATTACCAT TGAACCACAG CTCATCCCTG GAGAGTCTGT CAGAGAGAAG 
ATGAATGAAA TGCTTAAGAA GTTTGATACC CAAGAAGATG GGAAACTGCT CCAGGCAGCA 
GAACAATATG AAGCTGAATG TACATCAAAG TTTCCAAGCC GCCAGTGCCT AACAACTGTA 
ATTGACCTTG ATGGAAAAAC AGTGTTTATT ACCAGATACA TCAAACCTCT GAATCCACCA 
CAGGAGCTTC TTGATGCTGT CCCAGATAGA TCTCAAACAG CAGCAGAACT GGTGGCTCGA 
TATGTTGCTT TGATTCCTTT TTTGCCAGAT AGTGTGTCAT TCGCTGGAAT TTGTGATTTA 
TGGAGTACAT CAGATCAATT TCTTTATCTT CTGGCGGGAG ATGAGGAAGA ACATGCCGTG 
CTCTTGTGTA ATTATTTTCT TGGTATGGGG AAAAAAGCCT GGCTTATCAC TGGAAATGCC 
ATTCCTGAGG GACCAACTGC ATATGTATTA ACTTTGGAAC AAAGTCAGTA TGTAATTTGG 
AATCCCAGTA CTGGATGTTT TTATGGGCAG TATGATACTT TCTGCCCCTT ACAAAATGTG 
TACTGTCTGA TCAGCTGTGA TAATAAGCAA CTAAGGACTT GA

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

CC2D2A ( XM_012573594.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012429048.1 Taeniopygia guttata coiled-coil and C2 domain containing 2A (CC2D2A), mRNA.

Price & Availability↑

CloneID	OTd14608
Clone ID Related Accession (Same CDS sequence)	XM_012573594.1
Accession Version	XM_012573594.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4548bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	coiled-coil and C2 domain-containing protein 2A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002198637.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGAGAGA AACTAAAAGC AGCAAGGACA AAAGCTGAAA TCACCTTATC ACAAGAAGAC 
CCCAGTCCAC AGCCAAGGCA CTTAAAAGGC ATCAGAGAAA GAAAACCTGG AGTCAGACTG 
GATAAAACGT CTGATAATGA TAAATTCAGG GAGATGTCAG CGGGTGAATC ACACTTACCA 
TCAAAAGTAA AGTTTCGTGA TTCTGTAAAA AAGCTTAAAC AAAAGTCAAC ATTCCAGAAT 
GATTTTCCTT CTGAGGAAGA AGCATATAAT TTCTTTACTT TCAATTTTGA TGCTGTACCA 
GAGAAAATGA AAGCTGGAGC CAGGAAAAAG AATGGATTAA ATGAAGAAGA AGAGGTAGAA 
GAGGAATGTG TCGAAACTCA CGAAGATGAA CAAGAGGAGG ATGAAATGGA TGACGACGTC 
CGTCTAGTGA AAGATGATGA TTTATTCATA GGGCAGACAG ACGAAGACCT TGTAGTAGTG 
AAACCTGTTG TCTGTGAGAG CTACACTGAG CAACTGAAAA GGGAAAAAGA ATTTCTCTTC 
ATTCCCAGCA TGTTAGCAGT GCCTGCTTCT GAGAAGATGC CTAGAAATAT GCAGCCCAGG 
TACCTTGAGG ATGAAGGTCT TTACACTGGA GAAAGGCCTG TTGTATCACA ATCTAATCAA 
AATATTTTAG AAAACAGAAT ACTCAGACAG GACCAAGGGA AAGAATGGTT TGGTGATGAT 
GGCAAAATCT TAGCATTGCC TAATCCAATT AAACAGTCTT CTACTAGGCC TCCAATATTC 
TCACTTGAAG AAGGCATTGC ACCAGAATTT GAAACAGTGT ATAGAAAGGC AATAAAAATG 
ACATCTACCA ATCAGTATTT TGTTGGACCT GGAGATTTTC AGGGGCTGTT TCAATTGGAT 
ATTGATATTT CTGGACTGAT ATTCACCCAT CATCCCTGTT TTAGCCGTGA GCATGTGTTA 
GCAGCTAAAC TGGCTCAGTT ATATGATCAG TATTTAGCAA GAAGACAGAA GAATCTTACC 
AAACTTCTCA CAGACAAGCT GCATGCTTTG AGGAGTGCTG TGCAATATAG TAGAGAAGGT 
GGTGGTGATG GTGTTCCTGT GGCTCAACAA AGCATACCTG AATACAAAGT GGAGATCAGA 
CAAACGAGAA GACTTCGTGA TGCTGAACAA GAAAAAGACA GAACGTTGCT TAAGACCATT 
ATCAAAGTTT GGAAACAAAT TAAATCCCTC CGTGACTTTC AGAAGTTTAC TAACACACCC 
ATGAAACTTT ATTTGAGGAA GGAAGAGGTT GATCAGAAAT CAGATGAAAA AGCATATGAA 
GCAGAAATTC AGGCTGAAAT AAAGGAATTG CTAGAAGAAT GTATGGAAGA ATATGAAAAG 
AAAATGGAGG AGTATAAAAC TGAGCTACAT GACTGGAAAT CCTGGAAGAA GACACAGAAG 
TCCAAGAAGA AAAAGAAAAA AGATACTCAT GTAGATGAAG AATCAGACGA TCATGATTTT 
GGTGAGGAAC GGATAAAACC AATCCCACCT AGAATGGCCA ATAGCCTGGA AATAGAGCAG 
CAGGTTAGAG AAAAAGCTGG CAACTGCAGA AGGAAACCTG GAGAACCTAT TCTAGTTCCT 
GAGCTGACCC TCTCAGGAAG CATAACTCCA ACTGAGCAGT GTCCTCGAGC AGAAGTTTTG 
CGACGAGAAG ATGTGAAGAA ACGCTCAGCA TTTATTAAAG TCCTTTTCAA CTCCAAAGAA 
GTGTCAAGGA CTGTTACCCG ACCAATAAGT TCCGATTTTA GAGTTCACTT TGGACAGATT 
TTCAATTTAC AAATAATCAA TTGGCCAGAG AGTTTGAAAC TACAGATTTA TGAAACGACA 
GGCATGAGCA GTACCACCTT GTTAGCTGAA GTGTTCTTAC CTGTTCCTGA GACTGCAGTT 
CTGACAGGCA CTGCTCCTCT GGAAGAAATA GAGTTCAGCA GTGATCAGCG TGTGATGTTG 
GATCATGAAG GAGTTGGGAG TGGTGTGTCC TTTTCATTTG AAGCTGATGG TAGCAACAAA 
ATGACGTTCA TGACTTCTGG GAAAGTATCC AGTAGTGTCT CTTGGGCAGT TGGAGAAAAA 
GGAATCCCCT TAATTCCTCC GGTATCTCAG CAGAGCACAG GCATTCCAAG TGCTTTAAAA 
CATATTGATG CTATTGCATC CATTGGCACA TCAGGCTTAA CTGATATGAA GAAACTAGCT 
AAGTGGGCAG CTGAAGCAAA ACTTGATCCA AATGACCCAA ACAATGCAGC TCTAATGCAG 
CTGATCATGA TTTCTACAAG TGGAGAGGCA CATGTTCCTG ATTTCTTCAG ATTGGAACAG 
TTACAGCAAG AATTTAATTT TGTTTCTGAT GAGGAGTTTA ATAGATCAAA GAGATTCCGA 
CTCTTACGGC TCAGAAATGA GGAGGTGGCA GAGTTCCGAA ACTATAAGCA AGTCCCTTTA 
CATGAACGAG AAATCAGTGA GAAAATCTTC CAGGACTATG AGAAGAGAAT GCAAGAGAGG 
GATGTGATTG ACAGCAAAAA TTACCTAGAT GCACACAGAG CAGTTGTTGC CAGCTATCTA 
CAGAAGGTTC GAGAATCAGT AATCAACCGT TTCCTCATAG CAAAACACCA TTTCATTCTC 
TCTGACCTTG TCAATGAAGA GGAGATTCCA GGCCTGGGCA TTTTGGGACT CGGCCTCTTT 
AAACTGGCAG AGCCAAAGCG ACCATTAAGA CCAAGAAGAA AAGAAAGGAA GAAGGTCACA 
GCACAGAATT TATCAGATGG AGACATAAAA CTGTTAGTGA ACATCATCAG AGCCTATGAT 
ATTCCAGTGA GAAAACAAGT TATGAGCAAA CTTCAACAGC CATCGAAGTC TTCAAGGTCC 
TTTAATGAGA TGTTCGCAGC CTCTCCATCA GCTCAGAGCC AACCTAACAG CCCAGACTGG 
GCATTCAACC AGGTTTTGGT CTGTCCTTTT GTAGAAGTTT CTTTTCAGCG AACACTCTGC 
CGGACAACAA CAGCAGAAGG TCCAAGCCCC TGCTGGAACG AGGAGCTTGA GCTTCCATTT 
AGAGCTCCTA ATGGTGACTA CAGCACCCAC AGTTTGCAGT CAGTAAAAGA TGAAGTCTTC 
ATTAATGTTT TTGATGAAGT ACTTCATGAT GCTGTAGAGG ATGATTGTGA AAGAGGAAGT 
GGAATCCACA CTCGTATTGA GAGACACTGG CTGGGATGTG TTAAGATTCC TTTTACTACC 
ATATATTTTC AAGCAAGGAT TGATGGTACA TTTAAGATCA ATATTCCTCC AGTCCTCCTT 
GGCTACAGCA AAGAAAAGAA CGTGGGCATG GAGAGGGGTT ATGATTCCGT GCGAAATCTG 
AGTGAGGGCT CATACATAAC ACTGTTTATT ACCATTGAAC CACAGCTCAT CCCCGGAGAG 
TCTGTCAGAG AGAAGATGAA TGAAATGCTT AAGAAGTTTG ATACCCAAGA AGATGGGAAA 
CTGCTCCAGG CAGCAGAACA ATATGAAGCT GAATGTACAT CAAAGTTTCC AAGCCGCCAG 
TGCCTAACAA CTGTAATTGA CCTCGATGGA AAAACAGTGT TTATTACCAG ATACATCAAA 
CCTCTGAATC CACCACAGGA GCTTCTTGAT GCTGTCCCAG ATAGATCTCA AACAGCAGCA 
GAACTGGTGG CTCGATATGT TGCTTTGATT CCTTTTTTGC CAGATAGTGT GTCATTCGCT 
GGAATTTGTG ATTTATGGAG TACATCAGAT CAATTTCTTT ATCTTCTGGC GGGAGATGAG 
GAAGAACATG CCGTGCTCTT GTGTAATTAT TTTCTTGGTA TGGGGAAAAA AGCCTGGCTT 
ATCACTGGAA ATGCCATTCC TGAGGGACCA ACTGCATATG TATTAACTTT GGAACAAAGT 
CAGTATGTAA TTTGGAATCC CAGTACTGGA TGTTTTTATG GGCAGTATGA TACTTTCTGC 
CCCTTACAAA ATGTGTACTG TCTGATCAGC TGTGATAATA TTTGGTTTAA TATGCAAGAA 
TATGATTCCC CAGGAAGGAT ATCTTTTGAT ATCAGCAAAC CAAAACATTG GAAGCCTTTC 
TTTTCAAGAA GTCTGCCATT CCCTGGTCTC CGCAGCATTC AGCCTGAAGA ACTAACTTAT 
GAGCGTTCGG ATAAGGCTGC TGCACTGGAA CTGCAGAGCA GGATTGAAAA AATATTAAAG 
GATAAGATTA TGGAATGGAG ACCAATGCGC CCAACACGTT GGAACAGATA CTGCACCTCC 
ACCCTCCGTA ACTTCTTGCC GCTGCTGGAA CAAAATCAAG GCAAAGATAT AGAAGATGAC 
CATCAGGCAG AGCTGCAAAA ACAGCTGGGA GATTACAGGG TCTCTGGATT TCCTATTCAT 
ATGCCATATT CTGAAGTGAG ACCTTTAATA GAAGCAGTAC ACAGCACAGG AGTTCACACC 
ATTGATGTCT CCAATGTTGA ATTTGCTCTG GCTGTGTATA TTCATGCTTA TCCCCAACAT 
GTTCTCTCTG TATGGATTTA TGTTGCTTCA CTTGTGCGAA ATAGGTAA

