IMPG2 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	IMPG2
Entrez Gene ID	100228709
Full Name	interphotoreceptor matrix proteoglycan 2
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_030281861.1	XP_030137721.1	interphotoreceptor matrix proteoglycan 2
XM_002190062.2	XP_002190098.2	interphotoreceptor matrix proteoglycan 2

Pathways from BioSystems
Gene Ontology

The following IMPG2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the IMPG2 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OTd05105	XM_002190062.2 Latest version!	Taeniopygia guttata interphotoreceptor matrix proteoglycan 2 (IMPG2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OTd23971	XM_030281861.1 Latest version!	Taeniopygia guttata interphotoreceptor matrix proteoglycan 2 (IMPG2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

Reference Sequences (Refseq)

IMPG2 ( XM_002190062.2 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_002190098.2 Taeniopygia guttata interphotoreceptor matrix proteoglycan 2 (IMPG2), mRNA.

Price & Availability↑

CloneID	OTd05105
Clone ID Related Accession (Same CDS sequence)	XM_002190062.2
Accession Version	XM_002190062.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4119bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	interphotoreceptor matrix proteoglycan 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197742.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Feb 12, 2013 this sequence version replaced XM_002190062.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTGGCT TCATATGGAA AATCTTTCTT TGCCTTCCTG GAATGATTAA CACAGATCTT 
CAAATGGTTG CAGCTGCAGG ACGAGGACAG GCTGAGGATG CTCAGCTCAG TGCCTGGCAG 
CTGGCAAAGC CTTCTCTGCC CCCTGGGCTG GAAAAGCCCA GTGGCATCAT GGACACTGAG 
CAGTTCCACA GGCACCTGCA GCTCCGCAGG AAGCGCTCCA TCCTCTTTCC CAGCGGGGTG 
AAGATCTGCC CTGATGAATC TGTTGAGCAG GCTATTGCCA ACCATCTGAA GTACTTCAGG 
CTCAGAGTGT GCCAGGAAAC AGTCTGGGAG GTCTTCAAGA CATTCTGGGA CAGGCTGCCG 
GAGCGTGAGG AGTACAACAG CTGGCTGGGG CTGTGCGAGG AGGGCACCAT GAGCATCTTC 
CAAATGGGCA CCAACTTCAG CCAGTCCGAG GAGCACCGGA GCCTGATCCT GAAGAAACTG 
GCTTACACCA AGGAAGCAAT GGGCAGTTCC TGTGCTGACT GGTCGTGTGG TGGGACTCCT 
ACTCCACCTT TGGATGCTGA TGTTACCACA CTGAGAGATG CAGCGGCCAA TGTTCCTCCC 
CCTCACGAGG TCTCCGTTGA GAGTCCTGCA GGTGATGCCA TCCATGAGCA TGACAATGTG 
GACACCACTA TCAATAACGA GATCAAGAAG CAGGATGAAA AGCTGGTCAG GCCTGTAGCT 
GAGCAGATGA TTGAGTTCAA CATTTTGATT GTTGGTGAAC AGTACAGTGA GGAGCTGAAG 
GACCCATCTG CTGCTGAGTA CCAGCTGCTG TCTGAACGAT TCATTTCTCA GATTAAAAGT 
GTATTTGAAG GACTACCTGG ATACAAAAAC ATCCATATCC TGGATTACAG CCCTTCTGAG 
GAAGACAGTG GGGTGGAAGT TCACTATGCT GTCACATTTG ATGGAAAAGC CATCAGCAAT 
GCCACCTGGG ACCTGATTAA CCTTCATTCA AACAAGGTGG AGGACAACTC CTTCATGGGC 
ATAGAGGATA ATCCAACAGT TGTGTACACC ATCAGTGATT TCCGAGATTA TATTGCTGAG 
ATCCTCCAGA GAAGTGCTCT GCTTGAAAAT GCTTCCATCT CTTTAGACCC AAACTCTCTT 
CAGCTTACTA ATGTGAAGGA AATACTGCAC CCCACGTCAG AAGACCCCTC CTGGGTTCCT 
GAGCATCCCG TCGTGCTGGA GCGCCCGGAG CTGGATGACA GCACCTTTCT AGCTGAGCGC 
CCTTCTGCAG ATGAGTCGAC CGTCAGCAAT GCCTTGCCCT TTGACTACGC AGATTCCACC 
TCAGACAGTG AGCAGGCCAG TGACAATGAA ATCCAGCCAA GGCCACAGAA CGCTGACTAT 
