COL22A1 cDNA ORF clone, Ornithorhynchus anatinus(platypus)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL22A1
Entrez Gene ID	100082727
Full Name	collagen type XXII alpha 1 chain
Gene Type	protein-coding
Organism	Ornithorhynchus anatinus(platypus)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016226585.1	XP_016082071.1	collagen alpha-1(XXII) chain
XM_029062621.1	XP_028918454.1	collagen alpha-1(XXII) chain

Pathways from BioSystems
Gene Ontology

The following COL22A1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COL22A1 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
OOc127386	XM_029062621.1 Latest version!	Ornithorhynchus anatinus collagen type XXII alpha 1 chain (COL22A1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OOc38053	XM_016226585.1 Latest version!	Ornithorhynchus anatinus collagen type XXII alpha 1 (COL22A1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$629.30 $899.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

COL22A1 ( XM_029062621.1 ) cDNA ORF clone, Ornithorhynchus anatinus(platypus) -> XP_028918454.1 Ornithorhynchus anatinus collagen type XXII alpha 1 chain (COL22A1), mRNA.

Price & Availability↑

CloneID	OOc127386
Clone ID Related Accession (Same CDS sequence)	XM_029062621.1
Accession Version	XM_029062621.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4956bp) 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	2019-04-28
Organism	Ornithorhynchus anatinus(platypus)
Product	collagen alpha-1(XXII) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041731.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Ornithorhynchus anatinus 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## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGCTCCGTT GGTCATTACC TCTGCTCTTC CTCTTCTGCT CTTCAGTCTT GGACTCTGCT 
GCCCACAGTC TGGGGGGGTT TTCGGGAAAC GGACTCGTCC AGCCCATGAA TGTGTCACCT 
CGGCAGTGGA GGCCCTGCGG CTGCAGAATA AGAGCGAAGG AGACTAGTCT TCGGTTCTCT 
GCAAGCAGAT GGCACGCGGC ATGTCCCGCT TCACTCTCCA GATTTCCCAG CTGCCATGAA 
AACGATCAAG CCCACACTTC CACGAGCTGT CTGAATGTTT GTAAGGAGCA TAACATCCTG 
GGGAGAGAGG TGAGGCACAA CGGCTGCCCC CAACCACAAC ACCACCCTCG CCGGAATGGT 
GCTTGCGGAG CACCGTGCAG CATGGCCATG GGAGGCGCTT CCAGCTCTGC GTTCCTGCTT 
CTCCTAGCCC TGATCAGTGG CGGCACTGCG TGGGCCCAGC GGGCAGGGTG CAAGAGCGTC 
GACTATGACC TGGTGTTCAT CTTGGACACA TCCTCCAGCG TCGGCCGGGG CGATTTTGAG 
AAGGTCCGCC GGTGGGTCTC CAACCTGGTG GAGACCTTCG AGATCGGGCC TGACCGGACG 
