PRRC2A cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	PRRC2A
Entrez Gene ID	7916
Full Name	proline rich coiled-coil 2A
Synonyms	BAT2,D6S51,D6S51E,G2
General protein information	Preferred Names proline rich coiled-coil 2A Names protein PRRC2A HLA-B-associated transcript 2 large proline-rich protein BAT2 proline-rich and coiled-coil-containing protein 2A protein G2
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 6 Map Location: 6p21.33
Summary	A cluster of genes, BAT1-BAT5, has been localized in the vicinity of the genes for TNF alpha and TNF beta. These genes are all within the human major histocompatibility complex class III region. This gene has microsatellite repeats which are associated with the age-at-onset of insulin-dependent diabetes mellitus (IDDM) and possibly thought to be involved with the inflammatory process of pancreatic beta-cell destruction during the development of IDDM. This gene is also a candidate gene for the development of rheumatoid arthritis. Two transcript variants encoding the same protein have been found for this gene. [provided by RefSeq, Dec 2010].
Disorder MIM:	142580

mRNA and Protein(s)

mRNA	Protein	Name
NM_080686.2	NP_542417.2	protein PRRC2A
NM_080686.3	NP_542417.2	protein PRRC2A
XM_017011274.1	XP_016866763.1	protein PRRC2A isoform X1
NM_004638.3	NP_004629.3	protein PRRC2A
NM_004638.4	NP_004629.3	protein PRRC2A

Pathways from BioSystems

Homologies

	PRRC2A	NP_001108429.1
Xenopus tropicalis (tropical clawed frog)	prrc2a	XP_004916983.1
Bos taurus (cattle)	PRRC2A	NP_001192486.1
Homo sapiens (human)	PRRC2A	NP_542417.2
Rattus norvegicus (Norway rat)	Prrc2a	NP_997627.1
Pan troglodytes (chimpanzee)	PRRC2A	XP_001156097.1
Canis lupus familiaris (dog)	PRRC2A	XP_005627193.1
Mus musculus (house mouse)	Prrc2a	NP_001185973.1

Gene Ontology
Bibliography

Related articles in PubMed

BAT2 and BAT3 polymorphisms as novel genetic risk factors for rejection after HLA-related SCT.
Piras IS, Angius A, Andreani M, Testi M, Lucarelli G, Floris M, Marktel S, Ciceri F, La Nasa G, Fleischhauer K, Roncarolo MG, Bulfone A, Gregori S, Bacchetta R
Bone marrow transplantation49(11)1400-1404(2014 Nov)

An atlas of genetic influences on human blood metabolites.
Shin SY, Fauman EB, Petersen AK, Krumsiek J, Santos R, Huang J, Arnold M, Erte I, Forgetta V, Yang TP, Walter K, Menni C, Chen L, Vasquez L, Valdes AM, Hyde CL, Wang V, Ziemek D, Roberts P, Xi L, Grundberg E, , Waldenberger M, Richards JB, Mohney RP, Milburn MV, John SL, Trimmer J, Theis FJ, Overington JP, Suhre K, Brosnan MJ, Gieger C, Kastenm?ller G, Spector TD, Soranzo N
Nature genetics46(6)543-550(2014 Jun)

Genome-wide association study of atypical psychosis.
Kanazawa T, Ikeda M, Glatt SJ, Tsutsumi A, Kikuyama H, Kawamura Y, Nishida N, Miyagawa T, Hashimoto R, Takeda M, Sasaki T, Tokunaga K, Koh J, Iwata N, Yoneda H
American journal of medical genetics. Part B, Neuropsychiatric genetics : the official publication of the International Society of Psychiatric Genetics162B(7)679-86(2013 Oct)

A comprehensive family-based replication study of schizophrenia genes.
Aberg KA, Liu Y, Buksz?r J, McClay JL, Khachane AN, Andreassen OA, Blackwood D, Corvin A, Djurovic S, Gurling H, Ophoff R, Pato CN, Pato MT, Riley B, Webb T, Kendler K, O'Donovan M, Craddock N, Kirov G, Owen M, Rujescu D, St Clair D, Werge T, Hultman CM, Delisi LE, Sullivan P, van den Oord EJ
JAMA psychiatry70(6)573-81(2013 Jun)

A genome-wide association study of early menopause and the combined impact of identified variants.
Perry JR, Corre T, Esko T, Chasman DI, Fischer K, Franceschini N, He C, Kutalik Z, Mangino M, Rose LM, Vernon Smith A, Stolk L, Sulem P, Weedon MN, Zhuang WV, Arnold A, Ashworth A, Bergmann S, Buring JE, Burri A, Chen C, Cornelis MC, Couper DJ, Goodarzi MO, Gudnason V, Harris T, Hofman A, Jones M, Kraft P, Launer L, Laven JS, Li G, McKnight B, Masciullo C, Milani L, Orr N, Psaty BM, , Ridker PM, Rivadeneira F, Sala C, Salumets A, Schoemaker M, Traglia M, Waeber G, Chanock SJ, Demerath EW, Garcia M, Hankinson SE, Hu FB, Hunter DJ, Lunetta KL, Metspalu A, Montgomery GW, Murabito JM, Newman AB, Ong KK, Spector TD, Stefansson K, Swerdlow AJ, Thorsteinsdottir U, Van Dam RM, Uitterlinden AG, Visser JA, Vollenweider P, Toniolo D, Murray A
Human molecular genetics22(7)1465-72(2013 Apr)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The BAT2/BAT3 polymorphisms and specifically the A/C haplotype may represent a novel immunogenetic factor associated with graft rejection in patients undergoing allo-HSCT.
Title: BAT2 and BAT3 polymorphisms as novel genetic risk factors for rejection after HLA-related SCT.

Data show the synthetic effect of SNPs on the indices of adiposity and risk of obesity in Chinese girls, but failed to replicate the effect of five separate variants of SEC16B rs10913469, SH2B1 rs4788102, PCSK1 rs6235, KCTD15 rs29941 and BAT2 rs2844479.
Title: Sex-dependent associations of genetic variants identified by GWAS with indices of adiposity and obesity risk in a Chinese children population.

Single-nucleotide polymorphism in the BAT2 gene is associated with lung cancer susceptibility.
Title: Fine-mapping of the 5p15.33, 6p22.1-p21.31, and 15q25.1 regions identifies functional and histology-specific lung cancer susceptibility loci in African-Americans.

Single nucleotide polymorphisms at C6orf48, BAT2 and ZBTB12 are associated with estrogen receptor positive breast cancer in the Chinese Han population.
Title: Association of MHC class-III gene polymorphisms with ER-positive breast cancer in Chinese Han population.

Data indicate that BCL2L11 rs3789068 was associated with an increased risk for B-cell non-Hodgkin lymphoma (NHL), and PRRC2A rs3132453 conferred a reduced risk of B-cell NHL.
Title: PRRC2A and BCL2L11 gene variants influence risk of non-Hodgkin lymphoma: results from the InterLymph consortium.

The following PRRC2A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PRRC2A 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)
OHu40463	XM_017011274.1 Latest version!	Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	22-24	$1091.30 $1559.00
OHu15611	NM_080686.3 Latest version!	Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$923.30 $1319.00
OHu15611	NM_004638.4 Latest version!	Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$923.30 $1319.00
View Old Accession Versions >>
OHu15611	NM_080686.2	Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$923.30 $1319.00
OHu15611	NM_004638.3	Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$923.30 $1319.00
Hide Old Accession Versions >>

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

Reference Sequences (Refseq)

PRRC2A ( XM_017011274.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016866763.1 Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant X1, mRNA.

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CloneID	OHu40463
Clone ID Related Accession (Same CDS sequence)	XM_017011274.1
Accession Version	XM_017011274.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6261bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	protein PRRC2A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000006.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCCGATC GCTCGGGGCC GACTGCCAAG GGAAAGGATG GAAAGAAGTA TTCCTCGCTC 
AACCTGTTTG ATACGTATAA GGGCAAGTCC TTAGAGATCC AGAAACCCGC TGTTGCCCCT 
CGCCATGGCC TGCAGAGTCT CGGGAAAGTT GCCATTGCCC GGCGTATGCC ACCTCCAGCC 
AACCTTCCAA GCCTGAAAGC CGAGAACAAA GGCAATGACC CCAATGTCTC ACTAGTGCCA 
AAAGACGGAA CAGGATGGGC AAGCAAACAG GAGCAGTCCG ACCCCAAGAG TTCCGATGCC 
TCAACCGCTC AGCCGCCGGA ATCGCAGCCA CTGCCGGCTT CACAGACGCC TGCCTCCAAC 
CAGCCGAAAC GACCCCCAGC AGCCCCCGAG AACACTCCTT TGGTTCCAAG CGGGGTAAAG 
TCCTGGGCAC AAGCCAGCGT CACCCATGGA GCACATGGAG ATGGTGGAAG GGCATCAAGC 
CTACTGTCAC GATTCTCTCG AGAGGAATTT CCGACCCTGC AGGCGGCTGG CGACCAGGAC 
AAGGCTGCCA AGGAAAGGGA GTCTGCCGAA CAGTCGTCTG GGCCCGGACC AAGCCTCCGC 
CCCCAAAATT CTACAACTTG GAGGGACGGA GGTGGGCGTG GCCCTGATGA GCTGGAGGGC 
CCGGACTCCA AACTTCATCA TGGTCATGAT CCCCGGGGTG GGCTACAGCC TTCAGGCCCA 
CCCCAGTTCC CTCCCTACCG CGGAATGATG CCGCCTTTCA TGTATCCCCC ATATCTCCCG 
TTCCCTCCGC CCTATGGACC CCAGGGGCCT TACCGATACC CCACTCCTGA TGGGCCCAGC 
CGTTTTCCCC GTGTGGCGGG CCCCCGAGGC TCAGGGCCAC CAATGCGCTT AGTAGAGCCT 
GTGGGTCGTC CCTCTATTCT CAAAGAGGAT AATCTCAAAG AGTTTGATCA GTTGGATCAG 
GAGAATGATG ATGGTTGGGC AGGGGCCCAT GAAGAGGTTG ACTACACTGA AAAGCTCAAG 
TTCAGCGATG AGGAAGATGG GCGAGACTCT GATGAGGAGG GTGCTGAGGG CCACAGGGAT 
TCCCAATCAG CTTCTGGTGA GGAACGGCCC CCTGAAGCAG ATGGCAAAAA GGGCAACTCC 
CCCAACAGCG AACCGCCCAC TCCTAAGACG GCCTGGGCAG AAACCTCTCG GCCTCCAGAG 
ACAGAGCCGG GACCTCCTGC CCCAAAGCCT CCCCTACCCC CACCTCACCG GGGCCCCGCC 
GGGAACTGGG GCCCCCCTGG GGACTACCCA GATCGTGGGG GTCCTCCCTG CAAGCCCCCA 
GCACCTGAAG ATGAGGATGA GGCATGGCGG CAGCGACGAA AGCAGTCGTC ATCTGAGATT 
TCCCTGGCAG TGGAGCGGGC CCGGCGACGG CGAGAAGAAG AGGAGCGGCG CATGCAAGAA 
GAGCGCCGGG CAGCCTGTGC TGAGAAGCTC AAGCGACTCG ATGAAAAGTT TGGGGCACCT 
GACAAGCGGC TCAAAGCAGA GCCTGCTGCC CCACCTGCTG CCCCTTCTAC CCCAGCTCCA 
CCACCTGCAG TCCCTAAAGA ACTCCCTGCA CCTCCAGCTC CACCTCCAGC ATCAGCCCCA 
ACACCAGAGA CAGAACCTGA AGAGCCAGCA CAGGCCCCTC CTGCCCAATC TACTCCTACT 
CCAGGTGTGG CTGCGGCTCC CACTCTGGTG AGTGGTGGTG GCAGTACCAG TAGCACCAGC 
AGTGGCAGCT TCGAAGCCAG CCCAGTGGAA CCACAACTGC CCTCAAAAGA GGGTCCTGAA 
CCACCAGAAG AGGTTCCTCC TCCTACCACA CCCCCAGTTC CAAAGGTGGA ACCCAAGGGT 
GATGGGATTG GTCCCACCCG CCAGCCCCCT AGTCAGGGCT TGGGCTACCC CAAATATCAG 
AAGTCGTTGC CTCCTCGTTT CCAGCGGCAG CAGCAGGAGC AGCTCCTGAA GCAGCAGCAG 
CAGCACCAGT GGCAGCAGCA TCAACAGGGC TCTGCCCCTC CTACCCCAGT GCCCCCATCA 
CCACCACAGC CTGTGACCCT GGGGGCTGTG CCAGCTCCAC AGGCTCCACC CCCGCCCCCC 
AAGGCCCTGT ACCCAGGTGC TCTGGGCCGG CCCCCACCCA TGCCCCCAAT GAACTTTGAT 
CCCCGATGGA TGATGATTCC TCCTTATGTG GACCCCCGGC TCCTCCAGGG TCGTCCCCCT 
CTAGACTTCT ACCCTCCTGG TGTGCATCCC TCTGGCCTAG TTCCCCGAGA GCGTTCAGAC 
AGTGGGGGCT CAAGCTCAGA GCCATTTGAC CGTCATGCAC CTGCTATGTT ACGGGAACGG 
GGCACTCCAC CGGTGGATCC AAAGTTGGCC TGGGTAGGAG ATGTCTTCAC CGCCACACCC 
GCTGAACCCC GCCCACTTAC CTCACCTCTG CGCCAGGCTG CGGATGAGGA TGACAAGGGG 
ATGAGGAGCG AGACTCCTCC AGTACCTCCC CCACCACCCT ATCTGGCCAG TTATCCAGGC 
TTTCCTGAGA ATGGAGCCCC TGGGCCCCCA ATCTCTCGCT TTCCTCTGGA GGAACCAGGG 
CCCCGTCCAC TCCCCTGGCC CCCAGGCAGT GATGAAGTGG CCAAGATACA AACTCCACCA 
CCCAAGAAGG AGCCCCCTAA GGAGGAGACT GCACAGCTGA CGGGGCCAGA AGCAGGCCGA 
AAGCCTGCCC GCGGAGTCGG GAGTGGAGGC CAGGGCCCCC CACCACCACG CAGAGAGAGT 
CGCACAGAGA CCCGCTGGGG CCCTCGTCCA GGGAGCAGTC GTCGTGGAAT CCCTCCAGAG 
GAGCCAGGGG CCCCACCCCG CCGGGCTGGG CCTATAAAGA AACCTCCACC ACCTACAAAA 
GTAGAAGAGC TGCCTCCCAA GCCCCTCGAA CAGGGGGATG AAACCCCCAA ACCCCCAAAG 
CCAGACCCAC TCAAGATAAC CAAGGGGAAG CTAGGGGGCC CCAAGGAGAC CCCACCCAAT 
GGAAATCTTT CCCCTGCCCC AAGGCTTCGG AGGGACTATT CGTATGAAAG AGTGGGTCCT 
ACCTCTTGCC GGGGTCGGGG CCGAGGCGAG TATTTTGCCA GAGGGAGGGG TTTTCGGGGG 
ACCTATGGGG GACGAGGGCG GGGAGCCCGA AGCCGGGAAT TCCGCAGTTA CCGAGAGTTT 
CGAGGAGATG ATGGGCGTGG AGGTGGGACA GGGGGACCAA ACCACCCTCC TGCTCCCCGA 
GGCCGCACTG CCAGCGAGAC ACGGAGCGAG GGTTCAGAGT ATGAGGAAAT CCCCAAGCGG 
CGCCGGCAGC GGGGCTCAGA AACAGGCAGC GAGACCCATG AGAGTGATCT GGCTCCTTCA 
GACAAGGAGG CTCCCACACC CAAGGAGGGA ACACTCACCC AGGTCCCTCT CGCTCCCCCA 
CCACCAGGAG CCCCACCTTC ACCAGCCCCA GCCCGCTTCA CTGCCCGGGG TGGGCGAGTC 
TTCACTCCCA GAGGGGTGCC ATCTCGCCGG GGCCGAGGAG GAGGGAGGCC CCCTCCTCAA 
GTTTGCCCAG GCTGGAGCCC TCCAGCCAAG TCTCTGGCTC CCAAGAAACC TCCCACAGGC 
CCTTTGCCAC CAAGTAAGGA GCCTTTGAAA GAGAAGTTGA TCCCAGGGCC TCTGTCCCCT 
GTGGCGCGCG GAGGCAGCAA TGGAGGTAGC AATGTGGGCA TGGAAGATGG GGAGCGACCC 
CGAAGGAGGC GACATGGGAG GGCTCAGCAG CAGGATAAAC CGCCTCGTTT CCGGAGGCTG 
AAGCAGGAAC GGGAGAATGC CGCAAGGGGG TCTGAGGGCA AGCCCTCCCT AACCCTTCCA 
GCCTCCGCTC CTGGACCTGA GGAGGCCCTC ACAACAGTCA CAGTGGCCCC AGCACCTCGC 
CGGGCAGCTG CCAAGTCTCC TGATCTGTCA AACCAGAACT CAGACCAAGC CAATGAGGAA 
TGGGAGACTG CATCAGAGAG CAGTGACTTC ACCAGTGAGC GCCGAGGGGA CAAAGAGGCA 
CCCCCACCAG TACTGCTGAC ACCCAAGGCT GTGGGAACTC CTGGGGGAGG TGGAGGTGGA 
GCCGTACCAG GTATTTCAGC CATGTCCCGC GGAGATCTGA GCCAGAGAGC CAAGGATTTG 
AGTAAACGGA GCTTCTCAAG TCAGCGGCCA GGCATGGAAC GGCAGAATCG GCGCCCTGGC 
CCAGGGGGCA AGGCTGGCAG CAGTGGCAGC AGCAGTGGAG GAGGCGGTGG GGGTCCTGGA 
GGAAGGACCG GGCCAGGACG AGGCGACAAG AGGAGCTGGC CCTCTCCCAA GAACCGAAGT 
CGTCCTCCAG AGGAGCGTCC CCCGGGGCTT CCCCTGCCTC CCCCACCTCC CAGCAGTTCT 
GCTGTCTTCC GCCTGGACCA AGTTATCCAC AGCAACCCTG CTGGCATCCA ACAGGCTCTG 
GCCCAGCTTA GTAGCCGTCA AGGGAGTGTA ACTGCACCAG GGGGTCATCC AAGGCACAAG 
CCTGGGCTTC CCCAAGCCCC TCAGGGCCCC TCTCCTAGGC CCCCAACCCG ATACGAGCCC 
CAGAGGGTCA ACAGCGGCCT CAGTTCTGAC CCCCACTTTG AGGAGCCGGG GCCAATGGTG 
AGAGGGGTGG GTGGGACTCC TCGGGACTCT GCCGGGGTTA GTCCCTTTCC CCCTAAACGT 
CGGGAGCGGC CTCCCAGAAA ACCAGAGCTG CTACAGGAGG AATCTTTGCC ACCTCCTCAT 
AGCTCTGGAT TCTTGGGCTC TAAGCCTGAG GGCCCAGGCC CTCAGGCAGA GTCCAGAGAT 
ACAGGCACAG AGGCCCTGAC CCCTCACATC TGGAACCGTT TACATACTGC CACTAGCCGA 
AAGAGTTACC GGCCCAGCTC CATGGAGCCT TGGATGGAGC CCCTGAGTCC TTTTGAGGAT 
GTGGCTGGCA CAGAAATGAG TCAGTCTGAC AGTGGGGTGG ACCTGAGTGG GGATTCTCAG 
GTGTCATCAG GTCCCTGCAG CCAGCGAAGT TCCCCTGATG GAGGACTCAA GGGGGCAGCA 
GAGGGACCCC CCAAGAGGCC TGGAGGCTCC TCACCCCTGA ATGCTGTTCC TTGTGAGGGT 
CCACCTGGCT CTGAACCTCC TAGGAGACCA CCACCTGCCC CCCACGATGG GGACAGAAAG 
GAGCTGCCCC GGGAGCAGCC TCTGCCCCCT GGCCCCATTG GCACAGAACG ATCACAGCGT 
ACAGACCGAG GCACAGAGCC TGGCCCCATT CGGCCATCCC ATCGACCTGG TCCCCCAGTC 
CAGTTTGGCA CTAGTGACAA GGACTCAGAC TTACGCCTAG TGGTAGGAGA CAGCTTGAAA 
GCAGAGAAGG AGCTAACAGC ATCAGTCACT GAGGCCATTC CTGTATCACG AGACTGGGAG 
CTGCTTCCCA GTGCTGCTGC CTCTGCTGAG CCACAATCCA AGAACCTGGA TTCTGGGCAC 
TGTGTCCCGG AGCCCAGCTC CTCAGGCCAG CGCCTGTATC CTGAGGTTTT CTATGGCAGT 
GCTGGGCCTT CCAGTTCTCA GATCTCTGGG GGAGCCATGG ACTCTCAATT ACATCCAAAC 
AGTGGAGGCT TCCGCCCTGG GACACCCTCA CTGCACCCTT ACAGATCACA GCCCCTATAC 
CTACCCCCCG GCCCAGCCCC TCCCTCAGCA CTGCTCTCTG GGTTAGCTCT CAAGGGCCAG 
TTTCTGGATT TCTCCACAAT GCAAGCTACA GAGCTGGGGA AGTTGCCGGC TGGAGGAGTT 
CTCTACCCTC CACCTTCCTT CCTCTACTCT CCGGCTTTCT GCCCCAGTCC TTTGCCTGAC 
ACATCGTTGC TTCAGGTACG CCAGGATCTG CCATCCCCTT CGGATTTTTA TTCTACTCCT 
CTGCAGCCTG GTGGCCAAAG TGGCTTTCTC CCTTCAGGGG CTCCTGCCCA GCAGCTGCAT 
CCAGTGGAAC TAAAGCCGTT CCAGGATTAT CAAAAACTGA GCAGCAACCT TGGGGGACCT 
GGATCATCAC GGACTCCCCC AACTGGAAGG TCCTTCTCTG GCCTCAATTC CCGTCTCAAG 
GCCACGCCTT CCACCTACAG TGGAGTCTTC CGCACCCAGC GCGTCGACCT TTACCAGCAG 
GCCTCCCCAC CAGATGCCCT GCGCTGGATA CCTAAGCCTT GGGAGCGGAC AGGGCCGCCA 
CCTCGAGAAG GGCCCTCCCG ACGGGCAGAG GAGCCTGGGT CCCGAGGGGA CAAGGAGCCT 
GGGTTGCCCC CACCCCGCTG A

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

RefSeq	XP_016866763.1
CDS	2..6262
Translation	MSDRSGPTAKGKDGKKYSSLNLFDTYKGKSLEIQKPAVAPRHGLQSLGKVAIARRMPPPANLPSLKAENKGNDPNVSLVPKDGTGWASKQEQSDPKSSDASTAQPPESQPLPASQTPASNQPKRPPAAPENTPLVPSGVKSWAQASVTHGAHGDGGRASSLLSRFSREEFPTLQAAGDQDKAAKERESAEQSSGPGPSLRPQNSTTWRDGGGRGPDELEGPDSKLHHGHDPRGGLQPSGPPQFPPYRGMMPPFMYPPYLPFPPPYGPQGPYRYPTPDGPSRFPRVAGPRGSGPPMRLVEPVGRPSILKEDNLKEFDQLDQENDDGWAGAHEEVDYTEKLKFSDEEDGRDSDEEGAEGHRDSQSASGEERPPEADGKKGNSPNSEPPTPKTAWAETSRPPETEPGPPAPKPPLPPPHRGPAGNWGPPGDYPDRGGPPCKPPAPEDEDEAWRQRRKQSSSEISLAVERARRRREEEERRMQEERRAACAEKLKRLDEKFGAPDKRLKAEPAAPPAAPSTPAPPPAVPKELPAPPAPPPASAPTPETEPEEPAQAPPAQSTPTPGVAAAPTLVSGGGSTSSTSSGSFEASPVEPQLPSKEGPEPPEEVPPPTTPPVPKVEPKGDGIGPTRQPPSQGLGYPKYQKSLPPRFQRQQQEQLLKQQQQHQWQQHQQGSAPPTPVPPSPPQPVTLGAVPAPQAPPPPPKALYPGALGRPPPMPPMNFDPRWMMIPPYVDPRLLQGRPPLDFYPPGVHPSGLVPRERSDSGGSSSEPFDRHAPAMLRERGTPPVDPKLAWVGDVFTATPAEPRPLTSPLRQAADEDDKGMRSETPPVPPPPPYLASYPGFPENGAPGPPISRFPLEEPGPRPLPWPPGSDEVAKIQTPPPKKEPPKEETAQLTGPEAGRKPARGVGSGGQGPPPPRRESRTETRWGPRPGSSRRGIPPEEPGAPPRRAGPIKKPPPPTKVEELPPKPLEQGDETPKPPKPDPLKITKGKLGGPKETPPNGNLSPAPRLRRDYSYERVGPTSCRGRGRGEYFARGRGFRGTYGGRGRGARSREFRSYREFRGDDGRGGGTGGPNHPPAPRGRTASETRSEGSEYEEIPKRRRQRGSETGSETHESDLAPSDKEAPTPKEGTLTQVPLAPPPPGAPPSPAPARFTARGGRVFTPRGVPSRRGRGGGRPPPQVCPGWSPPAKSLAPKKPPTGPLPPSKEPLKEKLIPGPLSPVARGGSNGGSNVGMEDGERPRRRRHGRAQQQDKPPRFRRLKQERENAARGSEGKPSLTLPASAPGPEEALTTVTVAPAPRRAAAKSPDLSNQNSDQANEEWETASESSDFTSERRGDKEAPPPVLLTPKAVGTPGGGGGGAVPGISAMSRGDLSQRAKDLSKRSFSSQRPGMERQNRRPGPGGKAGSSGSSSGGGGGGPGGRTGPGRGDKRSWPSPKNRSRPPEERPPGLPLPPPPPSSSAVFRLDQVIHSNPAGIQQALAQLSSRQGSVTAPGGHPRHKPGLPQAPQGPSPRPPTRYEPQRVNSGLSSDPHFEEPGPMVRGVGGTPRDSAGVSPFPPKRRERPPRKPELLQEESLPPPHSSGFLGSKPEGPGPQAESRDTGTEALTPHIWNRLHTATSRKSYRPSSMEPWMEPLSPFEDVAGTEMSQSDSGVDLSGDSQVSSGPCSQRSSPDGGLKGAAEGPPKRPGGSSPLNAVPCEGPPGSEPPRRPPPAPHDGDRKELPREQPLPPGPIGTERSQRTDRGTEPGPIRPSHRPGPPVQFGTSDKDSDLRLVVGDSLKAEKELTASVTEAIPVSRDWELLPSAAASAEPQSKNLDSGHCVPEPSSSGQRLYPEVFYGSAGPSSSQISGGAMDSQLHPNSGGFRPGTPSLHPYRSQPLYLPPGPAPPSALLSGLALKGQFLDFSTMQATELGKLPAGGVLYPPPSFLYSPAFCPSPLPDTSLLQVRQDLPSPSDFYSTPLQPGGQSGFLPSGAPAQQLHPVELKPFQDYQKLSSNLGGPGSSRTPPTGRSFSGLNSRLKATPSTYSGVFRTQRVDLYQQASPPDALRWIPKPWERTGPPPREGPSRRAEEPGSRGDKEPGLPPPR

Target ORF information:

RefSeq Version	XM_017011274.1
Organism	Homo sapiens(human)
Definition	Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant X1, mRNA.