GAGGCTGGTT TGGCACCTGA AGCTCCACTT CCCTCAGAAG TTGATGTCAC TTCTTTGCCT 
GATGGGCAGA ATTTAGAGAC TACTCATTTA GTCACTGTAC CGGTGTTAGA GCATGATTCT 
GTGGACTCTC TGGAATGGCT TTCAGCCCCC AGTGCTTTAG ATATGTTTGA AGATACTGGA 
CTATCTGAAG AACTTTTGCC TTTAAGTCCT TCTCACCTTG TGCCTGAAGA ATCTCCATCT 
ACCGAGGACT CTGCAGTTCC TCTGCTCTCT GCACCAACAG TGGCCTCTTC GTCAGTCATA 
GAGACTGATA CTAAAGAGAA GGAAGAAGTA ATCCAAGGTA GTCCTGAGGG CAGTGACAGT 
GCAGACTCTG TGGAAGAAAT GCCTTTTCCC TTAGAAGTGC CCCCTATGGA AGACGAAACT 
GATATATTTC TTGGAGATAG AGTTATATAT GATGATGGGT CTGGTTCAGC TTTTGATGGT 
TCAGGAAAAG AGATGGAATC AAGTATCTGG CCTTGGGAAG AAGCAACCCT GGAACCAGTT 
TTCTACCCTG GTCCTGATAG CTGGCTTGAA GATGACAATG AGTCTTTATT AACCAAAACT 
GAGGATATTC CTGAAGGCAT GATTTTAGAC TATATTCTTA ACTCTGGGAA TAAATTAGAT 
TATGATCTTT CCAAAGATGA GAATGAAGGG ATAGTCGATA TAAAAGGTTT CCTTGATGAG 
TCTGAAATAT TTGTCTTTCC AGAAACTACA ACTCTGCCAG TACCTCTGTT ACAGACAGAA 
GAGCCATCGA CTGTGGAACC ATCTACACAG ACAGAAACTC TGGGCATGTA CGATTCCTCT 
TTTGTCATGC CAGCTGCAGA GGCCCCTGTC TCACCACCAC AAACAGATCT GTCTGTGGAA 
GATAGTCTCC ATGTATCCAC AGGGACTGTC AGCATGGAGC AACCTGAGGA GTCTAGTGTA 
GGCCAGAACA TAATCCCTGA AGTAGCTGAA CACCAAAACA AAGACAGGGC AGTGGTAGAA 
GAGCTGTTCA CAGTGAAGCA GCCAGACGTA ATGGAAGCTG CTACAATAGA ACACTTGGAC 
ACAATCTCTT TAGAAACTAT TCTGACTGCA GACCCTGCTG TGGTAAAGCC TGATGCCTCT 
ACACGAGAGC AGCAAGCCCT GGATTCATCA CTGGCAGACC AAAACACTCG TGGATCAGCA 
GTGAAGGAAC CAGCTGGTGT TTGGCCTACT GACAGGGCAC TGGAAACCTC CTTAGATCAG 
ACAGTGCAAC CAGCAATGCC AGTGGTTACT CAGGGCCCAG CTGCAGTTCC TTCTGTAACC 
GATCACACCG CCGTCCTAGA GGGCTTTGCT GGACAGGATG GTACAGACCA TGGCACACAT 
ATTTCCATCA GCTCCAGCAC TGTTGTGGAT TACCAAACAG TGAGTGTAAC AACCAGCACC 
GCTGAGCTTC AGTCCCATCC TCCTCCTGTG GGATCCACGC CGTCATCGTC TGTAGCTACC 
CCAACAAAGC TGGGAGATGG CACAACAAGA GTCCTGGATG TTTCAGTAGA CCTGGGTCAT 
GCTAGCACTG TCCAGTTTGC TCCTGAGCAG ACTGAGGAGG GAAGGAGAAT GACTGAAAGT 
CACATGGAGC TAACAACTCG TGTGCAGTCC ACAGAGATGG CCAGCGTGGC TTGGGCCACC 
CATGAAACTC ACTACAGCAG CACCGTCCCG TCCCGAGCTC TAGTTGTGTT CTTCAGTCTT 
CGGGTCACCA ACATGATGTT TTCAGAGGAC CTGTTTAATA AAAACTCCCC TGAATACAAA 
GCCCTGGAGC AGCGATTCTT GGAACTGCTG GTGCCGTACC TTCAGTCAAA TCTGACGGGA 
TTCCAGAATC TGGAAATCCT GAACTTCAGA AATGGCAGCA TTGTGGTGAA CAGTCGAATG 
AAATTTGCCA AACCTGTGCC TCGGAATGTC ACCAACGCTG TGTACATGAT CCTGGAAGAT 
TTCTGCAACA CTGCATATCA CACCATGAAC CTGGCCATCG ACAAATACTC CCTGGATGTG 
GAATCTGGTG AGCAAGCAGA TCCCTGCAAG TTCCAGGCCT GCAACGAGTT CTCGGAATGC 
TTAGTGAACC GCTGGAGTGG GGAGGCAGAG TGTGTCTGCA ACCCTGGCTA CCTCAGCATC 
GATGGGCTGC CGTGCAGCAG CATCTGTGAC CTGCAGCCAA ACTTCTGCCT GAACGACGGC 
AAGTGTGACA TCAGCCCCGG ACAAGGGGCC ATCTGCAGGT GCCGTGTGGG AGAGAACTGG 
TGGTACAGAG GGGAGCACTG TGAGGAATAC GTGTCCGAGC CGCTGGTTGT GGGTATTGCA 
ATCGCTTCTG TGGCAGGATT CCTTCTTGTG GCATCTGCTG TCATCTTCTT CTTGGCCAGG 
ACCCTTCGAG ACCAGTACAC AAAGAGTGAT ACTGGGGACT CCCAGGGGCA GGGTGACAGC 
CTCTCGTCCA TGGAGAATGC AGTTAAGTAC AACCCCATGT ACGAGAGTGA CACGACTGGC 
TACAGCCACT ATTACCGGAG GTACCCGCAG CTCACGTCCT ACAGCTCCAC CAGTGCAGAG 
ACATCCACAG ACTACAGCAG TGAAGAGATC AGGCACATTT ATGAGAACAG TGAGCTTACT 
AAGGAGGAAA TTCAGGACAG AATTCGAATT ATAGAGCTCT ACGCTAAGGA CCGCCAGTTT 
GCAGAGTTTG TTAGGCAGCA TCAAATGAAG CTGCTTTAA