CGTGTGGGCG TGGTGCGCTA CAGCGACCGG CCGGCCGGCG AGTTCCAGCT GGGCACGTTC 
GGCACCCGGG AGGCGGTCCA GGCGGCCGCC GGGGCCATCG CCTACCACGG CGGCAACACC 
AACACCGGGG ACGCCCTGCG CTATGCCGCC GGCACCGCCT TCTCCCCCGC GGCCGGAGGG 
CGACCCGGCC ACCGCGCCGT CCAGCAGGTG GCCATCCTCC TGACGGATGG CCGGAGCCAG 
GACGAGGTGG CGGGAGTGGC GGCGGCGGCG CGGGGGGCCG GGATCCGCAT CTTCGCCGTG 
GGGGTTGGGG CGGCCCTGAG GGAGGAGCTG GACGAGATCG CGTCCGAGCC CAAGTCGGCC 
CACGTGTTCC ACGTGTCTGA CTTCGATGCC ATCGACAGGA TCCGTGGGGA GCTGCGCCGC 
CGGATCTGCC AGAATGTGCT GTGCCCCAGT GTCCGGCTGG AAGGTGACCG ATTCAAGCAC 
ACCAGCGGGG AGACGGATGG GATCACAGGT TTTGACCTGA TGGAGCTGTT GAGCGTGAAG 
GATGTGTTGG GAAAGAAGGA GTCTGGAGCT CAGAGCGCCT ACGTCCGCAT GGGCAGCTTC 
CCCGTCGTGC AGAGAACAGA GGCAGTGTTC CCCCAAGGCC TCCCCGACGA GTATGCATTT 
GTGGCCACCT TCCGCTTCCG CAAAGCTTCA CGCCACGAGG ACTGGTACAT CTGGCAAGTG 
ATCGACAAGT ACGGCATTCC GCAGGTGTCC GTCCGGCTGG ACGGCGAGAA CAAGGCCGTG 
GAATTCAGCG CCGTGGGGGC TACGCAAGAT GCTGTGAGGG CGGTGTTCCG TGGCACCCCG 
GTGAGCCACC TGTTTGACCG GAATTGGCAC AAGCTGGCCC TGAGCATCCA GGCAGGGAAT 
GCCTCCCTGT ATGTGGACTG CCGACCTGTG CGGACTCTGC CCCTCGCGGA CAGAGAGAAC 
ATCGGGATCA GAGGGCGGAC CGTCATCGGC AAGCGGCTCT ATGATAGCGT GCCTGTGGAC 
TTCGATCTTC AGCGCATCGT CGTTTACTGT GACGCGCGAC ATTCTGCGTT GGAGACTTGC 
TGCGACCTCC CCTCGGGGCC GTGCCAGGTG ACGGTCGTGA CGGAGCGTAC TGGGACAGAG 
AAGCCTCCCG TGGTCAGCGG TGAGCAGGTC GGCTTTCTGA AGACTGAAGT CAACTGCTCC 
TGTCCTGCTG GGGAAAAGGG TGACAGGGGT GAAGCTGGTC CCGGGGGACC CCGAGGACAG 
AAGGGAGAGG TTGGGCCACC CGGCTTAGGA GGGGCTGTTG GCCCCAAGGG AGAGAAAGGA 
GCCTCGGGTG GAGCAGCAGC GTTGGCCAAA GGAGAGAAAG GTGAACAGGG ACCAGAAGGG 
CGACCTGGGA CTCCTGGCCC AGAAGGAGAG AAGGGATCCT TGGGCCGGCC TGGGCCCCCT 
GGAAGGGAAG GAGTCAAAGG TGCCCGTGGG GAGCCCGGGC CACCAGGAGG ATGGACACTG 
CCTGGCTTTG AGGGCTCGAA GGGAACAGTG GGGCACCCAG GACCACCAGG ACATGCTGGG 
GCTCCGGGTC TCCAGGGACA ACGAGGAGAA CGGGGGTCTC CAGGGGAGAA GGGAGAACGA 
GGCCTGGACG GTTTTCCCGG AAAGCCAGGA CTGGAAGGAA AAGAGGGCAG TCCGGGTCCC 
CGGGGGGCAC CGGGCCCCCC AGGAGAGAAG GGAGAAGTGG GACCAGCCGG GCCTCCTGGT 
CTACCAGGCT TCTTGGCACC AATGGGCAGC TTGAAAGGAG AGGTGTTGAA ACGGGGAGAC 
CCCGGACTTC CTGGAGAGAA CGGATTGCCC GGATCCCCGG GCCCACAAGG ACCCCCCGGA 
CGCCCTGGCC CCCCTGGTCC CGTTGGACCC CGGGATCGCC TGGAAAGACC GGGGAAGATG 
GACAGCCGGG ACTTCCAGGA CTCAAGGGGG AAGCTGGTGT TCCAGGCCCA GCCGGCAGAG 
ATGGTGAAAA AGCGGGATGT GGAGTCTCAT CAGCCCCAAG GCGATACTGG AGAGACCCAA 
CTGGGCTGGA CCTTACTCCA AACTCAAGTC TGCACCCCGA CTCTGCTTCA ATTGGGCGAC 
TCTGGAGCAC CCGGTCCCCC CGGCCCTCCG GGCTCGGGGG CCACTGGGCC CAAGGGAGAT 