Target ORF information:

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

XM_017011274.1

ORF Insert Sequence:

ATGTCCGATC GCTCGGGGCC GACTGCCAAG GGAAAGGATG GAAAGAAGTA TTCCTCGCTC 
AACCTGTTTG ATACGTATAA GGGCAAGTCC TTAGAGATCC AGAAACCCGC TGTTGCCCCT 
CGCCATGGCC TGCAGAGTCT CGGGAAAGTT GCCATTGCCC GGCGTATGCC ACCTCCAGCC 
AACCTTCCAA GCCTGAAAGC CGAGAACAAA GGCAATGACC CCAATGTCTC ACTAGTGCCA 
AAAGACGGAA CAGGATGGGC AAGCAAACAG GAGCAGTCCG ACCCCAAGAG TTCCGATGCC 
TCAACCGCTC AGCCGCCGGA ATCGCAGCCA CTGCCGGCTT CACAGACGCC TGCCTCCAAC 
CAGCCGAAAC GACCCCCAGC AGCCCCCGAG AACACTCCTT TGGTTCCAAG CGGGGTAAAG 
TCCTGGGCAC AAGCCAGCGT CACCCATGGA GCACATGGAG ATGGTGGAAG GGCATCAAGC 
CTACTGTCAC GATTCTCTCG AGAGGAATTT CCGACCCTGC AGGCGGCTGG CGACCAGGAC 
AAGGCTGCCA AGGAAAGGGA GTCTGCCGAA CAGTCGTCTG GGCCCGGACC AAGCCTCCGC 
CCCCAAAATT CTACAACTTG GAGGGACGGA GGTGGGCGTG GCCCTGATGA GCTGGAGGGC 
CCGGACTCCA AACTTCATCA TGGTCATGAT CCCCGGGGTG GGCTACAGCC TTCAGGCCCA 
CCCCAGTTCC CTCCCTACCG CGGAATGATG CCGCCTTTCA TGTATCCCCC ATATCTCCCG 
TTCCCTCCGC CCTATGGACC CCAGGGGCCT TACCGATACC CCACTCCTGA TGGGCCCAGC 
CGTTTTCCCC GTGTGGCGGG CCCCCGAGGC TCAGGGCCAC CAATGCGCTT AGTAGAGCCT 
GTGGGTCGTC CCTCTATTCT CAAAGAGGAT AATCTCAAAG AGTTTGATCA GTTGGATCAG 
GAGAATGATG ATGGTTGGGC AGGGGCCCAT GAAGAGGTTG ACTACACTGA AAAGCTCAAG 
TTCAGCGATG AGGAAGATGG GCGAGACTCT GATGAGGAGG GTGCTGAGGG CCACAGGGAT 
TCCCAATCAG CTTCTGGTGA GGAACGGCCC CCTGAAGCAG ATGGCAAAAA GGGCAACTCC 
CCCAACAGCG AACCGCCCAC TCCTAAGACG GCCTGGGCAG AAACCTCTCG GCCTCCAGAG 
ACAGAGCCGG GACCTCCTGC CCCAAAGCCT CCCCTACCCC CACCTCACCG GGGCCCCGCC 
GGGAACTGGG GCCCCCCTGG GGACTACCCA GATCGTGGGG GTCCTCCCTG CAAGCCCCCA 
GCACCTGAAG ATGAGGATGA GGCATGGCGG CAGCGACGAA AGCAGTCGTC ATCTGAGATT 
TCCCTGGCAG TGGAGCGGGC CCGGCGACGG CGAGAAGAAG AGGAGCGGCG CATGCAAGAA 
GAGCGCCGGG CAGCCTGTGC TGAGAAGCTC AAGCGACTCG ATGAAAAGTT TGGGGCACCT 
GACAAGCGGC TCAAAGCAGA GCCTGCTGCC CCACCTGCTG CCCCTTCTAC CCCAGCTCCA 
CCACCTGCAG TCCCTAAAGA ACTCCCTGCA CCTCCAGCTC CACCTCCAGC ATCAGCCCCA 
ACACCAGAGA CAGAACCTGA AGAGCCAGCA CAGGCCCCTC CTGCCCAATC TACTCCTACT 
CCAGGTGTGG CTGCGGCTCC CACTCTGGTG AGTGGTGGTG GCAGTACCAG TAGCACCAGC 
AGTGGCAGCT TCGAAGCCAG CCCAGTGGAA CCACAACTGC CCTCAAAAGA GGGTCCTGAA 
CCACCAGAAG AGGTTCCTCC TCCTACCACA CCCCCAGTTC CAAAGGTGGA ACCCAAGGGT 
GATGGGATTG GTCCCACCCG CCAGCCCCCT AGTCAGGGCT TGGGCTACCC CAAATATCAG 
AAGTCGTTGC CTCCTCGTTT CCAGCGGCAG CAGCAGGAGC AGCTCCTGAA GCAGCAGCAG 
CAGCACCAGT GGCAGCAGCA TCAACAGGGC TCTGCCCCTC CTACCCCAGT GCCCCCATCA 
CCACCACAGC CTGTGACCCT GGGGGCTGTG CCAGCTCCAC AGGCTCCACC CCCGCCCCCC 
AAGGCCCTGT ACCCAGGTGC TCTGGGCCGG CCCCCACCCA TGCCCCCAAT GAACTTTGAT 
CCCCGATGGA TGATGATTCC TCCTTATGTG GACCCCCGGC TCCTCCAGGG TCGTCCCCCT 
CTAGACTTCT ACCCTCCTGG TGTGCATCCC TCTGGCCTAG TTCCCCGAGA GCGTTCAGAC 
AGTGGGGGCT CAAGCTCAGA GCCATTTGAC CGTCATGCAC CTGCTATGTT ACGGGAACGG 
GGCACTCCAC CGGTGGATCC AAAGTTGGCC TGGGTAGGAG ATGTCTTCAC CGCCACACCC 
GCTGAACCCC GCCCACTTAC CTCACCTCTG CGCCAGGCTG CGGATGAGGA TGACAAGGGG 
ATGAGGAGCG AGACTCCTCC AGTACCTCCC CCACCACCCT ATCTGGCCAG TTATCCAGGC 
TTTCCTGAGA ATGGAGCCCC TGGGCCCCCA ATCTCTCGCT TTCCTCTGGA GGAACCAGGG 
CCCCGTCCAC TCCCCTGGCC CCCAGGCAGT GATGAAGTGG CCAAGATACA AACTCCACCA 
CCCAAGAAGG AGCCCCCTAA GGAGGAGACT GCACAGCTGA CGGGGCCAGA AGCAGGCCGA 
AAGCCTGCCC GCGGAGTCGG GAGTGGAGGC CAGGGCCCCC CACCACCACG CAGAGAGAGT 
CGCACAGAGA CCCGCTGGGG CCCTCGTCCA GGGAGCAGTC GTCGTGGAAT CCCTCCAGAG 
GAGCCAGGGG CCCCACCCCG CCGGGCTGGG CCTATAAAGA AACCTCCACC ACCTACAAAA 
GTAGAAGAGC TGCCTCCCAA GCCCCTCGAA CAGGGGGATG AAACCCCCAA ACCCCCAAAG 
CCAGACCCAC TCAAGATAAC CAAGGGGAAG CTAGGGGGCC CCAAGGAGAC CCCACCCAAT 
GGAAATCTTT CCCCTGCCCC AAGGCTTCGG AGGGACTATT CGTATGAAAG AGTGGGTCCT 
ACCTCTTGCC GGGGTCGGGG CCGAGGCGAG TATTTTGCCA GAGGGAGGGG TTTTCGGGGG 
ACCTATGGGG GACGAGGGCG GGGAGCCCGA AGCCGGGAAT TCCGCAGTTA CCGAGAGTTT 
CGAGGAGATG ATGGGCGTGG AGGTGGGACA GGGGGACCAA ACCACCCTCC TGCTCCCCGA 
GGCCGCACTG CCAGCGAGAC ACGGAGCGAG GGTTCAGAGT ATGAGGAAAT CCCCAAGCGG 
CGCCGGCAGC GGGGCTCAGA AACAGGCAGC GAGACCCATG AGAGTGATCT GGCTCCTTCA 
GACAAGGAGG CTCCCACACC CAAGGAGGGA ACACTCACCC AGGTCCCTCT CGCTCCCCCA 
CCACCAGGAG CCCCACCTTC ACCAGCCCCA GCCCGCTTCA CTGCCCGGGG TGGGCGAGTC 
TTCACTCCCA GAGGGGTGCC ATCTCGCCGG GGCCGAGGAG GAGGGAGGCC CCCTCCTCAA 
GTTTGCCCAG GCTGGAGCCC TCCAGCCAAG TCTCTGGCTC CCAAGAAACC TCCCACAGGC 
CCTTTGCCAC CAAGTAAGGA GCCTTTGAAA GAGAAGTTGA TCCCAGGGCC TCTGTCCCCT 
GTGGCGCGCG GAGGCAGCAA TGGAGGTAGC AATGTGGGCA TGGAAGATGG GGAGCGACCC 
CGAAGGAGGC GACATGGGAG GGCTCAGCAG CAGGATAAAC CGCCTCGTTT CCGGAGGCTG 
AAGCAGGAAC GGGAGAATGC CGCAAGGGGG TCTGAGGGCA AGCCCTCCCT AACCCTTCCA 
GCCTCCGCTC CTGGACCTGA GGAGGCCCTC ACAACAGTCA CAGTGGCCCC AGCACCTCGC 
CGGGCAGCTG CCAAGTCTCC TGATCTGTCA AACCAGAACT CAGACCAAGC CAATGAGGAA 
TGGGAGACTG CATCAGAGAG CAGTGACTTC ACCAGTGAGC GCCGAGGGGA CAAAGAGGCA 
CCCCCACCAG TACTGCTGAC ACCCAAGGCT GTGGGAACTC CTGGGGGAGG TGGAGGTGGA 
GCCGTACCAG GTATTTCAGC CATGTCCCGC GGAGATCTGA GCCAGAGAGC CAAGGATTTG 
AGTAAACGGA GCTTCTCAAG TCAGCGGCCA GGCATGGAAC GGCAGAATCG GCGCCCTGGC 
CCAGGGGGCA AGGCTGGCAG CAGTGGCAGC AGCAGTGGAG GAGGCGGTGG GGGTCCTGGA 
GGAAGGACCG GGCCAGGACG AGGCGACAAG AGGAGCTGGC CCTCTCCCAA GAACCGAAGT 
CGTCCTCCAG AGGAGCGTCC CCCGGGGCTT CCCCTGCCTC CCCCACCTCC CAGCAGTTCT 
GCTGTCTTCC GCCTGGACCA AGTTATCCAC AGCAACCCTG CTGGCATCCA ACAGGCTCTG 
GCCCAGCTTA GTAGCCGTCA AGGGAGTGTA ACTGCACCAG GGGGTCATCC AAGGCACAAG 
CCTGGGCTTC CCCAAGCCCC TCAGGGCCCC TCTCCTAGGC CCCCAACCCG ATACGAGCCC 
CAGAGGGTCA ACAGCGGCCT CAGTTCTGAC CCCCACTTTG AGGAGCCGGG GCCAATGGTG 
AGAGGGGTGG GTGGGACTCC TCGGGACTCT GCCGGGGTTA GTCCCTTTCC CCCTAAACGT 
CGGGAGCGGC CTCCCAGAAA ACCAGAGCTG CTACAGGAGG AATCTTTGCC ACCTCCTCAT 
AGCTCTGGAT TCTTGGGCTC TAAGCCTGAG GGCCCAGGCC CTCAGGCAGA GTCCAGAGAT 
ACAGGCACAG AGGCCCTGAC CCCTCACATC TGGAACCGTT TACATACTGC CACTAGCCGA 
AAGAGTTACC GGCCCAGCTC CATGGAGCCT TGGATGGAGC CCCTGAGTCC TTTTGAGGAT 
GTGGCTGGCA CAGAAATGAG TCAGTCTGAC AGTGGGGTGG ACCTGAGTGG GGATTCTCAG 
GTGTCATCAG GTCCCTGCAG CCAGCGAAGT TCCCCTGATG GAGGACTCAA GGGGGCAGCA 
GAGGGACCCC CCAAGAGGCC TGGAGGCTCC TCACCCCTGA ATGCTGTTCC TTGTGAGGGT 
CCACCTGGCT CTGAACCTCC TAGGAGACCA CCACCTGCCC CCCACGATGG GGACAGAAAG 
GAGCTGCCCC GGGAGCAGCC TCTGCCCCCT GGCCCCATTG GCACAGAACG ATCACAGCGT 
ACAGACCGAG GCACAGAGCC TGGCCCCATT CGGCCATCCC ATCGACCTGG TCCCCCAGTC 
CAGTTTGGCA CTAGTGACAA GGACTCAGAC TTACGCCTAG TGGTAGGAGA CAGCTTGAAA 
GCAGAGAAGG AGCTAACAGC ATCAGTCACT GAGGCCATTC CTGTATCACG AGACTGGGAG 
CTGCTTCCCA GTGCTGCTGC CTCTGCTGAG CCACAATCCA AGAACCTGGA TTCTGGGCAC 
TGTGTCCCGG AGCCCAGCTC CTCAGGCCAG CGCCTGTATC CTGAGGTTTT CTATGGCAGT 
GCTGGGCCTT CCAGTTCTCA GATCTCTGGG GGAGCCATGG ACTCTCAATT ACATCCAAAC 
AGTGGAGGCT TCCGCCCTGG GACACCCTCA CTGCACCCTT ACAGATCACA GCCCCTATAC 
CTACCCCCCG GCCCAGCCCC TCCCTCAGCA CTGCTCTCTG GGTTAGCTCT CAAGGGCCAG 
TTTCTGGATT TCTCCACAAT GCAAGCTACA GAGCTGGGGA AGTTGCCGGC TGGAGGAGTT 
CTCTACCCTC CACCTTCCTT CCTCTACTCT CCGGCTTTCT GCCCCAGTCC TTTGCCTGAC 
ACATCGTTGC TTCAGGTACG CCAGGATCTG CCATCCCCTT CGGATTTTTA TTCTACTCCT 
CTGCAGCCTG GTGGCCAAAG TGGCTTTCTC CCTTCAGGGG CTCCTGCCCA GCAGCTGCAT 
CCAGTGGAAC TAAAGCCGTT CCAGGATTAT CAAAAACTGA GCAGCAACCT TGGGGGACCT 
GGATCATCAC GGACTCCCCC AACTGGAAGG TCCTTCTCTG GCCTCAATTC CCGTCTCAAG 
GCCACGCCTT CCACCTACAG TGGAGTCTTC CGCACCCAGC GCGTCGACCT TTACCAGCAG 
GCCTCCCCAC CAGATGCCCT GCGCTGGATA CCTAAGCCTT GGGAGCGGAC AGGGCCGCCA 
CCTCGAGAAG GGCCCTCCCG ACGGGCAGAG GAGCCTGGGT CCCGAGGGGA CAAGGAGCCT 
GGGTTGCCCC CACCCCGCTG A

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

PRRC2A ( NM_080686.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_542417.2 Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant 1, mRNA.

