COL4A1 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL4A1
Entrez Gene ID	100224679
Full Name	collagen type IV alpha 1 chain
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002190412.2	XP_002190448.2	collagen alpha-1(IV) chain
XM_030280344.1	XP_030136204.1	collagen alpha-1(IV) chain

Pathways from BioSystems
Gene Ontology

The following COL4A1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COL4A1 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
OTd04387	XM_002190412.2 Latest version!	Taeniopygia guttata collagen, type IV, alpha 1 (COL4A1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OTd25584	XM_030280344.1 Latest version!	Taeniopygia guttata collagen type IV alpha 1 chain (COL4A1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

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)

COL4A1 ( XM_002190412.2 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_002190448.2 Taeniopygia guttata collagen, type IV, alpha 1 (COL4A1), mRNA.

Price & Availability↑

CloneID	OTd04387
Clone ID Related Accession (Same CDS sequence)	XM_002190412.2
Accession Version	XM_002190412.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4962bp) 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	collagen alpha-1(IV) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197680.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Feb 12, 2013 this sequence version replaced XM_002190412.1. ##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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGATCCTGG AGGAGGAAGG ATGTTCCGGT TGTGGAAAAT GTGATTGCAG TGGAGTAAAA 
GGGCAAAAGG GAGAAAGAGG CTTGCCGGGA CTACAGGGTG TGATTGGGTT TCCTGGAATG 
CAAGGGCCTG AAGGTCCCCC TGGGCCACCA GGGCTTAAGG GTGATACTGG AGAACCAGGA 
CTGCCAGGAA CAAAGGGAAC AAGAGGCCCC CCAGGAGTAT CAGGCTTCCC AGGAAACCCA 
GGCCTTCCTG GCATTCCTGG ACAAGATGGC CCTCCTGGTC CACCTGGCAT TCCAGGATGT 
AATGGCACAA AGGGTGAAAG AGGTCCAGTA GGTCCCCCAG GTTTACCAGG ACTGACTGGA 
AGTATAGGAC CTCCAGGACC TCCTGGAATG AAGGGAGACC CAGGTGAAGT GGTTGGTCTT 
TTGCCTCCTG GTGTGCTAAA AGGTGAAAAA GGCTTTCCTG GCCAACCTGG ACTGCCTGGT 
CCACCTGGAG CTTCAGGGTT TCAGGGACCA ATGGGACCAA TGGGCCCTCC AGGAGAACCA 
GGTCCCCCAG GGCCACCAGG ACTTCCGGGA GAAAAGGGCT ACATGGGCTT GGGCTTTCAG 
GGTCCCAAAG GTGAAAAGGG AGAACAAGGG GTAAGAGGGC CCCCAGGACC CCCAGGACCA 
GCACCTCATA TGAAAGAAAA AGGGAGTGAA ATCATAAAGG GAGAAAAGGG TGATCCAGGT 
GAAAAAGGCG AACGGGGAAG TCCTGGAATG CCAGGTTCAG GTTTCAAAGG AGACAAGGGT 
GACCCTGGGC AGCCTGGTCC ACGTGGAAAG CCTGGAAAAG ATGGTGAACC TGGACTGAAA 
GGAGAACCTG GTTTGCCTGG AGGGTTTGGG ATTCCAGGAC GACCTGGGGA GCCTGGCTTA 
AAGGGTGACA AAGGGGAGCG AGGTTATCCA GGACCTCCAG GAAGAATGAT AGATACTGGA 
CCAGTAGATA CCTTTGGTGA AAAAGGAGAC CCTGGAGTTT CAGGTTTGCC TGGACTGAAA 
GGTCAAAAAG GTGAAAAAGG CTTCCCTGGT GCACAAGGAA TCCCGGGACC TCCAGGTCGA 
CCAGTTCCAG ACAGAGTAGG ATCACCTGGT GTCCCTGGAG AGAGAGGTGA AAAAGGTGAA 
AAGGGTTCTC CTGGGTTCCC TTCACCTGGA ATCCCTGGAA GAGATGGTTT CCCAGGTCCC 
CCTGGGTTGC CTGGCCCACC AGGACCTCCA GGCAAAACAG ATGGAATTGA TCAATGCCAG 
CAGGGAGAAC CTGGTGCACC AGGTAGTCCT GGACTTCCAG GAAGAGATGG ATTTCCAGGA 
GAGATGGGAG AGAAAGGTGA GAAAGGTGAA GCCTGTGCCT TGTGTGATAA AGTAGGACCT 
CCTGGACTTC CAGGACCACA AGGACCACCA GGTCCAGCAG GTTTTCCAGG ACAAGCAGGT 
TTCAAGGGTG ACAGAGGCTT ACCTGGACTT GATGGCCTTC CTGGAGTCCC TGGTCCCCCT 
GGCACTCCAG GACTTATGGG CAGCCCTGGG CCAAAAGGAG AACCTGGAGA TTTTACTTAT 
GATTCTATCC TGAAAGGCGA AAAGGGAGAT CCTGGTTTCC CAGGACAACC AGGCATTCCT 
GGAAGAGAAG GAAGACCAGG AAAAGATGGA TTTCCAGGTC CCCAGGGTCC AAAAGGAGCA 
GCGGGTACAG CTGGCTTGAA AGGAGAACGT GGTCCCCCTG GCCAACCTGG ATTCCCTGGA 
GTGCGTGGTG AAAGAGGTTT TCCTGGCCCT CCTGGGATAG GGACTGCAGG ATTACCTGGT 