AAAGGAGATC ACGGCTCCAT TGGAGAGATG GGGCCACGGG GTCTCCCAGG GGAAGAGGGA 
CGGAGAGGAC CTGCGGGACC CCCGGGCCCA AAGGGACAAG ACGGAGCCAG AGGGGAACCC 
GGAGTCCCGG GAGCAGGGGG ACCTCCAGGA CCCTCAGGTC TCCCAGGTGT CCGGGGCCTT 
CCTGGAGCTG GGGGGGCTCC GGGGGCCAAG GGCCAGCCAG GAGAAGCTGG ACAGAAAGGA 
GACGAGGGAC CCCCGGGGTC GGAGGGACCA CCTGGACCTC GAGGGGAGCC CGGCATGCCT 
GGGGCAGTGG GACCCCCTGG AAAGGGTCAA GATGGAGAGC CGGGCCACCG TGGAGCTCCC 
GGGGTGCCAG GACCCCCAGG ACAGAAGGGG GACCGAGGAG CTGCTGGGAT CCCTGGCCGG 
GCTGGCGAGA GAGGAAACCC AGGACTCGGG GCAGCGGGTC CCCCCGGTCC TCCCGGGCTG 
CAAGGAGACG CAGGGCCACC GGGACCACGA GGCTTCCCTG GTTTCCCTGG TCCCCAGGGT 
CCAGCTGGTC AGGAGGGATC ACCGGGAAAC CCGGGGGAAC GAGGGCCACC TGGAAAACCA 
GGCCCTGCAC AGATCCTGAC CCCTGGGGAC ATAAACCTCT TGGTGAAGGA CGTGTGTGGC 
GACTGCCCCC CGGGAGCCCC AGGACTCCCT GGCCTGCCAG GGTTCAAGGG GGACAAAGGG 
GTCCCGGGGT CACCTGGAAA AGAGGGTACT GAAGGCAAAA AGGGGGACAC TGGCCTCCGA 
GGACTTACTG GACCCCCGGG AGAGACTGGC CTGAAGGGCT CTAAAGGAGA GCAGGGAGCA 
GATGGTGAGG CTGGACTCAA AGGCGAACAG GGCCATCCCG GTGTGCCTGG AGTTGTGGGT 
TCCCCAGGGA GCCCGGGGCC CCCCGGAGCA GATGGCGTGT CTGGACCGGC TGGCCCGCCA 
GGGATCCCAG GAGCCACAGG GAAGGATGGT GTGCCAGGCC CCCAGGGCCC CCCCGGATTG 
CCGGGACTAC CCGGTGAAGG CGGAAAGGAG GGCGAAGATG GAAAACCAGG GCCCCAGGGG 
GATCCGGGCC CGGCAGGAGA ACCAGGAGGC CCAGGGCCAG ATGGGGCCAG AGGACTACCA 
GGTTTCAAGG GCCACACAGG CGATCCAGGC CTACCTGGCT CTAGGGGTGA ACCAGGCATG 
GTGGGTGCCC CAGGCCGGGA AGGTTCGCCG GGGAAAGATG GTGACACCGG ACCCGTCGGC 
CCTCAGGGCC CCCGGGGACA GAGGGGGCCA GCAGGTAAGA GTGGCTCACC CGGCCCCCCA 
GGAGAACCTG GCCCAGCAGG ACCCCCGGGT CTGAAAGGGA CCAGAGGAGA GAATGGCAGC 
CCGGGTCTCC CTGGATTCCT GGGCCCCCGA GGCCCTCAGG GTGAAGTTGG AGAGAAGGGG 
ATGCCCGGCA AAGAGGGTGC CCCTGGGATA CCAGGTGGGC AAGGAGCCAA AGGAGAAAGG 
GGTGATCCAG GAGTTCAAGG TAGCAAGGGA ACCCGGGGTG AGAAGGGCCA GTCCGGAGAG 
CCTGGACTTC CAGGCCATAA AGGCCACACT GGTTCCCCGG GCCCTCACGG ACCTCCAGGA 
GAGAATGGCC CAGCCGGACC CCCGGGACCC CCCGGACAGC CAGGCTTCCC TGGACCGCGG 
GGAGAGTCCC CGTCGTCAGA CATGCTGCGA CGCCTGATCC AGGAGGAGTT GGGGAAACAG 
CTGGAGGCCA AAGTAGCCTA CATCCTGGCT CAGATGCCCC CCTCCCATAT CAAAGCCTCC 
CAGGGGCGGC CTGGGCCTCC GGGACCTCCC GGAAAGGACG GGCTTCCGGG CAGGGCGGGA 
CCTCCGGGAG AGCCAGGCCA GCCAGGCCAG GTGGGTCAGG AAGGGCCAGC AGGGCCGACG 
GGCCCCAAAG GGGATCGCGG GGCCTCGGGG GAAAGAGGGG AGCCTGGCGT CGGCCAACGA 
GGAGAAGTTG GGTCCCCGGG CCTCCCTGGC CAACCAGGGG AGCCCGGTTA CGGCAAGGAT 
GGACTCCCGG GGACCCCCGG CCCTCGGGGA GAAGCCGGAC TCGCTGGTCT TCCAGGTCCA 
CAGGGCCCCC CCGGGCCTCG CGGGCAATGT GACCTCTCTC AATGTGCTTA CATGGCCAGC 
CTCGCAGGGC AGCCCAGCAA TATCAAAGGG CGATAG

