LOC101868533 cDNA ORF clone, Melopsittacus undulatus(budgerigar)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC101868533
Entrez Gene ID	101868533
Full Name	collagen type IV alpha 4 chain
Synonyms	COL4A4
Gene Type	protein-coding
Organism	Melopsittacus undulatus(budgerigar)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013128543.1	XP_012983997.1	collagen alpha-4(IV) chain
XM_013128543.2	XP_012983997.1	collagen alpha-4(IV) chain

Pathways from BioSystems
Gene Ontology

The following LOC101868533 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC101868533 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)
OMe150083	XM_013128543.2 Latest version!	Melopsittacus undulatus collagen type IV alpha 4 chain (LOC101868533), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
View Old Accession Versions >>
OMe150083	XM_013128543.1	Melopsittacus undulatus collagen, type IV, alpha 4 (LOC101868533), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
Hide Old Accession Versions >>

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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)

LOC101868533 ( XM_013128543.1 ) cDNA ORF clone, Melopsittacus undulatus(budgerigar) -> XP_012983997.1 Melopsittacus undulatus collagen, type IV, alpha 4 (LOC101868533), mRNA.

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CloneID	OMe150083
Clone ID Related Accession (Same CDS sequence)	XM_013128543.1 , XM_013128543.2
Accession Version	XM_013128543.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5046bp) 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	2015-07-13
Organism	Melopsittacus undulatus(budgerigar)
Product	collagen alpha-4(IV) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004848246.1) 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 Version :: Melopsittacus undulatus Annotation Release 102 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##