GAAAAAGGAG ACAGAGGCTT TGCTGGAACC CCGGGTTTAC CAGGACTTCC AGGAGCAAAG 
GGTGAAGCAG GACGAACTAT TTCACTCCCT GGACCTCCTG GGGCAGATGG CCTTCCTGGG 
CCACCTGGTT TCCCTGGACC TCAAGGTGAC AAAGGGAATC CTGGGCTTCC AGGTAGACCT 
GGCCTACCAG GAGAAAAAGG TGCTGTTGGG CAGCCAGGTA TAGGGTTCCC TGGACCTCCA 
GGTCCCAAAG GTTTCCAAGG TCAGCCTGGC TCACCTGGTC TGCCAGGAAC TCCAGGAACC 
CCTGGTCTGG ATGGTTTGCC AGGAGTTCCA GGTTTACAAG GCCAAAAGGG TGAACCTGGT 
GTAGGTCTAC CTGGTCCTAA GGGATTGCCG GGCCCCCCTG GCCCAGCTGG CATACCTGGA 
GAAAAGGGAA GTCCGGGACT GCCTGGTTTA CGTGGCGAGC AAGGCTTTCC AGGCATACCT 
GGACAGCAGG GATTCAGAGG TGACCCTGGT CTCCCAGGTC TCCAAGGCTT ACAGGGCCCT 
CCAGGTGCAC CGGGGCTGGG CCCTCCAGGA TTGCCAGGAC CTGCTGGGCA GCCAGGACCC 
CAGGGACCAC CAGGATTTCC TGGAGTAAAA GGAGAAAGGG GCTTCCCTGG TGTCCCAGGT 
CTAGATATGC CAGGACCGAA AGGGGATAAA GGTAGCCCGG GCCAGCCAGG AGTCCCAGGC 
TCTGTGGGGT TACCTGGCCT GCCAGGTCCA CAGGGGGCTG TTGGACTGAA AGGATCAACA 
GGACCCAAAG GAGAAATGGG AGTTATGGGA ACTCCTGGAT TGCCAGGAAC TCCTGGACCA 
GTTGGAGATA GAGGGTTTCC TGGTGAAAAA GGTAGTCAAG GCTTCAAAGG TGTAATTGGA 
CCACAGGGTG AACCTGGTGT TAAAGGAGAT AAAGGTGAAG CTGGTCTCCC AGGAAAACCT 
GGAGAAATGG ACATGGACAT GGTTAGCCTC AAAGGCCAGA AGGGAGATCA AGGAGAAAAA 
GGGGACCATG GAGCAGCAGG AGAAAAAGGG ATACGTGGGG ATTATGGAGA ACCAGGAATT 
CCAGGGAGAG ATGGTGAACC TGGTACTCCA GGACAACCAG GACCAAAAGG CGATCAAGGC 
CCCCCAGGGT ACCCAGGGGA TCCAGGAGTT CCAGGACAAA AAGGATCAGT TGGTGAAATG 
GGTCTGCCAG GAACACCTGG AGAAAAGGGT CTTCCCGGAG TACCAGGTTC ACCAGGTACA 
CCAGGGTTCC CTGGACAAAA AGGTGAAAAA GGAGACAAAG GAGCACCAGG TTTTCCTGGA 
ATTGGCTTTC CAGGGGCTCC TGGTGAGAAG GGAGAACCAG GAAGAACGGG TAGTCCAGGT 
GTATCTGGAG ATAAGGGTGA AAAGGGTAGT GCAGGAATTC CTGGAATGCC GGGTGCCCCA 
GGTCCCAAAG GATCCCCTGG CATGGCAGGA TTTCCAGGCA ACCCTGGCCG CCATGGAGAA 
AAGGGTGAAA AAGGACTTCC TGGCTTAAGT GGGATTCCAG GTTTAAAAGG AGAACCAGGT 
GAACCTGGTG TTCCGGGTCC TGCTGGTACC ATTGGTCAGA AGGGTGAACC AGGTTATGAT 
GGGATTCCAG GTGCAGCTGG TGCAAAGGGT GAACAAGGAC TTCCAGGCAG GGGACTTCCA 
GGATTTCCTG GTGCAAAGGG AGATAAAGGT GCAAAAGGCG AAGTGGGCTT TCCAGGATCT 
CCAGGAAGTC CAGGGATCCC AGGCCTGAAA GGGGAACCAG GATATGCAGG TCCACCAGGC 
CCTAAAGGCA GCCAAGGTCT TCCTGGGCTA CCGGGAAGTG CAATTGAAGG TCCCAAAGGA 
GACAGAGGAC CCCAGGGCCA GCCTGGTCTT CCAGGTTTAC CAGGTCCAAC AGGGCCACCA 
GGACCTCCAG GTCTGAAAGG GGCCAAAGGA GAGCAAGGGA GCAATGGCTG GCCAGGGACT 
CCTGGGGGTC CGGGAATGAA AGGAGATCCA GGTTTCCAAG GACTACCAGG TAGTCCTGGT 
TTGCCAGGAG ATATTGGTCC AAAGGGTGAT CTCGGTCCTC CAGGAGTTCC AGGTGTTCCA 
GGTCCAAAAG GAACTCCTGG CTTCCCAGGC CTTAAGGGTG AGCGAGGTGA CCAAGGTCTT 
CCTGGATCTA AAGGTTTACA AGGCCCACCA GGCCCACCAG GTCCTTTTCA GCTTATTAAA 
GGGGATCCTG GCTTACCTGG ACCTGTAGGA CCAGTTGGTC TCAAGGGATT CCCAGGACTT 
CCAGGTCCCA AAGGACAACA AGGGGTGACA GGACCTTCAG GTGTACCTGG GCCACCTGGT 
AGTCCAGGAT TTGATGGTCA GCCTGGGCAG AAAGGAGAAG CTGGTCCTTT TGGTCCCCCA 
GGGCCCAGAG GATTTCCTGG TCCACCTGGC CCTGATGGCT TGCCCGGGGC TATGGGCCCA 
CCTGGGGCAC CATCTGTTGC TCATGGCTTC CTTGTTACCA GACACAGTCA AACCATTGAA 
GAACCTTCGT GTCCGTTTGG AACAAGGCTG ATTTACCACG GCTACTCCTT GCTTTATGTA 
CAAGGCAATG AACGAGCACA TGGCCAAGAT CTGGGCACAG CAGGAAGCTG TCTTCGTAAA 
TTTAGTACCA TGCCTTTCTT ATTCTGCAAT ATCAACAACG TCTGTAACTT TGCATCAAGG 
AATGACTACT CCTACTGGCT GTCTACTCCT GAGCCCATGC CAATGAATAT GGCTCCTATC 
ACTGGTGACA ATATCAGACC ATTCATCAGC AGATGCTCTG TGTGTGAGGC TCCTGCTATG 
GTAATAGCTG TTCACAGTCA AACAATTCAA ATACCACCGT GTCCTGAAGG CTGGAGTTCA 
CTTTGGATTG GTTACTCCTT TGTCATGCAC ACCAGTGCTG GTGCGGAGGG CTCTGGCCAG 
GCCCTGGCAT CCCCTGGCTC CTGTCTGGAG GAGTTCCGCA GCGCTCCCTT CATTGAATGC 
CATGGCCGGG GCACCTGCAA TTACTATGCA AATGCTTACA GCTTCTGGCT TGCCACTATA 
GAAAGGAATG AGATGTTCAG GAAACCGACT CCCTCAACCT TGAAAGCCGG GGATCTACGC 
TCAAATGTTA GCCGTTGTCA AGTCTGTATG AGAAAAACAT AA