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

RefSeq	XP_028918454.1
CDS	16..4971
Translation	MLRWSLPLLFLFCSSVLDSAAHSLGGFSGNGLVQPMNVSPRQWRPCGCRIRAKETSLRFSASRWHAACPASLSRFPSCHENDQAHTSTSCLNVCKEHNILGREVRHNGCPQPQHHPRRNGACGAPCSMAMGGASSSAFLLLLALISGGTAWAQRAGCKSVDYDLVFILDTSSSVGRGDFEKVRRWVSNLVETFEIGPDRTRVGVVRYSDRPAGEFQLGTFGTREAVQAAAGAIAYHGGNTNTGDALRYAAGTAFSPAAGGRPGHRAVQQVAILLTDGRSQDEVAGVAAAARGAGIRIFAVGVGAALREELDEIASEPKSAHVFHVSDFDAIDRIRGELRRRICQNVLCPSVRLEGDRFKHTSGETDGITGFDLMELLSVKDVLGKKESGAQSAYVRMGSFPVVQRTEAVFPQGLPDEYAFVATFRFRKASRHEDWYIWQVIDKYGIPQVSVRLDGENKAVEFSAVGATQDAVRAVFRGTPVSHLFDRNWHKLALSIQAGNASLYVDCRPVRTLPLADRENIGIRGRTVIGKRLYDSVPVDFDLQRIVVYCDARHSALETCCDLPSGPCQVTVVTERTGTEKPPVVSGEQVGFLKTEVNCSCPAGEKGDRGEAGPGGPRGQKGEVGPPGLGGAVGPKGEKGASGGAAALAKGEKGEQGPEGRPGTPGPEGEKGSLGRPGPPGREGVKGARGEPGPPGGWTLPGFEGSKGTVGHPGPPGHAGAPGLQGQRGERGSPGEKGERGLDGFPGKPGLEGKEGSPGPRGAPGPPGEKGEVGPAGPPGLPGFLAPMGSLKGEVLKRGDPGLPGENGLPGSPGPQGPPGRPGPPGPVGPRDRLERPGKMDSRDFQDSRGKLVFQAQPAEMVKKRDVESHQPQGDTGETQLGWTLLQTQVCTPTLLQLGDSGAPGPPGPPGSGATGPKGDKGDHGSIGEMGPRGLPGEEGRRGPAGPPGPKGQDGARGEPGVPGAGGPPGPSGLPGVRGLPGAGGAPGAKGQPGEAGQKGDEGPPGSEGPPGPRGEPGMPGAVGPPGKGQDGEPGHRGAPGVPGPPGQKGDRGAAGIPGRAGERGNPGLGAAGPPGPPGLQGDAGPPGPRGFPGFPGPQGPAGQEGSPGNPGERGPPGKPGPAQILTPGDINLLVKDVCGDCPPGAPGLPGLPGFKGDKGVPGSPGKEGTEGKKGDTGLRGLTGPPGETGLKGSKGEQGADGEAGLKGEQGHPGVPGVVGSPGSPGPPGADGVSGPAGPPGIPGATGKDGVPGPQGPPGLPGLPGEGGKEGEDGKPGPQGDPGPAGEPGGPGPDGARGLPGFKGHTGDPGLPGSRGEPGMVGAPGREGSPGKDGDTGPVGPQGPRGQRGPAGKSGSPGPPGEPGPAGPPGLKGTRGENGSPGLPGFLGPRGPQGEVGEKGMPGKEGAPGIPGGQGAKGERGDPGVQGSKGTRGEKGQSGEPGLPGHKGHTGSPGPHGPPGENGPAGPPGPPGQPGFPGPRGESPSSDMLRRLIQEELGKQLEAKVAYILAQMPPSHIKASQGRPGPPGPPGKDGLPGRAGPPGEPGQPGQVGQEGPAGPTGPKGDRGASGERGEPGVGQRGEVGSPGLPGQPGEPGYGKDGLPGTPGPRGEAGLAGLPGPQGPPGPRGQCDLSQCAYMASLAGQPSNIKGR