ATGGCATTAA CAAAGGATTC GTTTGAACGG ATTAAGTGGC TTTTCACAGC TGCCTGGTGG 
CTGCTAGTTG TCTTTTCAGC ACAAGAAATT GATGGGGGAG GATATGCATA TATTGACCCA 
TGTGGGGGAC AGGATTGTTC AGTTTGTCGG TGCTTTCCAG AAAAAGGATC AAGAGGTCAA 
CCTGGTGAGC TGGGAGCTCA AGGTCCAATT GGGTCCTTGG GATCTACAGG ACCAGCTGGT 
CTGCCAGGGG AAAAAGGACA GAGAGGTGAG ACTGGGCAAC CTGGGCCATC TGGAGAAAGA 
GGTGATAAGG GCCCAACTGG AGTCCCAGGA TTTCCTGGTT TAGATGGCAT TCCTGGATTA 
TCAGGAAGTG GAGGACCCAG GGGCAAGCCT GGTTTAGATG GCTGCAATGG CTCAAGAGGA 
GATCCAGGAT TTCCAGGCGA AAACGGTTAT ATTGGACCAC GTGGTCCTTA TGGAAATCCA 
GGGCAAAAAG GAGAAAAAGG AAATTCAGTG TATGTTTCAC ATTTTGGAAA AGGACCTCCG 
GGAGACAGAG GTGATCCTGG ACCCCCTGGC ATGCCCGGAC CTATAGGGTC GAGAGGTACA 
CCGGGCCCAT TTGGATACCC AGGCCAACCA GGCTTGCCTG GTATTCCGGG TTACCCTGGT 
TTGCCAGGTG AACAGGGAAA TCCTGGTATT GGAGTGGATG GACAAAAGGG GGAGCCGGGT 
GACATTGGAC TTCCTGGGCC ACCTGGGTCA CCACTGTTAG TTGGACCTCC TGGAGCTCAG 
CTCTTCAAAG GAGAAAAGGG CCAAAAAGGA CTACCTGGGG TAACAGGACA CAGAGGGCCG 
CGTGGACCCA AAGGTGTACT TGGGAGAGGA GAGAAGGGTG AAAAAGGCAT TCCTGGATTC 
CCTGGATTGA GGGGTGATCC TGGTTCTTAT GGACCTGCAG GTTCTCCTGG AATGAAGGGG 
GAAACAGGAT TTTCTGGGTT TCCTGGACAA CCTGGCTACC CAGGCATGCA GGGGGATCCA 
GGAGAAAAAG GCCCCCAAGG TCCTCCTGGA ACTGTTGAAA CTCTGCTGCT TCCTATAAAA 
GGTCCACAAG GAGATCCTGG ATTTCCGGGT CCTGCTGGTG AGACAGGGTC AGTTGGACCA 
ATTGGGCCTG CAGGCCTGCT AGGAAGACCA GGAGAGGATG GAACAAGTCT GCCTGGCCTG 
CCAGGAGTAA GTGGGGCAGC AGGACCTCAA GGTTTTCAAG GTGACCCTGG TTCTCCTGGA 
ACAGGTGAAT CAATCCCAGG AAGATCTGGA TTTCCTGGAC CACCAGGCCT ACCAGGACAG 
CCAGGAAGAC AAGGCTTACC CGGACCACCC AGTGTGGTCT GTACTGACAG AGGGATCCCT 
GGAGAACCTG GAATAAAAGG TCAGATGGGC CTTCCAGGAA GAAAAGGGGA AAAAGGAGAA 
AAGGGAAATC AAGGCCTCTG CTCATGTAGT GCTGGTCCTC CTGGTTCACG TGGTATGCAA 
GGACTTCCAG GCACTCAAGG AAGGAAAGGA CATATGGGAT ACCCTGGAAG AGATGGAGAA 
AAGGGTGACC CAGGCTTATC TGGTGCAATG GGGTCACCAG GGCTCCCTGG GCCACCCGGC 
TCTTCTGGAC AGCATGGTGA AAAAGGAGAG AAGGGTGATC CAGGGAGAGT TAGAATAAAA 
GGAACAAAGG GTGAAAGAGG TCCTGCTGGG GTTCCAGGAT TTCCAGGTCA ACGAGGTAAT 
GATGGCCGAG ATGGGGAACT AGGATTGCCT GGGGAAAAAG GAGCTGAGGG TGATTCTGGA 
GTACCACTAC CAGGTGATAA AGGATTGCCT GGGGTCCCCG GCCTTCCTGG GGTAAAAGGA 
CAAATGGGAT TGCCTGGTTT GGGGTTTCCT GGCCCTCCAG GACTCAGAGG CAGCCGTGGA 
GACCTTGGTG ATACTGGTAA TATTGGGCCA CCTGGTCCGA AGGGCCAGAA AGGTGAGACT 
GTCCGCATTT CATTACCATA CCCTGGAAAT CCAGGTCCCC CAGGTTTTAA AGGTGTTCAA 
GGACCAAAGG GTTTAAAAGG ACTCCCCGGT CATCCTGGAC CAAAAGGCTT TGATGGGCAA 
AAAGGCTATC GAGGCAGGCC AGGAGCAGGA ATCCCTGGGC CAGAAGGCTT TCGAGGCAAA 
GTTGGTGATC CTGGTGATGA AGGTGAAAGA GGATCTACAA TTGATGGTAA AGATGGCCCT 
CCAGGTCCAC GTGGCATAGA TGGTCAGAAA GGTGTTGCAG GTGATACCAC ATATGGTCCT 
CCAGGAATCC CAGGCAACAG AGGACTGCCA GGACCCCCTG GTGCACAAGG AGCAAGGGGT 
GATCCAGGCA TTCCTGGGCC TCAAGGACAG CCTGGTATCC CAGGATTTCC AGGTGCCAAA 
GGTTTTAGAG GACCAGAAGG TGATATAGGA GCACCAGGCT GTCCAGGCTT CCCTGGTCCA 
CCATGTGACA AGGGCTTACC AGGGCCACCA GGACTCGTAG GTGTCATGGG CCTGCCAGGA 
CCTCAAGGCT TACCAGGCTT TAAAGGTCAG AGGGGAGACA GGGGCCTAGC TGGGCCACCT 
GGAATCAAAG GTCTCAAAGG CTCTCCTGGC TCACAAGGTC CCCCAGGTCC TCCAGGCTCT 
CAAGGACTTC CAGGACTTCC AGGCAATAAA GGACCACCTG GTTTCCCAGG AAAAGCAGGA 
AGCAAAGGGA TTAAAGGACC TCAAGGATTT CCAGGACTCC CAGGAACACA AGGCCCAATG 
GGGATCTCTG GTGTTAAAGG AGAAGAAGGA GAAATGGGTC CACCTGGGCC TAGCGGAGAA 
TGTGGAGATA TGGGAATAAA AGGTGAAAGA GGGCCTCCAG GAGACAGTGG CTGTATTAAC 
ATCCATCTTG AGAAAGGACA AAAGGGGGAA CCAGGGTTTC CTGGTGAGAA TGGATTTAGA 
GGTGAAAGAG GTGAAAAAGG CAATACCGGT TTCAGAGGCA CCCCAGGACT TCCAGGGAAG 
AATGGTGTCC CAGGACTGCC TGGTGACCAT GGTGACACTG GATTGATGGG GTTTCCAGGA 
TCACAGGGTT TCCCTGGACC AAAGGGCTTT AAAGGAATTA TGGGTTTTCA AGGACAACCA 
GGTGACCAGG GTGACCATGG CTTACCAGGA ATCCCTGGCA ATACAGGACT GACTGGCCCA 
AAAGGATCCA AAGGCAAGAG AGGTGACCCC ACTCCTCTGC TTGGTACACA TGGTCCAAAA 
GGGCCTACTG GAGATCCAGG ATTACCAGGA CTCCGTGGAT TCCCAGGAGA GAAGGGTTCA 
CCAGGTATCC AAGGCCAACC GGGAAGACCA GGATCCAAGG GTGACCCTGG ACACCCAGGA 
ATACCTGGAC TTCCAGGAGG TACAGGTCCT CAAGGATTGC CAGGAGAGCC TGGAGAAAAA 
GGGAAACATG GAATTTTGGG ACCTCCAGGA CTGCAAGGAT TAGCTGGATC CCAAGGCAGA 
AAAGGTCTTC CTGGACTGCC CGGACTGGAT GGCTTGGATG GACTAAAAGG TCAAAAAGGT 
TCTGCAGGAG CTCCAGGTCA AAGTGAAACA GGGCCCCCAG GATACTCAGG GGAACTTGGA 
CCGAAAGGAC AGAGAGGTGA ACCTGGATGG CCTGGTATTT CTATTCCAGG CCCTCCTGGA 
GAAAGAGGAT TCCCAGGATT CCCAGGTAGA AGAGGACCTG TTGGACCCAC TGGACCTATG 
GGAAGATCAC CTGATAGTGC TTCTCCTGGT CTTCCAGGTG ATCAGGGACC ACCTGGTTTA 
GATGGCACCA GAGGTCATCC TGGGAATCCT GGTCCTCCTG GAGAGACTAT CTTTGTGCGA 
GGAGATCCAG GTGATATCGG TCATCGAGGG GCATCAGGTA TTCCTGGGCA GCGAGGGCGA 
AAGGGAGCCA GAGGTCTTCC AGGGAACCAA GGAAGAGAAG GCCTAAAAGG TCCTATGGGA 
AGCCATGGCC CACAAGGTCC ACCTGGTGCT ACAGGACAAC CAGGAGATGA AGGTCTTCAA 
GGAAAACCTG GTCCCAGAGG TCCCACAGGT TTCACAGGTG ACCCTGGTGA ACCAGGAAAA 
ACAGATGATT CGTGCCCTAC AATCCCAGGG CCTCCTGGGG AAGCAGGGCA AAGAGGAGAT 
GATGGCTCTA TGGGATTACC AGGGCCAATA GGACATCCTG GACCTCAAGG ACAAAAAGGT 
GAAGAAGGGT CATGTGGCCT GCCAGGTCAA GATGGCTTAC CTGGGGTACC TGGACCACCA 
GGTGACCAAG GACATATAGG ACAGCAAGGA TATGCTGGGC CACGAGGTCC ACCTGGCCAG 
ACTGGTATCC CAGGACCACC AGGCCCCCAT ATTAGATCTG CAAGTGGATT CTTGCTTGTC 
CTTCACAGTC AGTCAGACAA AGAACCACTC TGTCCACAAG GGATGCCAAA ATTATGGACT 
GGCTATAGTC TGCTGTACCT GGAAGGACAA GAGAAAGCTC ATAATCAAGA TCTTGGTCTG 
GCAGGATCTT GTCTTCCTGT GTTTAATACC ATGCCATTTG CTTACTGTAA TATCAACCAA 
GTTTGTTACT ATGCCAGTCG AAACGACAAG TCTTACTGGT TGTCGAGTGC TGCTCCTTTA 
CCAATGACAC CACTCTCTGA AGAAGAAATA CAGCCATATA TAAGCAGATG TGCTGTATGT 
GAGGCCCCAG CCCAAGCAGT AGCAGTTCAC AGCCAAGATC AGTCAATTCC TCCCTGCCCG 
GTGAACTGGA GGAGTCTTTG GATAGGATAT TCCTTTTTGA TGCACACTGG ATCTGGTGAT 
CAGGGTGGTG GACAGTCCCT TATGTCACCT GGAAGCTGCC TAGAGGACTT CAGATCAGCA 
CCGTTCATTG AATGTCAGGG TCAGCGGGGA ACATGCCAAT TTTTTGCTAA CGAATACAGT 
TTCTGGTTAA CAACTGTGGT ACCCGAATTG CAGTTTGCAT CAGCTCCCCT ATCAGGAACT 
CTTAAAGAAG GACAAGAACA GCGGAAAAAA ATCAGTAGAT GCCAAGTATG CCTGAAGCAT 
GGCTAA