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CloneID	OHu15611
Clone ID Related Accession (Same CDS sequence)	NM_080686.2 , NM_080686.3 , NM_004638.3 , NM_004638.4
Accession Version	NM_080686.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6474bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-02-17
Organism	Homo sapiens(human)
Product	protein PRRC2A
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DC345271.1, BC060668.1, BX474290.1, BU684558.1, BM555411.1, BC030127.1, BG423867.1, AI383939.1 and AA909001.1. On Jun 19, 2007 this sequence version replaced NM_080686.1. Transcript Variant: This variant (1) differs in the 5' UTR compared to variant 2. Variants 1 and 2 both encode the same protein. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC060668.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTCCGATC GCTCGGGGCC GACTGCCAAG GGAAAGGATG GAAAGAAGTA TTCCTCGCTC 
AACCTGTTTG ATACGTATAA GGGCAAGTCC TTAGAGATCC AGAAACCCGC TGTTGCCCCT 
CGCCATGGCC TGCAGAGTCT CGGGAAAGTT GCCATTGCCC GGCGTATGCC ACCTCCAGCC 
AACCTTCCAA GCCTGAAAGC CGAGAACAAA GGCAATGACC CCAATGTCTC ACTAGTGCCA 
AAAGACGGAA CAGGATGGGC AAGCAAACAG GAGCAGTCCG ACCCCAAGAG TTCCGATGCC 
TCAACCGCTC AGCCGCCGGA ATCGCAGCCA CTGCCGGCTT CACAGACGCC TGCCTCCAAC 
CAGCCGAAAC GACCCCCAGC AGCCCCCGAG AACACTCCTT TGGTTCCAAG CGGGGTAAAG 
TCCTGGGCAC AAGCCAGCGT CACCCATGGA GCACATGGAG ATGGTGGAAG GGCATCAAGC 
CTACTGTCAC GATTCTCTCG AGAGGAATTT CCGACCCTGC AGGCGGCTGG CGACCAGGAC 
AAGGCTGCCA AGGAAAGGGA GTCTGCCGAA CAGTCGTCTG GGCCCGGACC AAGCCTCCGC 
CCCCAAAATT CTACAACTTG GAGGGACGGA GGTGGGCGTG GCCCTGATGA GCTGGAGGGC 
CCGGACTCCA AACTTCATCA TGGTCATGAT CCCCGGGGTG GGCTACAGCC TTCAGGCCCA 
CCCCAGTTCC CTCCCTACCG CGGAATGATG CCGCCTTTCA TGTATCCCCC ATATCTCCCG 
TTCCCTCCGC CCTATGGACC CCAGGGGCCT TACCGATACC CCACTCCTGA TGGGCCCAGC 
CGTTTTCCCC GTGTGGCGGG CCCCCGAGGC TCAGGGCCAC CAATGCGCTT AGTAGAGCCT 
GTGGGTCGTC CCTCTATTCT CAAAGAGGAT AATCTCAAAG AGTTTGATCA GTTGGATCAG 
GAGAATGATG ATGGTTGGGC AGGGGCCCAT GAAGAGGTTG ACTACACTGA AAAGCTCAAG 
TTCAGCGATG AGGAAGATGG GCGAGACTCT GATGAGGAGG GTGCTGAGGG CCACAGGGAT 
TCCCAATCAG CTTCTGGTGA GGAACGGCCC CCTGAAGCAG ATGGCAAAAA GGGCAACTCC 
CCCAACAGCG AACCGCCCAC TCCTAAGACG GCCTGGGCAG AAACCTCTCG GCCTCCAGAG 
ACAGAGCCGG GACCTCCTGC CCCAAAGCCT CCCCTACCCC CACCTCACCG GGGCCCCGCC 
GGGAACTGGG GCCCCCCTGG GGACTACCCA GATCGTGGGG GTCCTCCCTG CAAGCCCCCA 
GCACCTGAAG ATGAGGATGA GGCATGGCGG CAGCGACGAA AGCAGTCGTC ATCTGAGATT 
TCCCTGGCAG TGGAGCGGGC CCGGCGACGG CGAGAAGAAG AGGAGCGGCG CATGCAAGAA 
GAGCGCCGGG CAGCCTGTGC TGAGAAGCTC AAGCGACTCG ATGAAAAGTT TGGGGCACCT 
GACAAGCGGC TCAAAGCAGA GCCTGCTGCC CCACCTGCTG CCCCTTCTAC CCCAGCTCCA 
CCACCTGCAG TCCCTAAAGA ACTCCCTGCA CCTCCAGCTC CACCTCCAGC ATCAGCCCCA 
ACACCAGAGA CAGAACCTGA AGAGCCAGCA CAGGCCCCTC CTGCCCAATC TACTCCTACT 
CCAGGTGTGG CTGCGGCTCC CACTCTGGTG AGTGGTGGTG GCAGTACCAG TAGCACCAGC 
AGTGGCAGCT TCGAAGCCAG CCCAGTGGAA CCACAACTGC CCTCAAAAGA GGGTCCTGAA 
CCACCAGAAG AGGTTCCTCC TCCTACCACA CCCCCAGTTC CAAAGGTGGA ACCCAAGGGT 
GATGGGATTG GTCCCACCCG CCAGCCCCCT AGTCAGGGCT TGGGCTACCC CAAATATCAG 
AAGTCGTTGC CTCCTCGTTT CCAGCGGCAG CAGCAGGAGC AGCTCCTGAA GCAGCAGCAG 
CAGCACCAGT GGCAGCAGCA TCAACAGGGC TCTGCCCCTC CTACCCCAGT GCCCCCATCA 
CCACCACAGC CTGTGACCCT GGGGGCTGTG CCAGCTCCAC AGGCTCCACC CCCGCCCCCC 
AAGGCCCTGT ACCCAGGTGC TCTGGGCCGG CCCCCACCCA TGCCCCCAAT GAACTTTGAT 
CCCCGATGGA TGATGATTCC TCCTTATGTG GACCCCCGGC TCCTCCAGGG TCGTCCCCCT 
CTAGACTTCT ACCCTCCTGG TGTGCATCCC TCTGGCCTAG TTCCCCGAGA GCGTTCAGAC 
AGTGGGGGCT CAAGCTCAGA GCCATTTGAC CGTCATGCAC CTGCTATGTT ACGGGAACGG 
GGCACTCCAC CGGTGGATCC AAAGTTGGCC TGGGTAGGAG ATGTCTTCAC CGCCACACCC 
GCTGAACCCC GCCCACTTAC CTCACCTCTG CGCCAGGCTG CGGATGAGGA TGACAAGGGG 
ATGAGGAGCG AGACTCCTCC AGTACCTCCC CCACCACCCT ATCTGGCCAG TTATCCAGGC 
TTTCCTGAGA ATGGAGCCCC TGGGCCCCCA ATCTCTCGCT TTCCTCTGGA GGAACCAGGG 
CCCCGTCCAC TCCCCTGGCC CCCAGGCAGT GATGAAGTGG CCAAGATACA AACTCCACCA 
CCCAAGAAGG AGCCCCCTAA GGAGGAGACT GCACAGCTGA CGGGGCCAGA AGCAGGCCGA 
AAGCCTGCCC GCGGAGTCGG GAGTGGAGGC CAGGGCCCCC CACCACCACG CAGAGAGAGT 
CGCACAGAGA CCCGCTGGGG CCCTCGTCCA GGGAGCAGTC GTCGTGGAAT CCCTCCAGAG 
GAGCCAGGGG CCCCACCCCG CCGGGCTGGG CCTATAAAGA AACCTCCACC ACCTACAAAA 
GTAGAAGAGC TGCCTCCCAA GCCCCTCGAA CAGGGGGATG AAACCCCCAA ACCCCCAAAG 
CCAGACCCAC TCAAGATAAC CAAGGGGAAG CTAGGGGGCC CCAAGGAGAC CCCACCCAAT 
GGAAATCTTT CCCCTGCCCC AAGGCTTCGG AGGGACTATT CGTATGAAAG AGTGGGTCCT 
ACCTCTTGCC GGGGTCGGGG CCGAGGCGAG TATTTTGCCA GAGGGAGGGG TTTTCGGGGG 
ACCTATGGGG GACGAGGGCG GGGAGCCCGA AGCCGGGAAT TCCGCAGTTA CCGAGAGTTT 
CGAGGAGATG ATGGGCGTGG AGGTGGGACA GGGGGACCAA ACCACCCTCC TGCTCCCCGA 
GGCCGCACTG CCAGCGAGAC ACGGAGCGAG GGTTCAGAGT ATGAGGAAAT CCCCAAGCGG 
CGCCGGCAGC GGGGCTCAGA AACAGGCAGC GAGACCCATG AGAGTGATCT GGCTCCTTCA 
GACAAGGAGG CTCCCACACC CAAGGAGGGA ACACTCACCC AGGTCCCTCT CGCTCCCCCA 
CCACCAGGAG CCCCACCTTC ACCAGCCCCA GCCCGCTTCA CTGCCCGGGG TGGGCGAGTC 
TTCACTCCCA GAGGGGTGCC ATCTCGCCGG GGCCGAGGAG GAGGGAGGCC CCCTCCTCAA 
GTTTGCCCAG GCTGGAGCCC TCCAGCCAAG TCTCTGGCTC CCAAGAAACC TCCCACAGGC 
CCTTTGCCAC CAAGTAAGGA GCCTTTGAAA GAGAAGTTGA TCCCAGGGCC TCTGTCCCCT 
GTGGCGCGCG GAGGCAGCAA TGGAGGTAGC AATGTGGGCA TGGAAGATGG GGAGCGACCC 
CGAAGGAGGC GACATGGGAG GGCTCAGCAG CAGGATAAAC CGCCTCGTTT CCGGAGGCTG 
AAGCAGGAAC GGGAGAATGC CGCAAGGGGG TCTGAGGGCA AGCCCTCCCT AACCCTTCCA 
GCCTCCGCTC CTGGACCTGA GGAGGCCCTC ACAACAGTCA CAGTGGCCCC AGCACCTCGC 
CGGGCAGCTG CCAAGTCTCC TGATCTGTCA AACCAGAACT CAGACCAAGC CAATGAGGAA 
TGGGAGACTG CATCAGAGAG CAGTGACTTC ACCAGTGAGC GCCGAGGGGA CAAAGAGGCA 
CCCCCACCAG TACTGCTGAC ACCCAAGGCT GTGGGAACTC CTGGGGGAGG TGGAGGTGGA 
GCCGTACCAG GTATTTCAGC CATGTCCCGC GGAGATCTGA GCCAGAGAGC CAAGGATTTG 
AGTAAACGGA GCTTCTCAAG TCAGCGGCCA GGCATGGAAC GGCAGAATCG GCGCCCTGGC 
CCAGGGGGCA AGGCTGGCAG CAGTGGCAGC AGCAGTGGAG GAGGCGGTGG GGGTCCTGGA 
GGAAGGACCG GGCCAGGACG AGGCGACAAG AGGAGCTGGC CCTCTCCCAA GAACCGAAGT 
CGTCCTCCAG AGGAGCGTCC CCCGGGGCTT CCCCTGCCTC CCCCACCTCC CAGCAGTTCT 
GCTGTCTTCC GCCTGGACCA AGTTATCCAC AGCAACCCTG CTGGCATCCA ACAGGCTCTG 
GCCCAGCTTA GTAGCCGTCA AGGGAGTGTA ACTGCACCAG GGGGTCATCC AAGGCACAAG 
CCTGGGCTTC CCCAAGCCCC TCAGGGCCCC TCTCCTAGGC CCCCAACCCG ATACGAGCCC 
CAGAGGGTCA ACAGCGGCCT CAGTTCTGAC CCCCACTTTG AGGAGCCGGG GCCAATGGTG 
AGAGGGGTGG GTGGGACTCC TCGGGACTCT GCCGGGGTTA GTCCCTTTCC CCCTAAACGT 
CGGGAGCGGC CTCCCAGAAA ACCAGAGCTG CTACAGGAGG AATCTTTGCC ACCTCCTCAT 
AGCTCTGGAT TCTTGGGCTC TAAGCCTGAG GGCCCAGGCC CTCAGGCAGA GTCCAGAGAT 
ACAGGCACAG AGGCCCTGAC CCCTCACATC TGGAACCGTT TACATACTGC CACTAGCCGA 
AAGAGTTACC GGCCCAGCTC CATGGAGCCT TGGATGGAGC CCCTGAGTCC TTTTGAGGAT 
GTGGCTGGCA CAGAAATGAG TCAGTCTGAC AGTGGGGTGG ACCTGAGTGG GGATTCTCAG 
GTGTCATCAG GTCCCTGCAG CCAGCGAAGT TCCCCTGATG GAGGACTCAA GGGGGCAGCA 
GAGGGACCCC CCAAGAGGCC TGGAGGCTCC TCACCCCTGA ATGCTGTTCC TTGTGAGGGT 
CCACCTGGCT CTGAACCTCC TAGGAGACCA CCACCTGCCC CCCACGATGG GGACAGAAAG 
GAGCTGCCCC GGGAGCAGCC TCTGCCCCCT GGCCCCATTG GCACAGAACG ATCACAGCGT 
ACAGACCGAG GCACAGAGCC TGGCCCCATT CGGCCATCCC ATCGACCTGG TCCCCCAGTC 
CAGTTTGGCA CTAGTGACAA GGACTCAGAC TTACGCCTAG TGGTAGGAGA CAGCTTGAAA 
GCAGAGAAGG AGCTAACAGC ATCAGTCACT GAGGCCATTC CTGTATCACG AGACTGGGAG 
CTGCTTCCCA GTGCTGCTGC CTCTGCTGAG CCACAATCCA AGAACCTGGA TTCTGGGCAC 
TGTGTCCCGG AGCCCAGCTC CTCAGGCCAG CGCCTGTATC CTGAGGTTTT CTATGGCAGT 
GCTGGGCCTT CCAGTTCTCA GATCTCTGGG GGAGCCATGG ACTCTCAATT ACATCCAAAC 
AGTGGAGGCT TCCGCCCTGG GACACCCTCA CTGCACCCTT ACAGATCACA GCCCCTATAC 
CTACCCCCCG GCCCAGCCCC TCCCTCAGCA CTGCTCTCTG GGTTAGCTCT CAAGGGCCAG 
TTTCTGGATT TCTCCACAAT GCAAGCTACA GAGCTGGGGA AGTTGCCGGC TGGAGGAGTT 
CTCTACCCTC CACCTTCCTT CCTCTACTCT CCGGCTTTCT GCCCCAGTCC TTTGCCTGAC 
ACATCGTTGC TTCAGGTACG CCAGGATCTG CCATCCCCTT CGGATTTTTA TTCTACTCCT 
CTGCAGCCTG GTGGCCAAAG TGGCTTTCTC CCTTCAGGGG CTCCTGCCCA GCAGATGCTT 
CTACCCATGG TAGACTCACA GCTGCCTGTG GTGAACTTTG GCTCCCTGCC GCCAGCACCA 
CCTCCTGCCC CACCTCCCCT TTCTCTGTTA CCTGTGGGCC CTGCTCTGCA GCCCCCCAGC 
CTGGCTGTGC GGCCCCCACC TGCTCCTGCT ACTCGGGTGC TGCCTTCACC TGCCAGGCCC 
TTCCCCGCTA GCTTGGGGCG AGCAGAGCTG CATCCAGTGG AACTAAAGCC GTTCCAGGAT 
TATCAAAAAC TGAGCAGCAA CCTTGGGGGA CCTGGATCAT CACGGACTCC CCCAACTGGA 
AGGTCCTTCT CTGGCCTCAA TTCCCGTCTC AAGGCCACGC CTTCCACCTA CAGTGGAGTC 
TTCCGCACCC AGCGCGTCGA CCTTTACCAG CAGGCCTCCC CACCAGATGC CCTGCGCTGG 
ATACCTAAGC CTTGGGAGCG GACAGGGCCG CCACCTCGAG AAGGGCCCTC CCGACGGGCA 
GAGGAGCCTG GGTCCCGAGG GGACAAGGAG CCTGGGTTGC CCCCACCCCG CTGA

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

RefSeq	NP_542417.2
CDS	250..6723
Translation	MSDRSGPTAKGKDGKKYSSLNLFDTYKGKSLEIQKPAVAPRHGLQSLGKVAIARRMPPPANLPSLKAENKGNDPNVSLVPKDGTGWASKQEQSDPKSSDASTAQPPESQPLPASQTPASNQPKRPPAAPENTPLVPSGVKSWAQASVTHGAHGDGGRASSLLSRFSREEFPTLQAAGDQDKAAKERESAEQSSGPGPSLRPQNSTTWRDGGGRGPDELEGPDSKLHHGHDPRGGLQPSGPPQFPPYRGMMPPFMYPPYLPFPPPYGPQGPYRYPTPDGPSRFPRVAGPRGSGPPMRLVEPVGRPSILKEDNLKEFDQLDQENDDGWAGAHEEVDYTEKLKFSDEEDGRDSDEEGAEGHRDSQSASGEERPPEADGKKGNSPNSEPPTPKTAWAETSRPPETEPGPPAPKPPLPPPHRGPAGNWGPPGDYPDRGGPPCKPPAPEDEDEAWRQRRKQSSSEISLAVERARRRREEEERRMQEERRAACAEKLKRLDEKFGAPDKRLKAEPAAPPAAPSTPAPPPAVPKELPAPPAPPPASAPTPETEPEEPAQAPPAQSTPTPGVAAAPTLVSGGGSTSSTSSGSFEASPVEPQLPSKEGPEPPEEVPPPTTPPVPKVEPKGDGIGPTRQPPSQGLGYPKYQKSLPPRFQRQQQEQLLKQQQQHQWQQHQQGSAPPTPVPPSPPQPVTLGAVPAPQAPPPPPKALYPGALGRPPPMPPMNFDPRWMMIPPYVDPRLLQGRPPLDFYPPGVHPSGLVPRERSDSGGSSSEPFDRHAPAMLRERGTPPVDPKLAWVGDVFTATPAEPRPLTSPLRQAADEDDKGMRSETPPVPPPPPYLASYPGFPENGAPGPPISRFPLEEPGPRPLPWPPGSDEVAKIQTPPPKKEPPKEETAQLTGPEAGRKPARGVGSGGQGPPPPRRESRTETRWGPRPGSSRRGIPPEEPGAPPRRAGPIKKPPPPTKVEELPPKPLEQGDETPKPPKPDPLKITKGKLGGPKETPPNGNLSPAPRLRRDYSYERVGPTSCRGRGRGEYFARGRGFRGTYGGRGRGARSREFRSYREFRGDDGRGGGTGGPNHPPAPRGRTASETRSEGSEYEEIPKRRRQRGSETGSETHESDLAPSDKEAPTPKEGTLTQVPLAPPPPGAPPSPAPARFTARGGRVFTPRGVPSRRGRGGGRPPPQVCPGWSPPAKSLAPKKPPTGPLPPSKEPLKEKLIPGPLSPVARGGSNGGSNVGMEDGERPRRRRHGRAQQQDKPPRFRRLKQERENAARGSEGKPSLTLPASAPGPEEALTTVTVAPAPRRAAAKSPDLSNQNSDQANEEWETASESSDFTSERRGDKEAPPPVLLTPKAVGTPGGGGGGAVPGISAMSRGDLSQRAKDLSKRSFSSQRPGMERQNRRPGPGGKAGSSGSSSGGGGGGPGGRTGPGRGDKRSWPSPKNRSRPPEERPPGLPLPPPPPSSSAVFRLDQVIHSNPAGIQQALAQLSSRQGSVTAPGGHPRHKPGLPQAPQGPSPRPPTRYEPQRVNSGLSSDPHFEEPGPMVRGVGGTPRDSAGVSPFPPKRRERPPRKPELLQEESLPPPHSSGFLGSKPEGPGPQAESRDTGTEALTPHIWNRLHTATSRKSYRPSSMEPWMEPLSPFEDVAGTEMSQSDSGVDLSGDSQVSSGPCSQRSSPDGGLKGAAEGPPKRPGGSSPLNAVPCEGPPGSEPPRRPPPAPHDGDRKELPREQPLPPGPIGTERSQRTDRGTEPGPIRPSHRPGPPVQFGTSDKDSDLRLVVGDSLKAEKELTASVTEAIPVSRDWELLPSAAASAEPQSKNLDSGHCVPEPSSSGQRLYPEVFYGSAGPSSSQISGGAMDSQLHPNSGGFRPGTPSLHPYRSQPLYLPPGPAPPSALLSGLALKGQFLDFSTMQATELGKLPAGGVLYPPPSFLYSPAFCPSPLPDTSLLQVRQDLPSPSDFYSTPLQPGGQSGFLPSGAPAQQMLLPMVDSQLPVVNFGSLPPAPPPAPPPLSLLPVGPALQPPSLAVRPPPAPATRVLPSPARPFPASLGRAELHPVELKPFQDYQKLSSNLGGPGSSRTPPTGRSFSGLNSRLKATPSTYSGVFRTQRVDLYQQASPPDALRWIPKPWERTGPPPREGPSRRAEEPGSRGDKEPGLPPPR

Target ORF information:

RefSeq Version	NM_080686.2
Organism	Homo sapiens(human)
Definition	Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant 1, mRNA.

Target ORF information:

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

NM_080686.2

ORF Insert Sequence:

ATGTCCGATC GCTCGGGGCC GACTGCCAAG GGAAAGGATG GAAAGAAGTA TTCCTCGCTC 
AACCTGTTTG ATACGTATAA GGGCAAGTCC TTAGAGATCC AGAAACCCGC TGTTGCCCCT 
CGCCATGGCC TGCAGAGTCT CGGGAAAGTT GCCATTGCCC GGCGTATGCC ACCTCCAGCC 
AACCTTCCAA GCCTGAAAGC CGAGAACAAA GGCAATGACC CCAATGTCTC ACTAGTGCCA 
AAAGACGGAA CAGGATGGGC AAGCAAACAG GAGCAGTCCG ACCCCAAGAG TTCCGATGCC 
TCAACCGCTC AGCCGCCGGA ATCGCAGCCA CTGCCGGCTT CACAGACGCC TGCCTCCAAC 
CAGCCGAAAC GACCCCCAGC AGCCCCCGAG AACACTCCTT TGGTTCCAAG CGGGGTAAAG 
TCCTGGGCAC AAGCCAGCGT CACCCATGGA GCACATGGAG ATGGTGGAAG GGCATCAAGC 
CTACTGTCAC GATTCTCTCG AGAGGAATTT CCGACCCTGC AGGCGGCTGG CGACCAGGAC 
AAGGCTGCCA AGGAAAGGGA GTCTGCCGAA CAGTCGTCTG GGCCCGGACC AAGCCTCCGC 
CCCCAAAATT CTACAACTTG GAGGGACGGA GGTGGGCGTG GCCCTGATGA GCTGGAGGGC 
CCGGACTCCA AACTTCATCA TGGTCATGAT CCCCGGGGTG GGCTACAGCC TTCAGGCCCA 
CCCCAGTTCC CTCCCTACCG CGGAATGATG CCGCCTTTCA TGTATCCCCC ATATCTCCCG 
TTCCCTCCGC CCTATGGACC CCAGGGGCCT TACCGATACC CCACTCCTGA TGGGCCCAGC 
CGTTTTCCCC GTGTGGCGGG CCCCCGAGGC TCAGGGCCAC CAATGCGCTT AGTAGAGCCT 
GTGGGTCGTC CCTCTATTCT CAAAGAGGAT AATCTCAAAG AGTTTGATCA GTTGGATCAG 
GAGAATGATG ATGGTTGGGC AGGGGCCCAT GAAGAGGTTG ACTACACTGA AAAGCTCAAG 
TTCAGCGATG AGGAAGATGG GCGAGACTCT GATGAGGAGG GTGCTGAGGG CCACAGGGAT 
TCCCAATCAG CTTCTGGTGA GGAACGGCCC CCTGAAGCAG ATGGCAAAAA GGGCAACTCC 
CCCAACAGCG AACCGCCCAC TCCTAAGACG GCCTGGGCAG AAACCTCTCG GCCTCCAGAG 
ACAGAGCCGG GACCTCCTGC CCCAAAGCCT CCCCTACCCC CACCTCACCG GGGCCCCGCC 
GGGAACTGGG GCCCCCCTGG GGACTACCCA GATCGTGGGG GTCCTCCCTG CAAGCCCCCA 
GCACCTGAAG ATGAGGATGA GGCATGGCGG CAGCGACGAA AGCAGTCGTC ATCTGAGATT 
TCCCTGGCAG TGGAGCGGGC CCGGCGACGG CGAGAAGAAG AGGAGCGGCG CATGCAAGAA 
GAGCGCCGGG CAGCCTGTGC TGAGAAGCTC AAGCGACTCG ATGAAAAGTT TGGGGCACCT 
GACAAGCGGC TCAAAGCAGA GCCTGCTGCC CCACCTGCTG CCCCTTCTAC CCCAGCTCCA 
CCACCTGCAG TCCCTAAAGA ACTCCCTGCA CCTCCAGCTC CACCTCCAGC ATCAGCCCCA 
ACACCAGAGA CAGAACCTGA AGAGCCAGCA CAGGCCCCTC CTGCCCAATC TACTCCTACT 
CCAGGTGTGG CTGCGGCTCC CACTCTGGTG AGTGGTGGTG GCAGTACCAG TAGCACCAGC 
AGTGGCAGCT TCGAAGCCAG CCCAGTGGAA CCACAACTGC CCTCAAAAGA GGGTCCTGAA 
CCACCAGAAG AGGTTCCTCC TCCTACCACA CCCCCAGTTC CAAAGGTGGA ACCCAAGGGT 
GATGGGATTG GTCCCACCCG CCAGCCCCCT AGTCAGGGCT TGGGCTACCC CAAATATCAG 
AAGTCGTTGC CTCCTCGTTT CCAGCGGCAG CAGCAGGAGC AGCTCCTGAA GCAGCAGCAG 
CAGCACCAGT GGCAGCAGCA TCAACAGGGC TCTGCCCCTC CTACCCCAGT GCCCCCATCA 
CCACCACAGC CTGTGACCCT GGGGGCTGTG CCAGCTCCAC AGGCTCCACC CCCGCCCCCC 
AAGGCCCTGT ACCCAGGTGC TCTGGGCCGG CCCCCACCCA TGCCCCCAAT GAACTTTGAT 
CCCCGATGGA TGATGATTCC TCCTTATGTG GACCCCCGGC TCCTCCAGGG TCGTCCCCCT 
CTAGACTTCT ACCCTCCTGG TGTGCATCCC TCTGGCCTAG TTCCCCGAGA GCGTTCAGAC 
AGTGGGGGCT CAAGCTCAGA GCCATTTGAC CGTCATGCAC CTGCTATGTT ACGGGAACGG 
GGCACTCCAC CGGTGGATCC AAAGTTGGCC TGGGTAGGAG ATGTCTTCAC CGCCACACCC 
GCTGAACCCC GCCCACTTAC CTCACCTCTG CGCCAGGCTG CGGATGAGGA TGACAAGGGG 
ATGAGGAGCG AGACTCCTCC AGTACCTCCC CCACCACCCT ATCTGGCCAG TTATCCAGGC 
TTTCCTGAGA ATGGAGCCCC TGGGCCCCCA ATCTCTCGCT TTCCTCTGGA GGAACCAGGG 
CCCCGTCCAC TCCCCTGGCC CCCAGGCAGT GATGAAGTGG CCAAGATACA AACTCCACCA 
CCCAAGAAGG AGCCCCCTAA GGAGGAGACT GCACAGCTGA CGGGGCCAGA AGCAGGCCGA 
AAGCCTGCCC GCGGAGTCGG GAGTGGAGGC CAGGGCCCCC CACCACCACG CAGAGAGAGT 
CGCACAGAGA CCCGCTGGGG CCCTCGTCCA GGGAGCAGTC GTCGTGGAAT CCCTCCAGAG 
GAGCCAGGGG CCCCACCCCG CCGGGCTGGG CCTATAAAGA AACCTCCACC ACCTACAAAA 
GTAGAAGAGC TGCCTCCCAA GCCCCTCGAA CAGGGGGATG AAACCCCCAA ACCCCCAAAG 
CCAGACCCAC TCAAGATAAC CAAGGGGAAG CTAGGGGGCC CCAAGGAGAC CCCACCCAAT 
GGAAATCTTT CCCCTGCCCC AAGGCTTCGG AGGGACTATT CGTATGAAAG AGTGGGTCCT 
ACCTCTTGCC GGGGTCGGGG CCGAGGCGAG TATTTTGCCA GAGGGAGGGG TTTTCGGGGG 
ACCTATGGGG GACGAGGGCG GGGAGCCCGA AGCCGGGAAT TCCGCAGTTA CCGAGAGTTT 
CGAGGAGATG ATGGGCGTGG AGGTGGGACA GGGGGACCAA ACCACCCTCC TGCTCCCCGA 
GGCCGCACTG CCAGCGAGAC ACGGAGCGAG GGTTCAGAGT ATGAGGAAAT CCCCAAGCGG 
CGCCGGCAGC GGGGCTCAGA AACAGGCAGC GAGACCCATG AGAGTGATCT GGCTCCTTCA 
GACAAGGAGG CTCCCACACC CAAGGAGGGA ACACTCACCC AGGTCCCTCT CGCTCCCCCA 
CCACCAGGAG CCCCACCTTC ACCAGCCCCA GCCCGCTTCA CTGCCCGGGG TGGGCGAGTC 
TTCACTCCCA GAGGGGTGCC ATCTCGCCGG GGCCGAGGAG GAGGGAGGCC CCCTCCTCAA 
GTTTGCCCAG GCTGGAGCCC TCCAGCCAAG TCTCTGGCTC CCAAGAAACC TCCCACAGGC 
CCTTTGCCAC CAAGTAAGGA GCCTTTGAAA GAGAAGTTGA TCCCAGGGCC TCTGTCCCCT 
GTGGCGCGCG GAGGCAGCAA TGGAGGTAGC AATGTGGGCA TGGAAGATGG GGAGCGACCC 
CGAAGGAGGC GACATGGGAG GGCTCAGCAG CAGGATAAAC CGCCTCGTTT CCGGAGGCTG 
AAGCAGGAAC GGGAGAATGC CGCAAGGGGG TCTGAGGGCA AGCCCTCCCT AACCCTTCCA 
GCCTCCGCTC CTGGACCTGA GGAGGCCCTC ACAACAGTCA CAGTGGCCCC AGCACCTCGC 
CGGGCAGCTG CCAAGTCTCC TGATCTGTCA AACCAGAACT CAGACCAAGC CAATGAGGAA 
TGGGAGACTG CATCAGAGAG CAGTGACTTC ACCAGTGAGC GCCGAGGGGA CAAAGAGGCA 
CCCCCACCAG TACTGCTGAC ACCCAAGGCT GTGGGAACTC CTGGGGGAGG TGGAGGTGGA 
GCCGTACCAG GTATTTCAGC CATGTCCCGC GGAGATCTGA GCCAGAGAGC CAAGGATTTG 
AGTAAACGGA GCTTCTCAAG TCAGCGGCCA GGCATGGAAC GGCAGAATCG GCGCCCTGGC 
CCAGGGGGCA AGGCTGGCAG CAGTGGCAGC AGCAGTGGAG GAGGCGGTGG GGGTCCTGGA 
GGAAGGACCG GGCCAGGACG AGGCGACAAG AGGAGCTGGC CCTCTCCCAA GAACCGAAGT 
CGTCCTCCAG AGGAGCGTCC CCCGGGGCTT CCCCTGCCTC CCCCACCTCC CAGCAGTTCT 
GCTGTCTTCC GCCTGGACCA AGTTATCCAC AGCAACCCTG CTGGCATCCA ACAGGCTCTG 
GCCCAGCTTA GTAGCCGTCA AGGGAGTGTA ACTGCACCAG GGGGTCATCC AAGGCACAAG 
CCTGGGCTTC CCCAAGCCCC TCAGGGCCCC TCTCCTAGGC CCCCAACCCG ATACGAGCCC 
CAGAGGGTCA ACAGCGGCCT CAGTTCTGAC CCCCACTTTG AGGAGCCGGG GCCAATGGTG 
AGAGGGGTGG GTGGGACTCC TCGGGACTCT GCCGGGGTTA GTCCCTTTCC CCCTAAACGT 
CGGGAGCGGC CTCCCAGAAA ACCAGAGCTG CTACAGGAGG AATCTTTGCC ACCTCCTCAT 
AGCTCTGGAT TCTTGGGCTC TAAGCCTGAG GGCCCAGGCC CTCAGGCAGA GTCCAGAGAT 
ACAGGCACAG AGGCCCTGAC CCCTCACATC TGGAACCGTT TACATACTGC CACTAGCCGA 
AAGAGTTACC GGCCCAGCTC CATGGAGCCT TGGATGGAGC CCCTGAGTCC TTTTGAGGAT 
GTGGCTGGCA CAGAAATGAG TCAGTCTGAC AGTGGGGTGG ACCTGAGTGG GGATTCTCAG 
GTGTCATCAG GTCCCTGCAG CCAGCGAAGT TCCCCTGATG GAGGACTCAA GGGGGCAGCA 
GAGGGACCCC CCAAGAGGCC TGGAGGCTCC TCACCCCTGA ATGCTGTTCC TTGTGAGGGT 
CCACCTGGCT CTGAACCTCC TAGGAGACCA CCACCTGCCC CCCACGATGG GGACAGAAAG 
GAGCTGCCCC GGGAGCAGCC TCTGCCCCCT GGCCCCATTG GCACAGAACG ATCACAGCGT 
ACAGACCGAG GCACAGAGCC TGGCCCCATT CGGCCATCCC ATCGACCTGG TCCCCCAGTC 
CAGTTTGGCA CTAGTGACAA GGACTCAGAC TTACGCCTAG TGGTAGGAGA CAGCTTGAAA 
GCAGAGAAGG AGCTAACAGC ATCAGTCACT GAGGCCATTC CTGTATCACG AGACTGGGAG 
CTGCTTCCCA GTGCTGCTGC CTCTGCTGAG CCACAATCCA AGAACCTGGA TTCTGGGCAC 
TGTGTCCCGG AGCCCAGCTC CTCAGGCCAG CGCCTGTATC CTGAGGTTTT CTATGGCAGT 
GCTGGGCCTT CCAGTTCTCA GATCTCTGGG GGAGCCATGG ACTCTCAATT ACATCCAAAC 
AGTGGAGGCT TCCGCCCTGG GACACCCTCA CTGCACCCTT ACAGATCACA GCCCCTATAC 
CTACCCCCCG GCCCAGCCCC TCCCTCAGCA CTGCTCTCTG GGTTAGCTCT CAAGGGCCAG 
TTTCTGGATT TCTCCACAAT GCAAGCTACA GAGCTGGGGA AGTTGCCGGC TGGAGGAGTT 
CTCTACCCTC CACCTTCCTT CCTCTACTCT CCGGCTTTCT GCCCCAGTCC TTTGCCTGAC 
ACATCGTTGC TTCAGGTACG CCAGGATCTG CCATCCCCTT CGGATTTTTA TTCTACTCCT 
CTGCAGCCTG GTGGCCAAAG TGGCTTTCTC CCTTCAGGGG CTCCTGCCCA GCAGATGCTT 
CTACCCATGG TAGACTCACA GCTGCCTGTG GTGAACTTTG GCTCCCTGCC GCCAGCACCA 
CCTCCTGCCC CACCTCCCCT TTCTCTGTTA CCTGTGGGCC CTGCTCTGCA GCCCCCCAGC 
CTGGCTGTGC GGCCCCCACC TGCTCCTGCT ACTCGGGTGC TGCCTTCACC TGCCAGGCCC 
TTCCCCGCTA GCTTGGGGCG AGCAGAGCTG CATCCAGTGG AACTAAAGCC GTTCCAGGAT 
TATCAAAAAC TGAGCAGCAA CCTTGGGGGA CCTGGATCAT CACGGACTCC CCCAACTGGA 
AGGTCCTTCT CTGGCCTCAA TTCCCGTCTC AAGGCCACGC CTTCCACCTA CAGTGGAGTC 
TTCCGCACCC AGCGCGTCGA CCTTTACCAG CAGGCCTCCC CACCAGATGC CCTGCGCTGG 
ATACCTAAGC CTTGGGAGCG GACAGGGCCG CCACCTCGAG AAGGGCCCTC CCGACGGGCA 
GAGGAGCCTG GGTCCCGAGG GGACAAGGAG CCTGGGTTGC CCCCACCCCG CTGA