Target ORF information:

RefSeq Version	XM_029062621.1
Organism	Ornithorhynchus anatinus(platypus)
Definition	Ornithorhynchus anatinus collagen type XXII alpha 1 chain (COL22A1), mRNA.

Target ORF information:

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

XM_029062621.1

ORF Insert Sequence:

ATGCTCCGTT GGTCATTACC TCTGCTCTTC CTCTTCTGCT CTTCAGTCTT GGACTCTGCT 
GCCCACAGTC TGGGGGGGTT TTCGGGAAAC GGACTCGTCC AGCCCATGAA TGTGTCACCT 
CGGCAGTGGA GGCCCTGCGG CTGCAGAATA AGAGCGAAGG AGACTAGTCT TCGGTTCTCT 
GCAAGCAGAT GGCACGCGGC ATGTCCCGCT TCACTCTCCA GATTTCCCAG CTGCCATGAA 
AACGATCAAG CCCACACTTC CACGAGCTGT CTGAATGTTT GTAAGGAGCA TAACATCCTG 
GGGAGAGAGG TGAGGCACAA CGGCTGCCCC CAACCACAAC ACCACCCTCG CCGGAATGGT 
GCTTGCGGAG CACCGTGCAG CATGGCCATG GGAGGCGCTT CCAGCTCTGC GTTCCTGCTT 
CTCCTAGCCC TGATCAGTGG CGGCACTGCG TGGGCCCAGC GGGCAGGGTG CAAGAGCGTC 
GACTATGACC TGGTGTTCAT CTTGGACACA TCCTCCAGCG TCGGCCGGGG CGATTTTGAG 
AAGGTCCGCC GGTGGGTCTC CAACCTGGTG GAGACCTTCG AGATCGGGCC TGACCGGACG 
CGTGTGGGCG TGGTGCGCTA CAGCGACCGG CCGGCCGGCG AGTTCCAGCT GGGCACGTTC 
GGCACCCGGG AGGCGGTCCA GGCGGCCGCC GGGGCCATCG CCTACCACGG CGGCAACACC 
AACACCGGGG ACGCCCTGCG CTATGCCGCC GGCACCGCCT TCTCCCCCGC GGCCGGAGGG 
CGACCCGGCC ACCGCGCCGT CCAGCAGGTG GCCATCCTCC TGACGGATGG CCGGAGCCAG 
GACGAGGTGG CGGGAGTGGC GGCGGCGGCG CGGGGGGCCG GGATCCGCAT CTTCGCCGTG 
GGGGTTGGGG CGGCCCTGAG GGAGGAGCTG GACGAGATCG CGTCCGAGCC CAAGTCGGCC 
CACGTGTTCC ACGTGTCTGA CTTCGATGCC ATCGACAGGA TCCGTGGGGA GCTGCGCCGC 
CGGATCTGCC AGAATGTGCT GTGCCCCAGT GTCCGGCTGG AAGGTGACCG ATTCAAGCAC 
ACCAGCGGGG AGACGGATGG GATCACAGGT TTTGACCTGA TGGAGCTGTT GAGCGTGAAG 
GATGTGTTGG GAAAGAAGGA GTCTGGAGCT CAGAGCGCCT ACGTCCGCAT GGGCAGCTTC 
CCCGTCGTGC AGAGAACAGA GGCAGTGTTC CCCCAAGGCC TCCCCGACGA GTATGCATTT 
GTGGCCACCT TCCGCTTCCG CAAAGCTTCA CGCCACGAGG ACTGGTACAT CTGGCAAGTG 
ATCGACAAGT ACGGCATTCC GCAGGTGTCC GTCCGGCTGG ACGGCGAGAA CAAGGCCGTG 
GAATTCAGCG CCGTGGGGGC TACGCAAGAT GCTGTGAGGG CGGTGTTCCG TGGCACCCCG 
GTGAGCCACC TGTTTGACCG GAATTGGCAC AAGCTGGCCC TGAGCATCCA GGCAGGGAAT 