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

RefSeq	XP_002190448.2
CDS	1..4962
Translation	MILEEEGCSGCGKCDCSGVKGQKGERGLPGLQGVIGFPGMQGPEGPPGPPGLKGDTGEPGLPGTKGTRGPPGVSGFPGNPGLPGIPGQDGPPGPPGIPGCNGTKGERGPVGPPGLPGLTGSIGPPGPPGMKGDPGEVVGLLPPGVLKGEKGFPGQPGLPGPPGASGFQGPMGPMGPPGEPGPPGPPGLPGEKGYMGLGFQGPKGEKGEQGVRGPPGPPGPAPHMKEKGSEIIKGEKGDPGEKGERGSPGMPGSGFKGDKGDPGQPGPRGKPGKDGEPGLKGEPGLPGGFGIPGRPGEPGLKGDKGERGYPGPPGRMIDTGPVDTFGEKGDPGVSGLPGLKGQKGEKGFPGAQGIPGPPGRPVPDRVGSPGVPGERGEKGEKGSPGFPSPGIPGRDGFPGPPGLPGPPGPPGKTDGIDQCQQGEPGAPGSPGLPGRDGFPGEMGEKGEKGEACALCDKVGPPGLPGPQGPPGPAGFPGQAGFKGDRGLPGLDGLPGVPGPPGTPGLMGSPGPKGEPGDFTYDSILKGEKGDPGFPGQPGIPGREGRPGKDGFPGPQGPKGAAGTAGLKGERGPPGQPGFPGVRGERGFPGPPGIGTAGLPGEKGDRGFAGTPGLPGLPGAKGEAGRTISLPGPPGADGLPGPPGFPGPQGDKGNPGLPGRPGLPGEKGAVGQPGIGFPGPPGPKGFQGQPGSPGLPGTPGTPGLDGLPGVPGLQGQKGEPGVGLPGPKGLPGPPGPAGIPGEKGSPGLPGLRGEQGFPGIPGQQGFRGDPGLPGLQGLQGPPGAPGLGPPGLPGPAGQPGPQGPPGFPGVKGERGFPGVPGLDMPGPKGDKGSPGQPGVPGSVGLPGLPGPQGAVGLKGSTGPKGEMGVMGTPGLPGTPGPVGDRGFPGEKGSQGFKGVIGPQGEPGVKGDKGEAGLPGKPGEMDMDMVSLKGQKGDQGEKGDHGAAGEKGIRGDYGEPGIPGRDGEPGTPGQPGPKGDQGPPGYPGDPGVPGQKGSVGEMGLPGTPGEKGLPGVPGSPGTPGFPGQKGEKGDKGAPGFPGIGFPGAPGEKGEPGRTGSPGVSGDKGEKGSAGIPGMPGAPGPKGSPGMAGFPGNPGRHGEKGEKGLPGLSGIPGLKGEPGEPGVPGPAGTIGQKGEPGYDGIPGAAGAKGEQGLPGRGLPGFPGAKGDKGAKGEVGFPGSPGSPGIPGLKGEPGYAGPPGPKGSQGLPGLPGSAIEGPKGDRGPQGQPGLPGLPGPTGPPGPPGLKGAKGEQGSNGWPGTPGGPGMKGDPGFQGLPGSPGLPGDIGPKGDLGPPGVPGVPGPKGTPGFPGLKGERGDQGLPGSKGLQGPPGPPGPFQLIKGDPGLPGPVGPVGLKGFPGLPGPKGQQGVTGPSGVPGPPGSPGFDGQPGQKGEAGPFGPPGPRGFPGPPGPDGLPGAMGPPGAPSVAHGFLVTRHSQTIEEPSCPFGTRLIYHGYSLLYVQGNERAHGQDLGTAGSCLRKFSTMPFLFCNINNVCNFASRNDYSYWLSTPEPMPMNMAPITGDNIRPFISRCSVCEAPAMVIAVHSQTIQIPPCPEGWSSLWIGYSFVMHTSAGAEGSGQALASPGSCLEEFRSAPFIECHGRGTCNYYANAYSFWLATIERNEMFRKPTPSTLKAGDLRSNVSRCQVCMRKT

Target ORF information:

RefSeq Version	XM_002190412.2
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata collagen, type IV, alpha 1 (COL4A1), mRNA.

Target ORF information:

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

XM_002190412.2

ORF Insert Sequence:

ATGATCCTGG AGGAGGAAGG ATGTTCCGGT TGTGGAAAAT GTGATTGCAG TGGAGTAAAA 
GGGCAAAAGG GAGAAAGAGG CTTGCCGGGA CTACAGGGTG TGATTGGGTT TCCTGGAATG 
CAAGGGCCTG AAGGTCCCCC TGGGCCACCA GGGCTTAAGG GTGATACTGG AGAACCAGGA 
CTGCCAGGAA CAAAGGGAAC AAGAGGCCCC CCAGGAGTAT CAGGCTTCCC AGGAAACCCA 
GGCCTTCCTG GCATTCCTGG ACAAGATGGC CCTCCTGGTC CACCTGGCAT TCCAGGATGT 
AATGGCACAA AGGGTGAAAG AGGTCCAGTA GGTCCCCCAG GTTTACCAGG ACTGACTGGA 
AGTATAGGAC CTCCAGGACC TCCTGGAATG AAGGGAGACC CAGGTGAAGT GGTTGGTCTT 
TTGCCTCCTG GTGTGCTAAA AGGTGAAAAA GGCTTTCCTG GCCAACCTGG ACTGCCTGGT 
CCACCTGGAG CTTCAGGGTT TCAGGGACCA ATGGGACCAA TGGGCCCTCC AGGAGAACCA 
GGTCCCCCAG GGCCACCAGG ACTTCCGGGA GAAAAGGGCT ACATGGGCTT GGGCTTTCAG 
GGTCCCAAAG GTGAAAAGGG AGAACAAGGG GTAAGAGGGC CCCCAGGACC CCCAGGACCA 
GCACCTCATA TGAAAGAAAA AGGGAGTGAA ATCATAAAGG GAGAAAAGGG TGATCCAGGT 
GAAAAAGGCG AACGGGGAAG TCCTGGAATG CCAGGTTCAG GTTTCAAAGG AGACAAGGGT 
GACCCTGGGC AGCCTGGTCC ACGTGGAAAG CCTGGAAAAG ATGGTGAACC TGGACTGAAA 
GGAGAACCTG GTTTGCCTGG AGGGTTTGGG ATTCCAGGAC GACCTGGGGA GCCTGGCTTA 
AAGGGTGACA AAGGGGAGCG AGGTTATCCA GGACCTCCAG GAAGAATGAT AGATACTGGA 
CCAGTAGATA CCTTTGGTGA AAAAGGAGAC CCTGGAGTTT CAGGTTTGCC TGGACTGAAA 
GGTCAAAAAG GTGAAAAAGG CTTCCCTGGT GCACAAGGAA TCCCGGGACC TCCAGGTCGA 
CCAGTTCCAG ACAGAGTAGG ATCACCTGGT GTCCCTGGAG AGAGAGGTGA AAAAGGTGAA 
AAGGGTTCTC CTGGGTTCCC TTCACCTGGA ATCCCTGGAA GAGATGGTTT CCCAGGTCCC 
CCTGGGTTGC CTGGCCCACC AGGACCTCCA GGCAAAACAG ATGGAATTGA TCAATGCCAG 
CAGGGAGAAC CTGGTGCACC AGGTAGTCCT GGACTTCCAG GAAGAGATGG ATTTCCAGGA 
GAGATGGGAG AGAAAGGTGA GAAAGGTGAA GCCTGTGCCT TGTGTGATAA AGTAGGACCT 
CCTGGACTTC CAGGACCACA AGGACCACCA GGTCCAGCAG GTTTTCCAGG ACAAGCAGGT 
TTCAAGGGTG ACAGAGGCTT ACCTGGACTT GATGGCCTTC CTGGAGTCCC TGGTCCCCCT 
GGCACTCCAG GACTTATGGG CAGCCCTGGG CCAAAAGGAG AACCTGGAGA TTTTACTTAT 
GATTCTATCC TGAAAGGCGA AAAGGGAGAT CCTGGTTTCC CAGGACAACC AGGCATTCCT 
GGAAGAGAAG GAAGACCAGG AAAAGATGGA TTTCCAGGTC CCCAGGGTCC AAAAGGAGCA 
GCGGGTACAG CTGGCTTGAA AGGAGAACGT GGTCCCCCTG GCCAACCTGG ATTCCCTGGA 
GTGCGTGGTG AAAGAGGTTT TCCTGGCCCT CCTGGGATAG GGACTGCAGG ATTACCTGGT 
GAAAAAGGAG ACAGAGGCTT TGCTGGAACC CCGGGTTTAC CAGGACTTCC AGGAGCAAAG 
GGTGAAGCAG GACGAACTAT TTCACTCCCT GGACCTCCTG GGGCAGATGG CCTTCCTGGG 
CCACCTGGTT TCCCTGGACC TCAAGGTGAC AAAGGGAATC CTGGGCTTCC AGGTAGACCT 
GGCCTACCAG GAGAAAAAGG TGCTGTTGGG CAGCCAGGTA TAGGGTTCCC TGGACCTCCA 
GGTCCCAAAG GTTTCCAAGG TCAGCCTGGC TCACCTGGTC TGCCAGGAAC TCCAGGAACC 
CCTGGTCTGG ATGGTTTGCC AGGAGTTCCA GGTTTACAAG GCCAAAAGGG TGAACCTGGT 
GTAGGTCTAC CTGGTCCTAA GGGATTGCCG GGCCCCCCTG GCCCAGCTGG CATACCTGGA 
GAAAAGGGAA GTCCGGGACT GCCTGGTTTA CGTGGCGAGC AAGGCTTTCC AGGCATACCT 
GGACAGCAGG GATTCAGAGG TGACCCTGGT CTCCCAGGTC TCCAAGGCTT ACAGGGCCCT 
CCAGGTGCAC CGGGGCTGGG CCCTCCAGGA TTGCCAGGAC CTGCTGGGCA GCCAGGACCC 
CAGGGACCAC CAGGATTTCC TGGAGTAAAA GGAGAAAGGG GCTTCCCTGG TGTCCCAGGT 
CTAGATATGC CAGGACCGAA AGGGGATAAA GGTAGCCCGG GCCAGCCAGG AGTCCCAGGC 
TCTGTGGGGT TACCTGGCCT GCCAGGTCCA CAGGGGGCTG TTGGACTGAA AGGATCAACA 
GGACCCAAAG GAGAAATGGG AGTTATGGGA ACTCCTGGAT TGCCAGGAAC TCCTGGACCA 
GTTGGAGATA GAGGGTTTCC TGGTGAAAAA GGTAGTCAAG GCTTCAAAGG TGTAATTGGA 
CCACAGGGTG AACCTGGTGT TAAAGGAGAT AAAGGTGAAG CTGGTCTCCC AGGAAAACCT 
GGAGAAATGG ACATGGACAT GGTTAGCCTC AAAGGCCAGA AGGGAGATCA AGGAGAAAAA 
GGGGACCATG GAGCAGCAGG AGAAAAAGGG ATACGTGGGG ATTATGGAGA ACCAGGAATT 
CCAGGGAGAG ATGGTGAACC TGGTACTCCA GGACAACCAG GACCAAAAGG CGATCAAGGC 
CCCCCAGGGT ACCCAGGGGA TCCAGGAGTT CCAGGACAAA AAGGATCAGT TGGTGAAATG 
GGTCTGCCAG GAACACCTGG AGAAAAGGGT CTTCCCGGAG TACCAGGTTC ACCAGGTACA 
CCAGGGTTCC CTGGACAAAA AGGTGAAAAA GGAGACAAAG GAGCACCAGG TTTTCCTGGA 
ATTGGCTTTC CAGGGGCTCC TGGTGAGAAG GGAGAACCAG GAAGAACGGG TAGTCCAGGT 
GTATCTGGAG ATAAGGGTGA AAAGGGTAGT GCAGGAATTC CTGGAATGCC GGGTGCCCCA 
GGTCCCAAAG GATCCCCTGG CATGGCAGGA TTTCCAGGCA ACCCTGGCCG CCATGGAGAA 
AAGGGTGAAA AAGGACTTCC TGGCTTAAGT GGGATTCCAG GTTTAAAAGG AGAACCAGGT 
GAACCTGGTG TTCCGGGTCC TGCTGGTACC ATTGGTCAGA AGGGTGAACC AGGTTATGAT 
GGGATTCCAG GTGCAGCTGG TGCAAAGGGT GAACAAGGAC TTCCAGGCAG GGGACTTCCA 
GGATTTCCTG GTGCAAAGGG AGATAAAGGT GCAAAAGGCG AAGTGGGCTT TCCAGGATCT 
CCAGGAAGTC CAGGGATCCC AGGCCTGAAA GGGGAACCAG GATATGCAGG TCCACCAGGC 
CCTAAAGGCA GCCAAGGTCT TCCTGGGCTA CCGGGAAGTG CAATTGAAGG TCCCAAAGGA 
GACAGAGGAC CCCAGGGCCA GCCTGGTCTT CCAGGTTTAC CAGGTCCAAC AGGGCCACCA 
GGACCTCCAG GTCTGAAAGG GGCCAAAGGA GAGCAAGGGA GCAATGGCTG GCCAGGGACT 
CCTGGGGGTC CGGGAATGAA AGGAGATCCA GGTTTCCAAG GACTACCAGG TAGTCCTGGT 
TTGCCAGGAG ATATTGGTCC AAAGGGTGAT CTCGGTCCTC CAGGAGTTCC AGGTGTTCCA 
GGTCCAAAAG GAACTCCTGG CTTCCCAGGC CTTAAGGGTG AGCGAGGTGA CCAAGGTCTT 
CCTGGATCTA AAGGTTTACA AGGCCCACCA GGCCCACCAG GTCCTTTTCA GCTTATTAAA 
GGGGATCCTG GCTTACCTGG ACCTGTAGGA CCAGTTGGTC TCAAGGGATT CCCAGGACTT 
CCAGGTCCCA AAGGACAACA AGGGGTGACA GGACCTTCAG GTGTACCTGG GCCACCTGGT 
AGTCCAGGAT TTGATGGTCA GCCTGGGCAG AAAGGAGAAG CTGGTCCTTT TGGTCCCCCA 
GGGCCCAGAG GATTTCCTGG TCCACCTGGC CCTGATGGCT TGCCCGGGGC TATGGGCCCA 
CCTGGGGCAC CATCTGTTGC TCATGGCTTC CTTGTTACCA GACACAGTCA AACCATTGAA 
GAACCTTCGT GTCCGTTTGG AACAAGGCTG ATTTACCACG GCTACTCCTT GCTTTATGTA 
CAAGGCAATG AACGAGCACA TGGCCAAGAT CTGGGCACAG CAGGAAGCTG TCTTCGTAAA 
TTTAGTACCA TGCCTTTCTT ATTCTGCAAT ATCAACAACG TCTGTAACTT TGCATCAAGG 
AATGACTACT CCTACTGGCT GTCTACTCCT GAGCCCATGC CAATGAATAT GGCTCCTATC 
ACTGGTGACA ATATCAGACC ATTCATCAGC AGATGCTCTG TGTGTGAGGC TCCTGCTATG 
GTAATAGCTG TTCACAGTCA AACAATTCAA ATACCACCGT GTCCTGAAGG CTGGAGTTCA 
CTTTGGATTG GTTACTCCTT TGTCATGCAC ACCAGTGCTG GTGCGGAGGG CTCTGGCCAG 
GCCCTGGCAT CCCCTGGCTC CTGTCTGGAG GAGTTCCGCA GCGCTCCCTT CATTGAATGC 
CATGGCCGGG GCACCTGCAA TTACTATGCA AATGCTTACA GCTTCTGGCT TGCCACTATA 
GAAAGGAATG AGATGTTCAG GAAACCGACT CCCTCAACCT TGAAAGCCGG GGATCTACGC 
TCAAATGTTA GCCGTTGTCA AGTCTGTATG AGAAAAACAT AA