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

RefSeq	XP_012429048.1
CDS	57..4604
Translation	MREKLKAARTKAEITLSQEDPSPQPRHLKGIRERKPGVRLDKTSDNDKFREMSAGESHLPSKVKFRDSVKKLKQKSTFQNDFPSEEEAYNFFTFNFDAVPEKMKAGARKKNGLNEEEEVEEECVETHEDEQEEDEMDDDVRLVKDDDLFIGQTDEDLVVVKPVVCESYTEQLKREKEFLFIPSMLAVPASEKMPRNMQPRYLEDEGLYTGERPVVSQSNQNILENRILRQDQGKEWFGDDGKILALPNPIKQSSTRPPIFSLEEGIAPEFETVYRKAIKMTSTNQYFVGPGDFQGLFQLDIDISGLIFTHHPCFSREHVLAAKLAQLYDQYLARRQKNLTKLLTDKLHALRSAVQYSREGGGDGVPVAQQSIPEYKVEIRQTRRLRDAEQEKDRTLLKTIIKVWKQIKSLRDFQKFTNTPMKLYLRKEEVDQKSDEKAYEAEIQAEIKELLEECMEEYEKKMEEYKTELHDWKSWKKTQKSKKKKKKDTHVDEESDDHDFGEERIKPIPPRMANSLEIEQQVREKAGNCRRKPGEPILVPELTLSGSITPTEQCPRAEVLRREDVKKRSAFIKVLFNSKEVSRTVTRPISSDFRVHFGQIFNLQIINWPESLKLQIYETTGMSSTTLLAEVFLPVPETAVLTGTAPLEEIEFSSDQRVMLDHEGVGSGVSFSFEADGSNKMTFMTSGKVSSSVSWAVGEKGIPLIPPVSQQSTGIPSALKHIDAIASIGTSGLTDMKKLAKWAAEAKLDPNDPNNAALMQLIMISTSGEAHVPDFFRLEQLQQEFNFVSDEEFNRSKRFRLLRLRNEEVAEFRNYKQVPLHEREISEKIFQDYEKRMQERDVIDSKNYLDAHRAVVASYLQKVRESVINRFLIAKHHFILSDLVNEEEIPGLGILGLGLFKLAEPKRPLRPRRKERKKVTAQNLSDGDIKLLVNIIRAYDIPVRKQVMSKLQQPSKSSRSFNEMFAASPSAQSQPNSPDWAFNQVLVCPFVEVSFQRTLCRTTTAEGPSPCWNEELELPFRAPNGDYSTHSLQSVKDEVFINVFDEVLHDAVEDDCERGSGIHTRIERHWLGCVKIPFTTIYFQARIDGTFKINIPPVLLGYSKEKNVGMERGYDSVRNLSEGSYITLFITIEPQLIPGESVREKMNEMLKKFDTQEDGKLLQAAEQYEAECTSKFPSRQCLTTVIDLDGKTVFITRYIKPLNPPQELLDAVPDRSQTAAELVARYVALIPFLPDSVSFAGICDLWSTSDQFLYLLAGDEEEHAVLLCNYFLGMGKKAWLITGNAIPEGPTAYVLTLEQSQYVIWNPSTGCFYGQYDTFCPLQNVYCLISCDNIWFNMQEYDSPGRISFDISKPKHWKPFFSRSLPFPGLRSIQPEELTYERSDKAAALELQSRIEKILKDKIMEWRPMRPTRWNRYCTSTLRNFLPLLEQNQGKDIEDDHQAELQKQLGDYRVSGFPIHMPYSEVRPLIEAVHSTGVHTIDVSNVEFALAVYIHAYPQHVLSVWIYVASLVRNR

Target ORF information:

RefSeq Version	XM_012573594.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata coiled-coil and C2 domain containing 2A (CC2D2A), mRNA.

Target ORF information:

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

XM_012573594.1

ORF Insert Sequence:

ATGAGAGAGA AACTAAAAGC AGCAAGGACA AAAGCTGAAA TCACCTTATC ACAAGAAGAC 
CCCAGTCCAC AGCCAAGGCA CTTAAAAGGC ATCAGAGAAA GAAAACCTGG AGTCAGACTG 
GATAAAACGT CTGATAATGA TAAATTCAGG GAGATGTCAG CGGGTGAATC ACACTTACCA 
TCAAAAGTAA AGTTTCGTGA TTCTGTAAAA AAGCTTAAAC AAAAGTCAAC ATTCCAGAAT 
GATTTTCCTT CTGAGGAAGA AGCATATAAT TTCTTTACTT TCAATTTTGA TGCTGTACCA 
GAGAAAATGA AAGCTGGAGC CAGGAAAAAG AATGGATTAA ATGAAGAAGA AGAGGTAGAA 
GAGGAATGTG TCGAAACTCA CGAAGATGAA CAAGAGGAGG ATGAAATGGA TGACGACGTC 
CGTCTAGTGA AAGATGATGA TTTATTCATA GGGCAGACAG ACGAAGACCT TGTAGTAGTG 
AAACCTGTTG TCTGTGAGAG CTACACTGAG CAACTGAAAA GGGAAAAAGA ATTTCTCTTC 
ATTCCCAGCA TGTTAGCAGT GCCTGCTTCT GAGAAGATGC CTAGAAATAT GCAGCCCAGG 
TACCTTGAGG ATGAAGGTCT TTACACTGGA GAAAGGCCTG TTGTATCACA ATCTAATCAA 
AATATTTTAG AAAACAGAAT ACTCAGACAG GACCAAGGGA AAGAATGGTT TGGTGATGAT 
GGCAAAATCT TAGCATTGCC TAATCCAATT AAACAGTCTT CTACTAGGCC TCCAATATTC 
TCACTTGAAG AAGGCATTGC ACCAGAATTT GAAACAGTGT ATAGAAAGGC AATAAAAATG 
ACATCTACCA ATCAGTATTT TGTTGGACCT GGAGATTTTC AGGGGCTGTT TCAATTGGAT 
ATTGATATTT CTGGACTGAT ATTCACCCAT CATCCCTGTT TTAGCCGTGA GCATGTGTTA 
GCAGCTAAAC TGGCTCAGTT ATATGATCAG TATTTAGCAA GAAGACAGAA GAATCTTACC 
AAACTTCTCA CAGACAAGCT GCATGCTTTG AGGAGTGCTG TGCAATATAG TAGAGAAGGT 
GGTGGTGATG GTGTTCCTGT GGCTCAACAA AGCATACCTG AATACAAAGT GGAGATCAGA 
CAAACGAGAA GACTTCGTGA TGCTGAACAA GAAAAAGACA GAACGTTGCT TAAGACCATT 
ATCAAAGTTT GGAAACAAAT TAAATCCCTC CGTGACTTTC AGAAGTTTAC TAACACACCC 
ATGAAACTTT ATTTGAGGAA GGAAGAGGTT GATCAGAAAT CAGATGAAAA AGCATATGAA 
GCAGAAATTC AGGCTGAAAT AAAGGAATTG CTAGAAGAAT GTATGGAAGA ATATGAAAAG 
AAAATGGAGG AGTATAAAAC TGAGCTACAT GACTGGAAAT CCTGGAAGAA GACACAGAAG 
TCCAAGAAGA AAAAGAAAAA AGATACTCAT GTAGATGAAG AATCAGACGA TCATGATTTT 
GGTGAGGAAC GGATAAAACC AATCCCACCT AGAATGGCCA ATAGCCTGGA AATAGAGCAG 
CAGGTTAGAG AAAAAGCTGG CAACTGCAGA AGGAAACCTG GAGAACCTAT TCTAGTTCCT 
GAGCTGACCC TCTCAGGAAG CATAACTCCA ACTGAGCAGT GTCCTCGAGC AGAAGTTTTG 
CGACGAGAAG ATGTGAAGAA ACGCTCAGCA TTTATTAAAG TCCTTTTCAA CTCCAAAGAA 
GTGTCAAGGA CTGTTACCCG ACCAATAAGT TCCGATTTTA GAGTTCACTT TGGACAGATT 
TTCAATTTAC AAATAATCAA TTGGCCAGAG AGTTTGAAAC TACAGATTTA TGAAACGACA 
GGCATGAGCA GTACCACCTT GTTAGCTGAA GTGTTCTTAC CTGTTCCTGA GACTGCAGTT 
CTGACAGGCA CTGCTCCTCT GGAAGAAATA GAGTTCAGCA GTGATCAGCG TGTGATGTTG 
GATCATGAAG GAGTTGGGAG TGGTGTGTCC TTTTCATTTG AAGCTGATGG TAGCAACAAA 
ATGACGTTCA TGACTTCTGG GAAAGTATCC AGTAGTGTCT CTTGGGCAGT TGGAGAAAAA 
GGAATCCCCT TAATTCCTCC GGTATCTCAG CAGAGCACAG GCATTCCAAG TGCTTTAAAA 
CATATTGATG CTATTGCATC CATTGGCACA TCAGGCTTAA CTGATATGAA GAAACTAGCT 
AAGTGGGCAG CTGAAGCAAA ACTTGATCCA AATGACCCAA ACAATGCAGC TCTAATGCAG 
CTGATCATGA TTTCTACAAG TGGAGAGGCA CATGTTCCTG ATTTCTTCAG ATTGGAACAG 
TTACAGCAAG AATTTAATTT TGTTTCTGAT GAGGAGTTTA ATAGATCAAA GAGATTCCGA 
CTCTTACGGC TCAGAAATGA GGAGGTGGCA GAGTTCCGAA ACTATAAGCA AGTCCCTTTA 
CATGAACGAG AAATCAGTGA GAAAATCTTC CAGGACTATG AGAAGAGAAT GCAAGAGAGG 
GATGTGATTG ACAGCAAAAA TTACCTAGAT GCACACAGAG CAGTTGTTGC CAGCTATCTA 
CAGAAGGTTC GAGAATCAGT AATCAACCGT TTCCTCATAG CAAAACACCA TTTCATTCTC 
TCTGACCTTG TCAATGAAGA GGAGATTCCA GGCCTGGGCA TTTTGGGACT CGGCCTCTTT 
AAACTGGCAG AGCCAAAGCG ACCATTAAGA CCAAGAAGAA AAGAAAGGAA GAAGGTCACA 
GCACAGAATT TATCAGATGG AGACATAAAA CTGTTAGTGA ACATCATCAG AGCCTATGAT 
ATTCCAGTGA GAAAACAAGT TATGAGCAAA CTTCAACAGC CATCGAAGTC TTCAAGGTCC 
TTTAATGAGA TGTTCGCAGC CTCTCCATCA GCTCAGAGCC AACCTAACAG CCCAGACTGG 
GCATTCAACC AGGTTTTGGT CTGTCCTTTT GTAGAAGTTT CTTTTCAGCG AACACTCTGC 
CGGACAACAA CAGCAGAAGG TCCAAGCCCC TGCTGGAACG AGGAGCTTGA GCTTCCATTT 
AGAGCTCCTA ATGGTGACTA CAGCACCCAC AGTTTGCAGT CAGTAAAAGA TGAAGTCTTC 
ATTAATGTTT TTGATGAAGT ACTTCATGAT GCTGTAGAGG ATGATTGTGA AAGAGGAAGT 
GGAATCCACA CTCGTATTGA GAGACACTGG CTGGGATGTG TTAAGATTCC TTTTACTACC 
ATATATTTTC AAGCAAGGAT TGATGGTACA TTTAAGATCA ATATTCCTCC AGTCCTCCTT 
GGCTACAGCA AAGAAAAGAA CGTGGGCATG GAGAGGGGTT ATGATTCCGT GCGAAATCTG 
AGTGAGGGCT CATACATAAC ACTGTTTATT ACCATTGAAC CACAGCTCAT CCCCGGAGAG 
TCTGTCAGAG AGAAGATGAA TGAAATGCTT AAGAAGTTTG ATACCCAAGA AGATGGGAAA 
CTGCTCCAGG CAGCAGAACA ATATGAAGCT GAATGTACAT CAAAGTTTCC AAGCCGCCAG 
TGCCTAACAA CTGTAATTGA CCTCGATGGA AAAACAGTGT TTATTACCAG ATACATCAAA 
CCTCTGAATC CACCACAGGA GCTTCTTGAT GCTGTCCCAG ATAGATCTCA AACAGCAGCA 
GAACTGGTGG CTCGATATGT TGCTTTGATT CCTTTTTTGC CAGATAGTGT GTCATTCGCT 
GGAATTTGTG ATTTATGGAG TACATCAGAT CAATTTCTTT ATCTTCTGGC GGGAGATGAG 
GAAGAACATG CCGTGCTCTT GTGTAATTAT TTTCTTGGTA TGGGGAAAAA AGCCTGGCTT 
ATCACTGGAA ATGCCATTCC TGAGGGACCA ACTGCATATG TATTAACTTT GGAACAAAGT 
CAGTATGTAA TTTGGAATCC CAGTACTGGA TGTTTTTATG GGCAGTATGA TACTTTCTGC 
CCCTTACAAA ATGTGTACTG TCTGATCAGC TGTGATAATA TTTGGTTTAA TATGCAAGAA 
TATGATTCCC CAGGAAGGAT ATCTTTTGAT ATCAGCAAAC CAAAACATTG GAAGCCTTTC 
TTTTCAAGAA GTCTGCCATT CCCTGGTCTC CGCAGCATTC AGCCTGAAGA ACTAACTTAT 
GAGCGTTCGG ATAAGGCTGC TGCACTGGAA CTGCAGAGCA GGATTGAAAA AATATTAAAG 
GATAAGATTA TGGAATGGAG ACCAATGCGC CCAACACGTT GGAACAGATA CTGCACCTCC 
ACCCTCCGTA ACTTCTTGCC GCTGCTGGAA CAAAATCAAG GCAAAGATAT AGAAGATGAC 
CATCAGGCAG AGCTGCAAAA ACAGCTGGGA GATTACAGGG TCTCTGGATT TCCTATTCAT 
ATGCCATATT CTGAAGTGAG ACCTTTAATA GAAGCAGTAC ACAGCACAGG AGTTCACACC 
ATTGATGTCT CCAATGTTGA ATTTGCTCTG GCTGTGTATA TTCATGCTTA TCCCCAACAT 
GTTCTCTCTG TATGGATTTA TGTTGCTTCA CTTGTGCGAA ATAGGTAA

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

CC2D2A ( XM_012573594.2 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012429048.2 Taeniopygia guttata coiled-coil and C2 domain containing 2A (CC2D2A), transcript variant X1, mRNA.

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CloneID	OTd44125
Clone ID Related Accession (Same CDS sequence)	XM_012573594.2
Accession Version	XM_012573594.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4653bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
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 (NC_044215.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 9, 2019 this sequence version replaced XM_012573594.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 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##