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

RefSeq	XP_002190098.2
CDS	1..4119
Translation	MFGFIWKIFLCLPGMINTDLQMVAAAGRGQAEDAQLSAWQLAKPSLPPGLEKPSGIMDTEQFHRHLQLRRKRSILFPSGVKICPDESVEQAIANHLKYFRLRVCQETVWEVFKTFWDRLPEREEYNSWLGLCEEGTMSIFQMGTNFSQSEEHRSLILKKLAYTKEAMGSSCADWSCGGTPTPPLDADVTTLRDAAANVPPPHEVSVESPAGDAIHEHDNVDTTINNEIKKQDEKLVRPVAEQMIEFNILIVGEQYSEELKDPSAAEYQLLSERFISQIKSVFEGLPGYKNIHILDYSPSEEDSGVEVHYAVTFDGKAISNATWDLINLHSNKVEDNSFMGIEDNPTVVYTISDFRDYIAEILQRSALLENASISLDPNSLQLTNVKEILHPTSEDPSWVPEHPVVLERPELDDSTFLAERPSADESTVSNALPFDYADSTSDSEQASDNEIQPRPQNADYEAGLAPEAPLPSEVDVTSLPDGQNLETTHLVTVPVLEHDSVDSLEWLSAPSALDMFEDTGLSEELLPLSPSHLVPEESPSTEDSAVPLLSAPTVASSSVIETDTKEKEEVIQGSPEGSDSADSVEEMPFPLEVPPMEDETDIFLGDRVIYDDGSGSAFDGSGKEMESSIWPWEEATLEPVFYPGPDSWLEDDNESLLTKTEDIPEGMILDYILNSGNKLDYDLSKDENEGIVDIKGFLDESEIFVFPETTTLPVPLLQTEEPSTVEPSTQTETLGMYDSSFVMPAAEAPVSPPQTDLSVEDSLHVSTGTVSMEQPEESSVGQNIIPEVAEHQNKDRAVVEELFTVKQPDVMEAATIEHLDTISLETILTADPAVVKPDASTREQQALDSSLADQNTRGSAVKEPAGVWPTDRALETSLDQTVQPAMPVVTQGPAAVPSVTDHTAVLEGFAGQDGTDHGTHISISSSTVVDYQTVSVTTSTAELQSHPPPVGSTPSSSVATPTKLGDGTTRVLDVSVDLGHASTVQFAPEQTEEGRRMTESHMELTTRVQSTEMASVAWATHETHYSSTVPSRALVVFFSLRVTNMMFSEDLFNKNSPEYKALEQRFLELLVPYLQSNLTGFQNLEILNFRNGSIVVNSRMKFAKPVPRNVTNAVYMILEDFCNTAYHTMNLAIDKYSLDVESGEQADPCKFQACNEFSECLVNRWSGEAECVCNPGYLSIDGLPCSSICDLQPNFCLNDGKCDISPGQGAICRCRVGENWWYRGEHCEEYVSEPLVVGIAIASVAGFLLVASAVIFFLARTLRDQYTKSDTGDSQGQGDSLSSMENAVKYNPMYESDTTGYSHYYRRYPQLTSYSSTSAETSTDYSSEEIRHIYENSELTKEEIQDRIRIIELYAKDRQFAEFVRQHQMKLL

Target ORF information:

RefSeq Version	XM_002190062.2
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata interphotoreceptor matrix proteoglycan 2 (IMPG2), mRNA.

Target ORF information:

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

XM_002190062.2

ORF Insert Sequence:

ATGTTTGGCT TCATATGGAA AATCTTTCTT TGCCTTCCTG GAATGATTAA CACAGATCTT 
CAAATGGTTG CAGCTGCAGG ACGAGGACAG GCTGAGGATG CTCAGCTCAG TGCCTGGCAG 
CTGGCAAAGC CTTCTCTGCC CCCTGGGCTG GAAAAGCCCA GTGGCATCAT GGACACTGAG 
CAGTTCCACA GGCACCTGCA GCTCCGCAGG AAGCGCTCCA TCCTCTTTCC CAGCGGGGTG 
AAGATCTGCC CTGATGAATC TGTTGAGCAG GCTATTGCCA ACCATCTGAA GTACTTCAGG 
CTCAGAGTGT GCCAGGAAAC AGTCTGGGAG GTCTTCAAGA CATTCTGGGA CAGGCTGCCG 
GAGCGTGAGG AGTACAACAG CTGGCTGGGG CTGTGCGAGG AGGGCACCAT GAGCATCTTC 
CAAATGGGCA CCAACTTCAG CCAGTCCGAG GAGCACCGGA GCCTGATCCT GAAGAAACTG 
GCTTACACCA AGGAAGCAAT GGGCAGTTCC TGTGCTGACT GGTCGTGTGG TGGGACTCCT 
ACTCCACCTT TGGATGCTGA TGTTACCACA CTGAGAGATG CAGCGGCCAA TGTTCCTCCC 
CCTCACGAGG TCTCCGTTGA GAGTCCTGCA GGTGATGCCA TCCATGAGCA TGACAATGTG 
GACACCACTA TCAATAACGA GATCAAGAAG CAGGATGAAA AGCTGGTCAG GCCTGTAGCT 
GAGCAGATGA TTGAGTTCAA CATTTTGATT GTTGGTGAAC AGTACAGTGA GGAGCTGAAG 
GACCCATCTG CTGCTGAGTA CCAGCTGCTG TCTGAACGAT TCATTTCTCA GATTAAAAGT 
GTATTTGAAG GACTACCTGG ATACAAAAAC ATCCATATCC TGGATTACAG CCCTTCTGAG 
GAAGACAGTG GGGTGGAAGT TCACTATGCT GTCACATTTG ATGGAAAAGC CATCAGCAAT 
GCCACCTGGG ACCTGATTAA CCTTCATTCA AACAAGGTGG AGGACAACTC CTTCATGGGC 
ATAGAGGATA ATCCAACAGT TGTGTACACC ATCAGTGATT TCCGAGATTA TATTGCTGAG 
ATCCTCCAGA GAAGTGCTCT GCTTGAAAAT GCTTCCATCT CTTTAGACCC AAACTCTCTT 
CAGCTTACTA ATGTGAAGGA AATACTGCAC CCCACGTCAG AAGACCCCTC CTGGGTTCCT 
GAGCATCCCG TCGTGCTGGA GCGCCCGGAG CTGGATGACA GCACCTTTCT AGCTGAGCGC 
CCTTCTGCAG ATGAGTCGAC CGTCAGCAAT GCCTTGCCCT TTGACTACGC AGATTCCACC 
TCAGACAGTG AGCAGGCCAG TGACAATGAA ATCCAGCCAA GGCCACAGAA CGCTGACTAT 
GAGGCTGGTT TGGCACCTGA AGCTCCACTT CCCTCAGAAG TTGATGTCAC TTCTTTGCCT 
GATGGGCAGA ATTTAGAGAC TACTCATTTA GTCACTGTAC CGGTGTTAGA GCATGATTCT 
GTGGACTCTC TGGAATGGCT TTCAGCCCCC AGTGCTTTAG ATATGTTTGA AGATACTGGA 
CTATCTGAAG AACTTTTGCC TTTAAGTCCT TCTCACCTTG TGCCTGAAGA ATCTCCATCT 
ACCGAGGACT CTGCAGTTCC TCTGCTCTCT GCACCAACAG TGGCCTCTTC GTCAGTCATA 
GAGACTGATA CTAAAGAGAA GGAAGAAGTA ATCCAAGGTA GTCCTGAGGG CAGTGACAGT 
GCAGACTCTG TGGAAGAAAT GCCTTTTCCC TTAGAAGTGC CCCCTATGGA AGACGAAACT 
GATATATTTC TTGGAGATAG AGTTATATAT GATGATGGGT CTGGTTCAGC TTTTGATGGT 
TCAGGAAAAG AGATGGAATC AAGTATCTGG CCTTGGGAAG AAGCAACCCT GGAACCAGTT 
TTCTACCCTG GTCCTGATAG CTGGCTTGAA GATGACAATG AGTCTTTATT AACCAAAACT 
GAGGATATTC CTGAAGGCAT GATTTTAGAC TATATTCTTA ACTCTGGGAA TAAATTAGAT 
TATGATCTTT CCAAAGATGA GAATGAAGGG ATAGTCGATA TAAAAGGTTT CCTTGATGAG 
TCTGAAATAT TTGTCTTTCC AGAAACTACA ACTCTGCCAG TACCTCTGTT ACAGACAGAA 
GAGCCATCGA CTGTGGAACC ATCTACACAG ACAGAAACTC TGGGCATGTA CGATTCCTCT 
TTTGTCATGC CAGCTGCAGA GGCCCCTGTC TCACCACCAC AAACAGATCT GTCTGTGGAA 
GATAGTCTCC ATGTATCCAC AGGGACTGTC AGCATGGAGC AACCTGAGGA GTCTAGTGTA 
GGCCAGAACA TAATCCCTGA AGTAGCTGAA CACCAAAACA AAGACAGGGC AGTGGTAGAA 
GAGCTGTTCA CAGTGAAGCA GCCAGACGTA ATGGAAGCTG CTACAATAGA ACACTTGGAC 
ACAATCTCTT TAGAAACTAT TCTGACTGCA GACCCTGCTG TGGTAAAGCC TGATGCCTCT 
ACACGAGAGC AGCAAGCCCT GGATTCATCA CTGGCAGACC AAAACACTCG TGGATCAGCA 
GTGAAGGAAC CAGCTGGTGT TTGGCCTACT GACAGGGCAC TGGAAACCTC CTTAGATCAG 
ACAGTGCAAC CAGCAATGCC AGTGGTTACT CAGGGCCCAG CTGCAGTTCC TTCTGTAACC 
GATCACACCG CCGTCCTAGA GGGCTTTGCT GGACAGGATG GTACAGACCA TGGCACACAT 
ATTTCCATCA GCTCCAGCAC TGTTGTGGAT TACCAAACAG TGAGTGTAAC AACCAGCACC 
GCTGAGCTTC AGTCCCATCC TCCTCCTGTG GGATCCACGC CGTCATCGTC TGTAGCTACC 
CCAACAAAGC TGGGAGATGG CACAACAAGA GTCCTGGATG TTTCAGTAGA CCTGGGTCAT 
GCTAGCACTG TCCAGTTTGC TCCTGAGCAG ACTGAGGAGG GAAGGAGAAT GACTGAAAGT 
CACATGGAGC TAACAACTCG TGTGCAGTCC ACAGAGATGG CCAGCGTGGC TTGGGCCACC 
CATGAAACTC ACTACAGCAG CACCGTCCCG TCCCGAGCTC TAGTTGTGTT CTTCAGTCTT 
CGGGTCACCA ACATGATGTT TTCAGAGGAC CTGTTTAATA AAAACTCCCC TGAATACAAA 
GCCCTGGAGC AGCGATTCTT GGAACTGCTG GTGCCGTACC TTCAGTCAAA TCTGACGGGA 
TTCCAGAATC TGGAAATCCT GAACTTCAGA AATGGCAGCA TTGTGGTGAA CAGTCGAATG 
AAATTTGCCA AACCTGTGCC TCGGAATGTC ACCAACGCTG TGTACATGAT CCTGGAAGAT 
TTCTGCAACA CTGCATATCA CACCATGAAC CTGGCCATCG ACAAATACTC CCTGGATGTG 
GAATCTGGTG AGCAAGCAGA TCCCTGCAAG TTCCAGGCCT GCAACGAGTT CTCGGAATGC 
TTAGTGAACC GCTGGAGTGG GGAGGCAGAG TGTGTCTGCA ACCCTGGCTA CCTCAGCATC 
GATGGGCTGC CGTGCAGCAG CATCTGTGAC CTGCAGCCAA ACTTCTGCCT GAACGACGGC 
AAGTGTGACA TCAGCCCCGG ACAAGGGGCC ATCTGCAGGT GCCGTGTGGG AGAGAACTGG 
TGGTACAGAG GGGAGCACTG TGAGGAATAC GTGTCCGAGC CGCTGGTTGT GGGTATTGCA 
ATCGCTTCTG TGGCAGGATT CCTTCTTGTG GCATCTGCTG TCATCTTCTT CTTGGCCAGG 
ACCCTTCGAG ACCAGTACAC AAAGAGTGAT ACTGGGGACT CCCAGGGGCA GGGTGACAGC 
CTCTCGTCCA TGGAGAATGC AGTTAAGTAC AACCCCATGT ACGAGAGTGA CACGACTGGC 
TACAGCCACT ATTACCGGAG GTACCCGCAG CTCACGTCCT ACAGCTCCAC CAGTGCAGAG 
ACATCCACAG ACTACAGCAG TGAAGAGATC AGGCACATTT ATGAGAACAG TGAGCTTACT 
AAGGAGGAAA TTCAGGACAG AATTCGAATT ATAGAGCTCT ACGCTAAGGA CCGCCAGTTT 
GCAGAGTTTG TTAGGCAGCA TCAAATGAAG CTGCTTTAA

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

IMPG2 ( XM_030281861.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030137721.1 Taeniopygia guttata interphotoreceptor matrix proteoglycan 2 (IMPG2), mRNA.