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

COL4A1 ( XM_030280344.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030136204.1 Taeniopygia guttata collagen type IV alpha 1 chain (COL4A1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTd25584
Clone ID Related Accession (Same CDS sequence)	XM_030280344.1
Accession Version	XM_030280344.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5007bp) 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	collagen alpha-1(IV) chain
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 mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCTCT GGCTGGGCTT CGGGCTGCTG CTGAGCGCCG AGCTCAGCGC CGTGTCCGCC 
GCGGGATGTT CCGGTTGTGG AAAATGTGAT TGCAGTGGAG TAAAAGGGCA AAAGGGAGAA 
AGAGGCTTGC CGGGACTACA GGGTGTGATT GGGTTTCCTG GAATGCAAGG GCCTGAAGGT 
CCCCCTGGGC CGCCAGGGCT TAAGGGTGAT ACTGGAGAAC CAGGACTGCC AGGAACAAAG 
GGAACAAGAG GCCCCCCAGG AGTATCAGGC TTCCCAGGAA ACCCAGGCCT TCCTGGCATT 
CCTGGACAAG ATGGCCCTCC TGGTCCACCT GGCATTCCAG GATGTAATGG CACAAAGGGT 
GAAAGAGGTC CAGTAGGTCC CCCAGGTTTA CCAGGACTGA CTGGAAGTAT AGGACCTCCA 
GGACCTCCTG GAATGAAGGG AGACCCAGGT GAAGTGGTTG GTCTTTTGCC TCCTGGTGTG 
CTAAAAGGTG AAAAAGGGTT TCCTGGCCAA CCTGGACTGC CTGGTCCACC TGGAGCTTCA 
GGGTTTCAGG GACCAATGGG ACCAATGGGC CCTCCAGGAG AACCAGGTCC CCCAGGGCCA 
CCAGGACTTC CAGGAGAAAA GGGCTACATG GGCTTGGGCT TTCAGGGTCC CAAAGGTGAA 
AAGGGAGAAC AAGGGGTAAG AGGGCCCCCA GGACCCCCAG GACCAGCACC TCATATGAAA 
GAAAAAGGGA GTGAAATCAT AAAGGGAGAA AAGGGTGATC CAGGTGAAAA AGGCGAACGG 
GGAAGTCCTG GAATGCCAGG TTCAGGTTTC AAAGGAGACA AGGGTGACCC TGGGCAGCCT 
GGTCCACGTG GAAAGCCTGG AAAAGATGGT GAACCTGGAC TGAAAGGAGA ACCTGGTTTG 
CCTGGAGGGT TTGGGATTCC AGGACGACCT GGGGAGCCTG GCTTAAAGGG TGACAAAGGG 
GAGCGAGGTT ATCCAGGACC TCCAGGAAGA ATGATAGATA CTGGACCAGT AGATACCTTT 
GGTGAAAAAG GAGACCCTGG AGTTTCAGGT TTGCCTGGAC TGAAAGGTCA AAAAGGTGAA 
AAAGGCTTCC CTGGTGCACA AGGAATCCCG GGACCTCCAG GTCGACCAGT TCCAGACAGA 
GTAGGATCAC CTGGTGTCCC TGGAGAGAGA GGTGAAAAAG GTGAAAAGGG TTCTCCTGGG 
TTCCCTTCAC CTGGAATCCC TGGAAGAGAT GGTTTCCCAG GTCCCCCTGG GTTGCCTGGC 
CCACCAGGAC CTCCAGGCAA AACAGATGGA ATTGATCAAT GCCAGCAGGG AGAACCTGGT 
GCACCAGGTA GTCCTGGACT TCCAGGAAGA GATGGATTTC CAGGAGAGAT GGGAGAGAAA 
GGTGAGAAAG GTGAAGCCTG TGCCTTGTGT GATAAAGTAG GACCTCCTGG ACTTCCAGGA 
CCACAAGGAC CACCAGGTCC AGCAGGTTTT CCAGGACAAG CAGGTTTCAA GGGTGACAGA 
GGCTTACCTG GACTTGATGG CCTTCCTGGA GTCCCTGGTC CCCCTGGCAC TCCAGGACTT 
ATGGGCAGCC CTGGGCCAAA AGGAGAACCT GGAGATTTTA CTTATGATTC TATCCTGAAA 
GGCGAAAAGG GAGATCCTGG TTTCCCAGGA CAACCAGGCA TTCCTGGAAG AGAAGGAAGA 
CCAGGAAAAG ATGGATTTCC AGGTCCCCAG GGTCCAAAAG GAGCAGCGGG TACAGCTGGC 
TTGAAAGGAG AACGTGGTCC CCCTGGCCAA CCTGGATTCC CTGGAGTGCG TGGTGAAAGA 
GGTTTTCCTG GCCCTCCTGG GATAGGGACT GCAGGATTAC CTGGTGAAAA AGGAGACAGA 
GGCTTTGCTG GAACCCCGGG TTTACCAGGA CTTCCAGGAG CAAAGGGTGA AGCAGGACGA 
ACTATTTCAC TCCCTGGACC TCCTGGGGCA GATGGCCTTC CTGGGCCACC TGGTTTCCCT 
GGACCTCAAG GTGACAAAGG GAATCCTGGG CTTCCAGGTA GACCTGGCCT ACCGGGAGAA 
AAAGGTGCTG TTGGGCAGCC AGGTATAGGG TTCCCTGGAC CTCCAGGTCC CAAAGGTTTC 
CAAGGTCAGC CTGGCTCACC TGGTCTGCCA GGAACCCCAG GAACCCCTGG TCTGGATGGT 
TTGCCAGGAG TTCCAGGTTT ACAAGGCCAA AAGGGTGAAC CTGGTGTAGG TCTACCTGGT 