ATGTCGGCAG CACGGCGCAG CGACGCCTCC GAGGCGGTGC GCGAGTTGCC ACCTGTTCCT 
TCTACATCAA GGACAAGCTT TGCAGAGCTT TCTGTTAGGC AGCGAATGAG AGAGAAACTA 
AAAGCAGCAA GGACAAAAGC TGAAATCACC TTATCACAAG AAGACCCCAG TCCACAGCCA 
AGGCACTTAA AAGGCATCAG AGAAAGAAAA CCTGGAGTCA GACTGGATAA AACGTCTGAT 
AATGATAAAT TCAGGGAGAT GTCAGCGGGT GAATCACACT TACCATCAAA AGTAAAGTTT 
CGTGATTCTG TAAAAAAGCT TAAACAAAAG TCAACATTCC AGAATGATTT TCCTTCTGAG 
GAAGAAGCAT ATAATTTCTT TACTTTCAAT TTTGATGCTG TACCAGAGAA AATGAAAGCT 
GGAGCCAGGA AAAAGAATGG ATTAAATGAA GAAGAAGAGG TAGAAGAGGA ATGTGTCGAA 
ACTCACGAAG ATGAACAAGA GGAGGATGAA ATGGATGACG ACGTCCGTCT AGTGAAAGAT 
GATGATTTAT TCATAGGGCA GACAGACGAA GACCTTGTAG TAGTGAAACC TGTTGTCTGT 
GAGAGCTACA CTGAGCAACT GAAAAGGGAA AAAGAATTTC TCTTCATTCC CAGCATGTTA 
GCAGTGCCTG CTTCTGAGAA GATGCCTAGA AATATGCAGC CCAGGTACCT TGAGGATGAA 
GGTCTTTACA CTGGAGAAAG GCCTGTTGTA TCACAATCTA ATCAAAATAT TTTAGAAAAC 
AGAATACTCA GACAGGACCA AGGGAAAGAA TGGTTTGGTG ATGATGGTAA AATCTTAGCA 
TTGCCTAATC CAATTAAACA GTCTTCTACT AGGCCTCCAA TATTCTCACT TGAAGAAGGC 
ATTGCACCAG AATTTGAAAC AGTGTATAGA AAGGCAATAA AAATGACATC TACCAATCAG 
TATTTTGTTG GACCTGGAGA TTTTCAGGGG CTGTTTCAAT TGGATATTGA TATTTCTGGA 
CTGATATTCA CCCATCATCC CTGTTTTAGC CGTGAGCATG TGTTAGCAGC TAAACTGGCT 
CAGTTATATG ATCAGTATTT AGCAAGAAGA CAGAAGAATC TTACCAAACT TCTCACAGAC 
AAGCTGCATG CTTTGAGGAG TGCTGTGCAA TATAGTAGAG AAGGTGGTGG TGATGGTGTT 
CCTGTGGCTC AACAAAGCAT ACCTGAATAC AAAGTGGAGA TCAGACAAAC GAGAAGACTT 
CGTGATGCTG AACAAGAAAA AGACAGAACG TTGCTTAAGA CCATTATCAA AGTTTGGAAA 
CAAATTAAAT CCCTCCGTGA CTTTCAGAAG TTTACTAACA CACCCATGAA ACTTTATTTG 
AGGAAGGAAG AGGTTGATCA GAAATCAGAT GAAAAAGCAT ATGAAGCAGA AATTCAGGCT 
GAGATAAAGG AATTGCTAGA AGAATGTATG GAAGAATATG AAAAGAAAAT GGAGGAGTAT 
AAAACTCAGC TACATGACTG GAAATCCTGG AAGAAGACAC AGAAGTCCAA GAAGAAAAAG 
AAAAAAGATA CTCATGTAGA TGAAGAATCA GACGATCATG ATTTTGGTGA GGAACGGATA 
AAACCCATCC CACCTAGAAT GGCCAATAGC CTGGAAATAG AGCAGCAGGT TAGAGAAAAA 
GCTGACAACT GCAGAAGGAA ACCTGGAGAG CCTATTCTAG TTCCTGAGCT GACCCTCTCA 
GGAAGCATAA CTCCAACTGA GCAGTGTCCT CGAGCAGAAG TTTTGCGACG AGAAGATGTG 
AAGAAACGCT CAGCATTTAT TAAAGTCCTT TTCAACTCCA AAGAAGTGTC AAGGACTGTT 
ACCCGACCAA TAAGTTCCGA TTTTAGAGTT CACTTTGGAC AGATTTTCAA TTTACAAATA 
ATCAATTGGC CAGAGAGTTT GAAACTACAG ATTTATGAAA CGACAGGCAT GAGCAGTACC 
ACCTTGTTAG CTGAAGTGTT CTTACCTGTT CCTGAGACTG CAGTTCTGAC AGGCACTGCT 
CCTCTGGAAG AAGTAGAGTT CAGCAGTGAT CAGCGTGTGA TGTTGGATCA TGAAGGAGTT 
GGGAGTGGTG TGTCCTTTTC ATTTGAAGCT GATGGTAGCA ACAAAATGAC GTTCATGACT 
TCTGGGAAAG TATCCAGTAG TGTCTCTTGG GCAGTTGGAG AAAAAGGAAT CCCCTTAATT 
CCTCCGGTAT CTCAGCAGAG CACAGGCATT CCAAGTGCTT TAAAACATAT TGATGCTATT 
GCATCCATTG GCACATCAGG CTTAACTGAT ATGAAGAAAC TAGCTAAGTG GGCAGCTGAA 
GCAAAACTTG ATCCAAATGA CCCAAACAAT GCAGCTCTAA TGCAGCTGAT CATGATTTCT 
ACAAGTGGAG AGGCACATGT TCCTGATTTC TTCAGATTGG AACAGTTACA GCAAGAATTT 
AATTTTGTTT CTGATGAGGA GTTTAATAGA TCAAAGAGAT TCCGACTCTT ACGGCTCAGA 
AATGAGGAGG TGGCAGAGTT CCGAAACTAT AAGCAAGTCC CTTTACATGA ACGAGAAATC 
AGTGAGAAAA TCTTCCAGGA CTATGAGAAG AGAATGCAAG AGAGGGATGT GATTGACAGC 
AAAAATTACC TAGATGCACA CAGAGCAGTT GTTGCCAGCT ATCTACAGAA GGTTCGAGAA 
TCAGTAATCA ACCGTTTCCT CATAGCAAAA CACCATTTCA TTCTCTCTGA CCTTGTCAAT 
GAAGAGGAGA TTCCAGGCCT GGGCATTTTG GGACTCGGCC TCTTTAAACT GGCAGAGCCA 
AAGCGACCAT TAAGGCCAAG AAGAAAAGAA AGGAAGAAGG TCACAGCACA GAATTTATCA 
GATGGAGACA TAAAACTGTT AGTGAACATC ATCAGAGCCT ATGATATTCC AGTGAGAAAA 
CAAGTTATGA GCAAACTTCA ACAGCCATCG AAGTCTTCAA GGTCCTTTAA TGAGATGTTC 
GCAGCCTCTC CATCAGCTCA GAGCCAACCT AACAGCCCAG ACTGGGCATT CAACCAGGTT 
TTGGTCCGTC CTTTTGTAGA AGTTTCTTTT CAGCGAACAC TCTGCCGGAC AACAACAGCA 
GAAGGTCCAA GCCCATGCTG GAATGAGGAG CTTGAGCTTC CATTTAGAGC TCCTAATGGT 
GACTACAGCA CCCACAGTTT GCAGTCAGTA AAAGATGAAG TCTTCATTAA TGTTTTTGAT 
GAAGTACTTC ATGATGCTGT AGAGGATGAT TGTGAAAGAG GAAGTGGAAT CCACACTCGT 
ATTGAGAGAC ACTGGCTGGG ATGTGTTAAG ATTCCTTTTA CTACCATATA TTTTCAAGCA 
AGGATTGATG GTACATTTAA GATCAATATT CCTCCAGTCC TCCTTGGCTA CAGCAAAGAA 
AAGAACGTGG GCATGGAGAG GGGTTATGAT TCCGTGCGAA ATCTGAGTGA GGGCTCATAC 
ATAACACTGT TTATTACCAT TGAACCACAG CTCATCCCTG GAGAGTCTGT CAGAGAGAAG 
ATGAATGAAA TGCTTAAGAA GTTTGATACC CAAGAAGATG GGAAACTGCT CCAGGCAGCA 
GAACAATATG AAGCTGAATG TACATCAAAG TTTCCAAGCC GCCAGTGCCT AACAACTGTA 
ATTGACCTTG ATGGAAAAAC AGTGTTTATT ACCAGATACA TCAAACCTCT GAATCCACCA 
CAGGAGCTTC TTGATGCTGT CCCAGATAGA TCTCAAACAG CAGCAGAACT GGTGGCTCGA 
TATGTTGCTT TGATTCCTTT TTTGCCAGAT AGTGTGTCAT TCGCTGGAAT TTGTGATTTA 
TGGAGTACAT CAGATCAATT TCTTTATCTT CTGGCGGGAG ATGAGGAAGA ACATGCCGTG 
CTCTTGTGTA ATTATTTTCT TGGTATGGGG AAAAAAGCCT GGCTTATCAC TGGAAATGCC 
ATTCCTGAGG GACCAACTGC ATATGTATTA ACTTTGGAAC AAAGTCAGTA TGTAATTTGG 
AATCCCAGTA CTGGATGTTT TTATGGGCAG TATGATACTT TCTGCCCCTT ACAAAATGTG 
TACTGTCTGA TCAGCTGTGA TAATATTTGG TTTAATATGC AAGAATATGA TTCCCCAGGA 
AGGATATCTT TTGATATCAG CAAACCAAAA CATTGGAAGC CTTTCTTTTC AAGAAGTCTG 
CCATTCCCTG GTCTCCGCAG CATTCAGCCT GAAGAACTAA CTTATGAGCG TTCGGATAAG 
GCTGCTGCAC TGGAACTGCA GAGCAGGATT GAAAAAATAT TAAAGGATAA GATTATGGAA 
TGGAGACCAA TGCGCCCAAC ACGTTGGAAC AGATACTGCA CCTCCACCCT CCGTAACTTC 
TTGCCGCTGC TGGAACAAAA TCAAGGCAAA GATATAGAAG ATGACCATCA GGCAGAGCTG 
CAAAAACAGC TGGGAGATTA CAGGGTCTCT GGATTTCCTA TTCATATGCC ATATTCTGAA 
GTGAGACCTT TAATAGAAGC AGTACACAGC ACAGGAGTTC ACACCATTGA TGTCTCCAAT 
GTTGAATTTG CTCTGGCTGT GTATATTCAT GCTTATCCCC AACATGTTCT CTCTGTATGG 
ATTTATGTTG CTTCACTTGT GCGAAATAGG TAA