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

PRRC2A ( NM_080686.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_542417.2 Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant 1, mRNA.

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CloneID	OHu15611
Clone ID Related Accession (Same CDS sequence)	NM_080686.2 , NM_080686.3 , NM_004638.3 , NM_004638.4
Accession Version	NM_080686.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6474bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-08-07
Organism	Homo sapiens(human)
Product	protein PRRC2A
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DC345271.1, BC060668.1, BX474290.1, BU684558.1, BM555411.1, BC030127.1, BG423867.1 and AI383939.1. On Jun 2, 2019 this sequence version replaced NM_080686.2. Transcript Variant: This variant (1) differs in the 5' UTR compared to variant 2. Variants 1 and 2 both encode the same protein. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC060668.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTCCGATC GCTCGGGGCC GACTGCCAAG GGAAAGGATG GAAAGAAGTA TTCCTCGCTC 
AACCTGTTTG ATACGTATAA GGGCAAGTCC TTAGAGATCC AGAAACCCGC TGTTGCCCCT 
CGCCATGGCC TGCAGAGTCT CGGGAAAGTT GCCATTGCCC GGCGTATGCC ACCTCCAGCC 
AACCTTCCAA GCCTGAAAGC CGAGAACAAA GGCAATGACC CCAATGTCTC ACTAGTGCCA 
AAAGACGGAA CAGGATGGGC AAGCAAACAG GAGCAGTCCG ACCCCAAGAG TTCCGATGCC 
TCAACCGCTC AGCCGCCGGA ATCGCAGCCA CTGCCGGCTT CACAGACGCC TGCCTCCAAC 
CAGCCGAAAC GACCCCCAGC AGCCCCCGAG AACACTCCTT TGGTTCCAAG CGGGGTAAAG 
TCCTGGGCAC AAGCCAGCGT CACCCATGGA GCACATGGAG ATGGTGGAAG GGCATCAAGC 
CTACTGTCAC GATTCTCTCG AGAGGAATTT CCGACCCTGC AGGCGGCTGG CGACCAGGAC 
AAGGCTGCCA AGGAAAGGGA GTCTGCCGAA CAGTCGTCTG GGCCCGGACC AAGCCTCCGC 
CCCCAAAATT CTACAACTTG GAGGGACGGA GGTGGGCGTG GCCCTGATGA GCTGGAGGGC 
CCGGACTCCA AACTTCATCA TGGTCATGAT CCCCGGGGTG GGCTACAGCC TTCAGGCCCA 
CCCCAGTTCC CTCCCTACCG CGGAATGATG CCGCCTTTCA TGTATCCCCC ATATCTCCCG 
TTCCCTCCGC CCTATGGACC CCAGGGGCCT TACCGATACC CCACTCCTGA TGGGCCCAGC 
CGTTTTCCCC GTGTGGCGGG CCCCCGAGGC TCAGGGCCAC CAATGCGCTT AGTAGAGCCT 
GTGGGTCGTC CCTCTATTCT CAAAGAGGAT AATCTCAAAG AGTTTGATCA GTTGGATCAG 
GAGAATGATG ATGGTTGGGC AGGGGCCCAT GAAGAGGTTG ACTACACTGA AAAGCTCAAG 
TTCAGCGATG AGGAAGATGG GCGAGACTCT GATGAGGAGG GTGCTGAGGG CCACAGGGAT 
TCCCAATCAG CTTCTGGTGA GGAACGGCCC CCTGAAGCAG ATGGCAAAAA GGGCAACTCC 
CCCAACAGCG AACCGCCCAC TCCTAAGACG GCCTGGGCAG AAACCTCTCG GCCTCCAGAG 
ACAGAGCCGG GACCTCCTGC CCCAAAGCCT CCCCTACCCC CACCTCACCG GGGCCCCGCC 
GGGAACTGGG GCCCCCCTGG GGACTACCCA GATCGTGGGG GTCCTCCCTG CAAGCCCCCA 
GCACCTGAAG ATGAGGATGA GGCATGGCGG CAGCGACGAA AGCAGTCGTC ATCTGAGATT 
TCCCTGGCAG TGGAGCGGGC CCGGCGACGG CGAGAAGAAG AGGAGCGGCG CATGCAAGAA 
GAGCGCCGGG CAGCCTGTGC TGAGAAGCTC AAGCGACTCG ATGAAAAGTT TGGGGCACCT 
GACAAGCGGC TCAAAGCAGA GCCTGCTGCC CCACCTGCTG CCCCTTCTAC CCCAGCTCCA 
CCACCTGCAG TCCCTAAAGA ACTCCCTGCA CCTCCAGCTC CACCTCCAGC ATCAGCCCCA 
ACACCAGAGA CAGAACCTGA AGAGCCAGCA CAGGCCCCTC CTGCCCAATC TACTCCTACT 
CCAGGTGTGG CTGCGGCTCC CACTCTGGTG AGTGGTGGTG GCAGTACCAG TAGCACCAGC 
AGTGGCAGCT TCGAAGCCAG CCCAGTGGAA CCACAACTGC CCTCAAAAGA GGGTCCTGAA 
CCACCAGAAG AGGTTCCTCC TCCTACCACA CCCCCAGTTC CAAAGGTGGA ACCCAAGGGT 
GATGGGATTG GTCCCACCCG CCAGCCCCCT AGTCAGGGCT TGGGCTACCC CAAATATCAG 
AAGTCGTTGC CTCCTCGTTT CCAGCGGCAG CAGCAGGAGC AGCTCCTGAA GCAGCAGCAG 
CAGCACCAGT GGCAGCAGCA TCAACAGGGC TCTGCCCCTC CTACCCCAGT GCCCCCATCA 
CCACCACAGC CTGTGACCCT GGGGGCTGTG CCAGCTCCAC AGGCTCCACC CCCGCCCCCC 
AAGGCCCTGT ACCCAGGTGC TCTGGGCCGG CCCCCACCCA TGCCCCCAAT GAACTTTGAT 
CCCCGATGGA TGATGATTCC TCCTTATGTG GACCCCCGGC TCCTCCAGGG TCGTCCCCCT 
CTAGACTTCT ACCCTCCTGG TGTGCATCCC TCTGGCCTAG TTCCCCGAGA GCGTTCAGAC 
AGTGGGGGCT CAAGCTCAGA GCCATTTGAC CGTCATGCAC CTGCTATGTT ACGGGAACGG 
GGCACTCCAC CGGTGGATCC AAAGTTGGCC TGGGTAGGAG ATGTCTTCAC CGCCACACCC 
GCTGAACCCC GCCCACTTAC CTCACCTCTG CGCCAGGCTG CGGATGAGGA TGACAAGGGG 
ATGAGGAGCG AGACTCCTCC AGTACCTCCC CCACCACCCT ATCTGGCCAG TTATCCAGGC 
TTTCCTGAGA ATGGAGCCCC TGGGCCCCCA ATCTCTCGCT TTCCTCTGGA GGAACCAGGG 
CCCCGTCCAC TCCCCTGGCC CCCAGGCAGT GATGAAGTGG CCAAGATACA AACTCCACCA 
CCCAAGAAGG AGCCCCCTAA GGAGGAGACT GCACAGCTGA CGGGGCCAGA AGCAGGCCGA 
AAGCCTGCCC GCGGAGTCGG GAGTGGAGGC CAGGGCCCCC CACCACCACG CAGAGAGAGT 
CGCACAGAGA CCCGCTGGGG CCCTCGTCCA GGGAGCAGTC GTCGTGGAAT CCCTCCAGAG 
GAGCCAGGGG CCCCACCCCG CCGGGCTGGG CCTATAAAGA AACCTCCACC ACCTACAAAA 
GTAGAAGAGC TGCCTCCCAA GCCCCTCGAA CAGGGGGATG AAACCCCCAA ACCCCCAAAG 
CCAGACCCAC TCAAGATAAC CAAGGGGAAG CTAGGGGGCC CCAAGGAGAC CCCACCCAAT 
GGAAATCTTT CCCCTGCCCC AAGGCTTCGG AGGGACTATT CGTATGAAAG AGTGGGTCCT 
ACCTCTTGCC GGGGTCGGGG CCGAGGCGAG TATTTTGCCA GAGGGAGGGG TTTTCGGGGG 
ACCTATGGGG GACGAGGGCG GGGAGCCCGA AGCCGGGAAT TCCGCAGTTA CCGAGAGTTT 
CGAGGAGATG ATGGGCGTGG AGGTGGGACA GGGGGACCAA ACCACCCTCC TGCTCCCCGA 
GGCCGCACTG CCAGCGAGAC ACGGAGCGAG GGTTCAGAGT ATGAGGAAAT CCCCAAGCGG 
CGCCGGCAGC GGGGCTCAGA AACAGGCAGC GAGACCCATG AGAGTGATCT GGCTCCTTCA 
GACAAGGAGG CTCCCACACC CAAGGAGGGA ACACTCACCC AGGTCCCTCT CGCTCCCCCA 
CCACCAGGAG CCCCACCTTC ACCAGCCCCA GCCCGCTTCA CTGCCCGGGG TGGGCGAGTC 
TTCACTCCCA GAGGGGTGCC ATCTCGCCGG GGCCGAGGAG GAGGGAGGCC CCCTCCTCAA 
GTTTGCCCAG GCTGGAGCCC TCCAGCCAAG TCTCTGGCTC CCAAGAAACC TCCCACAGGC 
CCTTTGCCAC CAAGTAAGGA GCCTTTGAAA GAGAAGTTGA TCCCAGGGCC TCTGTCCCCT 
GTGGCGCGCG GAGGCAGCAA TGGAGGTAGC AATGTGGGCA TGGAAGATGG GGAGCGACCC 
CGAAGGAGGC GACATGGGAG GGCTCAGCAG CAGGATAAAC CGCCTCGTTT CCGGAGGCTG 
AAGCAGGAAC GGGAGAATGC CGCAAGGGGG TCTGAGGGCA AGCCCTCCCT AACCCTTCCA 
GCCTCCGCTC CTGGACCTGA GGAGGCCCTC ACAACAGTCA CAGTGGCCCC AGCACCTCGC 
CGGGCAGCTG CCAAGTCTCC TGATCTGTCA AACCAGAACT CAGACCAAGC CAATGAGGAA 
TGGGAGACTG CATCAGAGAG CAGTGACTTC ACCAGTGAGC GCCGAGGGGA CAAAGAGGCA 
CCCCCACCAG TACTGCTGAC ACCCAAGGCT GTGGGAACTC CTGGGGGAGG TGGAGGTGGA 
GCCGTACCAG GTATTTCAGC CATGTCCCGC GGAGATCTGA GCCAGAGAGC CAAGGATTTG 
AGTAAACGGA GCTTCTCAAG TCAGCGGCCA GGCATGGAAC GGCAGAATCG GCGCCCTGGC 
CCAGGGGGCA AGGCTGGCAG CAGTGGCAGC AGCAGTGGAG GAGGCGGTGG GGGTCCTGGA 
GGAAGGACCG GGCCAGGACG AGGCGACAAG AGGAGCTGGC CCTCTCCCAA GAACCGAAGT 
CGTCCTCCAG AGGAGCGTCC CCCGGGGCTT CCCCTGCCTC CCCCACCTCC CAGCAGTTCT 
GCTGTCTTCC GCCTGGACCA AGTTATCCAC AGCAACCCTG CTGGCATCCA ACAGGCTCTG 
GCCCAGCTTA GTAGCCGTCA AGGGAGTGTA ACTGCACCAG GGGGTCATCC AAGGCACAAG 
CCTGGGCTTC CCCAAGCCCC TCAGGGCCCC TCTCCTAGGC CCCCAACCCG ATACGAGCCC 
CAGAGGGTCA ACAGCGGCCT CAGTTCTGAC CCCCACTTTG AGGAGCCGGG GCCAATGGTG 
AGAGGGGTGG GTGGGACTCC TCGGGACTCT GCCGGGGTTA GTCCCTTTCC CCCTAAACGT 
CGGGAGCGGC CTCCCAGAAA ACCAGAGCTG CTACAGGAGG AATCTTTGCC ACCTCCTCAT 
AGCTCTGGAT TCTTGGGCTC TAAGCCTGAG GGCCCAGGCC CTCAGGCAGA GTCCAGAGAT 
ACAGGCACAG AGGCCCTGAC CCCTCACATC TGGAACCGTT TACATACTGC CACTAGCCGA 
AAGAGTTACC GGCCCAGCTC CATGGAGCCT TGGATGGAGC CCCTGAGTCC TTTTGAGGAT 
GTGGCTGGCA CAGAAATGAG TCAGTCTGAC AGTGGGGTGG ACCTGAGTGG GGATTCTCAG 
GTGTCATCAG GTCCCTGCAG CCAGCGAAGT TCCCCTGATG GAGGACTCAA GGGGGCAGCA 
GAGGGACCCC CCAAGAGGCC TGGAGGCTCC TCACCCCTGA ATGCTGTTCC TTGTGAGGGT 
CCACCTGGCT CTGAACCTCC TAGGAGACCA CCACCTGCCC CCCACGATGG GGACAGAAAG 
GAGCTGCCCC GGGAGCAGCC TCTGCCCCCT GGCCCCATTG GCACAGAACG ATCACAGCGT 
ACAGACCGAG GCACAGAGCC TGGCCCCATT CGGCCATCCC ATCGACCTGG TCCCCCAGTC 
CAGTTTGGCA CTAGTGACAA GGACTCAGAC TTACGCCTAG TGGTAGGAGA CAGCTTGAAA 
GCAGAGAAGG AGCTAACAGC ATCAGTCACT GAGGCCATTC CTGTATCACG AGACTGGGAG 
CTGCTTCCCA GTGCTGCTGC CTCTGCTGAG CCACAATCCA AGAACCTGGA TTCTGGGCAC 
TGTGTCCCGG AGCCCAGCTC CTCAGGCCAG CGCCTGTATC CTGAGGTTTT CTATGGCAGT 
GCTGGGCCTT CCAGTTCTCA GATCTCTGGG GGAGCCATGG ACTCTCAATT ACATCCAAAC 
AGTGGAGGCT TCCGCCCTGG GACACCCTCA CTGCACCCTT ACAGATCACA GCCCCTATAC 
CTACCCCCCG GCCCAGCCCC TCCCTCAGCA CTGCTCTCTG GGTTAGCTCT CAAGGGCCAG 
TTTCTGGATT TCTCCACAAT GCAAGCTACA GAGCTGGGGA AGTTGCCGGC TGGAGGAGTT 
CTCTACCCTC CACCTTCCTT CCTCTACTCT CCGGCTTTCT GCCCCAGTCC TTTGCCTGAC 
ACATCGTTGC TTCAGGTACG CCAGGATCTG CCATCCCCTT CGGATTTTTA TTCTACTCCT 
CTGCAGCCTG GTGGCCAAAG TGGCTTTCTC CCTTCAGGGG CTCCTGCCCA GCAGATGCTT 
CTACCCATGG TAGACTCACA GCTGCCTGTG GTGAACTTTG GCTCCCTGCC GCCAGCACCA 
CCTCCTGCCC CACCTCCCCT TTCTCTGTTA CCTGTGGGCC CTGCTCTGCA GCCCCCCAGC 
CTGGCTGTGC GGCCCCCACC TGCTCCTGCT ACTCGGGTGC TGCCTTCACC TGCCAGGCCC 
TTCCCCGCTA GCTTGGGGCG AGCAGAGCTG CATCCAGTGG AACTAAAGCC GTTCCAGGAT 
TATCAAAAAC TGAGCAGCAA CCTTGGGGGA CCTGGATCAT CACGGACTCC CCCAACTGGA 
AGGTCCTTCT CTGGCCTCAA TTCCCGTCTC AAGGCCACGC CTTCCACCTA CAGTGGAGTC 
TTCCGCACCC AGCGCGTCGA CCTTTACCAG CAGGCCTCCC CACCAGATGC CCTGCGCTGG 
ATACCTAAGC CTTGGGAGCG GACAGGGCCG CCACCTCGAG AAGGGCCCTC CCGACGGGCA 
GAGGAGCCTG GGTCCCGAGG GGACAAGGAG CCTGGGTTGC CCCCACCCCG CTGA