CCTAAGGGGT TGCCGGGCCC CCCTGGCCCA GCTGGCATAC CTGGAGAAAA GGGAAGTCCA 
GGACTGCCTG GTTTACGTGG CGAGCAAGGC TTTCCAGGCA TACCTGGACA GCAGGGATTC 
AGAGGTGACC CTGGTCTCCC AGGTCTCCAA GGCTTACAGG GCCCTCCAGG TGCACCGGGG 
CTGGGCCCTC CAGGATTGCC AGGACCTGCT GGGCAGCCAG GACCCCAGGG ACCACCAGGA 
TTTCCTGGAG TAAAAGGAGA AAGGGGCTTC CCTGGTGTCC CAGGTCTAGA TATGCCAGGA 
CCGAAAGGGG ATAAAGGTAG CCCGGGCCAG CCAGGAGTCC CAGGCTCTGT GGGGTTACCT 
GGCCTGCCAG GTCCACAGGG GGCTGTTGGA CTGAAAGGAT CAACAGGACC CAAAGGAGAA 
ATGGGAGTTA TGGGAACTCC TGGATTGCCA GGAACTCCTG GACCAGTTGG AGATAGAGGG 
TTTCCTGGTG AAAAAGGTAG TCAAGGCTTC AAAGGTGTAA TTGGACCACA GGGTGAACCT 
GGTGTTAAAG GAGATAAAGG TGAAGCTGGT CTCCCAGGAA AACCTGGAGA AATGGACATG 
GATATGGTTA GCCTCAAAGG CCAGAAGGGA GATCAAGGAG AAAAAGGGGA CCATGGAGCA 
GCAGGAGAAA AAGGGATACG TGGGGATTAT GGAGAACCAG GAATTCCAGG GAGAGATGGT 
GAACCCGGTA CTCCAGGACA ACCAGGACCA AAAGGCGATC AAGGCCCCCC AGGGTACCCA 
GGGGATCCAG GAGTTCCAGG ACAAAAAGGA TCAGTTGGTG AAATGGGTCT GCCAGGAACA 
CCTGGAGAAA AGGGTCTTCC CGGAGTACCA GGTTCACCAG GTACACCAGG GTTCCCTGGA 
CAAAAAGGTG AAAAAGGAGA CAAAGGAGCA CCAGGTTTTC CCGGAATTGG CTTTCCAGGG 
GCTCCTGGTG AGAAGGGAGA ACCAGGAAGA ACGGGTAGTC CAGGTGTATC TGGAGATAAG 
GGTGAAAAGG GTAGTGCAGG AATTCCTGGA ATGCCGGGTG CCCCAGGTCC CAAAGGATCC 
CCTGGCATGG CAGGATTTCC AGGAAGCCCT GGCCGCCATG GAGAAAAGGG TGAAAAAGGA 
CTTCCTGGCT TAAGTGGGAT TCCAGGTTTA AAAGGAGAAC CAGGTGAACC TGGTGTTCCG 
GGTCCTGCTG GTACCATTGG TCAGAAGGGT GAACCAGGTT ATGATGGGAT TCCAGGTGCA 
GCTGGTGCAA AGGGTGAACA AGGACTTCCA GGCAGGGGAC TTCCAGGATT TCCTGGTGCA 
AAGGGAGATA AAGGTGCAAA AGGCGAAGTG GGCTTTCCAG GATCTCCAGG AAGTCCAGGG 
ATCCCAGGCC TGAAAGGGGA ACCAGGATAT GCAGGTCCAC CAGGCCCTAA AGGCAGCCAA 
GGTCTTCCTG GGCTACCGGG AAGTGCAATT GAAGGTCCCA AAGGAGACAG AGGACCCCAG 
GGCCAGCCTG GTCTTCCAGG TTTACCAGGT CCAACAGGGC CACCAGGACC TCCAGGTCTG 
AAAGGGGCCA AAGGAGAGCA AGGGAGCAAT GGCTGGCCAG GGACTCCTGG GGGTCCGGGA 
ATGAAAGGAG ATCCAGGTTT CCAAGGACTA CCAGGTAGTC CTGGTTTGCC AGGAGATATT 
GGTCCAAAGG GTGATCTCGG TCCTCCAGGA GTTCCAGGTG TTCCAGGTCC AAAAGGAACT 
CCTGGCTTCC CAGGCCTTAA GGGTGAGCGA GGTGACCAAG GTCTTCCTGG ATCTAAAGGT 
TTACAAGGCC CACCAGGCCC ACCAGGTCCT TTTCAGCTTA TTAAAGGGGA TCCTGGCTTA 
CCTGGACCTG TAGGACCAGT TGGTCTCAAG GGATTCCCAG GACTTCCAGG TCCCAAAGGA 
CAACAAGGGG TGACAGGACC TTCAGGTGTA CCTGGACCAC CTGGTAGTCC AGGGTTTGAT 
GGTCAGCCTG GGCAGAAAGG AGAAGCTGGT CCTTTTGGTC CCCCAGGGCC CAGAGGATTT 
CCTGGTCCAC CTGGCCCTGA TGGCTTGCCC GGGGCTATGG GCCCACCTGG GGCACCATCT 
GTTGCTCATG GCTTCCTTGT TACCAGACAC AGTCAAACCA TTGAAGAACC TTCGTGTCCG 
TTTGGAACAA GGCTGATTTA CCACGGCTAC TCCTTGCTTT ATGTACAAGG CAATGAACGA 
GCACATGGCC AAGATCTGGG CACAGCAGGA AGCTGTCTTC GTAAATTTAG TACCATGCCT 
TTCTTATTCT GCAATATCAA CAACGTCTGT AATTTTGCAT CAAGGAATGA CTACTCCTAC 
TGGCTGTCTA CTCCTGAGCC CATGCCAATG AATATGGCTC CTATCACTGG TGACAATATC 
AGACCATTCA TCAGCAGATG CTCTGTGTGT GAGGCTCCTG CTATGGTAAT AGCTGTTCAC 
AGTCAAACAA TTCAAATACC ACCGTGTCCT GAAGGCTGGA GTTCACTTTG GATTGGTTAC 
TCCTTTGTCA TGCACACCAG TGCTGGTGCG GAGGGCTCTG GCCAGGCCCT GGCATCCCCT 
GGCTCCTGTC TGGAGGAGTT CCGCAGCGCT CCCTTCATTG AATGCCATGG CCGGGGCACC 
TGCAATTACT ATGCAAATGC TTACAGCTTC TGGCTTGCCA CTATAGAAAG GAATGAGATG 
TTCAGGAAAC CGACTCCCTC AACCTTGAAA GCCGGGGATC TACGCTCAAA TGTTAGCCGT 
TGTCAAGTCT GTATGAGAAA AACATAA