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

RefSeq	XP_012429048.2
CDS	186..4838
Translation	MSAARRSDASEAVRELPPVPSTSRTSFAELSVRQRMREKLKAARTKAEITLSQEDPSPQPRHLKGIRERKPGVRLDKTSDNDKFREMSAGESHLPSKVKFRDSVKKLKQKSTFQNDFPSEEEAYNFFTFNFDAVPEKMKAGARKKNGLNEEEEVEEECVETHEDEQEEDEMDDDVRLVKDDDLFIGQTDEDLVVVKPVVCESYTEQLKREKEFLFIPSMLAVPASEKMPRNMQPRYLEDEGLYTGERPVVSQSNQNILENRILRQDQGKEWFGDDGKILALPNPIKQSSTRPPIFSLEEGIAPEFETVYRKAIKMTSTNQYFVGPGDFQGLFQLDIDISGLIFTHHPCFSREHVLAAKLAQLYDQYLARRQKNLTKLLTDKLHALRSAVQYSREGGGDGVPVAQQSIPEYKVEIRQTRRLRDAEQEKDRTLLKTIIKVWKQIKSLRDFQKFTNTPMKLYLRKEEVDQKSDEKAYEAEIQAEIKELLEECMEEYEKKMEEYKTQLHDWKSWKKTQKSKKKKKKDTHVDEESDDHDFGEERIKPIPPRMANSLEIEQQVREKADNCRRKPGEPILVPELTLSGSITPTEQCPRAEVLRREDVKKRSAFIKVLFNSKEVSRTVTRPISSDFRVHFGQIFNLQIINWPESLKLQIYETTGMSSTTLLAEVFLPVPETAVLTGTAPLEEVEFSSDQRVMLDHEGVGSGVSFSFEADGSNKMTFMTSGKVSSSVSWAVGEKGIPLIPPVSQQSTGIPSALKHIDAIASIGTSGLTDMKKLAKWAAEAKLDPNDPNNAALMQLIMISTSGEAHVPDFFRLEQLQQEFNFVSDEEFNRSKRFRLLRLRNEEVAEFRNYKQVPLHEREISEKIFQDYEKRMQERDVIDSKNYLDAHRAVVASYLQKVRESVINRFLIAKHHFILSDLVNEEEIPGLGILGLGLFKLAEPKRPLRPRRKERKKVTAQNLSDGDIKLLVNIIRAYDIPVRKQVMSKLQQPSKSSRSFNEMFAASPSAQSQPNSPDWAFNQVLVRPFVEVSFQRTLCRTTTAEGPSPCWNEELELPFRAPNGDYSTHSLQSVKDEVFINVFDEVLHDAVEDDCERGSGIHTRIERHWLGCVKIPFTTIYFQARIDGTFKINIPPVLLGYSKEKNVGMERGYDSVRNLSEGSYITLFITIEPQLIPGESVREKMNEMLKKFDTQEDGKLLQAAEQYEAECTSKFPSRQCLTTVIDLDGKTVFITRYIKPLNPPQELLDAVPDRSQTAAELVARYVALIPFLPDSVSFAGICDLWSTSDQFLYLLAGDEEEHAVLLCNYFLGMGKKAWLITGNAIPEGPTAYVLTLEQSQYVIWNPSTGCFYGQYDTFCPLQNVYCLISCDNIWFNMQEYDSPGRISFDISKPKHWKPFFSRSLPFPGLRSIQPEELTYERSDKAAALELQSRIEKILKDKIMEWRPMRPTRWNRYCTSTLRNFLPLLEQNQGKDIEDDHQAELQKQLGDYRVSGFPIHMPYSEVRPLIEAVHSTGVHTIDVSNVEFALAVYIHAYPQHVLSVWIYVASLVRNR

Target ORF information:

RefSeq Version	XM_012573594.2
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata 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_012573594.2

ORF Insert Sequence:

ATGTCGGCAG CACGGCGCAG CGACGCCTCC GAGGCGGTGC GCGAGTTGCC ACCTGTTCCT 
TCTACATCAA GGACAAGCTT TGCAGAGCTT TCTGTTAGGC AGCGAATGAG AGAGAAACTA 
AAAGCAGCAA GGACAAAAGC TGAAATCACC TTATCACAAG AAGACCCCAG TCCACAGCCA 
AGGCACTTAA AAGGCATCAG AGAAAGAAAA CCTGGAGTCA GACTGGATAA AACGTCTGAT 
AATGATAAAT TCAGGGAGAT GTCAGCGGGT GAATCACACT TACCATCAAA AGTAAAGTTT 
CGTGATTCTG TAAAAAAGCT TAAACAAAAG TCAACATTCC AGAATGATTT TCCTTCTGAG 
GAAGAAGCAT ATAATTTCTT TACTTTCAAT TTTGATGCTG TACCAGAGAA AATGAAAGCT 
GGAGCCAGGA AAAAGAATGG ATTAAATGAA GAAGAAGAGG TAGAAGAGGA ATGTGTCGAA 
ACTCACGAAG ATGAACAAGA GGAGGATGAA ATGGATGACG ACGTCCGTCT AGTGAAAGAT 
GATGATTTAT TCATAGGGCA GACAGACGAA GACCTTGTAG TAGTGAAACC TGTTGTCTGT 
GAGAGCTACA CTGAGCAACT GAAAAGGGAA AAAGAATTTC TCTTCATTCC CAGCATGTTA 
GCAGTGCCTG CTTCTGAGAA GATGCCTAGA AATATGCAGC CCAGGTACCT TGAGGATGAA 
GGTCTTTACA CTGGAGAAAG GCCTGTTGTA TCACAATCTA ATCAAAATAT TTTAGAAAAC 
AGAATACTCA GACAGGACCA AGGGAAAGAA TGGTTTGGTG ATGATGGTAA AATCTTAGCA 
TTGCCTAATC CAATTAAACA GTCTTCTACT AGGCCTCCAA TATTCTCACT TGAAGAAGGC 
ATTGCACCAG AATTTGAAAC AGTGTATAGA AAGGCAATAA AAATGACATC TACCAATCAG 
TATTTTGTTG GACCTGGAGA TTTTCAGGGG CTGTTTCAAT TGGATATTGA TATTTCTGGA 
CTGATATTCA CCCATCATCC CTGTTTTAGC CGTGAGCATG TGTTAGCAGC TAAACTGGCT 
CAGTTATATG ATCAGTATTT AGCAAGAAGA CAGAAGAATC TTACCAAACT TCTCACAGAC 
AAGCTGCATG CTTTGAGGAG TGCTGTGCAA TATAGTAGAG AAGGTGGTGG TGATGGTGTT 
CCTGTGGCTC AACAAAGCAT ACCTGAATAC AAAGTGGAGA TCAGACAAAC GAGAAGACTT 
CGTGATGCTG AACAAGAAAA AGACAGAACG TTGCTTAAGA CCATTATCAA AGTTTGGAAA 
CAAATTAAAT CCCTCCGTGA CTTTCAGAAG TTTACTAACA CACCCATGAA ACTTTATTTG 
AGGAAGGAAG AGGTTGATCA GAAATCAGAT GAAAAAGCAT ATGAAGCAGA AATTCAGGCT 
GAGATAAAGG AATTGCTAGA AGAATGTATG GAAGAATATG AAAAGAAAAT GGAGGAGTAT 
AAAACTCAGC TACATGACTG GAAATCCTGG AAGAAGACAC AGAAGTCCAA GAAGAAAAAG 
AAAAAAGATA CTCATGTAGA TGAAGAATCA GACGATCATG ATTTTGGTGA GGAACGGATA 
AAACCCATCC CACCTAGAAT GGCCAATAGC CTGGAAATAG AGCAGCAGGT TAGAGAAAAA 
GCTGACAACT GCAGAAGGAA ACCTGGAGAG CCTATTCTAG TTCCTGAGCT GACCCTCTCA 
GGAAGCATAA CTCCAACTGA GCAGTGTCCT CGAGCAGAAG TTTTGCGACG AGAAGATGTG 
AAGAAACGCT CAGCATTTAT TAAAGTCCTT TTCAACTCCA AAGAAGTGTC AAGGACTGTT 
ACCCGACCAA TAAGTTCCGA TTTTAGAGTT CACTTTGGAC AGATTTTCAA TTTACAAATA 
ATCAATTGGC CAGAGAGTTT GAAACTACAG ATTTATGAAA CGACAGGCAT GAGCAGTACC 
ACCTTGTTAG CTGAAGTGTT CTTACCTGTT CCTGAGACTG CAGTTCTGAC AGGCACTGCT 
CCTCTGGAAG AAGTAGAGTT CAGCAGTGAT CAGCGTGTGA TGTTGGATCA TGAAGGAGTT 
GGGAGTGGTG TGTCCTTTTC ATTTGAAGCT GATGGTAGCA ACAAAATGAC GTTCATGACT 
TCTGGGAAAG TATCCAGTAG TGTCTCTTGG GCAGTTGGAG AAAAAGGAAT CCCCTTAATT 
CCTCCGGTAT CTCAGCAGAG CACAGGCATT CCAAGTGCTT TAAAACATAT TGATGCTATT 
GCATCCATTG GCACATCAGG CTTAACTGAT ATGAAGAAAC TAGCTAAGTG GGCAGCTGAA 
GCAAAACTTG ATCCAAATGA CCCAAACAAT GCAGCTCTAA TGCAGCTGAT CATGATTTCT 
ACAAGTGGAG AGGCACATGT TCCTGATTTC TTCAGATTGG AACAGTTACA GCAAGAATTT 
AATTTTGTTT CTGATGAGGA GTTTAATAGA TCAAAGAGAT TCCGACTCTT ACGGCTCAGA 
AATGAGGAGG TGGCAGAGTT CCGAAACTAT AAGCAAGTCC CTTTACATGA ACGAGAAATC 
AGTGAGAAAA TCTTCCAGGA CTATGAGAAG AGAATGCAAG AGAGGGATGT GATTGACAGC 
AAAAATTACC TAGATGCACA CAGAGCAGTT GTTGCCAGCT ATCTACAGAA GGTTCGAGAA 
TCAGTAATCA ACCGTTTCCT CATAGCAAAA CACCATTTCA TTCTCTCTGA CCTTGTCAAT 
GAAGAGGAGA TTCCAGGCCT GGGCATTTTG GGACTCGGCC TCTTTAAACT GGCAGAGCCA 
AAGCGACCAT TAAGGCCAAG AAGAAAAGAA AGGAAGAAGG TCACAGCACA GAATTTATCA 
GATGGAGACA TAAAACTGTT AGTGAACATC ATCAGAGCCT ATGATATTCC AGTGAGAAAA 
CAAGTTATGA GCAAACTTCA ACAGCCATCG AAGTCTTCAA GGTCCTTTAA TGAGATGTTC 
GCAGCCTCTC CATCAGCTCA GAGCCAACCT AACAGCCCAG ACTGGGCATT CAACCAGGTT 
TTGGTCCGTC CTTTTGTAGA AGTTTCTTTT CAGCGAACAC TCTGCCGGAC AACAACAGCA 
GAAGGTCCAA GCCCATGCTG GAATGAGGAG CTTGAGCTTC CATTTAGAGC TCCTAATGGT 
GACTACAGCA CCCACAGTTT GCAGTCAGTA AAAGATGAAG TCTTCATTAA TGTTTTTGAT 
GAAGTACTTC ATGATGCTGT AGAGGATGAT TGTGAAAGAG GAAGTGGAAT CCACACTCGT 
ATTGAGAGAC ACTGGCTGGG ATGTGTTAAG ATTCCTTTTA CTACCATATA TTTTCAAGCA 
AGGATTGATG GTACATTTAA GATCAATATT CCTCCAGTCC TCCTTGGCTA CAGCAAAGAA 
AAGAACGTGG GCATGGAGAG GGGTTATGAT TCCGTGCGAA ATCTGAGTGA GGGCTCATAC 
ATAACACTGT TTATTACCAT TGAACCACAG CTCATCCCTG GAGAGTCTGT CAGAGAGAAG 
ATGAATGAAA TGCTTAAGAA GTTTGATACC CAAGAAGATG GGAAACTGCT CCAGGCAGCA 
GAACAATATG AAGCTGAATG TACATCAAAG TTTCCAAGCC GCCAGTGCCT AACAACTGTA 
ATTGACCTTG ATGGAAAAAC AGTGTTTATT ACCAGATACA TCAAACCTCT GAATCCACCA 
CAGGAGCTTC TTGATGCTGT CCCAGATAGA TCTCAAACAG CAGCAGAACT GGTGGCTCGA 
TATGTTGCTT TGATTCCTTT TTTGCCAGAT AGTGTGTCAT TCGCTGGAAT TTGTGATTTA 
TGGAGTACAT CAGATCAATT TCTTTATCTT CTGGCGGGAG ATGAGGAAGA ACATGCCGTG 
CTCTTGTGTA ATTATTTTCT TGGTATGGGG AAAAAAGCCT GGCTTATCAC TGGAAATGCC 
ATTCCTGAGG GACCAACTGC ATATGTATTA ACTTTGGAAC AAAGTCAGTA TGTAATTTGG 
AATCCCAGTA CTGGATGTTT TTATGGGCAG TATGATACTT TCTGCCCCTT ACAAAATGTG 
TACTGTCTGA TCAGCTGTGA TAATATTTGG TTTAATATGC AAGAATATGA TTCCCCAGGA 
AGGATATCTT TTGATATCAG CAAACCAAAA CATTGGAAGC CTTTCTTTTC AAGAAGTCTG 
CCATTCCCTG GTCTCCGCAG CATTCAGCCT GAAGAACTAA CTTATGAGCG TTCGGATAAG 
GCTGCTGCAC TGGAACTGCA GAGCAGGATT GAAAAAATAT TAAAGGATAA GATTATGGAA 
TGGAGACCAA TGCGCCCAAC ACGTTGGAAC AGATACTGCA CCTCCACCCT CCGTAACTTC 
TTGCCGCTGC TGGAACAAAA TCAAGGCAAA GATATAGAAG ATGACCATCA GGCAGAGCTG 
CAAAAACAGC TGGGAGATTA CAGGGTCTCT GGATTTCCTA TTCATATGCC ATATTCTGAA 
GTGAGACCTT TAATAGAAGC AGTACACAGC ACAGGAGTTC ACACCATTGA TGTCTCCAAT 
GTTGAATTTG CTCTGGCTGT GTATATTCAT GCTTATCCCC AACATGTTCT CTCTGTATGG 
ATTTATGTTG CTTCACTTGT GCGAAATAGG TAA