GCCTCCCTGT ATGTGGACTG CCGACCTGTG CGGACTCTGC CCCTCGCGGA CAGAGAGAAC 
ATCGGGATCA GAGGGCGGAC CGTCATCGGC AAGCGGCTCT ATGATAGCGT GCCTGTGGAC 
TTCGATCTTC AGCGCATCGT CGTTTACTGT GACGCGCGAC ATTCTGCGTT GGAGACTTGC 
TGCGACCTCC CCTCGGGGCC GTGCCAGGTG ACGGTCGTGA CGGAGCGTAC TGGGACAGAG 
AAGCCTCCCG TGGTCAGCGG TGAGCAGGTC GGCTTTCTGA AGACTGAAGT CAACTGCTCC 
TGTCCTGCTG GGGAAAAGGG TGACAGGGGT GAAGCTGGTC CCGGGGGACC CCGAGGACAG 
AAGGGAGAGG TTGGGCCACC CGGCTTAGGA GGGGCTGTTG GCCCCAAGGG AGAGAAAGGA 
GCCTCGGGTG GAGCAGCAGC GTTGGCCAAA GGAGAGAAAG GTGAACAGGG ACCAGAAGGG 
CGACCTGGGA CTCCTGGCCC AGAAGGAGAG AAGGGATCCT TGGGCCGGCC TGGGCCCCCT 
GGAAGGGAAG GAGTCAAAGG TGCCCGTGGG GAGCCCGGGC CACCAGGAGG ATGGACACTG 
CCTGGCTTTG AGGGCTCGAA GGGAACAGTG GGGCACCCAG GACCACCAGG ACATGCTGGG 
GCTCCGGGTC TCCAGGGACA ACGAGGAGAA CGGGGGTCTC CAGGGGAGAA GGGAGAACGA 
GGCCTGGACG GTTTTCCCGG AAAGCCAGGA CTGGAAGGAA AAGAGGGCAG TCCGGGTCCC 
CGGGGGGCAC CGGGCCCCCC AGGAGAGAAG GGAGAAGTGG GACCAGCCGG GCCTCCTGGT 
CTACCAGGCT TCTTGGCACC AATGGGCAGC TTGAAAGGAG AGGTGTTGAA ACGGGGAGAC 
CCCGGACTTC CTGGAGAGAA CGGATTGCCC GGATCCCCGG GCCCACAAGG ACCCCCCGGA 
CGCCCTGGCC CCCCTGGTCC CGTTGGACCC CGGGATCGCC TGGAAAGACC GGGGAAGATG 
GACAGCCGGG ACTTCCAGGA CTCAAGGGGG AAGCTGGTGT TCCAGGCCCA GCCGGCAGAG 
ATGGTGAAAA AGCGGGATGT GGAGTCTCAT CAGCCCCAAG GCGATACTGG AGAGACCCAA 
CTGGGCTGGA CCTTACTCCA AACTCAAGTC TGCACCCCGA CTCTGCTTCA ATTGGGCGAC 
TCTGGAGCAC CCGGTCCCCC CGGCCCTCCG GGCTCGGGGG CCACTGGGCC CAAGGGAGAT 
AAAGGAGATC ACGGCTCCAT TGGAGAGATG GGGCCACGGG GTCTCCCAGG GGAAGAGGGA 
CGGAGAGGAC CTGCGGGACC CCCGGGCCCA AAGGGACAAG ACGGAGCCAG AGGGGAACCC 
GGAGTCCCGG GAGCAGGGGG ACCTCCAGGA CCCTCAGGTC TCCCAGGTGT CCGGGGCCTT 
CCTGGAGCTG GGGGGGCTCC GGGGGCCAAG GGCCAGCCAG GAGAAGCTGG ACAGAAAGGA 
GACGAGGGAC CCCCGGGGTC GGAGGGACCA CCTGGACCTC GAGGGGAGCC CGGCATGCCT 
GGGGCAGTGG GACCCCCTGG AAAGGGTCAA GATGGAGAGC CGGGCCACCG TGGAGCTCCC 
GGGGTGCCAG GACCCCCAGG ACAGAAGGGG GACCGAGGAG CTGCTGGGAT CCCTGGCCGG 
GCTGGCGAGA GAGGAAACCC AGGACTCGGG GCAGCGGGTC CCCCCGGTCC TCCCGGGCTG 