Price & Availability↑

CloneID	OTd23971
Clone ID Related Accession (Same CDS sequence)	XM_030281861.1
Accession Version	XM_030281861.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4134bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	interphotoreceptor matrix proteoglycan 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044211.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTGGCT TCATATGGAA AATCTTTCTT TGCCTTCCGG GAATGATTAA CACAGATCTT 
CAAATGGTTG CAGCAGAAGC GTACTCAGCT GCAGGACGAG GACAGGCTGA GGATGCTCAG 
CTCAGTGCCT GGCAGCTGGC AAAGCCTTCT CTGCCCCCTG GGCTGGAAAA GCCCAGTGGC 
ATCATGGACA CTGAGCAGTT CCACAGGCAC CTGCAGCTCC GCAGGAAGCG CTCCATCCTC 
TTTCCCAGCG GGGTGAAGAT CTGCCCTGAT GAATCTGTTG AGCAGGCTAT TGCCAACCAT 
CTGAAGTACT TCAGGCTCAG AGTGTGCCAG GAAACAGTCT GGGAGGTCTT CAAGACATTC 
TGGGACAGGC TGCCGGAGCG TGAGGAGTAC AACAGCTGGC TGGGGCTGTG CGAGGAGGGC 
ACCATGAGCA TCTTCCAAAT GGGCACCAAC TTCAGCCAGT CCGAGGAGCA CCGGAGCCTG 
ATCCTGAAGA AACTGGCCTA CACCAAGGAA GCAATGGGCA GTTCCTGTGC TGACTGGTCG 
TGTGGTGGGA CTCCTACTCC ACCTTTGGAT GCTGATGTTA CCACACTGAG AGATGCAGCG 
GCCAATGTTC CTCCCCCTCA CGAGGTCTCT GTTGAGAGTC CTGCAGGTGA TGCCATCCAT 
GAGCATGACA ATGTGGACAC CACTATCAAT AACGAGATCA AGAAGCAGGA TGAAAAGCTG 
GTCAGGCCTG TAGCTGAGCA GATGATTGAG TTCAACATTT TGATTGTTGG TGAACAGTAC 
AGCGAGGAGC TGAAGGACCC ATCTGCTGCT GAGTACCAAC TGCTGTCTGA ACGATTCATT 
TCTCAGATTA AAAGTGTATT TGAAGGACTA CCTGGATACA AAAACATCCA TATCCTGGAT 
TACAGCCCTT CTGAGGAAGA CAGTGGGGTG GAAGTTCACT ATGCTGTCAC ATTTGATGGA 
AAAGCCATCA GCAATGCCAC CTGGGACCTG ATTAACCTTC ATTCAAACAA GGTGGAGGAC 
AACTCCTTCA TGGGCATAGA GGATAATCCA ACAGTTGTGT ACACCATCAG TGATTTCCGA 
GATTATATTG CTGAGATCCT CCAGAAAAGT GCTCTGCTTG AAAATGCTTC CATCTCTTTA 
GACCCAAACT CTCTTCAGCT TACTAATGTG AAGGAAATAC TGCACCCCAC GTCAGAAGAC 
CCCTCCTGGG TTCCTGAGCA TCCCGTCGTG CTGGAGCGCC CGGAGCTGGA TGACAGCACC 
TTTCTAGCTG AGCGCCCTTC TGCAGATGAG TCGACCGTCA GCAATGCCTT GCCCTTTGAC 
TACGCAGATT CCACCTCAGA CAGTGAGCAG GCCAGTGACA ATGAAATCCA GCCAAGGCCA 
CAGAACGCTG ACTATGAGGC TGGTTTGGCA CCTGAAGCTC CACTTCCCTC AGAAGTTGAT 
GTCACTTCTT TGCCTGATGG GCAGAATTTA GAGACTACTC ATTTAGTCAC TGTACCGGTG 
TTAGAGCATG ATTCTGTGGA CTCTCTGGAA TGGCTTTCAG CCCCCAGTGC TTTAGATGTG 
TTTGAAGATA CTGGACTATC TGAAGAACTT TTGCCTTTAA GTCCTTCTCA CCTTGTGCCT 
GAAGAATCTC CATCTACCGA GGACTCTGCA GTTCCTCTGC TCTCTGCACC AACAGTGGCC 
TCTTCGTCAG TCATAGAGAC TGATACTAAA GAGAAGGAAG AAGTAATCCA AGGTAGTCCT 
GAGGGCAGTG ACAGTGCAGA CTCTGTGGAA GAAATGCCTT TTCCCTTAGA AGTGCCCCCT 
ATGGAAGACG AAACTGATAT ATTTCTTGGA GATAGAGTTA TATATGATGA TGGGTCTGGT 
TCAGCTTTTG ATGGTTCAGG AAAAGAGATG GAATCAAGTA TCTGGCCTTG GGAAGAAGCA 