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

RefSeq	XP_012983997.1
CDS	1..5046
Translation	MALTKDSFERIKWLFTAAWWLLVVFSAQEIDGGGYAYIDPCGGQDCSVCRCFPEKGSRGQPGELGAQGPIGSLGSTGPAGLPGEKGQRGETGQPGPSGERGDKGPTGVPGFPGLDGIPGLSGSGGPRGKPGLDGCNGSRGDPGFPGENGYIGPRGPYGNPGQKGEKGNSVYVSHFGKGPPGDRGDPGPPGMPGPIGSRGTPGPFGYPGQPGLPGIPGYPGLPGEQGNPGIGVDGQKGEPGDIGLPGPPGSPLLVGPPGAQLFKGEKGQKGLPGVTGHRGPRGPKGVLGRGEKGEKGIPGFPGLRGDPGSYGPAGSPGMKGETGFSGFPGQPGYPGMQGDPGEKGPQGPPGTVETLLLPIKGPQGDPGFPGPAGETGSVGPIGPAGLLGRPGEDGTSLPGLPGVSGAAGPQGFQGDPGSPGTGESIPGRSGFPGPPGLPGQPGRQGLPGPPSVVCTDRGIPGEPGIKGQMGLPGRKGEKGEKGNQGLCSCSAGPPGSRGMQGLPGTQGRKGHMGYPGRDGEKGDPGLSGAMGSPGLPGPPGSSGQHGEKGEKGDPGRVRIKGTKGERGPAGVPGFPGQRGNDGRDGELGLPGEKGAEGDSGVPLPGDKGLPGVPGLPGVKGQMGLPGLGFPGPPGLRGSRGDLGDTGNIGPPGPKGQKGETVRISLPYPGNPGPPGFKGVQGPKGLKGLPGHPGPKGFDGQKGYRGRPGAGIPGPEGFRGKVGDPGDEGERGSTIDGKDGPPGPRGIDGQKGVAGDTTYGPPGIPGNRGLPGPPGAQGARGDPGIPGPQGQPGIPGFPGAKGFRGPEGDIGAPGCPGFPGPPCDKGLPGPPGLVGVMGLPGPQGLPGFKGQRGDRGLAGPPGIKGLKGSPGSQGPPGPPGSQGLPGLPGNKGPPGFPGKAGSKGIKGPQGFPGLPGTQGPMGISGVKGEEGEMGPPGPSGECGDMGIKGERGPPGDSGCINIHLEKGQKGEPGFPGENGFRGERGEKGNTGFRGTPGLPGKNGVPGLPGDHGDTGLMGFPGSQGFPGPKGFKGIMGFQGQPGDQGDHGLPGIPGNTGLTGPKGSKGKRGDPTPLLGTHGPKGPTGDPGLPGLRGFPGEKGSPGIQGQPGRPGSKGDPGHPGIPGLPGGTGPQGLPGEPGEKGKHGILGPPGLQGLAGSQGRKGLPGLPGLDGLDGLKGQKGSAGAPGQSETGPPGYSGELGPKGQRGEPGWPGISIPGPPGERGFPGFPGRRGPVGPTGPMGRSPDSASPGLPGDQGPPGLDGTRGHPGNPGPPGETIFVRGDPGDIGHRGASGIPGQRGRKGARGLPGNQGREGLKGPMGSHGPQGPPGATGQPGDEGLQGKPGPRGPTGFTGDPGEPGKTDDSCPTIPGPPGEAGQRGDDGSMGLPGPIGHPGPQGQKGEEGSCGLPGQDGLPGVPGPPGDQGHIGQQGYAGPRGPPGQTGIPGPPGPHIRSASGFLLVLHSQSDKEPLCPQGMPKLWTGYSLLYLEGQEKAHNQDLGLAGSCLPVFNTMPFAYCNINQVCYYASRNDKSYWLSSAAPLPMTPLSEEEIQPYISRCAVCEAPAQAVAVHSQDQSIPPCPVNWRSLWIGYSFLMHTGSGDQGGGQSLMSPGSCLEDFRSAPFIECQGQRGTCQFFANEYSFWLTTVVPELQFASAPLSGTLKEGQEQRKKISRCQVCLKHG

Target ORF information:

RefSeq Version	XM_013128543.1
Organism	Melopsittacus undulatus(budgerigar)
Definition	Melopsittacus undulatus collagen, type IV, alpha 4 (LOC101868533), mRNA.

Target ORF information:

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

XM_013128543.1

ORF Insert Sequence:

ATGGCATTAA CAAAGGATTC GTTTGAACGG ATTAAGTGGC TTTTCACAGC TGCCTGGTGG 
CTGCTAGTTG TCTTTTCAGC ACAAGAAATT GATGGGGGAG GATATGCATA TATTGACCCA 
TGTGGGGGAC AGGATTGTTC AGTTTGTCGG TGCTTTCCAG AAAAAGGATC AAGAGGTCAA 
CCTGGTGAGC TGGGAGCTCA AGGTCCAATT GGGTCCTTGG GATCTACAGG ACCAGCTGGT 
CTGCCAGGGG AAAAAGGACA GAGAGGTGAG ACTGGGCAAC CTGGGCCATC TGGAGAAAGA 
GGTGATAAGG GCCCAACTGG AGTCCCAGGA TTTCCTGGTT TAGATGGCAT TCCTGGATTA 
TCAGGAAGTG GAGGACCCAG GGGCAAGCCT GGTTTAGATG GCTGCAATGG CTCAAGAGGA 
GATCCAGGAT TTCCAGGCGA AAACGGTTAT ATTGGACCAC GTGGTCCTTA TGGAAATCCA 
GGGCAAAAAG GAGAAAAAGG AAATTCAGTG TATGTTTCAC ATTTTGGAAA AGGACCTCCG 
GGAGACAGAG GTGATCCTGG ACCCCCTGGC ATGCCCGGAC CTATAGGGTC GAGAGGTACA 
CCGGGCCCAT TTGGATACCC AGGCCAACCA GGCTTGCCTG GTATTCCGGG TTACCCTGGT 
TTGCCAGGTG AACAGGGAAA TCCTGGTATT GGAGTGGATG GACAAAAGGG GGAGCCGGGT 
GACATTGGAC TTCCTGGGCC ACCTGGGTCA CCACTGTTAG TTGGACCTCC TGGAGCTCAG 
CTCTTCAAAG GAGAAAAGGG CCAAAAAGGA CTACCTGGGG TAACAGGACA CAGAGGGCCG 
CGTGGACCCA AAGGTGTACT TGGGAGAGGA GAGAAGGGTG AAAAAGGCAT TCCTGGATTC 
CCTGGATTGA GGGGTGATCC TGGTTCTTAT GGACCTGCAG GTTCTCCTGG AATGAAGGGG 
GAAACAGGAT TTTCTGGGTT TCCTGGACAA CCTGGCTACC CAGGCATGCA GGGGGATCCA 
GGAGAAAAAG GCCCCCAAGG TCCTCCTGGA ACTGTTGAAA CTCTGCTGCT TCCTATAAAA 
GGTCCACAAG GAGATCCTGG ATTTCCGGGT CCTGCTGGTG AGACAGGGTC AGTTGGACCA 
ATTGGGCCTG CAGGCCTGCT AGGAAGACCA GGAGAGGATG GAACAAGTCT GCCTGGCCTG 
CCAGGAGTAA GTGGGGCAGC AGGACCTCAA GGTTTTCAAG GTGACCCTGG TTCTCCTGGA 
ACAGGTGAAT CAATCCCAGG AAGATCTGGA TTTCCTGGAC CACCAGGCCT ACCAGGACAG 
CCAGGAAGAC AAGGCTTACC CGGACCACCC AGTGTGGTCT GTACTGACAG AGGGATCCCT 
GGAGAACCTG GAATAAAAGG TCAGATGGGC CTTCCAGGAA GAAAAGGGGA AAAAGGAGAA 
AAGGGAAATC AAGGCCTCTG CTCATGTAGT GCTGGTCCTC CTGGTTCACG TGGTATGCAA 
GGACTTCCAG GCACTCAAGG AAGGAAAGGA CATATGGGAT ACCCTGGAAG AGATGGAGAA 
AAGGGTGACC CAGGCTTATC TGGTGCAATG GGGTCACCAG GGCTCCCTGG GCCACCCGGC 
TCTTCTGGAC AGCATGGTGA AAAAGGAGAG AAGGGTGATC CAGGGAGAGT TAGAATAAAA 
GGAACAAAGG GTGAAAGAGG TCCTGCTGGG GTTCCAGGAT TTCCAGGTCA ACGAGGTAAT 
GATGGCCGAG ATGGGGAACT AGGATTGCCT GGGGAAAAAG GAGCTGAGGG TGATTCTGGA 
GTACCACTAC CAGGTGATAA AGGATTGCCT GGGGTCCCCG GCCTTCCTGG GGTAAAAGGA 
CAAATGGGAT TGCCTGGTTT GGGGTTTCCT GGCCCTCCAG GACTCAGAGG CAGCCGTGGA 
GACCTTGGTG ATACTGGTAA TATTGGGCCA CCTGGTCCGA AGGGCCAGAA AGGTGAGACT 
GTCCGCATTT CATTACCATA CCCTGGAAAT CCAGGTCCCC CAGGTTTTAA AGGTGTTCAA 
GGACCAAAGG GTTTAAAAGG ACTCCCCGGT CATCCTGGAC CAAAAGGCTT TGATGGGCAA 
AAAGGCTATC GAGGCAGGCC AGGAGCAGGA ATCCCTGGGC CAGAAGGCTT TCGAGGCAAA 
GTTGGTGATC CTGGTGATGA AGGTGAAAGA GGATCTACAA TTGATGGTAA AGATGGCCCT 
CCAGGTCCAC GTGGCATAGA TGGTCAGAAA GGTGTTGCAG GTGATACCAC ATATGGTCCT 
CCAGGAATCC CAGGCAACAG AGGACTGCCA GGACCCCCTG GTGCACAAGG AGCAAGGGGT 
GATCCAGGCA TTCCTGGGCC TCAAGGACAG CCTGGTATCC CAGGATTTCC AGGTGCCAAA 
GGTTTTAGAG GACCAGAAGG TGATATAGGA GCACCAGGCT GTCCAGGCTT CCCTGGTCCA 
CCATGTGACA AGGGCTTACC AGGGCCACCA GGACTCGTAG GTGTCATGGG CCTGCCAGGA 
CCTCAAGGCT TACCAGGCTT TAAAGGTCAG AGGGGAGACA GGGGCCTAGC TGGGCCACCT 
GGAATCAAAG GTCTCAAAGG CTCTCCTGGC TCACAAGGTC CCCCAGGTCC TCCAGGCTCT 
CAAGGACTTC CAGGACTTCC AGGCAATAAA GGACCACCTG GTTTCCCAGG AAAAGCAGGA 
AGCAAAGGGA TTAAAGGACC TCAAGGATTT CCAGGACTCC CAGGAACACA AGGCCCAATG 
GGGATCTCTG GTGTTAAAGG AGAAGAAGGA GAAATGGGTC CACCTGGGCC TAGCGGAGAA 
TGTGGAGATA TGGGAATAAA AGGTGAAAGA GGGCCTCCAG GAGACAGTGG CTGTATTAAC 
ATCCATCTTG AGAAAGGACA AAAGGGGGAA CCAGGGTTTC CTGGTGAGAA TGGATTTAGA 
GGTGAAAGAG GTGAAAAAGG CAATACCGGT TTCAGAGGCA CCCCAGGACT TCCAGGGAAG 
AATGGTGTCC CAGGACTGCC TGGTGACCAT GGTGACACTG GATTGATGGG GTTTCCAGGA 
TCACAGGGTT TCCCTGGACC AAAGGGCTTT AAAGGAATTA TGGGTTTTCA AGGACAACCA 
GGTGACCAGG GTGACCATGG CTTACCAGGA ATCCCTGGCA ATACAGGACT GACTGGCCCA 
AAAGGATCCA AAGGCAAGAG AGGTGACCCC ACTCCTCTGC TTGGTACACA TGGTCCAAAA 
GGGCCTACTG GAGATCCAGG ATTACCAGGA CTCCGTGGAT TCCCAGGAGA GAAGGGTTCA 
CCAGGTATCC AAGGCCAACC GGGAAGACCA GGATCCAAGG GTGACCCTGG ACACCCAGGA 
ATACCTGGAC TTCCAGGAGG TACAGGTCCT CAAGGATTGC CAGGAGAGCC TGGAGAAAAA 
GGGAAACATG GAATTTTGGG ACCTCCAGGA CTGCAAGGAT TAGCTGGATC CCAAGGCAGA 
AAAGGTCTTC CTGGACTGCC CGGACTGGAT GGCTTGGATG GACTAAAAGG TCAAAAAGGT 
TCTGCAGGAG CTCCAGGTCA AAGTGAAACA GGGCCCCCAG GATACTCAGG GGAACTTGGA 
CCGAAAGGAC AGAGAGGTGA ACCTGGATGG CCTGGTATTT CTATTCCAGG CCCTCCTGGA 
GAAAGAGGAT TCCCAGGATT CCCAGGTAGA AGAGGACCTG TTGGACCCAC TGGACCTATG 
GGAAGATCAC CTGATAGTGC TTCTCCTGGT CTTCCAGGTG ATCAGGGACC ACCTGGTTTA 
GATGGCACCA GAGGTCATCC TGGGAATCCT GGTCCTCCTG GAGAGACTAT CTTTGTGCGA 
GGAGATCCAG GTGATATCGG TCATCGAGGG GCATCAGGTA TTCCTGGGCA GCGAGGGCGA 
AAGGGAGCCA GAGGTCTTCC AGGGAACCAA GGAAGAGAAG GCCTAAAAGG TCCTATGGGA 
AGCCATGGCC CACAAGGTCC ACCTGGTGCT ACAGGACAAC CAGGAGATGA AGGTCTTCAA 
GGAAAACCTG GTCCCAGAGG TCCCACAGGT TTCACAGGTG ACCCTGGTGA ACCAGGAAAA 
ACAGATGATT CGTGCCCTAC AATCCCAGGG CCTCCTGGGG AAGCAGGGCA AAGAGGAGAT 
GATGGCTCTA TGGGATTACC AGGGCCAATA GGACATCCTG GACCTCAAGG ACAAAAAGGT 
GAAGAAGGGT CATGTGGCCT GCCAGGTCAA GATGGCTTAC CTGGGGTACC TGGACCACCA 
GGTGACCAAG GACATATAGG ACAGCAAGGA TATGCTGGGC CACGAGGTCC ACCTGGCCAG 
ACTGGTATCC CAGGACCACC AGGCCCCCAT ATTAGATCTG CAAGTGGATT CTTGCTTGTC 
CTTCACAGTC AGTCAGACAA AGAACCACTC TGTCCACAAG GGATGCCAAA ATTATGGACT 
GGCTATAGTC TGCTGTACCT GGAAGGACAA GAGAAAGCTC ATAATCAAGA TCTTGGTCTG 
GCAGGATCTT GTCTTCCTGT GTTTAATACC ATGCCATTTG CTTACTGTAA TATCAACCAA 
GTTTGTTACT ATGCCAGTCG AAACGACAAG TCTTACTGGT TGTCGAGTGC TGCTCCTTTA 
CCAATGACAC CACTCTCTGA AGAAGAAATA CAGCCATATA TAAGCAGATG TGCTGTATGT 
GAGGCCCCAG CCCAAGCAGT AGCAGTTCAC AGCCAAGATC AGTCAATTCC TCCCTGCCCG 
GTGAACTGGA GGAGTCTTTG GATAGGATAT TCCTTTTTGA TGCACACTGG ATCTGGTGAT 
CAGGGTGGTG GACAGTCCCT TATGTCACCT GGAAGCTGCC TAGAGGACTT CAGATCAGCA 
CCGTTCATTG AATGTCAGGG TCAGCGGGGA ACATGCCAAT TTTTTGCTAA CGAATACAGT 
TTCTGGTTAA CAACTGTGGT ACCCGAATTG CAGTTTGCAT CAGCTCCCCT ATCAGGAACT 
CTTAAAGAAG GACAAGAACA GCGGAAAAAA ATCAGTAGAT GCCAAGTATG CCTGAAGCAT 
GGCTAA

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

LOC101868533 ( XM_013128543.2 ) cDNA ORF clone, Melopsittacus undulatus(budgerigar) -> XP_012983997.1 Melopsittacus undulatus collagen type IV alpha 4 chain (LOC101868533), mRNA.