CAAGGAGACG CAGGGCCACC GGGACCACGA GGCTTCCCTG GTTTCCCTGG TCCCCAGGGT 
CCAGCTGGTC AGGAGGGATC ACCGGGAAAC CCGGGGGAAC GAGGGCCACC TGGAAAACCA 
GGCCCTGCAC AGATCCTGAC CCCTGGGGAC ATAAACCTCT TGGTGAAGGA CGTGTGTGGC 
GACTGCCCCC CGGGAGCCCC AGGACTCCCT GGCCTGCCAG GGTTCAAGGG GGACAAAGGG 
GTCCCGGGGT CACCTGGAAA AGAGGGTACT GAAGGCAAAA AGGGGGACAC TGGCCTCCGA 
GGACTTACTG GACCCCCGGG AGAGACTGGC CTGAAGGGCT CTAAAGGAGA GCAGGGAGCA 
GATGGTGAGG CTGGACTCAA AGGCGAACAG GGCCATCCCG GTGTGCCTGG AGTTGTGGGT 
TCCCCAGGGA GCCCGGGGCC CCCCGGAGCA GATGGCGTGT CTGGACCGGC TGGCCCGCCA 
GGGATCCCAG GAGCCACAGG GAAGGATGGT GTGCCAGGCC CCCAGGGCCC CCCCGGATTG 
CCGGGACTAC CCGGTGAAGG CGGAAAGGAG GGCGAAGATG GAAAACCAGG GCCCCAGGGG 
GATCCGGGCC CGGCAGGAGA ACCAGGAGGC CCAGGGCCAG ATGGGGCCAG AGGACTACCA 
GGTTTCAAGG GCCACACAGG CGATCCAGGC CTACCTGGCT CTAGGGGTGA ACCAGGCATG 
GTGGGTGCCC CAGGCCGGGA AGGTTCGCCG GGGAAAGATG GTGACACCGG ACCCGTCGGC 
CCTCAGGGCC CCCGGGGACA GAGGGGGCCA GCAGGTAAGA GTGGCTCACC CGGCCCCCCA 
GGAGAACCTG GCCCAGCAGG ACCCCCGGGT CTGAAAGGGA CCAGAGGAGA GAATGGCAGC 
CCGGGTCTCC CTGGATTCCT GGGCCCCCGA GGCCCTCAGG GTGAAGTTGG AGAGAAGGGG 
ATGCCCGGCA AAGAGGGTGC CCCTGGGATA CCAGGTGGGC AAGGAGCCAA AGGAGAAAGG 
GGTGATCCAG GAGTTCAAGG TAGCAAGGGA ACCCGGGGTG AGAAGGGCCA GTCCGGAGAG 
CCTGGACTTC CAGGCCATAA AGGCCACACT GGTTCCCCGG GCCCTCACGG ACCTCCAGGA 
GAGAATGGCC CAGCCGGACC CCCGGGACCC CCCGGACAGC CAGGCTTCCC TGGACCGCGG 
GGAGAGTCCC CGTCGTCAGA CATGCTGCGA CGCCTGATCC AGGAGGAGTT GGGGAAACAG 
CTGGAGGCCA AAGTAGCCTA CATCCTGGCT CAGATGCCCC CCTCCCATAT CAAAGCCTCC 
CAGGGGCGGC CTGGGCCTCC GGGACCTCCC GGAAAGGACG GGCTTCCGGG CAGGGCGGGA 
CCTCCGGGAG AGCCAGGCCA GCCAGGCCAG GTGGGTCAGG AAGGGCCAGC AGGGCCGACG 
GGCCCCAAAG GGGATCGCGG GGCCTCGGGG GAAAGAGGGG AGCCTGGCGT CGGCCAACGA 
GGAGAAGTTG GGTCCCCGGG CCTCCCTGGC CAACCAGGGG AGCCCGGTTA CGGCAAGGAT 
GGACTCCCGG GGACCCCCGG CCCTCGGGGA GAAGCCGGAC TCGCTGGTCT TCCAGGTCCA 
CAGGGCCCCC CCGGGCCTCG CGGGCAATGT GACCTCTCTC AATGTGCTTA CATGGCCAGC 
CTCGCAGGGC AGCCCAGCAA TATCAAAGGG CGATAG