ACCCTGGAAC CAGTTTTCTA CCCTGGTCCT GATAGCTGGC TTGAAGATGA CAATGAGTCT 
TTATTAACCA AAACTGAGGA TATTCCTGAA GGCATGATTT TAGACTATAT TCTTAACTCT 
GGGAATAAAT TAGATTATGA TCTTTCCAAA GATGAGAATG AAGGGATAGT CGATATAAAA 
GGTTTCCTTG ATGAGTCTGA AATATTTGTC TTTCCAGAAA CTACAACTCT GCCAGTACCT 
CTGTTACAGA CAGAAGAGCC ATCGACTGTG GAACCATCTA CACAGACAGA AACTCTGGGC 
ATGTACGATT CCTCTTTTGT CATGCCAGCT GCAGAGGCCC CTGTCTCACC ACCACAAACA 
GATCTGTCTG TGGAAGATAG TCTCCATGTA TCCACAGGGA CTGTCAGCAT GGAGCAACCT 
GAGGAGTCTA GTGTAGGCCA GAACATAATC CCTGAAGTAG CTGAACACCA AAACAAAGAC 
AGGGCAGTGG TAGAAGAGCT GTTCACAGTG AAGCAGCCAG ACGTAATGGA AGCTGCTACA 
ATAGAACACT TGGACACAAT CTCTTTAGAA ACTATTCTGA CTGCAGACCC TGCTGTGGTA 
AAGCCTGATG CCTCTACACG AGAGCAGCAA GCCCTGGATT CATCACTGGC AGACCAAAAC 
ACTCGTGGAT CAGCAGTGAA GGAACCAGCT GGTGTTTGGC CTACTGACAG GGCACTGGAA 
ACCTCCTTAG ATCAGACAGT GCAACCAGCA ATGCCAGTGG TTACTCAGGG CCCAGCTGCA 
GTTCCTTCTG TAACCGATCA CACCGCCGTC CTAGAGGGCT TTGCTGGACA GGATGGTACA 
GACCATGGCA CACATATTTC CATCAGCTCC AGCACTGTTG TGGATTACCA AACAGTGAGT 
GTAACAACCA GCACCACTGA GCTTCAGTCC CATCCTCCTC CTGTGGGATC CACGCCGTCA 
TCGTCTGTAG CTACCCCAAC AAAACTGGGA GATGGCACAA CAAGAGTCCT GGATGTTTCA 
GCAGACCTGG GTCGTGCTAG CACTGTCCAG TTTGCTCCTG AGCAGACTGA GGAGGGAAGG 
AGAATGACTG AAAGTCACAT GGAGCGAACA ACTCGTGTCC AGTCCACAGA GATGGCCAGC 
GTGGCTTGGG CCACCCATGA AACTCACTAC AGCAGCACCG TCCCATCCCG AACTCTCGTT 
GTGTTCTTCA GTCTTCGGGT CACCAACATG ATGTTTTCAG AGGACCTGTT TAATAAAAAC 
TCCCCTGAAT ACAAAGCCTT GGAGCAGCGA TTCTTGGAAC TGCTGGTGCC GTACCTTCAG 
TCAAATCTGA CGGGATTCCA GAATCTGGAA ATCCTGAACT TCAGAAATGG CAGCATTGTG 
GTGAACAGTC GAATGAAATT TGCCAAACCT GTGCCTCGGA ATGTCACCAA CGCTGTGTAC 
ATGATCCTGG AAGATTTCTG CAACACTGCA TATCACACCA TGAACCTGGC CATCGACAAA 
TACTCCCTGG ATGTGGAATC GGGTGAGCAA GCAGATCCCT GCAAGTTCCA GGCCTGCAAT 
GAGTTCTCAG AATGCTTAGT GAACCGCTGG AGTGGGGAGG CAGAGTGTGT CTGCAACCCT 
GGCTACCTCA GCATCGATGG GCTGCCGTGC AGCAGCATCT GTGACCTGCA GCCAAACTTC 
TGCCTGAACG ACGGCAAGTG TGACATCAGC CCTGGGCAAG GGGCCATCTG CAGGTGCCGT 
GTGGGAGAGA ACTGGTGGTA CAGAGGGGAG CACTGTGAGG AATACGTGTC CGAGCCGCTG 
GTTGTGGGTA TTGCAATCGC TTCTGTGGCA GGATTCCTTC TTGTGGCATC TGCTGTCATC 
TTCTTCTTGG CCAGGACCCT TCGAGACCAG TACACAAAGA GTGATACTGG GGACTCCCAG 
GGGCAGGGTG ACAGCCTCTC GTCCATGGAG AATGCAGTTA AGTACAACCC CATGTACGAG 
AGTGACACGA CTGGCTACAG CCACTATTAC CGGAGGTACC CGCAGCTCAC GTCCTACAGC 
TCCACCAGTG CAGAGACATC CACAGACTAC AGCAGTGAAG AGATCAGGCA CATTTATGAG 
AACAGTGAGC TTACTAAGGA GGAAATTCAG GACAGAATTC GAATTATAGA GCTCTACGCT 
AAGGACCGCC AGTTTGCAGA GTTTGTTAGG CAGCATCAAA TGAAGCTGCT TTAA