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

RefSeq	XP_030136204.1
CDS	62..5068
Translation	MRLWLGFGLLLSAELSAVSAAGCSGCGKCDCSGVKGQKGERGLPGLQGVIGFPGMQGPEGPPGPPGLKGDTGEPGLPGTKGTRGPPGVSGFPGNPGLPGIPGQDGPPGPPGIPGCNGTKGERGPVGPPGLPGLTGSIGPPGPPGMKGDPGEVVGLLPPGVLKGEKGFPGQPGLPGPPGASGFQGPMGPMGPPGEPGPPGPPGLPGEKGYMGLGFQGPKGEKGEQGVRGPPGPPGPAPHMKEKGSEIIKGEKGDPGEKGERGSPGMPGSGFKGDKGDPGQPGPRGKPGKDGEPGLKGEPGLPGGFGIPGRPGEPGLKGDKGERGYPGPPGRMIDTGPVDTFGEKGDPGVSGLPGLKGQKGEKGFPGAQGIPGPPGRPVPDRVGSPGVPGERGEKGEKGSPGFPSPGIPGRDGFPGPPGLPGPPGPPGKTDGIDQCQQGEPGAPGSPGLPGRDGFPGEMGEKGEKGEACALCDKVGPPGLPGPQGPPGPAGFPGQAGFKGDRGLPGLDGLPGVPGPPGTPGLMGSPGPKGEPGDFTYDSILKGEKGDPGFPGQPGIPGREGRPGKDGFPGPQGPKGAAGTAGLKGERGPPGQPGFPGVRGERGFPGPPGIGTAGLPGEKGDRGFAGTPGLPGLPGAKGEAGRTISLPGPPGADGLPGPPGFPGPQGDKGNPGLPGRPGLPGEKGAVGQPGIGFPGPPGPKGFQGQPGSPGLPGTPGTPGLDGLPGVPGLQGQKGEPGVGLPGPKGLPGPPGPAGIPGEKGSPGLPGLRGEQGFPGIPGQQGFRGDPGLPGLQGLQGPPGAPGLGPPGLPGPAGQPGPQGPPGFPGVKGERGFPGVPGLDMPGPKGDKGSPGQPGVPGSVGLPGLPGPQGAVGLKGSTGPKGEMGVMGTPGLPGTPGPVGDRGFPGEKGSQGFKGVIGPQGEPGVKGDKGEAGLPGKPGEMDMDMVSLKGQKGDQGEKGDHGAAGEKGIRGDYGEPGIPGRDGEPGTPGQPGPKGDQGPPGYPGDPGVPGQKGSVGEMGLPGTPGEKGLPGVPGSPGTPGFPGQKGEKGDKGAPGFPGIGFPGAPGEKGEPGRTGSPGVSGDKGEKGSAGIPGMPGAPGPKGSPGMAGFPGSPGRHGEKGEKGLPGLSGIPGLKGEPGEPGVPGPAGTIGQKGEPGYDGIPGAAGAKGEQGLPGRGLPGFPGAKGDKGAKGEVGFPGSPGSPGIPGLKGEPGYAGPPGPKGSQGLPGLPGSAIEGPKGDRGPQGQPGLPGLPGPTGPPGPPGLKGAKGEQGSNGWPGTPGGPGMKGDPGFQGLPGSPGLPGDIGPKGDLGPPGVPGVPGPKGTPGFPGLKGERGDQGLPGSKGLQGPPGPPGPFQLIKGDPGLPGPVGPVGLKGFPGLPGPKGQQGVTGPSGVPGPPGSPGFDGQPGQKGEAGPFGPPGPRGFPGPPGPDGLPGAMGPPGAPSVAHGFLVTRHSQTIEEPSCPFGTRLIYHGYSLLYVQGNERAHGQDLGTAGSCLRKFSTMPFLFCNINNVCNFASRNDYSYWLSTPEPMPMNMAPITGDNIRPFISRCSVCEAPAMVIAVHSQTIQIPPCPEGWSSLWIGYSFVMHTSAGAEGSGQALASPGSCLEEFRSAPFIECHGRGTCNYYANAYSFWLATIERNEMFRKPTPSTLKAGDLRSNVSRCQVCMRKT

Target ORF information:

RefSeq Version	XM_030280344.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata collagen type IV alpha 1 chain (COL4A1), transcript variant X1, mRNA.

Target ORF information:

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

XM_030280344.1

ORF Insert Sequence:

ATGCGGCTCT GGCTGGGCTT CGGGCTGCTG CTGAGCGCCG AGCTCAGCGC CGTGTCCGCC 
GCGGGATGTT CCGGTTGTGG AAAATGTGAT TGCAGTGGAG TAAAAGGGCA AAAGGGAGAA 
AGAGGCTTGC CGGGACTACA GGGTGTGATT GGGTTTCCTG GAATGCAAGG GCCTGAAGGT 
CCCCCTGGGC CGCCAGGGCT TAAGGGTGAT ACTGGAGAAC CAGGACTGCC AGGAACAAAG 
GGAACAAGAG GCCCCCCAGG AGTATCAGGC TTCCCAGGAA ACCCAGGCCT TCCTGGCATT 
CCTGGACAAG ATGGCCCTCC TGGTCCACCT GGCATTCCAG GATGTAATGG CACAAAGGGT 
GAAAGAGGTC CAGTAGGTCC CCCAGGTTTA CCAGGACTGA CTGGAAGTAT AGGACCTCCA 
GGACCTCCTG GAATGAAGGG AGACCCAGGT GAAGTGGTTG GTCTTTTGCC TCCTGGTGTG 
CTAAAAGGTG AAAAAGGGTT TCCTGGCCAA CCTGGACTGC CTGGTCCACC TGGAGCTTCA 
GGGTTTCAGG GACCAATGGG ACCAATGGGC CCTCCAGGAG AACCAGGTCC CCCAGGGCCA 
CCAGGACTTC CAGGAGAAAA GGGCTACATG GGCTTGGGCT TTCAGGGTCC CAAAGGTGAA 
AAGGGAGAAC AAGGGGTAAG AGGGCCCCCA GGACCCCCAG GACCAGCACC TCATATGAAA 
GAAAAAGGGA GTGAAATCAT AAAGGGAGAA AAGGGTGATC CAGGTGAAAA AGGCGAACGG 
GGAAGTCCTG GAATGCCAGG TTCAGGTTTC AAAGGAGACA AGGGTGACCC TGGGCAGCCT 
GGTCCACGTG GAAAGCCTGG AAAAGATGGT GAACCTGGAC TGAAAGGAGA ACCTGGTTTG 
CCTGGAGGGT TTGGGATTCC AGGACGACCT GGGGAGCCTG GCTTAAAGGG TGACAAAGGG 
GAGCGAGGTT ATCCAGGACC TCCAGGAAGA ATGATAGATA CTGGACCAGT AGATACCTTT 
GGTGAAAAAG GAGACCCTGG AGTTTCAGGT TTGCCTGGAC TGAAAGGTCA AAAAGGTGAA 
AAAGGCTTCC CTGGTGCACA AGGAATCCCG GGACCTCCAG GTCGACCAGT TCCAGACAGA 
GTAGGATCAC CTGGTGTCCC TGGAGAGAGA GGTGAAAAAG GTGAAAAGGG TTCTCCTGGG 
TTCCCTTCAC CTGGAATCCC TGGAAGAGAT GGTTTCCCAG GTCCCCCTGG GTTGCCTGGC 
CCACCAGGAC CTCCAGGCAA AACAGATGGA ATTGATCAAT GCCAGCAGGG AGAACCTGGT 
GCACCAGGTA GTCCTGGACT TCCAGGAAGA GATGGATTTC CAGGAGAGAT GGGAGAGAAA 
GGTGAGAAAG GTGAAGCCTG TGCCTTGTGT GATAAAGTAG GACCTCCTGG ACTTCCAGGA 
CCACAAGGAC CACCAGGTCC AGCAGGTTTT CCAGGACAAG CAGGTTTCAA GGGTGACAGA 
GGCTTACCTG GACTTGATGG CCTTCCTGGA GTCCCTGGTC CCCCTGGCAC TCCAGGACTT 
ATGGGCAGCC CTGGGCCAAA AGGAGAACCT GGAGATTTTA CTTATGATTC TATCCTGAAA 
GGCGAAAAGG GAGATCCTGG TTTCCCAGGA CAACCAGGCA TTCCTGGAAG AGAAGGAAGA 
CCAGGAAAAG ATGGATTTCC AGGTCCCCAG GGTCCAAAAG GAGCAGCGGG TACAGCTGGC 
TTGAAAGGAG AACGTGGTCC CCCTGGCCAA CCTGGATTCC CTGGAGTGCG TGGTGAAAGA 
GGTTTTCCTG GCCCTCCTGG GATAGGGACT GCAGGATTAC CTGGTGAAAA AGGAGACAGA 
GGCTTTGCTG GAACCCCGGG TTTACCAGGA CTTCCAGGAG CAAAGGGTGA AGCAGGACGA 
ACTATTTCAC TCCCTGGACC TCCTGGGGCA GATGGCCTTC CTGGGCCACC TGGTTTCCCT 
GGACCTCAAG GTGACAAAGG GAATCCTGGG CTTCCAGGTA GACCTGGCCT ACCGGGAGAA 
AAAGGTGCTG TTGGGCAGCC AGGTATAGGG TTCCCTGGAC CTCCAGGTCC CAAAGGTTTC 
CAAGGTCAGC CTGGCTCACC TGGTCTGCCA GGAACCCCAG GAACCCCTGG TCTGGATGGT 
TTGCCAGGAG TTCCAGGTTT ACAAGGCCAA AAGGGTGAAC CTGGTGTAGG TCTACCTGGT 
CCTAAGGGGT TGCCGGGCCC CCCTGGCCCA GCTGGCATAC CTGGAGAAAA GGGAAGTCCA 
GGACTGCCTG GTTTACGTGG CGAGCAAGGC TTTCCAGGCA TACCTGGACA GCAGGGATTC 
AGAGGTGACC CTGGTCTCCC AGGTCTCCAA GGCTTACAGG GCCCTCCAGG TGCACCGGGG 
CTGGGCCCTC CAGGATTGCC AGGACCTGCT GGGCAGCCAG GACCCCAGGG ACCACCAGGA 
TTTCCTGGAG TAAAAGGAGA AAGGGGCTTC CCTGGTGTCC CAGGTCTAGA TATGCCAGGA 
CCGAAAGGGG ATAAAGGTAG CCCGGGCCAG CCAGGAGTCC CAGGCTCTGT GGGGTTACCT 
GGCCTGCCAG GTCCACAGGG GGCTGTTGGA CTGAAAGGAT CAACAGGACC CAAAGGAGAA 
ATGGGAGTTA TGGGAACTCC TGGATTGCCA GGAACTCCTG GACCAGTTGG AGATAGAGGG 
TTTCCTGGTG AAAAAGGTAG TCAAGGCTTC AAAGGTGTAA TTGGACCACA GGGTGAACCT 
GGTGTTAAAG GAGATAAAGG TGAAGCTGGT CTCCCAGGAA AACCTGGAGA AATGGACATG 
GATATGGTTA GCCTCAAAGG CCAGAAGGGA GATCAAGGAG AAAAAGGGGA CCATGGAGCA 
GCAGGAGAAA AAGGGATACG TGGGGATTAT GGAGAACCAG GAATTCCAGG GAGAGATGGT 
GAACCCGGTA CTCCAGGACA ACCAGGACCA AAAGGCGATC AAGGCCCCCC AGGGTACCCA 
GGGGATCCAG GAGTTCCAGG ACAAAAAGGA TCAGTTGGTG AAATGGGTCT GCCAGGAACA 
CCTGGAGAAA AGGGTCTTCC CGGAGTACCA GGTTCACCAG GTACACCAGG GTTCCCTGGA 
CAAAAAGGTG AAAAAGGAGA CAAAGGAGCA CCAGGTTTTC CCGGAATTGG CTTTCCAGGG 
GCTCCTGGTG AGAAGGGAGA ACCAGGAAGA ACGGGTAGTC CAGGTGTATC TGGAGATAAG 
GGTGAAAAGG GTAGTGCAGG AATTCCTGGA ATGCCGGGTG CCCCAGGTCC CAAAGGATCC 
CCTGGCATGG CAGGATTTCC AGGAAGCCCT GGCCGCCATG GAGAAAAGGG TGAAAAAGGA 
CTTCCTGGCT TAAGTGGGAT TCCAGGTTTA AAAGGAGAAC CAGGTGAACC TGGTGTTCCG 
GGTCCTGCTG GTACCATTGG TCAGAAGGGT GAACCAGGTT ATGATGGGAT TCCAGGTGCA 
GCTGGTGCAA AGGGTGAACA AGGACTTCCA GGCAGGGGAC TTCCAGGATT TCCTGGTGCA 
AAGGGAGATA AAGGTGCAAA AGGCGAAGTG GGCTTTCCAG GATCTCCAGG AAGTCCAGGG 
ATCCCAGGCC TGAAAGGGGA ACCAGGATAT GCAGGTCCAC CAGGCCCTAA AGGCAGCCAA 
GGTCTTCCTG GGCTACCGGG AAGTGCAATT GAAGGTCCCA AAGGAGACAG AGGACCCCAG 
GGCCAGCCTG GTCTTCCAGG TTTACCAGGT CCAACAGGGC CACCAGGACC TCCAGGTCTG 
AAAGGGGCCA AAGGAGAGCA AGGGAGCAAT GGCTGGCCAG GGACTCCTGG GGGTCCGGGA 
ATGAAAGGAG ATCCAGGTTT CCAAGGACTA CCAGGTAGTC CTGGTTTGCC AGGAGATATT 
GGTCCAAAGG GTGATCTCGG TCCTCCAGGA GTTCCAGGTG TTCCAGGTCC AAAAGGAACT 
CCTGGCTTCC CAGGCCTTAA GGGTGAGCGA GGTGACCAAG GTCTTCCTGG ATCTAAAGGT 
TTACAAGGCC CACCAGGCCC ACCAGGTCCT TTTCAGCTTA TTAAAGGGGA TCCTGGCTTA 
CCTGGACCTG TAGGACCAGT TGGTCTCAAG GGATTCCCAG GACTTCCAGG TCCCAAAGGA 
CAACAAGGGG TGACAGGACC TTCAGGTGTA CCTGGACCAC CTGGTAGTCC AGGGTTTGAT 
GGTCAGCCTG GGCAGAAAGG AGAAGCTGGT CCTTTTGGTC CCCCAGGGCC CAGAGGATTT 
CCTGGTCCAC CTGGCCCTGA TGGCTTGCCC GGGGCTATGG GCCCACCTGG GGCACCATCT 
GTTGCTCATG GCTTCCTTGT TACCAGACAC AGTCAAACCA TTGAAGAACC TTCGTGTCCG 
TTTGGAACAA GGCTGATTTA CCACGGCTAC TCCTTGCTTT ATGTACAAGG CAATGAACGA 
GCACATGGCC AAGATCTGGG CACAGCAGGA AGCTGTCTTC GTAAATTTAG TACCATGCCT 
TTCTTATTCT GCAATATCAA CAACGTCTGT AATTTTGCAT CAAGGAATGA CTACTCCTAC 
TGGCTGTCTA CTCCTGAGCC CATGCCAATG AATATGGCTC CTATCACTGG TGACAATATC 
AGACCATTCA TCAGCAGATG CTCTGTGTGT GAGGCTCCTG CTATGGTAAT AGCTGTTCAC 
AGTCAAACAA TTCAAATACC ACCGTGTCCT GAAGGCTGGA GTTCACTTTG GATTGGTTAC 
TCCTTTGTCA TGCACACCAG TGCTGGTGCG GAGGGCTCTG GCCAGGCCCT GGCATCCCCT 
GGCTCCTGTC TGGAGGAGTT CCGCAGCGCT CCCTTCATTG AATGCCATGG CCGGGGCACC 
TGCAATTACT ATGCAAATGC TTACAGCTTC TGGCTTGCCA CTATAGAAAG GAATGAGATG 
TTCAGGAAAC CGACTCCCTC AACCTTGAAA GCCGGGGATC TACGCTCAAA TGTTAGCCGT 
TGTCAAGTCT GTATGAGAAA AACATAA

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

PubMed

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COL4A1 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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