Price & Availability↑

CloneID	OMe150083
Clone ID Related Accession (Same CDS sequence)	XM_013128543.1 , XM_013128543.2
Accession Version	XM_013128543.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5046bp) 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	2019-10-03
Organism	Melopsittacus undulatus(budgerigar)
Product	collagen alpha-4(IV) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004848246.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Oct 4, 2019 this sequence version replaced XM_013128543.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Melopsittacus undulatus Annotation Release 103 Annotation Version :: 103 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##

ATGGCATTAA CAAAGGATTC GTTTGAACGG ATTAAGTGGC TTTTCACAGC TGCCTGGTGG 
CTGCTAGTTG TCTTTTCAGC ACAAGAAATT GATGGGGGAG GATATGCATA TATTGACCCA 
TGTGGGGGAC AGGATTGTTC AGTTTGTCGG TGCTTTCCAG AAAAAGGATC AAGAGGTCAA 
CCTGGTGAGC TGGGAGCTCA AGGTCCAATT GGGTCCTTGG GATCTACAGG ACCAGCTGGT 
CTGCCAGGGG AAAAAGGACA GAGAGGTGAG ACTGGGCAAC CTGGGCCATC TGGAGAAAGA 
GGTGATAAGG GCCCAACTGG AGTCCCAGGA TTTCCTGGTT TAGATGGCAT TCCTGGATTA 
TCAGGAAGTG GAGGACCCAG GGGCAAGCCT GGTTTAGATG GCTGCAATGG CTCAAGAGGA 
GATCCAGGAT TTCCAGGCGA AAACGGTTAT ATTGGACCAC GTGGTCCTTA TGGAAATCCA 
GGGCAAAAAG GAGAAAAAGG AAATTCAGTG TATGTTTCAC ATTTTGGAAA AGGACCTCCG 
GGAGACAGAG GTGATCCTGG ACCCCCTGGC ATGCCCGGAC CTATAGGGTC GAGAGGTACA 
CCGGGCCCAT TTGGATACCC AGGCCAACCA GGCTTGCCTG GTATTCCGGG TTACCCTGGT 
TTGCCAGGTG AACAGGGAAA TCCTGGTATT GGAGTGGATG GACAAAAGGG GGAGCCGGGT 
GACATTGGAC TTCCTGGGCC ACCTGGGTCA CCACTGTTAG TTGGACCTCC TGGAGCTCAG 
CTCTTCAAAG GAGAAAAGGG CCAAAAAGGA CTACCTGGGG TAACAGGACA CAGAGGGCCG 
CGTGGACCCA AAGGTGTACT TGGGAGAGGA GAGAAGGGTG AAAAAGGCAT TCCTGGATTC 
CCTGGATTGA GGGGTGATCC TGGTTCTTAT GGACCTGCAG GTTCTCCTGG AATGAAGGGG 
GAAACAGGAT TTTCTGGGTT TCCTGGACAA CCTGGCTACC CAGGCATGCA GGGGGATCCA 
GGAGAAAAAG GCCCCCAAGG TCCTCCTGGA ACTGTTGAAA CTCTGCTGCT TCCTATAAAA 
GGTCCACAAG GAGATCCTGG ATTTCCGGGT CCTGCTGGTG AGACAGGGTC AGTTGGACCA 
ATTGGGCCTG CAGGCCTGCT AGGAAGACCA GGAGAGGATG GAACAAGTCT GCCTGGCCTG 
CCAGGAGTAA GTGGGGCAGC AGGACCTCAA GGTTTTCAAG GTGACCCTGG TTCTCCTGGA 
ACAGGTGAAT CAATCCCAGG AAGATCTGGA TTTCCTGGAC CACCAGGCCT ACCAGGACAG 
CCAGGAAGAC AAGGCTTACC CGGACCACCC AGTGTGGTCT GTACTGACAG AGGGATCCCT 
GGAGAACCTG GAATAAAAGG TCAGATGGGC CTTCCAGGAA GAAAAGGGGA AAAAGGAGAA 
AAGGGAAATC AAGGCCTCTG CTCATGTAGT GCTGGTCCTC CTGGTTCACG TGGTATGCAA 
GGACTTCCAG GCACTCAAGG AAGGAAAGGA CATATGGGAT ACCCTGGAAG AGATGGAGAA 
AAGGGTGACC CAGGCTTATC TGGTGCAATG GGGTCACCAG GGCTCCCTGG GCCACCCGGC 
TCTTCTGGAC AGCATGGTGA AAAAGGAGAG AAGGGTGATC CAGGGAGAGT TAGAATAAAA 
GGAACAAAGG GTGAAAGAGG TCCTGCTGGG GTTCCAGGAT TTCCAGGTCA ACGAGGTAAT 
GATGGCCGAG ATGGGGAACT AGGATTGCCT GGGGAAAAAG GAGCTGAGGG TGATTCTGGA 
GTACCACTAC CAGGTGATAA AGGATTGCCT GGGGTCCCCG GCCTTCCTGG GGTAAAAGGA 
CAAATGGGAT TGCCTGGTTT GGGGTTTCCT GGCCCTCCAG GACTCAGAGG CAGCCGTGGA 
GACCTTGGTG ATACTGGTAA TATTGGGCCA CCTGGTCCGA AGGGCCAGAA AGGTGAGACT 
GTCCGCATTT CATTACCATA CCCTGGAAAT CCAGGTCCCC CAGGTTTTAA AGGTGTTCAA 
GGACCAAAGG GTTTAAAAGG ACTCCCCGGT CATCCTGGAC CAAAAGGCTT TGATGGGCAA 
AAAGGCTATC GAGGCAGGCC AGGAGCAGGA ATCCCTGGGC CAGAAGGCTT TCGAGGCAAA 
GTTGGTGATC CTGGTGATGA AGGTGAAAGA GGATCTACAA TTGATGGTAA AGATGGCCCT 