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

RefSeq	NP_542417.2
CDS	208..6681
Translation	MSDRSGPTAKGKDGKKYSSLNLFDTYKGKSLEIQKPAVAPRHGLQSLGKVAIARRMPPPANLPSLKAENKGNDPNVSLVPKDGTGWASKQEQSDPKSSDASTAQPPESQPLPASQTPASNQPKRPPAAPENTPLVPSGVKSWAQASVTHGAHGDGGRASSLLSRFSREEFPTLQAAGDQDKAAKERESAEQSSGPGPSLRPQNSTTWRDGGGRGPDELEGPDSKLHHGHDPRGGLQPSGPPQFPPYRGMMPPFMYPPYLPFPPPYGPQGPYRYPTPDGPSRFPRVAGPRGSGPPMRLVEPVGRPSILKEDNLKEFDQLDQENDDGWAGAHEEVDYTEKLKFSDEEDGRDSDEEGAEGHRDSQSASGEERPPEADGKKGNSPNSEPPTPKTAWAETSRPPETEPGPPAPKPPLPPPHRGPAGNWGPPGDYPDRGGPPCKPPAPEDEDEAWRQRRKQSSSEISLAVERARRRREEEERRMQEERRAACAEKLKRLDEKFGAPDKRLKAEPAAPPAAPSTPAPPPAVPKELPAPPAPPPASAPTPETEPEEPAQAPPAQSTPTPGVAAAPTLVSGGGSTSSTSSGSFEASPVEPQLPSKEGPEPPEEVPPPTTPPVPKVEPKGDGIGPTRQPPSQGLGYPKYQKSLPPRFQRQQQEQLLKQQQQHQWQQHQQGSAPPTPVPPSPPQPVTLGAVPAPQAPPPPPKALYPGALGRPPPMPPMNFDPRWMMIPPYVDPRLLQGRPPLDFYPPGVHPSGLVPRERSDSGGSSSEPFDRHAPAMLRERGTPPVDPKLAWVGDVFTATPAEPRPLTSPLRQAADEDDKGMRSETPPVPPPPPYLASYPGFPENGAPGPPISRFPLEEPGPRPLPWPPGSDEVAKIQTPPPKKEPPKEETAQLTGPEAGRKPARGVGSGGQGPPPPRRESRTETRWGPRPGSSRRGIPPEEPGAPPRRAGPIKKPPPPTKVEELPPKPLEQGDETPKPPKPDPLKITKGKLGGPKETPPNGNLSPAPRLRRDYSYERVGPTSCRGRGRGEYFARGRGFRGTYGGRGRGARSREFRSYREFRGDDGRGGGTGGPNHPPAPRGRTASETRSEGSEYEEIPKRRRQRGSETGSETHESDLAPSDKEAPTPKEGTLTQVPLAPPPPGAPPSPAPARFTARGGRVFTPRGVPSRRGRGGGRPPPQVCPGWSPPAKSLAPKKPPTGPLPPSKEPLKEKLIPGPLSPVARGGSNGGSNVGMEDGERPRRRRHGRAQQQDKPPRFRRLKQERENAARGSEGKPSLTLPASAPGPEEALTTVTVAPAPRRAAAKSPDLSNQNSDQANEEWETASESSDFTSERRGDKEAPPPVLLTPKAVGTPGGGGGGAVPGISAMSRGDLSQRAKDLSKRSFSSQRPGMERQNRRPGPGGKAGSSGSSSGGGGGGPGGRTGPGRGDKRSWPSPKNRSRPPEERPPGLPLPPPPPSSSAVFRLDQVIHSNPAGIQQALAQLSSRQGSVTAPGGHPRHKPGLPQAPQGPSPRPPTRYEPQRVNSGLSSDPHFEEPGPMVRGVGGTPRDSAGVSPFPPKRRERPPRKPELLQEESLPPPHSSGFLGSKPEGPGPQAESRDTGTEALTPHIWNRLHTATSRKSYRPSSMEPWMEPLSPFEDVAGTEMSQSDSGVDLSGDSQVSSGPCSQRSSPDGGLKGAAEGPPKRPGGSSPLNAVPCEGPPGSEPPRRPPPAPHDGDRKELPREQPLPPGPIGTERSQRTDRGTEPGPIRPSHRPGPPVQFGTSDKDSDLRLVVGDSLKAEKELTASVTEAIPVSRDWELLPSAAASAEPQSKNLDSGHCVPEPSSSGQRLYPEVFYGSAGPSSSQISGGAMDSQLHPNSGGFRPGTPSLHPYRSQPLYLPPGPAPPSALLSGLALKGQFLDFSTMQATELGKLPAGGVLYPPPSFLYSPAFCPSPLPDTSLLQVRQDLPSPSDFYSTPLQPGGQSGFLPSGAPAQQMLLPMVDSQLPVVNFGSLPPAPPPAPPPLSLLPVGPALQPPSLAVRPPPAPATRVLPSPARPFPASLGRAELHPVELKPFQDYQKLSSNLGGPGSSRTPPTGRSFSGLNSRLKATPSTYSGVFRTQRVDLYQQASPPDALRWIPKPWERTGPPPREGPSRRAEEPGSRGDKEPGLPPPR

Target ORF information:

RefSeq Version	NM_080686.3
Organism	Homo sapiens(human)
Definition	Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant 1, mRNA.

Target ORF information:

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

NM_080686.3

ORF Insert Sequence:

ATGTCCGATC GCTCGGGGCC GACTGCCAAG GGAAAGGATG GAAAGAAGTA TTCCTCGCTC 
AACCTGTTTG ATACGTATAA GGGCAAGTCC TTAGAGATCC AGAAACCCGC TGTTGCCCCT 
CGCCATGGCC TGCAGAGTCT CGGGAAAGTT GCCATTGCCC GGCGTATGCC ACCTCCAGCC 
AACCTTCCAA GCCTGAAAGC CGAGAACAAA GGCAATGACC CCAATGTCTC ACTAGTGCCA 
AAAGACGGAA CAGGATGGGC AAGCAAACAG GAGCAGTCCG ACCCCAAGAG TTCCGATGCC 
TCAACCGCTC AGCCGCCGGA ATCGCAGCCA CTGCCGGCTT CACAGACGCC TGCCTCCAAC 
CAGCCGAAAC GACCCCCAGC AGCCCCCGAG AACACTCCTT TGGTTCCAAG CGGGGTAAAG 
TCCTGGGCAC AAGCCAGCGT CACCCATGGA GCACATGGAG ATGGTGGAAG GGCATCAAGC 
CTACTGTCAC GATTCTCTCG AGAGGAATTT CCGACCCTGC AGGCGGCTGG CGACCAGGAC 
AAGGCTGCCA AGGAAAGGGA GTCTGCCGAA CAGTCGTCTG GGCCCGGACC AAGCCTCCGC 
CCCCAAAATT CTACAACTTG GAGGGACGGA GGTGGGCGTG GCCCTGATGA GCTGGAGGGC 
CCGGACTCCA AACTTCATCA TGGTCATGAT CCCCGGGGTG GGCTACAGCC TTCAGGCCCA 
CCCCAGTTCC CTCCCTACCG CGGAATGATG CCGCCTTTCA TGTATCCCCC ATATCTCCCG 
TTCCCTCCGC CCTATGGACC CCAGGGGCCT TACCGATACC CCACTCCTGA TGGGCCCAGC 
CGTTTTCCCC GTGTGGCGGG CCCCCGAGGC TCAGGGCCAC CAATGCGCTT AGTAGAGCCT 
GTGGGTCGTC CCTCTATTCT CAAAGAGGAT AATCTCAAAG AGTTTGATCA GTTGGATCAG 
GAGAATGATG ATGGTTGGGC AGGGGCCCAT GAAGAGGTTG ACTACACTGA AAAGCTCAAG 
TTCAGCGATG AGGAAGATGG GCGAGACTCT GATGAGGAGG GTGCTGAGGG CCACAGGGAT 
TCCCAATCAG CTTCTGGTGA GGAACGGCCC CCTGAAGCAG ATGGCAAAAA GGGCAACTCC 
CCCAACAGCG AACCGCCCAC TCCTAAGACG GCCTGGGCAG AAACCTCTCG GCCTCCAGAG 
ACAGAGCCGG GACCTCCTGC CCCAAAGCCT CCCCTACCCC CACCTCACCG GGGCCCCGCC 
GGGAACTGGG GCCCCCCTGG GGACTACCCA GATCGTGGGG GTCCTCCCTG CAAGCCCCCA 
GCACCTGAAG ATGAGGATGA GGCATGGCGG CAGCGACGAA AGCAGTCGTC ATCTGAGATT 
TCCCTGGCAG TGGAGCGGGC CCGGCGACGG CGAGAAGAAG AGGAGCGGCG CATGCAAGAA 
GAGCGCCGGG CAGCCTGTGC TGAGAAGCTC AAGCGACTCG ATGAAAAGTT TGGGGCACCT 
GACAAGCGGC TCAAAGCAGA GCCTGCTGCC CCACCTGCTG CCCCTTCTAC CCCAGCTCCA 
CCACCTGCAG TCCCTAAAGA ACTCCCTGCA CCTCCAGCTC CACCTCCAGC ATCAGCCCCA 
ACACCAGAGA CAGAACCTGA AGAGCCAGCA CAGGCCCCTC CTGCCCAATC TACTCCTACT 
CCAGGTGTGG CTGCGGCTCC CACTCTGGTG AGTGGTGGTG GCAGTACCAG TAGCACCAGC 
AGTGGCAGCT TCGAAGCCAG CCCAGTGGAA CCACAACTGC CCTCAAAAGA GGGTCCTGAA 
CCACCAGAAG AGGTTCCTCC TCCTACCACA CCCCCAGTTC CAAAGGTGGA ACCCAAGGGT 
GATGGGATTG GTCCCACCCG CCAGCCCCCT AGTCAGGGCT TGGGCTACCC CAAATATCAG 
AAGTCGTTGC CTCCTCGTTT CCAGCGGCAG CAGCAGGAGC AGCTCCTGAA GCAGCAGCAG 
CAGCACCAGT GGCAGCAGCA TCAACAGGGC TCTGCCCCTC CTACCCCAGT GCCCCCATCA 
CCACCACAGC CTGTGACCCT GGGGGCTGTG CCAGCTCCAC AGGCTCCACC CCCGCCCCCC 
AAGGCCCTGT ACCCAGGTGC TCTGGGCCGG CCCCCACCCA TGCCCCCAAT GAACTTTGAT 
CCCCGATGGA TGATGATTCC TCCTTATGTG GACCCCCGGC TCCTCCAGGG TCGTCCCCCT 
CTAGACTTCT ACCCTCCTGG TGTGCATCCC TCTGGCCTAG TTCCCCGAGA GCGTTCAGAC 
AGTGGGGGCT CAAGCTCAGA GCCATTTGAC CGTCATGCAC CTGCTATGTT ACGGGAACGG 
GGCACTCCAC CGGTGGATCC AAAGTTGGCC TGGGTAGGAG ATGTCTTCAC CGCCACACCC 
GCTGAACCCC GCCCACTTAC CTCACCTCTG CGCCAGGCTG CGGATGAGGA TGACAAGGGG 
ATGAGGAGCG AGACTCCTCC AGTACCTCCC CCACCACCCT ATCTGGCCAG TTATCCAGGC 
TTTCCTGAGA ATGGAGCCCC TGGGCCCCCA ATCTCTCGCT TTCCTCTGGA GGAACCAGGG 
CCCCGTCCAC TCCCCTGGCC CCCAGGCAGT GATGAAGTGG CCAAGATACA AACTCCACCA 
CCCAAGAAGG AGCCCCCTAA GGAGGAGACT GCACAGCTGA CGGGGCCAGA AGCAGGCCGA 
AAGCCTGCCC GCGGAGTCGG GAGTGGAGGC CAGGGCCCCC CACCACCACG CAGAGAGAGT 
CGCACAGAGA CCCGCTGGGG CCCTCGTCCA GGGAGCAGTC GTCGTGGAAT CCCTCCAGAG 
GAGCCAGGGG CCCCACCCCG CCGGGCTGGG CCTATAAAGA AACCTCCACC ACCTACAAAA 
GTAGAAGAGC TGCCTCCCAA GCCCCTCGAA CAGGGGGATG AAACCCCCAA ACCCCCAAAG 
CCAGACCCAC TCAAGATAAC CAAGGGGAAG CTAGGGGGCC CCAAGGAGAC CCCACCCAAT 
GGAAATCTTT CCCCTGCCCC AAGGCTTCGG AGGGACTATT CGTATGAAAG AGTGGGTCCT 
ACCTCTTGCC GGGGTCGGGG CCGAGGCGAG TATTTTGCCA GAGGGAGGGG TTTTCGGGGG 
ACCTATGGGG GACGAGGGCG GGGAGCCCGA AGCCGGGAAT TCCGCAGTTA CCGAGAGTTT 
CGAGGAGATG ATGGGCGTGG AGGTGGGACA GGGGGACCAA ACCACCCTCC TGCTCCCCGA 
GGCCGCACTG CCAGCGAGAC ACGGAGCGAG GGTTCAGAGT ATGAGGAAAT CCCCAAGCGG 
CGCCGGCAGC GGGGCTCAGA AACAGGCAGC GAGACCCATG AGAGTGATCT GGCTCCTTCA 
GACAAGGAGG CTCCCACACC CAAGGAGGGA ACACTCACCC AGGTCCCTCT CGCTCCCCCA 
CCACCAGGAG CCCCACCTTC ACCAGCCCCA GCCCGCTTCA CTGCCCGGGG TGGGCGAGTC 
TTCACTCCCA GAGGGGTGCC ATCTCGCCGG GGCCGAGGAG GAGGGAGGCC CCCTCCTCAA 
GTTTGCCCAG GCTGGAGCCC TCCAGCCAAG TCTCTGGCTC CCAAGAAACC TCCCACAGGC 
CCTTTGCCAC CAAGTAAGGA GCCTTTGAAA GAGAAGTTGA TCCCAGGGCC TCTGTCCCCT 
GTGGCGCGCG GAGGCAGCAA TGGAGGTAGC AATGTGGGCA TGGAAGATGG GGAGCGACCC 
CGAAGGAGGC GACATGGGAG GGCTCAGCAG CAGGATAAAC CGCCTCGTTT CCGGAGGCTG 
AAGCAGGAAC GGGAGAATGC CGCAAGGGGG TCTGAGGGCA AGCCCTCCCT AACCCTTCCA 
GCCTCCGCTC CTGGACCTGA GGAGGCCCTC ACAACAGTCA CAGTGGCCCC AGCACCTCGC 
CGGGCAGCTG CCAAGTCTCC TGATCTGTCA AACCAGAACT CAGACCAAGC CAATGAGGAA 
TGGGAGACTG CATCAGAGAG CAGTGACTTC ACCAGTGAGC GCCGAGGGGA CAAAGAGGCA 
CCCCCACCAG TACTGCTGAC ACCCAAGGCT GTGGGAACTC CTGGGGGAGG TGGAGGTGGA 
GCCGTACCAG GTATTTCAGC CATGTCCCGC GGAGATCTGA GCCAGAGAGC CAAGGATTTG 
AGTAAACGGA GCTTCTCAAG TCAGCGGCCA GGCATGGAAC GGCAGAATCG GCGCCCTGGC 
CCAGGGGGCA AGGCTGGCAG CAGTGGCAGC AGCAGTGGAG GAGGCGGTGG GGGTCCTGGA 
GGAAGGACCG GGCCAGGACG AGGCGACAAG AGGAGCTGGC CCTCTCCCAA GAACCGAAGT 
CGTCCTCCAG AGGAGCGTCC CCCGGGGCTT CCCCTGCCTC CCCCACCTCC CAGCAGTTCT 
GCTGTCTTCC GCCTGGACCA AGTTATCCAC AGCAACCCTG CTGGCATCCA ACAGGCTCTG 
GCCCAGCTTA GTAGCCGTCA AGGGAGTGTA ACTGCACCAG GGGGTCATCC AAGGCACAAG 
CCTGGGCTTC CCCAAGCCCC TCAGGGCCCC TCTCCTAGGC CCCCAACCCG ATACGAGCCC 
CAGAGGGTCA ACAGCGGCCT CAGTTCTGAC CCCCACTTTG AGGAGCCGGG GCCAATGGTG 
AGAGGGGTGG GTGGGACTCC TCGGGACTCT GCCGGGGTTA GTCCCTTTCC CCCTAAACGT 
CGGGAGCGGC CTCCCAGAAA ACCAGAGCTG CTACAGGAGG AATCTTTGCC ACCTCCTCAT 
AGCTCTGGAT TCTTGGGCTC TAAGCCTGAG GGCCCAGGCC CTCAGGCAGA GTCCAGAGAT 
ACAGGCACAG AGGCCCTGAC CCCTCACATC TGGAACCGTT TACATACTGC CACTAGCCGA 
AAGAGTTACC GGCCCAGCTC CATGGAGCCT TGGATGGAGC CCCTGAGTCC TTTTGAGGAT 
GTGGCTGGCA CAGAAATGAG TCAGTCTGAC AGTGGGGTGG ACCTGAGTGG GGATTCTCAG 
GTGTCATCAG GTCCCTGCAG CCAGCGAAGT TCCCCTGATG GAGGACTCAA GGGGGCAGCA 
GAGGGACCCC CCAAGAGGCC TGGAGGCTCC TCACCCCTGA ATGCTGTTCC TTGTGAGGGT 
CCACCTGGCT CTGAACCTCC TAGGAGACCA CCACCTGCCC CCCACGATGG GGACAGAAAG 
GAGCTGCCCC GGGAGCAGCC TCTGCCCCCT GGCCCCATTG GCACAGAACG ATCACAGCGT 
ACAGACCGAG GCACAGAGCC TGGCCCCATT CGGCCATCCC ATCGACCTGG TCCCCCAGTC 
CAGTTTGGCA CTAGTGACAA GGACTCAGAC TTACGCCTAG TGGTAGGAGA CAGCTTGAAA 
GCAGAGAAGG AGCTAACAGC ATCAGTCACT GAGGCCATTC CTGTATCACG AGACTGGGAG 
CTGCTTCCCA GTGCTGCTGC CTCTGCTGAG CCACAATCCA AGAACCTGGA TTCTGGGCAC 
TGTGTCCCGG AGCCCAGCTC CTCAGGCCAG CGCCTGTATC CTGAGGTTTT CTATGGCAGT 
GCTGGGCCTT CCAGTTCTCA GATCTCTGGG GGAGCCATGG ACTCTCAATT ACATCCAAAC 
AGTGGAGGCT TCCGCCCTGG GACACCCTCA CTGCACCCTT ACAGATCACA GCCCCTATAC 
CTACCCCCCG GCCCAGCCCC TCCCTCAGCA CTGCTCTCTG GGTTAGCTCT CAAGGGCCAG 
TTTCTGGATT TCTCCACAAT GCAAGCTACA GAGCTGGGGA AGTTGCCGGC TGGAGGAGTT 
CTCTACCCTC CACCTTCCTT CCTCTACTCT CCGGCTTTCT GCCCCAGTCC TTTGCCTGAC 
ACATCGTTGC TTCAGGTACG CCAGGATCTG CCATCCCCTT CGGATTTTTA TTCTACTCCT 
CTGCAGCCTG GTGGCCAAAG TGGCTTTCTC CCTTCAGGGG CTCCTGCCCA GCAGATGCTT 
CTACCCATGG TAGACTCACA GCTGCCTGTG GTGAACTTTG GCTCCCTGCC GCCAGCACCA 
CCTCCTGCCC CACCTCCCCT TTCTCTGTTA CCTGTGGGCC CTGCTCTGCA GCCCCCCAGC 
CTGGCTGTGC GGCCCCCACC TGCTCCTGCT ACTCGGGTGC TGCCTTCACC TGCCAGGCCC 
TTCCCCGCTA GCTTGGGGCG AGCAGAGCTG CATCCAGTGG AACTAAAGCC GTTCCAGGAT 
TATCAAAAAC TGAGCAGCAA CCTTGGGGGA CCTGGATCAT CACGGACTCC CCCAACTGGA 
AGGTCCTTCT CTGGCCTCAA TTCCCGTCTC AAGGCCACGC CTTCCACCTA CAGTGGAGTC 
TTCCGCACCC AGCGCGTCGA CCTTTACCAG CAGGCCTCCC CACCAGATGC CCTGCGCTGG 
ATACCTAAGC CTTGGGAGCG GACAGGGCCG CCACCTCGAG AAGGGCCCTC CCGACGGGCA 
GAGGAGCCTG GGTCCCGAGG GGACAAGGAG CCTGGGTTGC CCCCACCCCG CTGA

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

PRRC2A ( NM_004638.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_004629.3 Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant 2, mRNA.