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

CC2D2A ( XM_030270767.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030126627.1 Taeniopygia guttata coiled-coil and C2 domain containing 2A (CC2D2A), transcript variant X2, mRNA.

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CloneID	OTd44126
Clone ID Related Accession (Same CDS sequence)	XM_030270767.1
Accession Version	XM_030270767.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4632bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
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 (NC_044215.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 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##

ATGTCGGCAG CACGGCGCAG CGACGCCTCC GAGGCGGTGC GCGAGTTGCC ACCTGTTCCT 
TCTACATCAA GGACAAGCTT TGCAGAGCTT TCTGTTAGGC AGCGAATGAG AGAGAAACTA 
AAAGCAGCAA GGACAAAAGC TGAAATCACC TTATCACAAG AAGACCCCAG TCCACAGCCA 
AGGCACTTAA AAGGCATCAG AGAAAGAAAA CCTGGAGTCA GACTGGATAA AACGTCTGAT 
AATGATAAAT TCAGGGAGAT GTCAGCGGGT GAATCACACT TACCATCAAA AGTAAAGTTT 
CGTGATTCTG TAAAAAAGCT TAAACAAAAG TCAACATTCC AGAATGATTT TCCTTCTGAG 
GAAGAAGCAT ATAATTTCTT TACTTTCAAT TTTGATGCTG TACCAGAGAA AATGAAAGCT 
GGAGCCAGGA AAAAGAATGG ATTAAATGAA GAAGAAGAGG TAGAAGAGGA ATGTGTCGAA 
ACTCACGAAG ATGAACAAGA GGAGGATGAA ATGGATGACG ACGTCCGTCT AGTGAAAGAT 
GATGATTTAT TCATAGGGCA GACAGACGAA GACCTTGTAG TAGTGAAACC TGTTGTCTGT 
GAGAGCTACA CTGAGCAACT GAAAAGGGAA AAAGAATTTC TCTTCATTCC CAGCATGTTA 
GCAGTGCCTG CTTCTGAGAA GATGCCTAGA AATATGCAGC CCAGGTACCT TGAGGATGAA 
GGTCTTTACA CTGGAGAAAG GCCTGTTGTA TCACAATCTA ATCAAAATAT TTTAGAAAAC 
AGAATACTCA GACAGGACCA AGGGAAAGAA TGGTTTGGTG ATGATGGTAA AATCTTAGCA 
TTGCCTAATC CAATTAAACA GTCTTCTACT AGGCCTCCAA TATTCTCACT TGAAGAAGGC 
ATTGCACCAG AATTTGAAAC AGTGTATAGA AAGGCAATAA AAATGACATC TACCAATCAG 
TATTTTGTTG GACCTGGAGA TTTTCAGGGG CTGTTTCAAT TGGATATTGA TATTTCTGGA 
CTGATATTCA CCCATCATCC CTGTTTTAGC CGTGAGCATG TGTTAGCAGC TAAACTGGCT 
CAGTTATATG ATCAGTATTT AGCAAGAAGA CAGAAGAATC TTACCAAACT TCTCACAGAC 
AAGCTGCATG CTTTGAGGAG TGCTGTGCAA TATAGTAGAG AAGGTGGTGG TGATGGTGTT 
CCTGTGGCTC AACAAAGCAT ACCTGAATAC AAAGTGGAGA TCAGACAAAC GAGAAGACTT 
CGTGATGCTG AACAAGAAAA AGACAGAACG TTGCTTAAGA CCATTATCAA AGTTTGGAAA 
CAAATTAAAT CCCTCCGTGA CTTTCAGAAG TTTACTAACA CACCCATGAA ACTTTATTTG 
AGGAAGGAAG AGGTTGATCA GAAATCAGAT GAAAAAGCAT ATGAAGCAGA AATTCAGGCT 
GAGATAAAGG AATTGCTAGA AGAATGTATG GAAGAATATG AAAAGAAAAT GGAGGAGTAT 
AAAACTCAGC TACATGACTG GAAATCCTGG AAGAAGACAC AGAAGTCCAA GAAGAAAAAG 
AAAAAAGATA CTCATGTAGA TGAAGAATCA GACGATCATG ATTTTGGTGA GGAACGGATA 
AAACCCATCC CACCTAGAAT GGCCAATAGC CTGGAAATAG AGCAGCAGGT TAGAGAAAAA 
GCTGACAACT GCAGAAGGAA ACCTGGAGAG CCTATTCTAG TTCCTGAGCT GACCCTCTCA 
GGAAGCATAA CTCCAACTGA GCAGTGTCCT CGAGCAGAAG TTTTGCGACG AGAAGATGTG 
AAGAAACGCT CAGCATTTAT TAAAGTCCTT TTCAACTCCA AAGAAGTGTC AAGGACTGTT 
ACCCGACCAA TAAGTTCCGA TTTTAGAGTT CACTTTGGAC AGATTTTCAA TTTACAAATA 
ATCAATTGGC CAGAGAGTTT GAAACTACAG ATTTATGAAA CGACAGGCAT GAGCAGTACC 
ACCTTGTTAG CTGAAGTGTT CTTACCTGTT CCTGAGACTG CAGTTCTGAC AGGCACTGCT 
CCTCTGGAAG AAGTAGAGTT CAGCAGTGAT CAGCGTGTGA TGTTGGATCA TGAAGGAGTT 
GGGAGTGGTG TGTCCTTTTC ATTTGAAGCT GATGGTAGCA ACAAAATGAC GTTCATGACT 
TCTGGGAAAG TATCCAGTAG TGTCTCTTGG GCAGTTGGAG AAAAAGGAAT CCCCTTAATT 
CCTCCGGTAT CTCAGCAGAG CACAGGCATT CCAAGTGCTT TAAAACATAT TGATGCTATT 
GCATCCATTG GCACATCAGG CTTAACTGAT ATGAAGAAAC TAGCTAAGTG GGCAGCTGAA 
GCAAAACTTG ATCCAAATGA CCCAAACAAT GCAGCTCTAA TGCAGCTGAT CATGATTTCT 
ACAAGTGGAG AGGCACATGT TCCTGATTTC TTCAGATTGG AACAGTTACA GCAAGAATTT 
AATTTTGTTT CTGATGAGGA GTTTAATAGA TCAAAGAGAT TCCGACTCTT ACGGCTCAGA 
AATGAGGAGG TGGCAGAGTT CCGAAACTAT AAGCAAGTCC CTTTACATGA ACGAGAAATC 
AGTGAGAAAA TCTTCCAGGA CTATGAGAAG AGAATGCAAG AGAGGGATGT GATTGACAGC 
AAAAATTACC TAGATGCACA CAGAGCAGTT GTTGCCAGCT ATCTACAGAA GGTTCGAGAA 
TCAGTAATCA ACCGTTTCCT CATAGCAAAA CACCATTTCA TTCTCTCTGA CCTTGTCAAT 
GAAGAGGAGA TTCCAGGCCT GGGCATTTTG GGACTCGGCC TCTTTAAACT GGCAGAGCCA 
AAGCGACCAT TAAGGCCAAG AAGAAAAGAA AGGAAGAAGG TCACAGCACA GAATTTATCA 
GATGGAGACA TAAAACTGTT AGTGAACATC ATCAGAGCCT ATGATATTCC AGTGAGAAAA 
CAAGTTATGA GCAAACTTCA ACAGCCATCG AAGTCTTCAA GGTCCTTTAA TGAGATGTTC 
GCAGCCTCTC CATCAGCTCA GAGCCAACCT AACAGCCCAG ACTGGGCATT CAACCAGGTT 
TTGGTCCGTC CTTTTGTAGA AGTTTCTTTT CAGCGAACAC TCTGCCGGAC AACAACAGCA 
GAAGGTCCAA GCCCATGCTG GAATGAGGAG CTTGAGCTTC CATTTAGAGC TCCTAATGGT 
GACTACAGCA CCCACAGTTT GCAGTCAGTA AAAGATGAAG TCTTCATTAA TGTTTTTGAT 
GAAGTACTTC ATGATGCTGT AGAGGATGAT TGTGAAAGAG GAAGTGGAAT CCACACTCGT 
ATTGAGAGAC ACTGGCTGGG ATGTGTTAAG ATTCCTTTTA CTACCATATA TTTTCAAGCA 
AGGATTGATG GTACATTTAA GATCAATATT CCTCCAGTCC TCCTTGGCTA CAGCAAAGAA 
AAGAACGTGG GCATGGAGAG GGGTTATGAT TCCGTGCGAA ATCTGAGTGA GGGCTCATAC 
ATAACACTGT TTATTACCAT TGAACCACAG CTCATCCCTG GAGAGTCTGT CAGAGAGAAG 
TTTGATACCC AAGAAGATGG GAAACTGCTC CAGGCAGCAG AACAATATGA AGCTGAATGT 
ACATCAAAGT TTCCAAGCCG CCAGTGCCTA ACAACTGTAA TTGACCTTGA TGGAAAAACA 
GTGTTTATTA CCAGATACAT CAAACCTCTG AATCCACCAC AGGAGCTTCT TGATGCTGTC 
CCAGATAGAT CTCAAACAGC AGCAGAACTG GTGGCTCGAT ATGTTGCTTT GATTCCTTTT 
TTGCCAGATA GTGTGTCATT CGCTGGAATT TGTGATTTAT GGAGTACATC AGATCAATTT 
CTTTATCTTC TGGCGGGAGA TGAGGAAGAA CATGCCGTGC TCTTGTGTAA TTATTTTCTT 
GGTATGGGGA AAAAAGCCTG GCTTATCACT GGAAATGCCA TTCCTGAGGG ACCAACTGCA 
TATGTATTAA CTTTGGAACA AAGTCAGTAT GTAATTTGGA ATCCCAGTAC TGGATGTTTT 
TATGGGCAGT ATGATACTTT CTGCCCCTTA CAAAATGTGT ACTGTCTGAT CAGCTGTGAT 
AATATTTGGT TTAATATGCA AGAATATGAT TCCCCAGGAA GGATATCTTT TGATATCAGC 
AAACCAAAAC ATTGGAAGCC TTTCTTTTCA AGAAGTCTGC CATTCCCTGG TCTCCGCAGC 
ATTCAGCCTG AAGAACTAAC TTATGAGCGT TCGGATAAGG CTGCTGCACT GGAACTGCAG 
AGCAGGATTG AAAAAATATT AAAGGATAAG ATTATGGAAT GGAGACCAAT GCGCCCAACA 
CGTTGGAACA GATACTGCAC CTCCACCCTC CGTAACTTCT TGCCGCTGCT GGAACAAAAT 
CAAGGCAAAG ATATAGAAGA TGACCATCAG GCAGAGCTGC AAAAACAGCT GGGAGATTAC 
AGGGTCTCTG GATTTCCTAT TCATATGCCA TATTCTGAAG TGAGACCTTT AATAGAAGCA 
GTACACAGCA CAGGAGTTCA CACCATTGAT GTCTCCAATG TTGAATTTGC TCTGGCTGTG 
TATATTCATG CTTATCCCCA ACATGTTCTC TCTGTATGGA TTTATGTTGC TTCACTTGTG 
CGAAATAGGT AA