CCAGGTCCAC GTGGCATAGA TGGTCAGAAA GGTGTTGCAG GTGATACCAC ATATGGTCCT 
CCAGGAATCC CAGGCAACAG AGGACTGCCA GGACCCCCTG GTGCACAAGG AGCAAGGGGT 
GATCCAGGCA TTCCTGGGCC TCAAGGACAG CCTGGTATCC CAGGATTTCC AGGTGCCAAA 
GGTTTTAGAG GACCAGAAGG TGATATAGGA GCACCAGGCT GTCCAGGCTT CCCTGGTCCA 
CCATGTGACA AGGGCTTACC AGGGCCACCA GGACTCGTAG GTGTCATGGG CCTGCCAGGA 
CCTCAAGGCT TACCAGGCTT TAAAGGTCAG AGGGGAGACA GGGGCCTAGC TGGGCCACCT 
GGAATCAAAG GTCTCAAAGG CTCTCCTGGC TCACAAGGTC CCCCAGGTCC TCCAGGCTCT 
CAAGGACTTC CAGGACTTCC AGGCAATAAA GGACCACCTG GTTTCCCAGG AAAAGCAGGA 
AGCAAAGGGA TTAAAGGACC TCAAGGATTT CCAGGACTCC CAGGAACACA AGGCCCAATG 
GGGATCTCTG GTGTTAAAGG AGAAGAAGGA GAAATGGGTC CACCTGGGCC TAGCGGAGAA 
TGTGGAGATA TGGGAATAAA AGGTGAAAGA GGGCCTCCAG GAGACAGTGG CTGTATTAAC 
ATCCATCTTG AGAAAGGACA AAAGGGGGAA CCAGGGTTTC CTGGTGAGAA TGGATTTAGA 
GGTGAAAGAG GTGAAAAAGG CAATACCGGT TTCAGAGGCA CCCCAGGACT TCCAGGGAAG 
AATGGTGTCC CAGGACTGCC TGGTGACCAT GGTGACACTG GATTGATGGG GTTTCCAGGA 
TCACAGGGTT TCCCTGGACC AAAGGGCTTT AAAGGAATTA TGGGTTTTCA AGGACAACCA 
GGTGACCAGG GTGACCATGG CTTACCAGGA ATCCCTGGCA ATACAGGACT GACTGGCCCA 
AAAGGATCCA AAGGCAAGAG AGGTGACCCC ACTCCTCTGC TTGGTACACA TGGTCCAAAA 
GGGCCTACTG GAGATCCAGG ATTACCAGGA CTCCGTGGAT TCCCAGGAGA GAAGGGTTCA 
CCAGGTATCC AAGGCCAACC GGGAAGACCA GGATCCAAGG GTGACCCTGG ACACCCAGGA 
ATACCTGGAC TTCCAGGAGG TACAGGTCCT CAAGGATTGC CAGGAGAGCC TGGAGAAAAA 
GGGAAACATG GAATTTTGGG ACCTCCAGGA CTGCAAGGAT TAGCTGGATC CCAAGGCAGA 
AAAGGTCTTC CTGGACTGCC CGGACTGGAT GGCTTGGATG GACTAAAAGG TCAAAAAGGT 
TCTGCAGGAG CTCCAGGTCA AAGTGAAACA GGGCCCCCAG GATACTCAGG GGAACTTGGA 
CCGAAAGGAC AGAGAGGTGA ACCTGGATGG CCTGGTATTT CTATTCCAGG CCCTCCTGGA 
GAAAGAGGAT TCCCAGGATT CCCAGGTAGA AGAGGACCTG TTGGACCCAC TGGACCTATG 
GGAAGATCAC CTGATAGTGC TTCTCCTGGT CTTCCAGGTG ATCAGGGACC ACCTGGTTTA 
GATGGCACCA GAGGTCATCC TGGGAATCCT GGTCCTCCTG GAGAGACTAT CTTTGTGCGA 
GGAGATCCAG GTGATATCGG TCATCGAGGG GCATCAGGTA TTCCTGGGCA GCGAGGGCGA 
AAGGGAGCCA GAGGTCTTCC AGGGAACCAA GGAAGAGAAG GCCTAAAAGG TCCTATGGGA 
AGCCATGGCC CACAAGGTCC ACCTGGTGCT ACAGGACAAC CAGGAGATGA AGGTCTTCAA 
GGAAAACCTG GTCCCAGAGG TCCCACAGGT TTCACAGGTG ACCCTGGTGA ACCAGGAAAA 
ACAGATGATT CGTGCCCTAC AATCCCAGGG CCTCCTGGGG AAGCAGGGCA AAGAGGAGAT 
GATGGCTCTA TGGGATTACC AGGGCCAATA GGACATCCTG GACCTCAAGG ACAAAAAGGT 
GAAGAAGGGT CATGTGGCCT GCCAGGTCAA GATGGCTTAC CTGGGGTACC TGGACCACCA 
GGTGACCAAG GACATATAGG ACAGCAAGGA TATGCTGGGC CACGAGGTCC ACCTGGCCAG 
ACTGGTATCC CAGGACCACC AGGCCCCCAT ATTAGATCTG CAAGTGGATT CTTGCTTGTC 
CTTCACAGTC AGTCAGACAA AGAACCACTC TGTCCACAAG GGATGCCAAA ATTATGGACT 
GGCTATAGTC TGCTGTACCT GGAAGGACAA GAGAAAGCTC ATAATCAAGA TCTTGGTCTG 
GCAGGATCTT GTCTTCCTGT GTTTAATACC ATGCCATTTG CTTACTGTAA TATCAACCAA 
GTTTGTTACT ATGCCAGTCG AAACGACAAG TCTTACTGGT TGTCGAGTGC TGCTCCTTTA 
CCAATGACAC CACTCTCTGA AGAAGAAATA CAGCCATATA TAAGCAGATG TGCTGTATGT 
GAGGCCCCAG CCCAAGCAGT AGCAGTTCAC AGCCAAGATC AGTCAATTCC TCCCTGCCCG 
GTGAACTGGA GGAGTCTTTG GATAGGATAT TCCTTTTTGA TGCACACTGG ATCTGGTGAT 
CAGGGTGGTG GACAGTCCCT TATGTCACCT GGAAGCTGCC TAGAGGACTT CAGATCAGCA 
CCGTTCATTG AATGTCAGGG TCAGCGGGGA ACATGCCAAT TTTTTGCTAA CGAATACAGT 
TTCTGGTTAA CAACTGTGGT ACCCGAATTG CAGTTTGCAT CAGCTCCCCT ATCAGGAACT 
CTTAAAGAAG GACAAGAACA GCGGAAAAAA ATCAGTAGAT GCCAAGTATG CCTGAAGCAT 
GGCTAA