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CloneID	OHu15611
Clone ID Related Accession (Same CDS sequence)	NM_080686.2 , NM_080686.3 , NM_004638.3 , NM_004638.4
Accession Version	NM_004638.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6474bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-02-22
Organism	Homo sapiens(human)
Product	protein PRRC2A
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DC345271.1, BC042295.1, AL662801.7, BC060668.1, AI989927.1 and AA969275.1. On Dec 11, 2010 this sequence version replaced NM_004638.2. Transcript Variant: This variant (2) represents the longer transcript. Variants 1 and 2 both encode the same protein. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC042295.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTCCGATC GCTCGGGGCC GACTGCCAAG GGAAAGGATG GAAAGAAGTA TTCCTCGCTC 
AACCTGTTTG ATACGTATAA GGGCAAGTCC TTAGAGATCC AGAAACCCGC TGTTGCCCCT 
CGCCATGGCC TGCAGAGTCT CGGGAAAGTT GCCATTGCCC GGCGTATGCC ACCTCCAGCC 
AACCTTCCAA GCCTGAAAGC CGAGAACAAA GGCAATGACC CCAATGTCTC ACTAGTGCCA 
AAAGACGGAA CAGGATGGGC AAGCAAACAG GAGCAGTCCG ACCCCAAGAG TTCCGATGCC 
TCAACCGCTC AGCCGCCGGA ATCGCAGCCA CTGCCGGCTT CACAGACGCC TGCCTCCAAC 
CAGCCGAAAC GACCCCCAGC AGCCCCCGAG AACACTCCTT TGGTTCCAAG CGGGGTAAAG 
TCCTGGGCAC AAGCCAGCGT CACCCATGGA GCACATGGAG ATGGTGGAAG GGCATCAAGC 
CTACTGTCAC GATTCTCTCG AGAGGAATTT CCGACCCTGC AGGCGGCTGG CGACCAGGAC 
AAGGCTGCCA AGGAAAGGGA GTCTGCCGAA CAGTCGTCTG GGCCCGGACC AAGCCTCCGC 
CCCCAAAATT CTACAACTTG GAGGGACGGA GGTGGGCGTG GCCCTGATGA GCTGGAGGGC 
CCGGACTCCA AACTTCATCA TGGTCATGAT CCCCGGGGTG GGCTACAGCC TTCAGGCCCA 
CCCCAGTTCC CTCCCTACCG CGGAATGATG CCGCCTTTCA TGTATCCCCC ATATCTCCCG 
TTCCCTCCGC CCTATGGACC CCAGGGGCCT TACCGATACC CCACTCCTGA TGGGCCCAGC 
CGTTTTCCCC GTGTGGCGGG CCCCCGAGGC TCAGGGCCAC CAATGCGCTT AGTAGAGCCT 
GTGGGTCGTC CCTCTATTCT CAAAGAGGAT AATCTCAAAG AGTTTGATCA GTTGGATCAG 
GAGAATGATG ATGGTTGGGC AGGGGCCCAT GAAGAGGTTG ACTACACTGA AAAGCTCAAG 
TTCAGCGATG AGGAAGATGG GCGAGACTCT GATGAGGAGG GTGCTGAGGG CCACAGGGAT 
TCCCAATCAG CTTCTGGTGA GGAACGGCCC CCTGAAGCAG ATGGCAAAAA GGGCAACTCC 
CCCAACAGCG AACCGCCCAC TCCTAAGACG GCCTGGGCAG AAACCTCTCG GCCTCCAGAG 
ACAGAGCCGG GACCTCCTGC CCCAAAGCCT CCCCTACCCC CACCTCACCG GGGCCCCGCC 
GGGAACTGGG GCCCCCCTGG GGACTACCCA GATCGTGGGG GTCCTCCCTG CAAGCCCCCA 
GCACCTGAAG ATGAGGATGA GGCATGGCGG CAGCGACGAA AGCAGTCGTC ATCTGAGATT 
TCCCTGGCAG TGGAGCGGGC CCGGCGACGG CGAGAAGAAG AGGAGCGGCG CATGCAAGAA 
GAGCGCCGGG CAGCCTGTGC TGAGAAGCTC AAGCGACTCG ATGAAAAGTT TGGGGCACCT 
GACAAGCGGC TCAAAGCAGA GCCTGCTGCC CCACCTGCTG CCCCTTCTAC CCCAGCTCCA 
CCACCTGCAG TCCCTAAAGA ACTCCCTGCA CCTCCAGCTC CACCTCCAGC ATCAGCCCCA 
ACACCAGAGA CAGAACCTGA AGAGCCAGCA CAGGCCCCTC CTGCCCAATC TACTCCTACT 
CCAGGTGTGG CTGCGGCTCC CACTCTGGTG AGTGGTGGTG GCAGTACCAG TAGCACCAGC 
AGTGGCAGCT TCGAAGCCAG CCCAGTGGAA CCACAACTGC CCTCAAAAGA GGGTCCTGAA 
CCACCAGAAG AGGTTCCTCC TCCTACCACA CCCCCAGTTC CAAAGGTGGA ACCCAAGGGT 
GATGGGATTG GTCCCACCCG CCAGCCCCCT AGTCAGGGCT TGGGCTACCC CAAATATCAG 
AAGTCGTTGC CTCCTCGTTT CCAGCGGCAG CAGCAGGAGC AGCTCCTGAA GCAGCAGCAG 
CAGCACCAGT GGCAGCAGCA TCAACAGGGC TCTGCCCCTC CTACCCCAGT GCCCCCATCA 
CCACCACAGC CTGTGACCCT GGGGGCTGTG CCAGCTCCAC AGGCTCCACC CCCGCCCCCC 
AAGGCCCTGT ACCCAGGTGC TCTGGGCCGG CCCCCACCCA TGCCCCCAAT GAACTTTGAT 
CCCCGATGGA TGATGATTCC TCCTTATGTG GACCCCCGGC TCCTCCAGGG TCGTCCCCCT 
CTAGACTTCT ACCCTCCTGG TGTGCATCCC TCTGGCCTAG TTCCCCGAGA GCGTTCAGAC 
AGTGGGGGCT CAAGCTCAGA GCCATTTGAC CGTCATGCAC CTGCTATGTT ACGGGAACGG 
GGCACTCCAC CGGTGGATCC AAAGTTGGCC TGGGTAGGAG ATGTCTTCAC CGCCACACCC 
GCTGAACCCC GCCCACTTAC CTCACCTCTG CGCCAGGCTG CGGATGAGGA TGACAAGGGG 
ATGAGGAGCG AGACTCCTCC AGTACCTCCC CCACCACCCT ATCTGGCCAG TTATCCAGGC 
TTTCCTGAGA ATGGAGCCCC TGGGCCCCCA ATCTCTCGCT TTCCTCTGGA GGAACCAGGG 
CCCCGTCCAC TCCCCTGGCC CCCAGGCAGT GATGAAGTGG CCAAGATACA AACTCCACCA 
CCCAAGAAGG AGCCCCCTAA GGAGGAGACT GCACAGCTGA CGGGGCCAGA AGCAGGCCGA 
AAGCCTGCCC GCGGAGTCGG GAGTGGAGGC CAGGGCCCCC CACCACCACG CAGAGAGAGT 
CGCACAGAGA CCCGCTGGGG CCCTCGTCCA GGGAGCAGTC GTCGTGGAAT CCCTCCAGAG 
GAGCCAGGGG CCCCACCCCG CCGGGCTGGG CCTATAAAGA AACCTCCACC ACCTACAAAA 
GTAGAAGAGC TGCCTCCCAA GCCCCTCGAA CAGGGGGATG AAACCCCCAA ACCCCCAAAG 
CCAGACCCAC TCAAGATAAC CAAGGGGAAG CTAGGGGGCC CCAAGGAGAC CCCACCCAAT 
GGAAATCTTT CCCCTGCCCC AAGGCTTCGG AGGGACTATT CGTATGAAAG AGTGGGTCCT 
ACCTCTTGCC GGGGTCGGGG CCGAGGCGAG TATTTTGCCA GAGGGAGGGG TTTTCGGGGG 
ACCTATGGGG GACGAGGGCG GGGAGCCCGA AGCCGGGAAT TCCGCAGTTA CCGAGAGTTT 
CGAGGAGATG ATGGGCGTGG AGGTGGGACA GGGGGACCAA ACCACCCTCC TGCTCCCCGA 
GGCCGCACTG CCAGCGAGAC ACGGAGCGAG GGTTCAGAGT ATGAGGAAAT CCCCAAGCGG 
CGCCGGCAGC GGGGCTCAGA AACAGGCAGC GAGACCCATG AGAGTGATCT GGCTCCTTCA 
GACAAGGAGG CTCCCACACC CAAGGAGGGA ACACTCACCC AGGTCCCTCT CGCTCCCCCA 
CCACCAGGAG CCCCACCTTC ACCAGCCCCA GCCCGCTTCA CTGCCCGGGG TGGGCGAGTC 
TTCACTCCCA GAGGGGTGCC ATCTCGCCGG GGCCGAGGAG GAGGGAGGCC CCCTCCTCAA 
GTTTGCCCAG GCTGGAGCCC TCCAGCCAAG TCTCTGGCTC CCAAGAAACC TCCCACAGGC 
CCTTTGCCAC CAAGTAAGGA GCCTTTGAAA GAGAAGTTGA TCCCAGGGCC TCTGTCCCCT 
GTGGCGCGCG GAGGCAGCAA TGGAGGTAGC AATGTGGGCA TGGAAGATGG GGAGCGACCC 
CGAAGGAGGC GACATGGGAG GGCTCAGCAG CAGGATAAAC CGCCTCGTTT CCGGAGGCTG 
AAGCAGGAAC GGGAGAATGC CGCAAGGGGG TCTGAGGGCA AGCCCTCCCT AACCCTTCCA 
GCCTCCGCTC CTGGACCTGA GGAGGCCCTC ACAACAGTCA CAGTGGCCCC AGCACCTCGC 
CGGGCAGCTG CCAAGTCTCC TGATCTGTCA AACCAGAACT CAGACCAAGC CAATGAGGAA 
TGGGAGACTG CATCAGAGAG CAGTGACTTC ACCAGTGAGC GCCGAGGGGA CAAAGAGGCA 
CCCCCACCAG TACTGCTGAC ACCCAAGGCT GTGGGAACTC CTGGGGGAGG TGGAGGTGGA 
GCCGTACCAG GTATTTCAGC CATGTCCCGC GGAGATCTGA GCCAGAGAGC CAAGGATTTG 
AGTAAACGGA GCTTCTCAAG TCAGCGGCCA GGCATGGAAC GGCAGAATCG GCGCCCTGGC 
CCAGGGGGCA AGGCTGGCAG CAGTGGCAGC AGCAGTGGAG GAGGCGGTGG GGGTCCTGGA 
GGAAGGACCG GGCCAGGACG AGGCGACAAG AGGAGCTGGC CCTCTCCCAA GAACCGAAGT 
CGTCCTCCAG AGGAGCGTCC CCCGGGGCTT CCCCTGCCTC CCCCACCTCC CAGCAGTTCT 
GCTGTCTTCC GCCTGGACCA AGTTATCCAC AGCAACCCTG CTGGCATCCA ACAGGCTCTG 
GCCCAGCTTA GTAGCCGTCA AGGGAGTGTA ACTGCACCAG GGGGTCATCC AAGGCACAAG 
CCTGGGCTTC CCCAAGCCCC TCAGGGCCCC TCTCCTAGGC CCCCAACCCG ATACGAGCCC 
CAGAGGGTCA ACAGCGGCCT CAGTTCTGAC CCCCACTTTG AGGAGCCGGG GCCAATGGTG 
AGAGGGGTGG GTGGGACTCC TCGGGACTCT GCCGGGGTTA GTCCCTTTCC CCCTAAACGT 
CGGGAGCGGC CTCCCAGAAA ACCAGAGCTG CTACAGGAGG AATCTTTGCC ACCTCCTCAT 
AGCTCTGGAT TCTTGGGCTC TAAGCCTGAG GGCCCAGGCC CTCAGGCAGA GTCCAGAGAT 
ACAGGCACAG AGGCCCTGAC CCCTCACATC TGGAACCGTT TACATACTGC CACTAGCCGA 
AAGAGTTACC GGCCCAGCTC CATGGAGCCT TGGATGGAGC CCCTGAGTCC TTTTGAGGAT 
GTGGCTGGCA CAGAAATGAG TCAGTCTGAC AGTGGGGTGG ACCTGAGTGG GGATTCTCAG 
GTGTCATCAG GTCCCTGCAG CCAGCGAAGT TCCCCTGATG GAGGACTCAA GGGGGCAGCA 
GAGGGACCCC CCAAGAGGCC TGGAGGCTCC TCACCCCTGA ATGCTGTTCC TTGTGAGGGT 
CCACCTGGCT CTGAACCTCC TAGGAGACCA CCACCTGCCC CCCACGATGG GGACAGAAAG 
GAGCTGCCCC GGGAGCAGCC TCTGCCCCCT GGCCCCATTG GCACAGAACG ATCACAGCGT 
ACAGACCGAG GCACAGAGCC TGGCCCCATT CGGCCATCCC ATCGACCTGG TCCCCCAGTC 
CAGTTTGGCA CTAGTGACAA GGACTCAGAC TTACGCCTAG TGGTAGGAGA CAGCTTGAAA 
GCAGAGAAGG AGCTAACAGC ATCAGTCACT GAGGCCATTC CTGTATCACG AGACTGGGAG 
CTGCTTCCCA GTGCTGCTGC CTCTGCTGAG CCACAATCCA AGAACCTGGA TTCTGGGCAC 
TGTGTCCCGG AGCCCAGCTC CTCAGGCCAG CGCCTGTATC CTGAGGTTTT CTATGGCAGT 
GCTGGGCCTT CCAGTTCTCA GATCTCTGGG GGAGCCATGG ACTCTCAATT ACATCCAAAC 
AGTGGAGGCT TCCGCCCTGG GACACCCTCA CTGCACCCTT ACAGATCACA GCCCCTATAC 
CTACCCCCCG GCCCAGCCCC TCCCTCAGCA CTGCTCTCTG GGTTAGCTCT CAAGGGCCAG 
TTTCTGGATT TCTCCACAAT GCAAGCTACA GAGCTGGGGA AGTTGCCGGC TGGAGGAGTT 
CTCTACCCTC CACCTTCCTT CCTCTACTCT CCGGCTTTCT GCCCCAGTCC TTTGCCTGAC 
ACATCGTTGC TTCAGGTACG CCAGGATCTG CCATCCCCTT CGGATTTTTA TTCTACTCCT 
CTGCAGCCTG GTGGCCAAAG TGGCTTTCTC CCTTCAGGGG CTCCTGCCCA GCAGATGCTT 
CTACCCATGG TAGACTCACA GCTGCCTGTG GTGAACTTTG GCTCCCTGCC GCCAGCACCA 
CCTCCTGCCC CACCTCCCCT TTCTCTGTTA CCTGTGGGCC CTGCTCTGCA GCCCCCCAGC 
CTGGCTGTGC GGCCCCCACC TGCTCCTGCT ACTCGGGTGC TGCCTTCACC TGCCAGGCCC 
TTCCCCGCTA GCTTGGGGCG AGCAGAGCTG CATCCAGTGG AACTAAAGCC GTTCCAGGAT 
TATCAAAAAC TGAGCAGCAA CCTTGGGGGA CCTGGATCAT CACGGACTCC CCCAACTGGA 
AGGTCCTTCT CTGGCCTCAA TTCCCGTCTC AAGGCCACGC CTTCCACCTA CAGTGGAGTC 
TTCCGCACCC AGCGCGTCGA CCTTTACCAG CAGGCCTCCC CACCAGATGC CCTGCGCTGG 
ATACCTAAGC CTTGGGAGCG GACAGGGCCG CCACCTCGAG AAGGGCCCTC CCGACGGGCA 
GAGGAGCCTG GGTCCCGAGG GGACAAGGAG CCTGGGTTGC CCCCACCCCG CTGA

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

RefSeq	NP_004629.3
CDS	287..6760
Translation	MSDRSGPTAKGKDGKKYSSLNLFDTYKGKSLEIQKPAVAPRHGLQSLGKVAIARRMPPPANLPSLKAENKGNDPNVSLVPKDGTGWASKQEQSDPKSSDASTAQPPESQPLPASQTPASNQPKRPPAAPENTPLVPSGVKSWAQASVTHGAHGDGGRASSLLSRFSREEFPTLQAAGDQDKAAKERESAEQSSGPGPSLRPQNSTTWRDGGGRGPDELEGPDSKLHHGHDPRGGLQPSGPPQFPPYRGMMPPFMYPPYLPFPPPYGPQGPYRYPTPDGPSRFPRVAGPRGSGPPMRLVEPVGRPSILKEDNLKEFDQLDQENDDGWAGAHEEVDYTEKLKFSDEEDGRDSDEEGAEGHRDSQSASGEERPPEADGKKGNSPNSEPPTPKTAWAETSRPPETEPGPPAPKPPLPPPHRGPAGNWGPPGDYPDRGGPPCKPPAPEDEDEAWRQRRKQSSSEISLAVERARRRREEEERRMQEERRAACAEKLKRLDEKFGAPDKRLKAEPAAPPAAPSTPAPPPAVPKELPAPPAPPPASAPTPETEPEEPAQAPPAQSTPTPGVAAAPTLVSGGGSTSSTSSGSFEASPVEPQLPSKEGPEPPEEVPPPTTPPVPKVEPKGDGIGPTRQPPSQGLGYPKYQKSLPPRFQRQQQEQLLKQQQQHQWQQHQQGSAPPTPVPPSPPQPVTLGAVPAPQAPPPPPKALYPGALGRPPPMPPMNFDPRWMMIPPYVDPRLLQGRPPLDFYPPGVHPSGLVPRERSDSGGSSSEPFDRHAPAMLRERGTPPVDPKLAWVGDVFTATPAEPRPLTSPLRQAADEDDKGMRSETPPVPPPPPYLASYPGFPENGAPGPPISRFPLEEPGPRPLPWPPGSDEVAKIQTPPPKKEPPKEETAQLTGPEAGRKPARGVGSGGQGPPPPRRESRTETRWGPRPGSSRRGIPPEEPGAPPRRAGPIKKPPPPTKVEELPPKPLEQGDETPKPPKPDPLKITKGKLGGPKETPPNGNLSPAPRLRRDYSYERVGPTSCRGRGRGEYFARGRGFRGTYGGRGRGARSREFRSYREFRGDDGRGGGTGGPNHPPAPRGRTASETRSEGSEYEEIPKRRRQRGSETGSETHESDLAPSDKEAPTPKEGTLTQVPLAPPPPGAPPSPAPARFTARGGRVFTPRGVPSRRGRGGGRPPPQVCPGWSPPAKSLAPKKPPTGPLPPSKEPLKEKLIPGPLSPVARGGSNGGSNVGMEDGERPRRRRHGRAQQQDKPPRFRRLKQERENAARGSEGKPSLTLPASAPGPEEALTTVTVAPAPRRAAAKSPDLSNQNSDQANEEWETASESSDFTSERRGDKEAPPPVLLTPKAVGTPGGGGGGAVPGISAMSRGDLSQRAKDLSKRSFSSQRPGMERQNRRPGPGGKAGSSGSSSGGGGGGPGGRTGPGRGDKRSWPSPKNRSRPPEERPPGLPLPPPPPSSSAVFRLDQVIHSNPAGIQQALAQLSSRQGSVTAPGGHPRHKPGLPQAPQGPSPRPPTRYEPQRVNSGLSSDPHFEEPGPMVRGVGGTPRDSAGVSPFPPKRRERPPRKPELLQEESLPPPHSSGFLGSKPEGPGPQAESRDTGTEALTPHIWNRLHTATSRKSYRPSSMEPWMEPLSPFEDVAGTEMSQSDSGVDLSGDSQVSSGPCSQRSSPDGGLKGAAEGPPKRPGGSSPLNAVPCEGPPGSEPPRRPPPAPHDGDRKELPREQPLPPGPIGTERSQRTDRGTEPGPIRPSHRPGPPVQFGTSDKDSDLRLVVGDSLKAEKELTASVTEAIPVSRDWELLPSAAASAEPQSKNLDSGHCVPEPSSSGQRLYPEVFYGSAGPSSSQISGGAMDSQLHPNSGGFRPGTPSLHPYRSQPLYLPPGPAPPSALLSGLALKGQFLDFSTMQATELGKLPAGGVLYPPPSFLYSPAFCPSPLPDTSLLQVRQDLPSPSDFYSTPLQPGGQSGFLPSGAPAQQMLLPMVDSQLPVVNFGSLPPAPPPAPPPLSLLPVGPALQPPSLAVRPPPAPATRVLPSPARPFPASLGRAELHPVELKPFQDYQKLSSNLGGPGSSRTPPTGRSFSGLNSRLKATPSTYSGVFRTQRVDLYQQASPPDALRWIPKPWERTGPPPREGPSRRAEEPGSRGDKEPGLPPPR

Target ORF information:

RefSeq Version	NM_004638.3
Organism	Homo sapiens(human)
Definition	Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant 2, mRNA.

Target ORF information:

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

NM_004638.3

ORF Insert Sequence:

ATGTCCGATC GCTCGGGGCC GACTGCCAAG GGAAAGGATG GAAAGAAGTA TTCCTCGCTC 
AACCTGTTTG ATACGTATAA GGGCAAGTCC TTAGAGATCC AGAAACCCGC TGTTGCCCCT 
CGCCATGGCC TGCAGAGTCT CGGGAAAGTT GCCATTGCCC GGCGTATGCC ACCTCCAGCC 
AACCTTCCAA GCCTGAAAGC CGAGAACAAA GGCAATGACC CCAATGTCTC ACTAGTGCCA 
AAAGACGGAA CAGGATGGGC AAGCAAACAG GAGCAGTCCG ACCCCAAGAG TTCCGATGCC 
TCAACCGCTC AGCCGCCGGA ATCGCAGCCA CTGCCGGCTT CACAGACGCC TGCCTCCAAC 
CAGCCGAAAC GACCCCCAGC AGCCCCCGAG AACACTCCTT TGGTTCCAAG CGGGGTAAAG 
TCCTGGGCAC AAGCCAGCGT CACCCATGGA GCACATGGAG ATGGTGGAAG GGCATCAAGC 
CTACTGTCAC GATTCTCTCG AGAGGAATTT CCGACCCTGC AGGCGGCTGG CGACCAGGAC 
AAGGCTGCCA AGGAAAGGGA GTCTGCCGAA CAGTCGTCTG GGCCCGGACC AAGCCTCCGC 
CCCCAAAATT CTACAACTTG GAGGGACGGA GGTGGGCGTG GCCCTGATGA GCTGGAGGGC 
CCGGACTCCA AACTTCATCA TGGTCATGAT CCCCGGGGTG GGCTACAGCC TTCAGGCCCA 
CCCCAGTTCC CTCCCTACCG CGGAATGATG CCGCCTTTCA TGTATCCCCC ATATCTCCCG 
TTCCCTCCGC CCTATGGACC CCAGGGGCCT TACCGATACC CCACTCCTGA TGGGCCCAGC 
CGTTTTCCCC GTGTGGCGGG CCCCCGAGGC TCAGGGCCAC CAATGCGCTT AGTAGAGCCT 
GTGGGTCGTC CCTCTATTCT CAAAGAGGAT AATCTCAAAG AGTTTGATCA GTTGGATCAG 
GAGAATGATG ATGGTTGGGC AGGGGCCCAT GAAGAGGTTG ACTACACTGA AAAGCTCAAG 
TTCAGCGATG AGGAAGATGG GCGAGACTCT GATGAGGAGG GTGCTGAGGG CCACAGGGAT 
TCCCAATCAG CTTCTGGTGA GGAACGGCCC CCTGAAGCAG ATGGCAAAAA GGGCAACTCC 
CCCAACAGCG AACCGCCCAC TCCTAAGACG GCCTGGGCAG AAACCTCTCG GCCTCCAGAG 
ACAGAGCCGG GACCTCCTGC CCCAAAGCCT CCCCTACCCC CACCTCACCG GGGCCCCGCC 
GGGAACTGGG GCCCCCCTGG GGACTACCCA GATCGTGGGG GTCCTCCCTG CAAGCCCCCA 
GCACCTGAAG ATGAGGATGA GGCATGGCGG CAGCGACGAA AGCAGTCGTC ATCTGAGATT 
TCCCTGGCAG TGGAGCGGGC CCGGCGACGG CGAGAAGAAG AGGAGCGGCG CATGCAAGAA 
GAGCGCCGGG CAGCCTGTGC TGAGAAGCTC AAGCGACTCG ATGAAAAGTT TGGGGCACCT 
GACAAGCGGC TCAAAGCAGA GCCTGCTGCC CCACCTGCTG CCCCTTCTAC CCCAGCTCCA 
CCACCTGCAG TCCCTAAAGA ACTCCCTGCA CCTCCAGCTC CACCTCCAGC ATCAGCCCCA 
ACACCAGAGA CAGAACCTGA AGAGCCAGCA CAGGCCCCTC CTGCCCAATC TACTCCTACT 
CCAGGTGTGG CTGCGGCTCC CACTCTGGTG AGTGGTGGTG GCAGTACCAG TAGCACCAGC 
AGTGGCAGCT TCGAAGCCAG CCCAGTGGAA CCACAACTGC CCTCAAAAGA GGGTCCTGAA 
CCACCAGAAG AGGTTCCTCC TCCTACCACA CCCCCAGTTC CAAAGGTGGA ACCCAAGGGT 
GATGGGATTG GTCCCACCCG CCAGCCCCCT AGTCAGGGCT TGGGCTACCC CAAATATCAG 
AAGTCGTTGC CTCCTCGTTT CCAGCGGCAG CAGCAGGAGC AGCTCCTGAA GCAGCAGCAG 
CAGCACCAGT GGCAGCAGCA TCAACAGGGC TCTGCCCCTC CTACCCCAGT GCCCCCATCA 
CCACCACAGC CTGTGACCCT GGGGGCTGTG CCAGCTCCAC AGGCTCCACC CCCGCCCCCC 
AAGGCCCTGT ACCCAGGTGC TCTGGGCCGG CCCCCACCCA TGCCCCCAAT GAACTTTGAT 
CCCCGATGGA TGATGATTCC TCCTTATGTG GACCCCCGGC TCCTCCAGGG TCGTCCCCCT 
CTAGACTTCT ACCCTCCTGG TGTGCATCCC TCTGGCCTAG TTCCCCGAGA GCGTTCAGAC 
AGTGGGGGCT CAAGCTCAGA GCCATTTGAC CGTCATGCAC CTGCTATGTT ACGGGAACGG 
GGCACTCCAC CGGTGGATCC AAAGTTGGCC TGGGTAGGAG ATGTCTTCAC CGCCACACCC 
GCTGAACCCC GCCCACTTAC CTCACCTCTG CGCCAGGCTG CGGATGAGGA TGACAAGGGG 
ATGAGGAGCG AGACTCCTCC AGTACCTCCC CCACCACCCT ATCTGGCCAG TTATCCAGGC 
TTTCCTGAGA ATGGAGCCCC TGGGCCCCCA ATCTCTCGCT TTCCTCTGGA GGAACCAGGG 
CCCCGTCCAC TCCCCTGGCC CCCAGGCAGT GATGAAGTGG CCAAGATACA AACTCCACCA 
CCCAAGAAGG AGCCCCCTAA GGAGGAGACT GCACAGCTGA CGGGGCCAGA AGCAGGCCGA 
AAGCCTGCCC GCGGAGTCGG GAGTGGAGGC CAGGGCCCCC CACCACCACG CAGAGAGAGT 
CGCACAGAGA CCCGCTGGGG CCCTCGTCCA GGGAGCAGTC GTCGTGGAAT CCCTCCAGAG 
GAGCCAGGGG CCCCACCCCG CCGGGCTGGG CCTATAAAGA AACCTCCACC ACCTACAAAA 
GTAGAAGAGC TGCCTCCCAA GCCCCTCGAA CAGGGGGATG AAACCCCCAA ACCCCCAAAG 
CCAGACCCAC TCAAGATAAC CAAGGGGAAG CTAGGGGGCC CCAAGGAGAC CCCACCCAAT 
GGAAATCTTT CCCCTGCCCC AAGGCTTCGG AGGGACTATT CGTATGAAAG AGTGGGTCCT 
ACCTCTTGCC GGGGTCGGGG CCGAGGCGAG TATTTTGCCA GAGGGAGGGG TTTTCGGGGG 
ACCTATGGGG GACGAGGGCG GGGAGCCCGA AGCCGGGAAT TCCGCAGTTA CCGAGAGTTT 
CGAGGAGATG ATGGGCGTGG AGGTGGGACA GGGGGACCAA ACCACCCTCC TGCTCCCCGA 
GGCCGCACTG CCAGCGAGAC ACGGAGCGAG GGTTCAGAGT ATGAGGAAAT CCCCAAGCGG 
CGCCGGCAGC GGGGCTCAGA AACAGGCAGC GAGACCCATG AGAGTGATCT GGCTCCTTCA 
GACAAGGAGG CTCCCACACC CAAGGAGGGA ACACTCACCC AGGTCCCTCT CGCTCCCCCA 
CCACCAGGAG CCCCACCTTC ACCAGCCCCA GCCCGCTTCA CTGCCCGGGG TGGGCGAGTC 
TTCACTCCCA GAGGGGTGCC ATCTCGCCGG GGCCGAGGAG GAGGGAGGCC CCCTCCTCAA 
GTTTGCCCAG GCTGGAGCCC TCCAGCCAAG TCTCTGGCTC CCAAGAAACC TCCCACAGGC 
CCTTTGCCAC CAAGTAAGGA GCCTTTGAAA GAGAAGTTGA TCCCAGGGCC TCTGTCCCCT 
GTGGCGCGCG GAGGCAGCAA TGGAGGTAGC AATGTGGGCA TGGAAGATGG GGAGCGACCC 
CGAAGGAGGC GACATGGGAG GGCTCAGCAG CAGGATAAAC CGCCTCGTTT CCGGAGGCTG 
AAGCAGGAAC GGGAGAATGC CGCAAGGGGG TCTGAGGGCA AGCCCTCCCT AACCCTTCCA 
GCCTCCGCTC CTGGACCTGA GGAGGCCCTC ACAACAGTCA CAGTGGCCCC AGCACCTCGC 
CGGGCAGCTG CCAAGTCTCC TGATCTGTCA AACCAGAACT CAGACCAAGC CAATGAGGAA 
TGGGAGACTG CATCAGAGAG CAGTGACTTC ACCAGTGAGC GCCGAGGGGA CAAAGAGGCA 
CCCCCACCAG TACTGCTGAC ACCCAAGGCT GTGGGAACTC CTGGGGGAGG TGGAGGTGGA 
GCCGTACCAG GTATTTCAGC CATGTCCCGC GGAGATCTGA GCCAGAGAGC CAAGGATTTG 
AGTAAACGGA GCTTCTCAAG TCAGCGGCCA GGCATGGAAC GGCAGAATCG GCGCCCTGGC 
CCAGGGGGCA AGGCTGGCAG CAGTGGCAGC AGCAGTGGAG GAGGCGGTGG GGGTCCTGGA 
GGAAGGACCG GGCCAGGACG AGGCGACAAG AGGAGCTGGC CCTCTCCCAA GAACCGAAGT 
CGTCCTCCAG AGGAGCGTCC CCCGGGGCTT CCCCTGCCTC CCCCACCTCC CAGCAGTTCT 
GCTGTCTTCC GCCTGGACCA AGTTATCCAC AGCAACCCTG CTGGCATCCA ACAGGCTCTG 
GCCCAGCTTA GTAGCCGTCA AGGGAGTGTA ACTGCACCAG GGGGTCATCC AAGGCACAAG 
CCTGGGCTTC CCCAAGCCCC TCAGGGCCCC TCTCCTAGGC CCCCAACCCG ATACGAGCCC 
CAGAGGGTCA ACAGCGGCCT CAGTTCTGAC CCCCACTTTG AGGAGCCGGG GCCAATGGTG 
AGAGGGGTGG GTGGGACTCC TCGGGACTCT GCCGGGGTTA GTCCCTTTCC CCCTAAACGT 
CGGGAGCGGC CTCCCAGAAA ACCAGAGCTG CTACAGGAGG AATCTTTGCC ACCTCCTCAT 
AGCTCTGGAT TCTTGGGCTC TAAGCCTGAG GGCCCAGGCC CTCAGGCAGA GTCCAGAGAT 
ACAGGCACAG AGGCCCTGAC CCCTCACATC TGGAACCGTT TACATACTGC CACTAGCCGA 
AAGAGTTACC GGCCCAGCTC CATGGAGCCT TGGATGGAGC CCCTGAGTCC TTTTGAGGAT 
GTGGCTGGCA CAGAAATGAG TCAGTCTGAC AGTGGGGTGG ACCTGAGTGG GGATTCTCAG 
GTGTCATCAG GTCCCTGCAG CCAGCGAAGT TCCCCTGATG GAGGACTCAA GGGGGCAGCA 
GAGGGACCCC CCAAGAGGCC TGGAGGCTCC TCACCCCTGA ATGCTGTTCC TTGTGAGGGT 
CCACCTGGCT CTGAACCTCC TAGGAGACCA CCACCTGCCC CCCACGATGG GGACAGAAAG 
GAGCTGCCCC GGGAGCAGCC TCTGCCCCCT GGCCCCATTG GCACAGAACG ATCACAGCGT 
ACAGACCGAG GCACAGAGCC TGGCCCCATT CGGCCATCCC ATCGACCTGG TCCCCCAGTC 
CAGTTTGGCA CTAGTGACAA GGACTCAGAC TTACGCCTAG TGGTAGGAGA CAGCTTGAAA 
GCAGAGAAGG AGCTAACAGC ATCAGTCACT GAGGCCATTC CTGTATCACG AGACTGGGAG 
CTGCTTCCCA GTGCTGCTGC CTCTGCTGAG CCACAATCCA AGAACCTGGA TTCTGGGCAC 
TGTGTCCCGG AGCCCAGCTC CTCAGGCCAG CGCCTGTATC CTGAGGTTTT CTATGGCAGT 
GCTGGGCCTT CCAGTTCTCA GATCTCTGGG GGAGCCATGG ACTCTCAATT ACATCCAAAC 
AGTGGAGGCT TCCGCCCTGG GACACCCTCA CTGCACCCTT ACAGATCACA GCCCCTATAC 
CTACCCCCCG GCCCAGCCCC TCCCTCAGCA CTGCTCTCTG GGTTAGCTCT CAAGGGCCAG 
TTTCTGGATT TCTCCACAAT GCAAGCTACA GAGCTGGGGA AGTTGCCGGC TGGAGGAGTT 
CTCTACCCTC CACCTTCCTT CCTCTACTCT CCGGCTTTCT GCCCCAGTCC TTTGCCTGAC 
ACATCGTTGC TTCAGGTACG CCAGGATCTG CCATCCCCTT CGGATTTTTA TTCTACTCCT 
CTGCAGCCTG GTGGCCAAAG TGGCTTTCTC CCTTCAGGGG CTCCTGCCCA GCAGATGCTT 
CTACCCATGG TAGACTCACA GCTGCCTGTG GTGAACTTTG GCTCCCTGCC GCCAGCACCA 
CCTCCTGCCC CACCTCCCCT TTCTCTGTTA CCTGTGGGCC CTGCTCTGCA GCCCCCCAGC 
CTGGCTGTGC GGCCCCCACC TGCTCCTGCT ACTCGGGTGC TGCCTTCACC TGCCAGGCCC 
TTCCCCGCTA GCTTGGGGCG AGCAGAGCTG CATCCAGTGG AACTAAAGCC GTTCCAGGAT 
TATCAAAAAC TGAGCAGCAA CCTTGGGGGA CCTGGATCAT CACGGACTCC CCCAACTGGA 
AGGTCCTTCT CTGGCCTCAA TTCCCGTCTC AAGGCCACGC CTTCCACCTA CAGTGGAGTC 
TTCCGCACCC AGCGCGTCGA CCTTTACCAG CAGGCCTCCC CACCAGATGC CCTGCGCTGG 
ATACCTAAGC CTTGGGAGCG GACAGGGCCG CCACCTCGAG AAGGGCCCTC CCGACGGGCA 
GAGGAGCCTG GGTCCCGAGG GGACAAGGAG CCTGGGTTGC CCCCACCCCG CTGA

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

PRRC2A ( NM_004638.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_004629.3 Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant 2, mRNA.

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CloneID	OHu15611
Clone ID Related Accession (Same CDS sequence)	NM_080686.2 , NM_080686.3 , NM_004638.3 , NM_004638.4
Accession Version	NM_004638.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6474bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-10-24
Organism	Homo sapiens(human)
Product	protein PRRC2A
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DC345271.1, BC042295.1, AL662801.7, BC060668.1, AI989927.1 and AA969275.1. On May 17, 2019 this sequence version replaced NM_004638.3. Transcript Variant: This variant (2) represents the longer transcript. Variants 1 and 2 both encode the same protein. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC042295.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000376033.3/ ENSP00000365201.2 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGTCCGATC GCTCGGGGCC GACTGCCAAG GGAAAGGATG GAAAGAAGTA TTCCTCGCTC 
AACCTGTTTG ATACGTATAA GGGCAAGTCC TTAGAGATCC AGAAACCCGC TGTTGCCCCT 
CGCCATGGCC TGCAGAGTCT CGGGAAAGTT GCCATTGCCC GGCGTATGCC ACCTCCAGCC 
AACCTTCCAA GCCTGAAAGC CGAGAACAAA GGCAATGACC CCAATGTCTC ACTAGTGCCA 
AAAGACGGAA CAGGATGGGC AAGCAAACAG GAGCAGTCCG ACCCCAAGAG TTCCGATGCC 
TCAACCGCTC AGCCGCCGGA ATCGCAGCCA CTGCCGGCTT CACAGACGCC TGCCTCCAAC 
CAGCCGAAAC GACCCCCAGC AGCCCCCGAG AACACTCCTT TGGTTCCAAG CGGGGTAAAG 
TCCTGGGCAC AAGCCAGCGT CACCCATGGA GCACATGGAG ATGGTGGAAG GGCATCAAGC 
CTACTGTCAC GATTCTCTCG AGAGGAATTT CCGACCCTGC AGGCGGCTGG CGACCAGGAC 
AAGGCTGCCA AGGAAAGGGA GTCTGCCGAA CAGTCGTCTG GGCCCGGACC AAGCCTCCGC 
CCCCAAAATT CTACAACTTG GAGGGACGGA GGTGGGCGTG GCCCTGATGA GCTGGAGGGC 
CCGGACTCCA AACTTCATCA TGGTCATGAT CCCCGGGGTG GGCTACAGCC TTCAGGCCCA 
CCCCAGTTCC CTCCCTACCG CGGAATGATG CCGCCTTTCA TGTATCCCCC ATATCTCCCG 
TTCCCTCCGC CCTATGGACC CCAGGGGCCT TACCGATACC CCACTCCTGA TGGGCCCAGC 
CGTTTTCCCC GTGTGGCGGG CCCCCGAGGC TCAGGGCCAC CAATGCGCTT AGTAGAGCCT 
GTGGGTCGTC CCTCTATTCT CAAAGAGGAT AATCTCAAAG AGTTTGATCA GTTGGATCAG 
GAGAATGATG ATGGTTGGGC AGGGGCCCAT GAAGAGGTTG ACTACACTGA AAAGCTCAAG 
TTCAGCGATG AGGAAGATGG GCGAGACTCT GATGAGGAGG GTGCTGAGGG CCACAGGGAT 
TCCCAATCAG CTTCTGGTGA GGAACGGCCC CCTGAAGCAG ATGGCAAAAA GGGCAACTCC 
CCCAACAGCG AACCGCCCAC TCCTAAGACG GCCTGGGCAG AAACCTCTCG GCCTCCAGAG 
ACAGAGCCGG GACCTCCTGC CCCAAAGCCT CCCCTACCCC CACCTCACCG GGGCCCCGCC 
GGGAACTGGG GCCCCCCTGG GGACTACCCA GATCGTGGGG GTCCTCCCTG CAAGCCCCCA 
GCACCTGAAG ATGAGGATGA GGCATGGCGG CAGCGACGAA AGCAGTCGTC ATCTGAGATT 
TCCCTGGCAG TGGAGCGGGC CCGGCGACGG CGAGAAGAAG AGGAGCGGCG CATGCAAGAA 
GAGCGCCGGG CAGCCTGTGC TGAGAAGCTC AAGCGACTCG ATGAAAAGTT TGGGGCACCT 
GACAAGCGGC TCAAAGCAGA GCCTGCTGCC CCACCTGCTG CCCCTTCTAC CCCAGCTCCA 
CCACCTGCAG TCCCTAAAGA ACTCCCTGCA CCTCCAGCTC CACCTCCAGC ATCAGCCCCA 
ACACCAGAGA CAGAACCTGA AGAGCCAGCA CAGGCCCCTC CTGCCCAATC TACTCCTACT 
CCAGGTGTGG CTGCGGCTCC CACTCTGGTG AGTGGTGGTG GCAGTACCAG TAGCACCAGC 
AGTGGCAGCT TCGAAGCCAG CCCAGTGGAA CCACAACTGC CCTCAAAAGA GGGTCCTGAA 
CCACCAGAAG AGGTTCCTCC TCCTACCACA CCCCCAGTTC CAAAGGTGGA ACCCAAGGGT 
GATGGGATTG GTCCCACCCG CCAGCCCCCT AGTCAGGGCT TGGGCTACCC CAAATATCAG 
AAGTCGTTGC CTCCTCGTTT CCAGCGGCAG CAGCAGGAGC AGCTCCTGAA GCAGCAGCAG 
CAGCACCAGT GGCAGCAGCA TCAACAGGGC TCTGCCCCTC CTACCCCAGT GCCCCCATCA 
CCACCACAGC CTGTGACCCT GGGGGCTGTG CCAGCTCCAC AGGCTCCACC CCCGCCCCCC 
AAGGCCCTGT ACCCAGGTGC TCTGGGCCGG CCCCCACCCA TGCCCCCAAT GAACTTTGAT 
CCCCGATGGA TGATGATTCC TCCTTATGTG GACCCCCGGC TCCTCCAGGG TCGTCCCCCT 
CTAGACTTCT ACCCTCCTGG TGTGCATCCC TCTGGCCTAG TTCCCCGAGA GCGTTCAGAC 
AGTGGGGGCT CAAGCTCAGA GCCATTTGAC CGTCATGCAC CTGCTATGTT ACGGGAACGG 
GGCACTCCAC CGGTGGATCC AAAGTTGGCC TGGGTAGGAG ATGTCTTCAC CGCCACACCC 
GCTGAACCCC GCCCACTTAC CTCACCTCTG CGCCAGGCTG CGGATGAGGA TGACAAGGGG 
ATGAGGAGCG AGACTCCTCC AGTACCTCCC CCACCACCCT ATCTGGCCAG TTATCCAGGC 
TTTCCTGAGA ATGGAGCCCC TGGGCCCCCA ATCTCTCGCT TTCCTCTGGA GGAACCAGGG 
CCCCGTCCAC TCCCCTGGCC CCCAGGCAGT GATGAAGTGG CCAAGATACA AACTCCACCA 
CCCAAGAAGG AGCCCCCTAA GGAGGAGACT GCACAGCTGA CGGGGCCAGA AGCAGGCCGA 
AAGCCTGCCC GCGGAGTCGG GAGTGGAGGC CAGGGCCCCC CACCACCACG CAGAGAGAGT 
CGCACAGAGA CCCGCTGGGG CCCTCGTCCA GGGAGCAGTC GTCGTGGAAT CCCTCCAGAG 
GAGCCAGGGG CCCCACCCCG CCGGGCTGGG CCTATAAAGA AACCTCCACC ACCTACAAAA 
GTAGAAGAGC TGCCTCCCAA GCCCCTCGAA CAGGGGGATG AAACCCCCAA ACCCCCAAAG 
CCAGACCCAC TCAAGATAAC CAAGGGGAAG CTAGGGGGCC CCAAGGAGAC CCCACCCAAT 
GGAAATCTTT CCCCTGCCCC AAGGCTTCGG AGGGACTATT CGTATGAAAG AGTGGGTCCT 
ACCTCTTGCC GGGGTCGGGG CCGAGGCGAG TATTTTGCCA GAGGGAGGGG TTTTCGGGGG 
ACCTATGGGG GACGAGGGCG GGGAGCCCGA AGCCGGGAAT TCCGCAGTTA CCGAGAGTTT 
CGAGGAGATG ATGGGCGTGG AGGTGGGACA GGGGGACCAA ACCACCCTCC TGCTCCCCGA 
GGCCGCACTG CCAGCGAGAC ACGGAGCGAG GGTTCAGAGT ATGAGGAAAT CCCCAAGCGG 
CGCCGGCAGC GGGGCTCAGA AACAGGCAGC GAGACCCATG AGAGTGATCT GGCTCCTTCA 
GACAAGGAGG CTCCCACACC CAAGGAGGGA ACACTCACCC AGGTCCCTCT CGCTCCCCCA 
CCACCAGGAG CCCCACCTTC ACCAGCCCCA GCCCGCTTCA CTGCCCGGGG TGGGCGAGTC 
TTCACTCCCA GAGGGGTGCC ATCTCGCCGG GGCCGAGGAG GAGGGAGGCC CCCTCCTCAA 
GTTTGCCCAG GCTGGAGCCC TCCAGCCAAG TCTCTGGCTC CCAAGAAACC TCCCACAGGC 
CCTTTGCCAC CAAGTAAGGA GCCTTTGAAA GAGAAGTTGA TCCCAGGGCC TCTGTCCCCT 
GTGGCGCGCG GAGGCAGCAA TGGAGGTAGC AATGTGGGCA TGGAAGATGG GGAGCGACCC 
CGAAGGAGGC GACATGGGAG GGCTCAGCAG CAGGATAAAC CGCCTCGTTT CCGGAGGCTG 
AAGCAGGAAC GGGAGAATGC CGCAAGGGGG TCTGAGGGCA AGCCCTCCCT AACCCTTCCA 
GCCTCCGCTC CTGGACCTGA GGAGGCCCTC ACAACAGTCA CAGTGGCCCC AGCACCTCGC 
CGGGCAGCTG CCAAGTCTCC TGATCTGTCA AACCAGAACT CAGACCAAGC CAATGAGGAA 
TGGGAGACTG CATCAGAGAG CAGTGACTTC ACCAGTGAGC GCCGAGGGGA CAAAGAGGCA 
CCCCCACCAG TACTGCTGAC ACCCAAGGCT GTGGGAACTC CTGGGGGAGG TGGAGGTGGA 
GCCGTACCAG GTATTTCAGC CATGTCCCGC GGAGATCTGA GCCAGAGAGC CAAGGATTTG 
AGTAAACGGA GCTTCTCAAG TCAGCGGCCA GGCATGGAAC GGCAGAATCG GCGCCCTGGC 
CCAGGGGGCA AGGCTGGCAG CAGTGGCAGC AGCAGTGGAG GAGGCGGTGG GGGTCCTGGA 
GGAAGGACCG GGCCAGGACG AGGCGACAAG AGGAGCTGGC CCTCTCCCAA GAACCGAAGT 
CGTCCTCCAG AGGAGCGTCC CCCGGGGCTT CCCCTGCCTC CCCCACCTCC CAGCAGTTCT 
GCTGTCTTCC GCCTGGACCA AGTTATCCAC AGCAACCCTG CTGGCATCCA ACAGGCTCTG 
GCCCAGCTTA GTAGCCGTCA AGGGAGTGTA ACTGCACCAG GGGGTCATCC AAGGCACAAG 
CCTGGGCTTC CCCAAGCCCC TCAGGGCCCC TCTCCTAGGC CCCCAACCCG ATACGAGCCC 
CAGAGGGTCA ACAGCGGCCT CAGTTCTGAC CCCCACTTTG AGGAGCCGGG GCCAATGGTG 
AGAGGGGTGG GTGGGACTCC TCGGGACTCT GCCGGGGTTA GTCCCTTTCC CCCTAAACGT 
CGGGAGCGGC CTCCCAGAAA ACCAGAGCTG CTACAGGAGG AATCTTTGCC ACCTCCTCAT 
AGCTCTGGAT TCTTGGGCTC TAAGCCTGAG GGCCCAGGCC CTCAGGCAGA GTCCAGAGAT 
ACAGGCACAG AGGCCCTGAC CCCTCACATC TGGAACCGTT TACATACTGC CACTAGCCGA 
AAGAGTTACC GGCCCAGCTC CATGGAGCCT TGGATGGAGC CCCTGAGTCC TTTTGAGGAT 
GTGGCTGGCA CAGAAATGAG TCAGTCTGAC AGTGGGGTGG ACCTGAGTGG GGATTCTCAG 
GTGTCATCAG GTCCCTGCAG CCAGCGAAGT TCCCCTGATG GAGGACTCAA GGGGGCAGCA 
GAGGGACCCC CCAAGAGGCC TGGAGGCTCC TCACCCCTGA ATGCTGTTCC TTGTGAGGGT 
CCACCTGGCT CTGAACCTCC TAGGAGACCA CCACCTGCCC CCCACGATGG GGACAGAAAG 
GAGCTGCCCC GGGAGCAGCC TCTGCCCCCT GGCCCCATTG GCACAGAACG ATCACAGCGT 
ACAGACCGAG GCACAGAGCC TGGCCCCATT CGGCCATCCC ATCGACCTGG TCCCCCAGTC 
CAGTTTGGCA CTAGTGACAA GGACTCAGAC TTACGCCTAG TGGTAGGAGA CAGCTTGAAA 
GCAGAGAAGG AGCTAACAGC ATCAGTCACT GAGGCCATTC CTGTATCACG AGACTGGGAG 
CTGCTTCCCA GTGCTGCTGC CTCTGCTGAG CCACAATCCA AGAACCTGGA TTCTGGGCAC 
TGTGTCCCGG AGCCCAGCTC CTCAGGCCAG CGCCTGTATC CTGAGGTTTT CTATGGCAGT 
GCTGGGCCTT CCAGTTCTCA GATCTCTGGG GGAGCCATGG ACTCTCAATT ACATCCAAAC 
AGTGGAGGCT TCCGCCCTGG GACACCCTCA CTGCACCCTT ACAGATCACA GCCCCTATAC 
CTACCCCCCG GCCCAGCCCC TCCCTCAGCA CTGCTCTCTG GGTTAGCTCT CAAGGGCCAG 
TTTCTGGATT TCTCCACAAT GCAAGCTACA GAGCTGGGGA AGTTGCCGGC TGGAGGAGTT 
CTCTACCCTC CACCTTCCTT CCTCTACTCT CCGGCTTTCT GCCCCAGTCC TTTGCCTGAC 
ACATCGTTGC TTCAGGTACG CCAGGATCTG CCATCCCCTT CGGATTTTTA TTCTACTCCT 
CTGCAGCCTG GTGGCCAAAG TGGCTTTCTC CCTTCAGGGG CTCCTGCCCA GCAGATGCTT 
CTACCCATGG TAGACTCACA GCTGCCTGTG GTGAACTTTG GCTCCCTGCC GCCAGCACCA 
CCTCCTGCCC CACCTCCCCT TTCTCTGTTA CCTGTGGGCC CTGCTCTGCA GCCCCCCAGC 
CTGGCTGTGC GGCCCCCACC TGCTCCTGCT ACTCGGGTGC TGCCTTCACC TGCCAGGCCC 
TTCCCCGCTA GCTTGGGGCG AGCAGAGCTG CATCCAGTGG AACTAAAGCC GTTCCAGGAT 
TATCAAAAAC TGAGCAGCAA CCTTGGGGGA CCTGGATCAT CACGGACTCC CCCAACTGGA 
AGGTCCTTCT CTGGCCTCAA TTCCCGTCTC AAGGCCACGC CTTCCACCTA CAGTGGAGTC 
TTCCGCACCC AGCGCGTCGA CCTTTACCAG CAGGCCTCCC CACCAGATGC CCTGCGCTGG 
ATACCTAAGC CTTGGGAGCG GACAGGGCCG CCACCTCGAG AAGGGCCCTC CCGACGGGCA 
GAGGAGCCTG GGTCCCGAGG GGACAAGGAG CCTGGGTTGC CCCCACCCCG CTGA