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

RefSeq	XP_030137721.1
CDS	3600..7733
Translation	MFGFIWKIFLCLPGMINTDLQMVAAEAYSAAGRGQAEDAQLSAWQLAKPSLPPGLEKPSGIMDTEQFHRHLQLRRKRSILFPSGVKICPDESVEQAIANHLKYFRLRVCQETVWEVFKTFWDRLPEREEYNSWLGLCEEGTMSIFQMGTNFSQSEEHRSLILKKLAYTKEAMGSSCADWSCGGTPTPPLDADVTTLRDAAANVPPPHEVSVESPAGDAIHEHDNVDTTINNEIKKQDEKLVRPVAEQMIEFNILIVGEQYSEELKDPSAAEYQLLSERFISQIKSVFEGLPGYKNIHILDYSPSEEDSGVEVHYAVTFDGKAISNATWDLINLHSNKVEDNSFMGIEDNPTVVYTISDFRDYIAEILQKSALLENASISLDPNSLQLTNVKEILHPTSEDPSWVPEHPVVLERPELDDSTFLAERPSADESTVSNALPFDYADSTSDSEQASDNEIQPRPQNADYEAGLAPEAPLPSEVDVTSLPDGQNLETTHLVTVPVLEHDSVDSLEWLSAPSALDVFEDTGLSEELLPLSPSHLVPEESPSTEDSAVPLLSAPTVASSSVIETDTKEKEEVIQGSPEGSDSADSVEEMPFPLEVPPMEDETDIFLGDRVIYDDGSGSAFDGSGKEMESSIWPWEEATLEPVFYPGPDSWLEDDNESLLTKTEDIPEGMILDYILNSGNKLDYDLSKDENEGIVDIKGFLDESEIFVFPETTTLPVPLLQTEEPSTVEPSTQTETLGMYDSSFVMPAAEAPVSPPQTDLSVEDSLHVSTGTVSMEQPEESSVGQNIIPEVAEHQNKDRAVVEELFTVKQPDVMEAATIEHLDTISLETILTADPAVVKPDASTREQQALDSSLADQNTRGSAVKEPAGVWPTDRALETSLDQTVQPAMPVVTQGPAAVPSVTDHTAVLEGFAGQDGTDHGTHISISSSTVVDYQTVSVTTSTTELQSHPPPVGSTPSSSVATPTKLGDGTTRVLDVSADLGRASTVQFAPEQTEEGRRMTESHMERTTRVQSTEMASVAWATHETHYSSTVPSRTLVVFFSLRVTNMMFSEDLFNKNSPEYKALEQRFLELLVPYLQSNLTGFQNLEILNFRNGSIVVNSRMKFAKPVPRNVTNAVYMILEDFCNTAYHTMNLAIDKYSLDVESGEQADPCKFQACNEFSECLVNRWSGEAECVCNPGYLSIDGLPCSSICDLQPNFCLNDGKCDISPGQGAICRCRVGENWWYRGEHCEEYVSEPLVVGIAIASVAGFLLVASAVIFFLARTLRDQYTKSDTGDSQGQGDSLSSMENAVKYNPMYESDTTGYSHYYRRYPQLTSYSSTSAETSTDYSSEEIRHIYENSELTKEEIQDRIRIIELYAKDRQFAEFVRQHQMKLL

Target ORF information:

RefSeq Version	XM_030281861.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata interphotoreceptor matrix proteoglycan 2 (IMPG2), mRNA.

Target ORF information:

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

XM_030281861.1

ORF Insert Sequence:

ATGTTTGGCT TCATATGGAA AATCTTTCTT TGCCTTCCGG GAATGATTAA CACAGATCTT 
CAAATGGTTG CAGCAGAAGC GTACTCAGCT GCAGGACGAG GACAGGCTGA GGATGCTCAG 
CTCAGTGCCT GGCAGCTGGC AAAGCCTTCT CTGCCCCCTG GGCTGGAAAA GCCCAGTGGC 
ATCATGGACA CTGAGCAGTT CCACAGGCAC CTGCAGCTCC GCAGGAAGCG CTCCATCCTC 
TTTCCCAGCG GGGTGAAGAT CTGCCCTGAT GAATCTGTTG AGCAGGCTAT TGCCAACCAT 
CTGAAGTACT TCAGGCTCAG AGTGTGCCAG GAAACAGTCT GGGAGGTCTT CAAGACATTC 
TGGGACAGGC TGCCGGAGCG TGAGGAGTAC AACAGCTGGC TGGGGCTGTG CGAGGAGGGC 
ACCATGAGCA TCTTCCAAAT GGGCACCAAC TTCAGCCAGT CCGAGGAGCA CCGGAGCCTG 
ATCCTGAAGA AACTGGCCTA CACCAAGGAA GCAATGGGCA GTTCCTGTGC TGACTGGTCG 
TGTGGTGGGA CTCCTACTCC ACCTTTGGAT GCTGATGTTA CCACACTGAG AGATGCAGCG 
GCCAATGTTC CTCCCCCTCA CGAGGTCTCT GTTGAGAGTC CTGCAGGTGA TGCCATCCAT 
GAGCATGACA ATGTGGACAC CACTATCAAT AACGAGATCA AGAAGCAGGA TGAAAAGCTG 
GTCAGGCCTG TAGCTGAGCA GATGATTGAG TTCAACATTT TGATTGTTGG TGAACAGTAC 
AGCGAGGAGC TGAAGGACCC ATCTGCTGCT GAGTACCAAC TGCTGTCTGA ACGATTCATT 
TCTCAGATTA AAAGTGTATT TGAAGGACTA CCTGGATACA AAAACATCCA TATCCTGGAT 
TACAGCCCTT CTGAGGAAGA CAGTGGGGTG GAAGTTCACT ATGCTGTCAC ATTTGATGGA 
AAAGCCATCA GCAATGCCAC CTGGGACCTG ATTAACCTTC ATTCAAACAA GGTGGAGGAC 
AACTCCTTCA TGGGCATAGA GGATAATCCA ACAGTTGTGT ACACCATCAG TGATTTCCGA 
GATTATATTG CTGAGATCCT CCAGAAAAGT GCTCTGCTTG AAAATGCTTC CATCTCTTTA 
GACCCAAACT CTCTTCAGCT TACTAATGTG AAGGAAATAC TGCACCCCAC GTCAGAAGAC 
CCCTCCTGGG TTCCTGAGCA TCCCGTCGTG CTGGAGCGCC CGGAGCTGGA TGACAGCACC 
TTTCTAGCTG AGCGCCCTTC TGCAGATGAG TCGACCGTCA GCAATGCCTT GCCCTTTGAC 
TACGCAGATT CCACCTCAGA CAGTGAGCAG GCCAGTGACA ATGAAATCCA GCCAAGGCCA 
CAGAACGCTG ACTATGAGGC TGGTTTGGCA CCTGAAGCTC CACTTCCCTC AGAAGTTGAT 
GTCACTTCTT TGCCTGATGG GCAGAATTTA GAGACTACTC ATTTAGTCAC TGTACCGGTG 
TTAGAGCATG ATTCTGTGGA CTCTCTGGAA TGGCTTTCAG CCCCCAGTGC TTTAGATGTG 
TTTGAAGATA CTGGACTATC TGAAGAACTT TTGCCTTTAA GTCCTTCTCA CCTTGTGCCT 
GAAGAATCTC CATCTACCGA GGACTCTGCA GTTCCTCTGC TCTCTGCACC AACAGTGGCC 
TCTTCGTCAG TCATAGAGAC TGATACTAAA GAGAAGGAAG AAGTAATCCA AGGTAGTCCT 
GAGGGCAGTG ACAGTGCAGA CTCTGTGGAA GAAATGCCTT TTCCCTTAGA AGTGCCCCCT 
ATGGAAGACG AAACTGATAT ATTTCTTGGA GATAGAGTTA TATATGATGA TGGGTCTGGT 
TCAGCTTTTG ATGGTTCAGG AAAAGAGATG GAATCAAGTA TCTGGCCTTG GGAAGAAGCA 
ACCCTGGAAC CAGTTTTCTA CCCTGGTCCT GATAGCTGGC TTGAAGATGA CAATGAGTCT 
TTATTAACCA AAACTGAGGA TATTCCTGAA GGCATGATTT TAGACTATAT TCTTAACTCT 
GGGAATAAAT TAGATTATGA TCTTTCCAAA GATGAGAATG AAGGGATAGT CGATATAAAA 
GGTTTCCTTG ATGAGTCTGA AATATTTGTC TTTCCAGAAA CTACAACTCT GCCAGTACCT 
CTGTTACAGA CAGAAGAGCC ATCGACTGTG GAACCATCTA CACAGACAGA AACTCTGGGC 
ATGTACGATT CCTCTTTTGT CATGCCAGCT GCAGAGGCCC CTGTCTCACC ACCACAAACA 
GATCTGTCTG TGGAAGATAG TCTCCATGTA TCCACAGGGA CTGTCAGCAT GGAGCAACCT 
GAGGAGTCTA GTGTAGGCCA GAACATAATC CCTGAAGTAG CTGAACACCA AAACAAAGAC 
AGGGCAGTGG TAGAAGAGCT GTTCACAGTG AAGCAGCCAG ACGTAATGGA AGCTGCTACA 
ATAGAACACT TGGACACAAT CTCTTTAGAA ACTATTCTGA CTGCAGACCC TGCTGTGGTA 
AAGCCTGATG CCTCTACACG AGAGCAGCAA GCCCTGGATT CATCACTGGC AGACCAAAAC 
ACTCGTGGAT CAGCAGTGAA GGAACCAGCT GGTGTTTGGC CTACTGACAG GGCACTGGAA 
ACCTCCTTAG ATCAGACAGT GCAACCAGCA ATGCCAGTGG TTACTCAGGG CCCAGCTGCA 
GTTCCTTCTG TAACCGATCA CACCGCCGTC CTAGAGGGCT TTGCTGGACA GGATGGTACA 
GACCATGGCA CACATATTTC CATCAGCTCC AGCACTGTTG TGGATTACCA AACAGTGAGT 
GTAACAACCA GCACCACTGA GCTTCAGTCC CATCCTCCTC CTGTGGGATC CACGCCGTCA 
TCGTCTGTAG CTACCCCAAC AAAACTGGGA GATGGCACAA CAAGAGTCCT GGATGTTTCA 
GCAGACCTGG GTCGTGCTAG CACTGTCCAG TTTGCTCCTG AGCAGACTGA GGAGGGAAGG 
AGAATGACTG AAAGTCACAT GGAGCGAACA ACTCGTGTCC AGTCCACAGA GATGGCCAGC 
GTGGCTTGGG CCACCCATGA AACTCACTAC AGCAGCACCG TCCCATCCCG AACTCTCGTT 
GTGTTCTTCA GTCTTCGGGT CACCAACATG ATGTTTTCAG AGGACCTGTT TAATAAAAAC 
TCCCCTGAAT ACAAAGCCTT GGAGCAGCGA TTCTTGGAAC TGCTGGTGCC GTACCTTCAG 
TCAAATCTGA CGGGATTCCA GAATCTGGAA ATCCTGAACT TCAGAAATGG CAGCATTGTG 
GTGAACAGTC GAATGAAATT TGCCAAACCT GTGCCTCGGA ATGTCACCAA CGCTGTGTAC 
ATGATCCTGG AAGATTTCTG CAACACTGCA TATCACACCA TGAACCTGGC CATCGACAAA 
TACTCCCTGG ATGTGGAATC GGGTGAGCAA GCAGATCCCT GCAAGTTCCA GGCCTGCAAT 
GAGTTCTCAG AATGCTTAGT GAACCGCTGG AGTGGGGAGG CAGAGTGTGT CTGCAACCCT 
GGCTACCTCA GCATCGATGG GCTGCCGTGC AGCAGCATCT GTGACCTGCA GCCAAACTTC 
TGCCTGAACG ACGGCAAGTG TGACATCAGC CCTGGGCAAG GGGCCATCTG CAGGTGCCGT 
GTGGGAGAGA ACTGGTGGTA CAGAGGGGAG CACTGTGAGG AATACGTGTC CGAGCCGCTG 
GTTGTGGGTA TTGCAATCGC TTCTGTGGCA GGATTCCTTC TTGTGGCATC TGCTGTCATC 
TTCTTCTTGG CCAGGACCCT TCGAGACCAG TACACAAAGA GTGATACTGG GGACTCCCAG 
GGGCAGGGTG ACAGCCTCTC GTCCATGGAG AATGCAGTTA AGTACAACCC CATGTACGAG 
AGTGACACGA CTGGCTACAG CCACTATTAC CGGAGGTACC CGCAGCTCAC GTCCTACAGC 
TCCACCAGTG CAGAGACATC CACAGACTAC AGCAGTGAAG AGATCAGGCA CATTTATGAG 
AACAGTGAGC TTACTAAGGA GGAAATTCAG GACAGAATTC GAATTATAGA GCTCTACGCT 
AAGGACCGCC AGTTTGCAGA GTTTGTTAGG CAGCATCAAA TGAAGCTGCT TTAA

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

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IMPG2 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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