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

RefSeq	XP_030126627.1
CDS	186..4817
Translation	MSAARRSDASEAVRELPPVPSTSRTSFAELSVRQRMREKLKAARTKAEITLSQEDPSPQPRHLKGIRERKPGVRLDKTSDNDKFREMSAGESHLPSKVKFRDSVKKLKQKSTFQNDFPSEEEAYNFFTFNFDAVPEKMKAGARKKNGLNEEEEVEEECVETHEDEQEEDEMDDDVRLVKDDDLFIGQTDEDLVVVKPVVCESYTEQLKREKEFLFIPSMLAVPASEKMPRNMQPRYLEDEGLYTGERPVVSQSNQNILENRILRQDQGKEWFGDDGKILALPNPIKQSSTRPPIFSLEEGIAPEFETVYRKAIKMTSTNQYFVGPGDFQGLFQLDIDISGLIFTHHPCFSREHVLAAKLAQLYDQYLARRQKNLTKLLTDKLHALRSAVQYSREGGGDGVPVAQQSIPEYKVEIRQTRRLRDAEQEKDRTLLKTIIKVWKQIKSLRDFQKFTNTPMKLYLRKEEVDQKSDEKAYEAEIQAEIKELLEECMEEYEKKMEEYKTQLHDWKSWKKTQKSKKKKKKDTHVDEESDDHDFGEERIKPIPPRMANSLEIEQQVREKADNCRRKPGEPILVPELTLSGSITPTEQCPRAEVLRREDVKKRSAFIKVLFNSKEVSRTVTRPISSDFRVHFGQIFNLQIINWPESLKLQIYETTGMSSTTLLAEVFLPVPETAVLTGTAPLEEVEFSSDQRVMLDHEGVGSGVSFSFEADGSNKMTFMTSGKVSSSVSWAVGEKGIPLIPPVSQQSTGIPSALKHIDAIASIGTSGLTDMKKLAKWAAEAKLDPNDPNNAALMQLIMISTSGEAHVPDFFRLEQLQQEFNFVSDEEFNRSKRFRLLRLRNEEVAEFRNYKQVPLHEREISEKIFQDYEKRMQERDVIDSKNYLDAHRAVVASYLQKVRESVINRFLIAKHHFILSDLVNEEEIPGLGILGLGLFKLAEPKRPLRPRRKERKKVTAQNLSDGDIKLLVNIIRAYDIPVRKQVMSKLQQPSKSSRSFNEMFAASPSAQSQPNSPDWAFNQVLVRPFVEVSFQRTLCRTTTAEGPSPCWNEELELPFRAPNGDYSTHSLQSVKDEVFINVFDEVLHDAVEDDCERGSGIHTRIERHWLGCVKIPFTTIYFQARIDGTFKINIPPVLLGYSKEKNVGMERGYDSVRNLSEGSYITLFITIEPQLIPGESVREKFDTQEDGKLLQAAEQYEAECTSKFPSRQCLTTVIDLDGKTVFITRYIKPLNPPQELLDAVPDRSQTAAELVARYVALIPFLPDSVSFAGICDLWSTSDQFLYLLAGDEEEHAVLLCNYFLGMGKKAWLITGNAIPEGPTAYVLTLEQSQYVIWNPSTGCFYGQYDTFCPLQNVYCLISCDNIWFNMQEYDSPGRISFDISKPKHWKPFFSRSLPFPGLRSIQPEELTYERSDKAAALELQSRIEKILKDKIMEWRPMRPTRWNRYCTSTLRNFLPLLEQNQGKDIEDDHQAELQKQLGDYRVSGFPIHMPYSEVRPLIEAVHSTGVHTIDVSNVEFALAVYIHAYPQHVLSVWIYVASLVRNR

Target ORF information:

RefSeq Version	XM_030270767.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata 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_030270767.1

ORF Insert Sequence:

ATGTCGGCAG CACGGCGCAG CGACGCCTCC GAGGCGGTGC GCGAGTTGCC ACCTGTTCCT 
TCTACATCAA GGACAAGCTT TGCAGAGCTT TCTGTTAGGC AGCGAATGAG AGAGAAACTA 
AAAGCAGCAA GGACAAAAGC TGAAATCACC TTATCACAAG AAGACCCCAG TCCACAGCCA 
AGGCACTTAA AAGGCATCAG AGAAAGAAAA CCTGGAGTCA GACTGGATAA AACGTCTGAT 
AATGATAAAT TCAGGGAGAT GTCAGCGGGT GAATCACACT TACCATCAAA AGTAAAGTTT 
CGTGATTCTG TAAAAAAGCT TAAACAAAAG TCAACATTCC AGAATGATTT TCCTTCTGAG 
GAAGAAGCAT ATAATTTCTT TACTTTCAAT TTTGATGCTG TACCAGAGAA AATGAAAGCT 
GGAGCCAGGA AAAAGAATGG ATTAAATGAA GAAGAAGAGG TAGAAGAGGA ATGTGTCGAA 
ACTCACGAAG ATGAACAAGA GGAGGATGAA ATGGATGACG ACGTCCGTCT AGTGAAAGAT 
GATGATTTAT TCATAGGGCA GACAGACGAA GACCTTGTAG TAGTGAAACC TGTTGTCTGT 
GAGAGCTACA CTGAGCAACT GAAAAGGGAA AAAGAATTTC TCTTCATTCC CAGCATGTTA 
GCAGTGCCTG CTTCTGAGAA GATGCCTAGA AATATGCAGC CCAGGTACCT TGAGGATGAA 
GGTCTTTACA CTGGAGAAAG GCCTGTTGTA TCACAATCTA ATCAAAATAT TTTAGAAAAC 
AGAATACTCA GACAGGACCA AGGGAAAGAA TGGTTTGGTG ATGATGGTAA AATCTTAGCA 
TTGCCTAATC CAATTAAACA GTCTTCTACT AGGCCTCCAA TATTCTCACT TGAAGAAGGC 
ATTGCACCAG AATTTGAAAC AGTGTATAGA AAGGCAATAA AAATGACATC TACCAATCAG 
TATTTTGTTG GACCTGGAGA TTTTCAGGGG CTGTTTCAAT TGGATATTGA TATTTCTGGA 
CTGATATTCA CCCATCATCC CTGTTTTAGC CGTGAGCATG TGTTAGCAGC TAAACTGGCT 
CAGTTATATG ATCAGTATTT AGCAAGAAGA CAGAAGAATC TTACCAAACT TCTCACAGAC 
AAGCTGCATG CTTTGAGGAG TGCTGTGCAA TATAGTAGAG AAGGTGGTGG TGATGGTGTT 
CCTGTGGCTC AACAAAGCAT ACCTGAATAC AAAGTGGAGA TCAGACAAAC GAGAAGACTT 
CGTGATGCTG AACAAGAAAA AGACAGAACG TTGCTTAAGA CCATTATCAA AGTTTGGAAA 
CAAATTAAAT CCCTCCGTGA CTTTCAGAAG TTTACTAACA CACCCATGAA ACTTTATTTG 
AGGAAGGAAG AGGTTGATCA GAAATCAGAT GAAAAAGCAT ATGAAGCAGA AATTCAGGCT 
GAGATAAAGG AATTGCTAGA AGAATGTATG GAAGAATATG AAAAGAAAAT GGAGGAGTAT 
AAAACTCAGC TACATGACTG GAAATCCTGG AAGAAGACAC AGAAGTCCAA GAAGAAAAAG 
AAAAAAGATA CTCATGTAGA TGAAGAATCA GACGATCATG ATTTTGGTGA GGAACGGATA 
AAACCCATCC CACCTAGAAT GGCCAATAGC CTGGAAATAG AGCAGCAGGT TAGAGAAAAA 
GCTGACAACT GCAGAAGGAA ACCTGGAGAG CCTATTCTAG TTCCTGAGCT GACCCTCTCA 
GGAAGCATAA CTCCAACTGA GCAGTGTCCT CGAGCAGAAG TTTTGCGACG AGAAGATGTG 
AAGAAACGCT CAGCATTTAT TAAAGTCCTT TTCAACTCCA AAGAAGTGTC AAGGACTGTT 
ACCCGACCAA TAAGTTCCGA TTTTAGAGTT CACTTTGGAC AGATTTTCAA TTTACAAATA 
ATCAATTGGC CAGAGAGTTT GAAACTACAG ATTTATGAAA CGACAGGCAT GAGCAGTACC 
ACCTTGTTAG CTGAAGTGTT CTTACCTGTT CCTGAGACTG CAGTTCTGAC AGGCACTGCT 
CCTCTGGAAG AAGTAGAGTT CAGCAGTGAT CAGCGTGTGA TGTTGGATCA TGAAGGAGTT 
GGGAGTGGTG TGTCCTTTTC ATTTGAAGCT GATGGTAGCA ACAAAATGAC GTTCATGACT 
TCTGGGAAAG TATCCAGTAG TGTCTCTTGG GCAGTTGGAG AAAAAGGAAT CCCCTTAATT 
CCTCCGGTAT CTCAGCAGAG CACAGGCATT CCAAGTGCTT TAAAACATAT TGATGCTATT 
GCATCCATTG GCACATCAGG CTTAACTGAT ATGAAGAAAC TAGCTAAGTG GGCAGCTGAA 
GCAAAACTTG ATCCAAATGA CCCAAACAAT GCAGCTCTAA TGCAGCTGAT CATGATTTCT 
ACAAGTGGAG AGGCACATGT TCCTGATTTC TTCAGATTGG AACAGTTACA GCAAGAATTT 
AATTTTGTTT CTGATGAGGA GTTTAATAGA TCAAAGAGAT TCCGACTCTT ACGGCTCAGA 
AATGAGGAGG TGGCAGAGTT CCGAAACTAT AAGCAAGTCC CTTTACATGA ACGAGAAATC 
AGTGAGAAAA TCTTCCAGGA CTATGAGAAG AGAATGCAAG AGAGGGATGT GATTGACAGC 
AAAAATTACC TAGATGCACA CAGAGCAGTT GTTGCCAGCT ATCTACAGAA GGTTCGAGAA 
TCAGTAATCA ACCGTTTCCT CATAGCAAAA CACCATTTCA TTCTCTCTGA CCTTGTCAAT 
GAAGAGGAGA TTCCAGGCCT GGGCATTTTG GGACTCGGCC TCTTTAAACT GGCAGAGCCA 
AAGCGACCAT TAAGGCCAAG AAGAAAAGAA AGGAAGAAGG TCACAGCACA GAATTTATCA 
GATGGAGACA TAAAACTGTT AGTGAACATC ATCAGAGCCT ATGATATTCC AGTGAGAAAA 
CAAGTTATGA GCAAACTTCA ACAGCCATCG AAGTCTTCAA GGTCCTTTAA TGAGATGTTC 
GCAGCCTCTC CATCAGCTCA GAGCCAACCT AACAGCCCAG ACTGGGCATT CAACCAGGTT 
TTGGTCCGTC CTTTTGTAGA AGTTTCTTTT CAGCGAACAC TCTGCCGGAC AACAACAGCA 
GAAGGTCCAA GCCCATGCTG GAATGAGGAG CTTGAGCTTC CATTTAGAGC TCCTAATGGT 
GACTACAGCA CCCACAGTTT GCAGTCAGTA AAAGATGAAG TCTTCATTAA TGTTTTTGAT 
GAAGTACTTC ATGATGCTGT AGAGGATGAT TGTGAAAGAG GAAGTGGAAT CCACACTCGT 
ATTGAGAGAC ACTGGCTGGG ATGTGTTAAG ATTCCTTTTA CTACCATATA TTTTCAAGCA 
AGGATTGATG GTACATTTAA GATCAATATT CCTCCAGTCC TCCTTGGCTA CAGCAAAGAA 
AAGAACGTGG GCATGGAGAG GGGTTATGAT TCCGTGCGAA ATCTGAGTGA GGGCTCATAC 
ATAACACTGT TTATTACCAT TGAACCACAG CTCATCCCTG GAGAGTCTGT CAGAGAGAAG 
TTTGATACCC AAGAAGATGG GAAACTGCTC CAGGCAGCAG AACAATATGA AGCTGAATGT 
ACATCAAAGT TTCCAAGCCG CCAGTGCCTA ACAACTGTAA TTGACCTTGA TGGAAAAACA 
GTGTTTATTA CCAGATACAT CAAACCTCTG AATCCACCAC AGGAGCTTCT TGATGCTGTC 
CCAGATAGAT CTCAAACAGC AGCAGAACTG GTGGCTCGAT ATGTTGCTTT GATTCCTTTT 
TTGCCAGATA GTGTGTCATT CGCTGGAATT TGTGATTTAT GGAGTACATC AGATCAATTT 
CTTTATCTTC TGGCGGGAGA TGAGGAAGAA CATGCCGTGC TCTTGTGTAA TTATTTTCTT 
GGTATGGGGA AAAAAGCCTG GCTTATCACT GGAAATGCCA TTCCTGAGGG ACCAACTGCA 
TATGTATTAA CTTTGGAACA AAGTCAGTAT GTAATTTGGA ATCCCAGTAC TGGATGTTTT 
TATGGGCAGT ATGATACTTT CTGCCCCTTA CAAAATGTGT ACTGTCTGAT CAGCTGTGAT 
AATATTTGGT TTAATATGCA AGAATATGAT TCCCCAGGAA GGATATCTTT TGATATCAGC 
AAACCAAAAC ATTGGAAGCC TTTCTTTTCA AGAAGTCTGC CATTCCCTGG TCTCCGCAGC 
ATTCAGCCTG AAGAACTAAC TTATGAGCGT TCGGATAAGG CTGCTGCACT GGAACTGCAG 
AGCAGGATTG AAAAAATATT AAAGGATAAG ATTATGGAAT GGAGACCAAT GCGCCCAACA 
CGTTGGAACA GATACTGCAC CTCCACCCTC CGTAACTTCT TGCCGCTGCT GGAACAAAAT 
CAAGGCAAAG ATATAGAAGA TGACCATCAG GCAGAGCTGC AAAAACAGCT GGGAGATTAC 
AGGGTCTCTG GATTTCCTAT TCATATGCCA TATTCTGAAG TGAGACCTTT AATAGAAGCA 
GTACACAGCA CAGGAGTTCA CACCATTGAT GTCTCCAATG TTGAATTTGC TCTGGCTGTG 
TATATTCATG CTTATCCCCA ACATGTTCTC TCTGTATGGA TTTATGTTGC TTCACTTGTG 
CGAAATAGGT AA

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

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CC2D2A cDNA ORF clone, Taeniopygia guttata(zebra finch)

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:

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