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

RefSeq	NP_004629.3
CDS	245..6718
Translation	MSDRSGPTAKGKDGKKYSSLNLFDTYKGKSLEIQKPAVAPRHGLQSLGKVAIARRMPPPANLPSLKAENKGNDPNVSLVPKDGTGWASKQEQSDPKSSDASTAQPPESQPLPASQTPASNQPKRPPAAPENTPLVPSGVKSWAQASVTHGAHGDGGRASSLLSRFSREEFPTLQAAGDQDKAAKERESAEQSSGPGPSLRPQNSTTWRDGGGRGPDELEGPDSKLHHGHDPRGGLQPSGPPQFPPYRGMMPPFMYPPYLPFPPPYGPQGPYRYPTPDGPSRFPRVAGPRGSGPPMRLVEPVGRPSILKEDNLKEFDQLDQENDDGWAGAHEEVDYTEKLKFSDEEDGRDSDEEGAEGHRDSQSASGEERPPEADGKKGNSPNSEPPTPKTAWAETSRPPETEPGPPAPKPPLPPPHRGPAGNWGPPGDYPDRGGPPCKPPAPEDEDEAWRQRRKQSSSEISLAVERARRRREEEERRMQEERRAACAEKLKRLDEKFGAPDKRLKAEPAAPPAAPSTPAPPPAVPKELPAPPAPPPASAPTPETEPEEPAQAPPAQSTPTPGVAAAPTLVSGGGSTSSTSSGSFEASPVEPQLPSKEGPEPPEEVPPPTTPPVPKVEPKGDGIGPTRQPPSQGLGYPKYQKSLPPRFQRQQQEQLLKQQQQHQWQQHQQGSAPPTPVPPSPPQPVTLGAVPAPQAPPPPPKALYPGALGRPPPMPPMNFDPRWMMIPPYVDPRLLQGRPPLDFYPPGVHPSGLVPRERSDSGGSSSEPFDRHAPAMLRERGTPPVDPKLAWVGDVFTATPAEPRPLTSPLRQAADEDDKGMRSETPPVPPPPPYLASYPGFPENGAPGPPISRFPLEEPGPRPLPWPPGSDEVAKIQTPPPKKEPPKEETAQLTGPEAGRKPARGVGSGGQGPPPPRRESRTETRWGPRPGSSRRGIPPEEPGAPPRRAGPIKKPPPPTKVEELPPKPLEQGDETPKPPKPDPLKITKGKLGGPKETPPNGNLSPAPRLRRDYSYERVGPTSCRGRGRGEYFARGRGFRGTYGGRGRGARSREFRSYREFRGDDGRGGGTGGPNHPPAPRGRTASETRSEGSEYEEIPKRRRQRGSETGSETHESDLAPSDKEAPTPKEGTLTQVPLAPPPPGAPPSPAPARFTARGGRVFTPRGVPSRRGRGGGRPPPQVCPGWSPPAKSLAPKKPPTGPLPPSKEPLKEKLIPGPLSPVARGGSNGGSNVGMEDGERPRRRRHGRAQQQDKPPRFRRLKQERENAARGSEGKPSLTLPASAPGPEEALTTVTVAPAPRRAAAKSPDLSNQNSDQANEEWETASESSDFTSERRGDKEAPPPVLLTPKAVGTPGGGGGGAVPGISAMSRGDLSQRAKDLSKRSFSSQRPGMERQNRRPGPGGKAGSSGSSSGGGGGGPGGRTGPGRGDKRSWPSPKNRSRPPEERPPGLPLPPPPPSSSAVFRLDQVIHSNPAGIQQALAQLSSRQGSVTAPGGHPRHKPGLPQAPQGPSPRPPTRYEPQRVNSGLSSDPHFEEPGPMVRGVGGTPRDSAGVSPFPPKRRERPPRKPELLQEESLPPPHSSGFLGSKPEGPGPQAESRDTGTEALTPHIWNRLHTATSRKSYRPSSMEPWMEPLSPFEDVAGTEMSQSDSGVDLSGDSQVSSGPCSQRSSPDGGLKGAAEGPPKRPGGSSPLNAVPCEGPPGSEPPRRPPPAPHDGDRKELPREQPLPPGPIGTERSQRTDRGTEPGPIRPSHRPGPPVQFGTSDKDSDLRLVVGDSLKAEKELTASVTEAIPVSRDWELLPSAAASAEPQSKNLDSGHCVPEPSSSGQRLYPEVFYGSAGPSSSQISGGAMDSQLHPNSGGFRPGTPSLHPYRSQPLYLPPGPAPPSALLSGLALKGQFLDFSTMQATELGKLPAGGVLYPPPSFLYSPAFCPSPLPDTSLLQVRQDLPSPSDFYSTPLQPGGQSGFLPSGAPAQQMLLPMVDSQLPVVNFGSLPPAPPPAPPPLSLLPVGPALQPPSLAVRPPPAPATRVLPSPARPFPASLGRAELHPVELKPFQDYQKLSSNLGGPGSSRTPPTGRSFSGLNSRLKATPSTYSGVFRTQRVDLYQQASPPDALRWIPKPWERTGPPPREGPSRRAEEPGSRGDKEPGLPPPR

Target ORF information:

RefSeq Version	NM_004638.4
Organism	Homo sapiens(human)
Definition	Homo sapiens proline rich coiled-coil 2A (PRRC2A), transcript variant 2, mRNA.

Target ORF information:

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

NM_004638.4

ORF Insert Sequence:

ATGTCCGATC GCTCGGGGCC GACTGCCAAG GGAAAGGATG GAAAGAAGTA TTCCTCGCTC 
AACCTGTTTG ATACGTATAA GGGCAAGTCC TTAGAGATCC AGAAACCCGC TGTTGCCCCT 
CGCCATGGCC TGCAGAGTCT CGGGAAAGTT GCCATTGCCC GGCGTATGCC ACCTCCAGCC 
AACCTTCCAA GCCTGAAAGC CGAGAACAAA GGCAATGACC CCAATGTCTC ACTAGTGCCA 
AAAGACGGAA CAGGATGGGC AAGCAAACAG GAGCAGTCCG ACCCCAAGAG TTCCGATGCC 
TCAACCGCTC AGCCGCCGGA ATCGCAGCCA CTGCCGGCTT CACAGACGCC TGCCTCCAAC 
CAGCCGAAAC GACCCCCAGC AGCCCCCGAG AACACTCCTT TGGTTCCAAG CGGGGTAAAG 
TCCTGGGCAC AAGCCAGCGT CACCCATGGA GCACATGGAG ATGGTGGAAG GGCATCAAGC 
CTACTGTCAC GATTCTCTCG AGAGGAATTT CCGACCCTGC AGGCGGCTGG CGACCAGGAC 
AAGGCTGCCA AGGAAAGGGA GTCTGCCGAA CAGTCGTCTG GGCCCGGACC AAGCCTCCGC 
CCCCAAAATT CTACAACTTG GAGGGACGGA GGTGGGCGTG GCCCTGATGA GCTGGAGGGC 
CCGGACTCCA AACTTCATCA TGGTCATGAT CCCCGGGGTG GGCTACAGCC TTCAGGCCCA 
CCCCAGTTCC CTCCCTACCG CGGAATGATG CCGCCTTTCA TGTATCCCCC ATATCTCCCG 
TTCCCTCCGC CCTATGGACC CCAGGGGCCT TACCGATACC CCACTCCTGA TGGGCCCAGC 
CGTTTTCCCC GTGTGGCGGG CCCCCGAGGC TCAGGGCCAC CAATGCGCTT AGTAGAGCCT 
GTGGGTCGTC CCTCTATTCT CAAAGAGGAT AATCTCAAAG AGTTTGATCA GTTGGATCAG 
GAGAATGATG ATGGTTGGGC AGGGGCCCAT GAAGAGGTTG ACTACACTGA AAAGCTCAAG 
TTCAGCGATG AGGAAGATGG GCGAGACTCT GATGAGGAGG GTGCTGAGGG CCACAGGGAT 
TCCCAATCAG CTTCTGGTGA GGAACGGCCC CCTGAAGCAG ATGGCAAAAA GGGCAACTCC 
CCCAACAGCG AACCGCCCAC TCCTAAGACG GCCTGGGCAG AAACCTCTCG GCCTCCAGAG 
ACAGAGCCGG GACCTCCTGC CCCAAAGCCT CCCCTACCCC CACCTCACCG GGGCCCCGCC 
GGGAACTGGG GCCCCCCTGG GGACTACCCA GATCGTGGGG GTCCTCCCTG CAAGCCCCCA 
GCACCTGAAG ATGAGGATGA GGCATGGCGG CAGCGACGAA AGCAGTCGTC ATCTGAGATT 
TCCCTGGCAG TGGAGCGGGC CCGGCGACGG CGAGAAGAAG AGGAGCGGCG CATGCAAGAA 
GAGCGCCGGG CAGCCTGTGC TGAGAAGCTC AAGCGACTCG ATGAAAAGTT TGGGGCACCT 
GACAAGCGGC TCAAAGCAGA GCCTGCTGCC CCACCTGCTG CCCCTTCTAC CCCAGCTCCA 
CCACCTGCAG TCCCTAAAGA ACTCCCTGCA CCTCCAGCTC CACCTCCAGC ATCAGCCCCA 
ACACCAGAGA CAGAACCTGA AGAGCCAGCA CAGGCCCCTC CTGCCCAATC TACTCCTACT 
CCAGGTGTGG CTGCGGCTCC CACTCTGGTG AGTGGTGGTG GCAGTACCAG TAGCACCAGC 
AGTGGCAGCT TCGAAGCCAG CCCAGTGGAA CCACAACTGC CCTCAAAAGA GGGTCCTGAA 
CCACCAGAAG AGGTTCCTCC TCCTACCACA CCCCCAGTTC CAAAGGTGGA ACCCAAGGGT 
GATGGGATTG GTCCCACCCG CCAGCCCCCT AGTCAGGGCT TGGGCTACCC CAAATATCAG 
AAGTCGTTGC CTCCTCGTTT CCAGCGGCAG CAGCAGGAGC AGCTCCTGAA GCAGCAGCAG 
CAGCACCAGT GGCAGCAGCA TCAACAGGGC TCTGCCCCTC CTACCCCAGT GCCCCCATCA 
CCACCACAGC CTGTGACCCT GGGGGCTGTG CCAGCTCCAC AGGCTCCACC CCCGCCCCCC 
AAGGCCCTGT ACCCAGGTGC TCTGGGCCGG CCCCCACCCA TGCCCCCAAT GAACTTTGAT 
CCCCGATGGA TGATGATTCC TCCTTATGTG GACCCCCGGC TCCTCCAGGG TCGTCCCCCT 
CTAGACTTCT ACCCTCCTGG TGTGCATCCC TCTGGCCTAG TTCCCCGAGA GCGTTCAGAC 
AGTGGGGGCT CAAGCTCAGA GCCATTTGAC CGTCATGCAC CTGCTATGTT ACGGGAACGG 
GGCACTCCAC CGGTGGATCC AAAGTTGGCC TGGGTAGGAG ATGTCTTCAC CGCCACACCC 
GCTGAACCCC GCCCACTTAC CTCACCTCTG CGCCAGGCTG CGGATGAGGA TGACAAGGGG 
ATGAGGAGCG AGACTCCTCC AGTACCTCCC CCACCACCCT ATCTGGCCAG TTATCCAGGC 
TTTCCTGAGA ATGGAGCCCC TGGGCCCCCA ATCTCTCGCT TTCCTCTGGA GGAACCAGGG 
CCCCGTCCAC TCCCCTGGCC CCCAGGCAGT GATGAAGTGG CCAAGATACA AACTCCACCA 
CCCAAGAAGG AGCCCCCTAA GGAGGAGACT GCACAGCTGA CGGGGCCAGA AGCAGGCCGA 
AAGCCTGCCC GCGGAGTCGG GAGTGGAGGC CAGGGCCCCC CACCACCACG CAGAGAGAGT 
CGCACAGAGA CCCGCTGGGG CCCTCGTCCA GGGAGCAGTC GTCGTGGAAT CCCTCCAGAG 
GAGCCAGGGG CCCCACCCCG CCGGGCTGGG CCTATAAAGA AACCTCCACC ACCTACAAAA 
GTAGAAGAGC TGCCTCCCAA GCCCCTCGAA CAGGGGGATG AAACCCCCAA ACCCCCAAAG 
CCAGACCCAC TCAAGATAAC CAAGGGGAAG CTAGGGGGCC CCAAGGAGAC CCCACCCAAT 
GGAAATCTTT CCCCTGCCCC AAGGCTTCGG AGGGACTATT CGTATGAAAG AGTGGGTCCT 
ACCTCTTGCC GGGGTCGGGG CCGAGGCGAG TATTTTGCCA GAGGGAGGGG TTTTCGGGGG 
ACCTATGGGG GACGAGGGCG GGGAGCCCGA AGCCGGGAAT TCCGCAGTTA CCGAGAGTTT 
CGAGGAGATG ATGGGCGTGG AGGTGGGACA GGGGGACCAA ACCACCCTCC TGCTCCCCGA 
GGCCGCACTG CCAGCGAGAC ACGGAGCGAG GGTTCAGAGT ATGAGGAAAT CCCCAAGCGG 
CGCCGGCAGC GGGGCTCAGA AACAGGCAGC GAGACCCATG AGAGTGATCT GGCTCCTTCA 
GACAAGGAGG CTCCCACACC CAAGGAGGGA ACACTCACCC AGGTCCCTCT CGCTCCCCCA 
CCACCAGGAG CCCCACCTTC ACCAGCCCCA GCCCGCTTCA CTGCCCGGGG TGGGCGAGTC 
TTCACTCCCA GAGGGGTGCC ATCTCGCCGG GGCCGAGGAG GAGGGAGGCC CCCTCCTCAA 
GTTTGCCCAG GCTGGAGCCC TCCAGCCAAG TCTCTGGCTC CCAAGAAACC TCCCACAGGC 
CCTTTGCCAC CAAGTAAGGA GCCTTTGAAA GAGAAGTTGA TCCCAGGGCC TCTGTCCCCT 
GTGGCGCGCG GAGGCAGCAA TGGAGGTAGC AATGTGGGCA TGGAAGATGG GGAGCGACCC 
CGAAGGAGGC GACATGGGAG GGCTCAGCAG CAGGATAAAC CGCCTCGTTT CCGGAGGCTG 
AAGCAGGAAC GGGAGAATGC CGCAAGGGGG TCTGAGGGCA AGCCCTCCCT AACCCTTCCA 
GCCTCCGCTC CTGGACCTGA GGAGGCCCTC ACAACAGTCA CAGTGGCCCC AGCACCTCGC 
CGGGCAGCTG CCAAGTCTCC TGATCTGTCA AACCAGAACT CAGACCAAGC CAATGAGGAA 
TGGGAGACTG CATCAGAGAG CAGTGACTTC ACCAGTGAGC GCCGAGGGGA CAAAGAGGCA 
CCCCCACCAG TACTGCTGAC ACCCAAGGCT GTGGGAACTC CTGGGGGAGG TGGAGGTGGA 
GCCGTACCAG GTATTTCAGC CATGTCCCGC GGAGATCTGA GCCAGAGAGC CAAGGATTTG 
AGTAAACGGA GCTTCTCAAG TCAGCGGCCA GGCATGGAAC GGCAGAATCG GCGCCCTGGC 
CCAGGGGGCA AGGCTGGCAG CAGTGGCAGC AGCAGTGGAG GAGGCGGTGG GGGTCCTGGA 
GGAAGGACCG GGCCAGGACG AGGCGACAAG AGGAGCTGGC CCTCTCCCAA GAACCGAAGT 
CGTCCTCCAG AGGAGCGTCC CCCGGGGCTT CCCCTGCCTC CCCCACCTCC CAGCAGTTCT 
GCTGTCTTCC GCCTGGACCA AGTTATCCAC AGCAACCCTG CTGGCATCCA ACAGGCTCTG 
GCCCAGCTTA GTAGCCGTCA AGGGAGTGTA ACTGCACCAG GGGGTCATCC AAGGCACAAG 
CCTGGGCTTC CCCAAGCCCC TCAGGGCCCC TCTCCTAGGC CCCCAACCCG ATACGAGCCC 
CAGAGGGTCA ACAGCGGCCT CAGTTCTGAC CCCCACTTTG AGGAGCCGGG GCCAATGGTG 
AGAGGGGTGG GTGGGACTCC TCGGGACTCT GCCGGGGTTA GTCCCTTTCC CCCTAAACGT 
CGGGAGCGGC CTCCCAGAAA ACCAGAGCTG CTACAGGAGG AATCTTTGCC ACCTCCTCAT 
AGCTCTGGAT TCTTGGGCTC TAAGCCTGAG GGCCCAGGCC CTCAGGCAGA GTCCAGAGAT 
ACAGGCACAG AGGCCCTGAC CCCTCACATC TGGAACCGTT TACATACTGC CACTAGCCGA 
AAGAGTTACC GGCCCAGCTC CATGGAGCCT TGGATGGAGC CCCTGAGTCC TTTTGAGGAT 
GTGGCTGGCA CAGAAATGAG TCAGTCTGAC AGTGGGGTGG ACCTGAGTGG GGATTCTCAG 
GTGTCATCAG GTCCCTGCAG CCAGCGAAGT TCCCCTGATG GAGGACTCAA GGGGGCAGCA 
GAGGGACCCC CCAAGAGGCC TGGAGGCTCC TCACCCCTGA ATGCTGTTCC TTGTGAGGGT 
CCACCTGGCT CTGAACCTCC TAGGAGACCA CCACCTGCCC CCCACGATGG GGACAGAAAG 
GAGCTGCCCC GGGAGCAGCC TCTGCCCCCT GGCCCCATTG GCACAGAACG ATCACAGCGT 
ACAGACCGAG GCACAGAGCC TGGCCCCATT CGGCCATCCC ATCGACCTGG TCCCCCAGTC 
CAGTTTGGCA CTAGTGACAA GGACTCAGAC TTACGCCTAG TGGTAGGAGA CAGCTTGAAA 
GCAGAGAAGG AGCTAACAGC ATCAGTCACT GAGGCCATTC CTGTATCACG AGACTGGGAG 
CTGCTTCCCA GTGCTGCTGC CTCTGCTGAG CCACAATCCA AGAACCTGGA TTCTGGGCAC 
TGTGTCCCGG AGCCCAGCTC CTCAGGCCAG CGCCTGTATC CTGAGGTTTT CTATGGCAGT 
GCTGGGCCTT CCAGTTCTCA GATCTCTGGG GGAGCCATGG ACTCTCAATT ACATCCAAAC 
AGTGGAGGCT TCCGCCCTGG GACACCCTCA CTGCACCCTT ACAGATCACA GCCCCTATAC 
CTACCCCCCG GCCCAGCCCC TCCCTCAGCA CTGCTCTCTG GGTTAGCTCT CAAGGGCCAG 
TTTCTGGATT TCTCCACAAT GCAAGCTACA GAGCTGGGGA AGTTGCCGGC TGGAGGAGTT 
CTCTACCCTC CACCTTCCTT CCTCTACTCT CCGGCTTTCT GCCCCAGTCC TTTGCCTGAC 
ACATCGTTGC TTCAGGTACG CCAGGATCTG CCATCCCCTT CGGATTTTTA TTCTACTCCT 
CTGCAGCCTG GTGGCCAAAG TGGCTTTCTC CCTTCAGGGG CTCCTGCCCA GCAGATGCTT 
CTACCCATGG TAGACTCACA GCTGCCTGTG GTGAACTTTG GCTCCCTGCC GCCAGCACCA 
CCTCCTGCCC CACCTCCCCT TTCTCTGTTA CCTGTGGGCC CTGCTCTGCA GCCCCCCAGC 
CTGGCTGTGC GGCCCCCACC TGCTCCTGCT ACTCGGGTGC TGCCTTCACC TGCCAGGCCC 
TTCCCCGCTA GCTTGGGGCG AGCAGAGCTG CATCCAGTGG AACTAAAGCC GTTCCAGGAT 
TATCAAAAAC TGAGCAGCAA CCTTGGGGGA CCTGGATCAT CACGGACTCC CCCAACTGGA 
AGGTCCTTCT CTGGCCTCAA TTCCCGTCTC AAGGCCACGC CTTCCACCTA CAGTGGAGTC 
TTCCGCACCC AGCGCGTCGA CCTTTACCAG CAGGCCTCCC CACCAGATGC CCTGCGCTGG 
ATACCTAAGC CTTGGGAGCG GACAGGGCCG CCACCTCGAG AAGGGCCCTC CCGACGGGCA 
GAGGAGCCTG GGTCCCGAGG GGACAAGGAG CCTGGGTTGC CCCCACCCCG CTGA

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

PubMed

BAT2 and BAT3 polymorphisms as novel genetic risk factors for rejection after HLA-related SCT.
Bone marrow transplantation49(11)1400-1404(2014 Nov)
Piras IS,Angius A,Andreani M,Testi M,Lucarelli G,Floris M,Marktel S,Ciceri F,La Nasa G,Fleischhauer K,Roncarolo MG,Bulfone A,Gregori S,Bacchetta R

An atlas of genetic influences on human blood metabolites.
Nature genetics46(6)543-550(2014 Jun)
Shin SY,Fauman EB,Petersen AK,Krumsiek J,Santos R,Huang J,Arnold M,Erte I,Forgetta V,Yang TP,Walter K,Menni C,Chen L,Vasquez L,Valdes AM,Hyde CL,Wang V,Ziemek D,Roberts P,Xi L,Grundberg E,,Waldenberger M,Richards JB,Mohney RP,Milburn MV,John SL,Trimmer J,Theis FJ,Overington JP,Suhre K,Brosnan MJ,Gieger C,Kastenm?ller G,Spector TD,Soranzo N

Genome-wide association study of atypical psychosis.
American journal of medical genetics. Part B, Neuropsychiatric genetics : the official publication of the International Society of Psychiatric Genetics162B(7)679-86(2013 Oct)
Kanazawa T,Ikeda M,Glatt SJ,Tsutsumi A,Kikuyama H,Kawamura Y,Nishida N,Miyagawa T,Hashimoto R,Takeda M,Sasaki T,Tokunaga K,Koh J,Iwata N,Yoneda H

A comprehensive family-based replication study of schizophrenia genes.
JAMA psychiatry70(6)573-81(2013 Jun)
Aberg KA,Liu Y,Buksz?r J,McClay JL,Khachane AN,Andreassen OA,Blackwood D,Corvin A,Djurovic S,Gurling H,Ophoff R,Pato CN,Pato MT,Riley B,Webb T,Kendler K,O'Donovan M,Craddock N,Kirov G,Owen M,Rujescu D,St Clair D,Werge T,Hultman CM,Delisi LE,Sullivan P,van den Oord EJ

A genome-wide association study of early menopause and the combined impact of identified variants.
Human molecular genetics22(7)1465-72(2013 Apr)
Perry JR,Corre T,Esko T,Chasman DI,Fischer K,Franceschini N,He C,Kutalik Z,Mangino M,Rose LM,Vernon Smith A,Stolk L,Sulem P,Weedon MN,Zhuang WV,Arnold A,Ashworth A,Bergmann S,Buring JE,Burri A,Chen C,Cornelis MC,Couper DJ,Goodarzi MO,Gudnason V,Harris T,Hofman A,Jones M,Kraft P,Launer L,Laven JS,Li G,McKnight B,Masciullo C,Milani L,Orr N,Psaty BM,,Ridker PM,Rivadeneira F,Sala C,Salumets A,Schoemaker M,Traglia M,Waeber G,Chanock SJ,Demerath EW,Garcia M,Hankinson SE,Hu FB,Hunter DJ,Lunetta KL,Metspalu A,Montgomery GW,Murabito JM,Newman AB,Ong KK,Spector TD,Stefansson K,Swerdlow AJ,Thorsteinsdottir U,Van Dam RM,Uitterlinden AG,Visser JA,Vollenweider P,Toniolo D,Murray A

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PRRC2A cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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