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

RefSeq	XP_012983997.1
CDS	233..5278
Translation	MALTKDSFERIKWLFTAAWWLLVVFSAQEIDGGGYAYIDPCGGQDCSVCRCFPEKGSRGQPGELGAQGPIGSLGSTGPAGLPGEKGQRGETGQPGPSGERGDKGPTGVPGFPGLDGIPGLSGSGGPRGKPGLDGCNGSRGDPGFPGENGYIGPRGPYGNPGQKGEKGNSVYVSHFGKGPPGDRGDPGPPGMPGPIGSRGTPGPFGYPGQPGLPGIPGYPGLPGEQGNPGIGVDGQKGEPGDIGLPGPPGSPLLVGPPGAQLFKGEKGQKGLPGVTGHRGPRGPKGVLGRGEKGEKGIPGFPGLRGDPGSYGPAGSPGMKGETGFSGFPGQPGYPGMQGDPGEKGPQGPPGTVETLLLPIKGPQGDPGFPGPAGETGSVGPIGPAGLLGRPGEDGTSLPGLPGVSGAAGPQGFQGDPGSPGTGESIPGRSGFPGPPGLPGQPGRQGLPGPPSVVCTDRGIPGEPGIKGQMGLPGRKGEKGEKGNQGLCSCSAGPPGSRGMQGLPGTQGRKGHMGYPGRDGEKGDPGLSGAMGSPGLPGPPGSSGQHGEKGEKGDPGRVRIKGTKGERGPAGVPGFPGQRGNDGRDGELGLPGEKGAEGDSGVPLPGDKGLPGVPGLPGVKGQMGLPGLGFPGPPGLRGSRGDLGDTGNIGPPGPKGQKGETVRISLPYPGNPGPPGFKGVQGPKGLKGLPGHPGPKGFDGQKGYRGRPGAGIPGPEGFRGKVGDPGDEGERGSTIDGKDGPPGPRGIDGQKGVAGDTTYGPPGIPGNRGLPGPPGAQGARGDPGIPGPQGQPGIPGFPGAKGFRGPEGDIGAPGCPGFPGPPCDKGLPGPPGLVGVMGLPGPQGLPGFKGQRGDRGLAGPPGIKGLKGSPGSQGPPGPPGSQGLPGLPGNKGPPGFPGKAGSKGIKGPQGFPGLPGTQGPMGISGVKGEEGEMGPPGPSGECGDMGIKGERGPPGDSGCINIHLEKGQKGEPGFPGENGFRGERGEKGNTGFRGTPGLPGKNGVPGLPGDHGDTGLMGFPGSQGFPGPKGFKGIMGFQGQPGDQGDHGLPGIPGNTGLTGPKGSKGKRGDPTPLLGTHGPKGPTGDPGLPGLRGFPGEKGSPGIQGQPGRPGSKGDPGHPGIPGLPGGTGPQGLPGEPGEKGKHGILGPPGLQGLAGSQGRKGLPGLPGLDGLDGLKGQKGSAGAPGQSETGPPGYSGELGPKGQRGEPGWPGISIPGPPGERGFPGFPGRRGPVGPTGPMGRSPDSASPGLPGDQGPPGLDGTRGHPGNPGPPGETIFVRGDPGDIGHRGASGIPGQRGRKGARGLPGNQGREGLKGPMGSHGPQGPPGATGQPGDEGLQGKPGPRGPTGFTGDPGEPGKTDDSCPTIPGPPGEAGQRGDDGSMGLPGPIGHPGPQGQKGEEGSCGLPGQDGLPGVPGPPGDQGHIGQQGYAGPRGPPGQTGIPGPPGPHIRSASGFLLVLHSQSDKEPLCPQGMPKLWTGYSLLYLEGQEKAHNQDLGLAGSCLPVFNTMPFAYCNINQVCYYASRNDKSYWLSSAAPLPMTPLSEEEIQPYISRCAVCEAPAQAVAVHSQDQSIPPCPVNWRSLWIGYSFLMHTGSGDQGGGQSLMSPGSCLEDFRSAPFIECQGQRGTCQFFANEYSFWLTTVVPELQFASAPLSGTLKEGQEQRKKISRCQVCLKHG

Target ORF information:

RefSeq Version	XM_013128543.2
Organism	Melopsittacus undulatus(budgerigar)
Definition	Melopsittacus undulatus collagen type IV alpha 4 chain (LOC101868533), mRNA.

Target ORF information:

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

XM_013128543.2

ORF Insert Sequence:

ATGGCATTAA CAAAGGATTC GTTTGAACGG ATTAAGTGGC TTTTCACAGC TGCCTGGTGG 
CTGCTAGTTG TCTTTTCAGC ACAAGAAATT GATGGGGGAG GATATGCATA TATTGACCCA 
TGTGGGGGAC AGGATTGTTC AGTTTGTCGG TGCTTTCCAG AAAAAGGATC AAGAGGTCAA 
CCTGGTGAGC TGGGAGCTCA AGGTCCAATT GGGTCCTTGG GATCTACAGG ACCAGCTGGT 
CTGCCAGGGG AAAAAGGACA GAGAGGTGAG ACTGGGCAAC CTGGGCCATC TGGAGAAAGA 
GGTGATAAGG GCCCAACTGG AGTCCCAGGA TTTCCTGGTT TAGATGGCAT TCCTGGATTA 
TCAGGAAGTG GAGGACCCAG GGGCAAGCCT GGTTTAGATG GCTGCAATGG CTCAAGAGGA 
GATCCAGGAT TTCCAGGCGA AAACGGTTAT ATTGGACCAC GTGGTCCTTA TGGAAATCCA 
GGGCAAAAAG GAGAAAAAGG AAATTCAGTG TATGTTTCAC ATTTTGGAAA AGGACCTCCG 
GGAGACAGAG GTGATCCTGG ACCCCCTGGC ATGCCCGGAC CTATAGGGTC GAGAGGTACA 
CCGGGCCCAT TTGGATACCC AGGCCAACCA GGCTTGCCTG GTATTCCGGG TTACCCTGGT 
TTGCCAGGTG AACAGGGAAA TCCTGGTATT GGAGTGGATG GACAAAAGGG GGAGCCGGGT 
GACATTGGAC TTCCTGGGCC ACCTGGGTCA CCACTGTTAG TTGGACCTCC TGGAGCTCAG 
CTCTTCAAAG GAGAAAAGGG CCAAAAAGGA CTACCTGGGG TAACAGGACA CAGAGGGCCG 
CGTGGACCCA AAGGTGTACT TGGGAGAGGA GAGAAGGGTG AAAAAGGCAT TCCTGGATTC 
CCTGGATTGA GGGGTGATCC TGGTTCTTAT GGACCTGCAG GTTCTCCTGG AATGAAGGGG 
GAAACAGGAT TTTCTGGGTT TCCTGGACAA CCTGGCTACC CAGGCATGCA GGGGGATCCA 
GGAGAAAAAG GCCCCCAAGG TCCTCCTGGA ACTGTTGAAA CTCTGCTGCT TCCTATAAAA 
GGTCCACAAG GAGATCCTGG ATTTCCGGGT CCTGCTGGTG AGACAGGGTC AGTTGGACCA 
ATTGGGCCTG CAGGCCTGCT AGGAAGACCA GGAGAGGATG GAACAAGTCT GCCTGGCCTG 
CCAGGAGTAA GTGGGGCAGC AGGACCTCAA GGTTTTCAAG GTGACCCTGG TTCTCCTGGA 
ACAGGTGAAT CAATCCCAGG AAGATCTGGA TTTCCTGGAC CACCAGGCCT ACCAGGACAG 
CCAGGAAGAC AAGGCTTACC CGGACCACCC AGTGTGGTCT GTACTGACAG AGGGATCCCT 
GGAGAACCTG GAATAAAAGG TCAGATGGGC CTTCCAGGAA GAAAAGGGGA AAAAGGAGAA 
AAGGGAAATC AAGGCCTCTG CTCATGTAGT GCTGGTCCTC CTGGTTCACG TGGTATGCAA 
GGACTTCCAG GCACTCAAGG AAGGAAAGGA CATATGGGAT ACCCTGGAAG AGATGGAGAA 
AAGGGTGACC CAGGCTTATC TGGTGCAATG GGGTCACCAG GGCTCCCTGG GCCACCCGGC 
TCTTCTGGAC AGCATGGTGA AAAAGGAGAG AAGGGTGATC CAGGGAGAGT TAGAATAAAA 
GGAACAAAGG GTGAAAGAGG TCCTGCTGGG GTTCCAGGAT TTCCAGGTCA ACGAGGTAAT 
GATGGCCGAG ATGGGGAACT AGGATTGCCT GGGGAAAAAG GAGCTGAGGG TGATTCTGGA 
GTACCACTAC CAGGTGATAA AGGATTGCCT GGGGTCCCCG GCCTTCCTGG GGTAAAAGGA 
CAAATGGGAT TGCCTGGTTT GGGGTTTCCT GGCCCTCCAG GACTCAGAGG CAGCCGTGGA 
GACCTTGGTG ATACTGGTAA TATTGGGCCA CCTGGTCCGA AGGGCCAGAA AGGTGAGACT 
GTCCGCATTT CATTACCATA CCCTGGAAAT CCAGGTCCCC CAGGTTTTAA AGGTGTTCAA 
GGACCAAAGG GTTTAAAAGG ACTCCCCGGT CATCCTGGAC CAAAAGGCTT TGATGGGCAA 
AAAGGCTATC GAGGCAGGCC AGGAGCAGGA ATCCCTGGGC CAGAAGGCTT TCGAGGCAAA 
GTTGGTGATC CTGGTGATGA AGGTGAAAGA GGATCTACAA TTGATGGTAA AGATGGCCCT 
CCAGGTCCAC GTGGCATAGA TGGTCAGAAA GGTGTTGCAG GTGATACCAC ATATGGTCCT 
CCAGGAATCC CAGGCAACAG AGGACTGCCA GGACCCCCTG GTGCACAAGG AGCAAGGGGT 
GATCCAGGCA TTCCTGGGCC TCAAGGACAG CCTGGTATCC CAGGATTTCC AGGTGCCAAA 
GGTTTTAGAG GACCAGAAGG TGATATAGGA GCACCAGGCT GTCCAGGCTT CCCTGGTCCA 
CCATGTGACA AGGGCTTACC AGGGCCACCA GGACTCGTAG GTGTCATGGG CCTGCCAGGA 
CCTCAAGGCT TACCAGGCTT TAAAGGTCAG AGGGGAGACA GGGGCCTAGC TGGGCCACCT 
GGAATCAAAG GTCTCAAAGG CTCTCCTGGC TCACAAGGTC CCCCAGGTCC TCCAGGCTCT 
CAAGGACTTC CAGGACTTCC AGGCAATAAA GGACCACCTG GTTTCCCAGG AAAAGCAGGA 
AGCAAAGGGA TTAAAGGACC TCAAGGATTT CCAGGACTCC CAGGAACACA AGGCCCAATG 
GGGATCTCTG GTGTTAAAGG AGAAGAAGGA GAAATGGGTC CACCTGGGCC TAGCGGAGAA 
TGTGGAGATA TGGGAATAAA AGGTGAAAGA GGGCCTCCAG GAGACAGTGG CTGTATTAAC 
ATCCATCTTG AGAAAGGACA AAAGGGGGAA CCAGGGTTTC CTGGTGAGAA TGGATTTAGA 
GGTGAAAGAG GTGAAAAAGG CAATACCGGT TTCAGAGGCA CCCCAGGACT TCCAGGGAAG 
AATGGTGTCC CAGGACTGCC TGGTGACCAT GGTGACACTG GATTGATGGG GTTTCCAGGA 
TCACAGGGTT TCCCTGGACC AAAGGGCTTT AAAGGAATTA TGGGTTTTCA AGGACAACCA 
GGTGACCAGG GTGACCATGG CTTACCAGGA ATCCCTGGCA ATACAGGACT GACTGGCCCA 
AAAGGATCCA AAGGCAAGAG AGGTGACCCC ACTCCTCTGC TTGGTACACA TGGTCCAAAA 
GGGCCTACTG GAGATCCAGG ATTACCAGGA CTCCGTGGAT TCCCAGGAGA GAAGGGTTCA 
CCAGGTATCC AAGGCCAACC GGGAAGACCA GGATCCAAGG GTGACCCTGG ACACCCAGGA 
ATACCTGGAC TTCCAGGAGG TACAGGTCCT CAAGGATTGC CAGGAGAGCC TGGAGAAAAA 
GGGAAACATG GAATTTTGGG ACCTCCAGGA CTGCAAGGAT TAGCTGGATC CCAAGGCAGA 
AAAGGTCTTC CTGGACTGCC CGGACTGGAT GGCTTGGATG GACTAAAAGG TCAAAAAGGT 
TCTGCAGGAG CTCCAGGTCA AAGTGAAACA GGGCCCCCAG GATACTCAGG GGAACTTGGA 
CCGAAAGGAC AGAGAGGTGA ACCTGGATGG CCTGGTATTT CTATTCCAGG CCCTCCTGGA 
GAAAGAGGAT TCCCAGGATT CCCAGGTAGA AGAGGACCTG TTGGACCCAC TGGACCTATG 
GGAAGATCAC CTGATAGTGC TTCTCCTGGT CTTCCAGGTG ATCAGGGACC ACCTGGTTTA 
GATGGCACCA GAGGTCATCC TGGGAATCCT GGTCCTCCTG GAGAGACTAT CTTTGTGCGA 
GGAGATCCAG GTGATATCGG TCATCGAGGG GCATCAGGTA TTCCTGGGCA GCGAGGGCGA 
AAGGGAGCCA GAGGTCTTCC AGGGAACCAA GGAAGAGAAG GCCTAAAAGG TCCTATGGGA 
AGCCATGGCC CACAAGGTCC ACCTGGTGCT ACAGGACAAC CAGGAGATGA AGGTCTTCAA 
GGAAAACCTG GTCCCAGAGG TCCCACAGGT TTCACAGGTG ACCCTGGTGA ACCAGGAAAA 
ACAGATGATT CGTGCCCTAC AATCCCAGGG CCTCCTGGGG AAGCAGGGCA AAGAGGAGAT 
GATGGCTCTA TGGGATTACC AGGGCCAATA GGACATCCTG GACCTCAAGG ACAAAAAGGT 
GAAGAAGGGT CATGTGGCCT GCCAGGTCAA GATGGCTTAC CTGGGGTACC TGGACCACCA 
GGTGACCAAG GACATATAGG ACAGCAAGGA TATGCTGGGC CACGAGGTCC ACCTGGCCAG 
ACTGGTATCC CAGGACCACC AGGCCCCCAT ATTAGATCTG CAAGTGGATT CTTGCTTGTC 
CTTCACAGTC AGTCAGACAA AGAACCACTC TGTCCACAAG GGATGCCAAA ATTATGGACT 
GGCTATAGTC TGCTGTACCT GGAAGGACAA GAGAAAGCTC ATAATCAAGA TCTTGGTCTG 
GCAGGATCTT GTCTTCCTGT GTTTAATACC ATGCCATTTG CTTACTGTAA TATCAACCAA 
GTTTGTTACT ATGCCAGTCG AAACGACAAG TCTTACTGGT TGTCGAGTGC TGCTCCTTTA 
CCAATGACAC CACTCTCTGA AGAAGAAATA CAGCCATATA TAAGCAGATG TGCTGTATGT 
GAGGCCCCAG CCCAAGCAGT AGCAGTTCAC AGCCAAGATC AGTCAATTCC TCCCTGCCCG 
GTGAACTGGA GGAGTCTTTG GATAGGATAT TCCTTTTTGA TGCACACTGG ATCTGGTGAT 
CAGGGTGGTG GACAGTCCCT TATGTCACCT GGAAGCTGCC TAGAGGACTT CAGATCAGCA 
CCGTTCATTG AATGTCAGGG TCAGCGGGGA ACATGCCAAT TTTTTGCTAA CGAATACAGT 
TTCTGGTTAA CAACTGTGGT ACCCGAATTG CAGTTTGCAT CAGCTCCCCT ATCAGGAACT 
CTTAAAGAAG GACAAGAACA GCGGAAAAAA ATCAGTAGAT GCCAAGTATG CCTGAAGCAT 
GGCTAA