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

COL22A1 ( XM_016226585.1 ) cDNA ORF clone, Ornithorhynchus anatinus(platypus) -> XP_016082071.1 Ornithorhynchus anatinus collagen type XXII alpha 1 (COL22A1), mRNA.

Price & Availability↑

CloneID	OOc38053
Clone ID Related Accession (Same CDS sequence)	XM_016226585.1
Accession Version	XM_016226585.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3360bp) 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	2016-04-14
Organism	Ornithorhynchus anatinus(platypus)
Product	collagen alpha-1(XXII) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_009097.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ornithorhynchus anatinus Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCATGG GAGGCGCTTC CAGCTCTGCG TTCCTGCTTC TCCTAGCCCT GATCAGTGGC 
GGCACTGCGT GGGCCCAGCG GGCAGGGTGC AAGAGCGTCG ACTATGACCT GGTGTTCATC 
TTGGACACAT CCTCCAGCGT CGGCCGGGGC GATTTTGAGA AGGTCCGCCG GTGGGTCTCC 
AACCTGGTGG AGACCTTCGA GATCGGGCCT GACCGGACGC GTGTGGGCGT GGTGCGCTAC 
AGCGACCGGC CGGCCGGCGA GTTCCAGCTG GGCACGTTCG GCACCCGGGA GGCGGTCCAG 
GCGGCCGCCG GGGCCATCGC CTACCACGGC GGCAACACCA ACACCGGGGA CGCCCTGCGC 
TATGCCGCCG GCACCGCCTT CTCCCCCGCG GCCGGAGGGC GACCCGGCCA CCGCGCCGTC 
CAGCAGGTGG CCATCCTCCT GACGGATGGC CGGAGCCAGG ACGAGGTGGC GGGAGTGGCG 
GCGGCGGCGC GGGGGGCCGG GATCCGCATC TTCGCCGTGG GGGTTGGGGC GGCCCTGAGG 
GAGGAGCTGG ACGAGATCGC GTCCGAGCCC AAGTCGGCCC ACGTGTTCCA CGTGTCTGAC 
TTCGATGCCA TCGACAGGAT CCGTGGGGAG CTGCGCCGCC GGATCTGCCA GAATGTGCTG 
TGCCCCAGTG TCCGGCTGGA AGGTGACCGA TTCAAGCACA CCAGCGGGGA GACGGATGGG 
ATCACAGGTT TTGACCTGAT GGAGCTGTTG AGCGTGAAGG ATGTGTTGGG AAAGAAGGAA 
TCTGGAGCTC AGAGCGCCTA CGTCCGCATG GGCAGCTTCC CCGTCGTGCA GAGAACAGAG 
GCAGTGTTCC CCCAAGGCCT CCCCGACGAG TATGCATTTG TGGCCACCTT CCGCTTCCGC 
AAAGCTTCAC GCCACGAGGA CTGGTACATC TGGCAAGTGA TCGACAAGTA CGGCATTCCG 
CAGGTGTCCG TCCGGCTGGA CGGCGAGAAC AAGGCCGTGG AATTCAGCGC CGTGGGGGCT 
ACGCAAGATG CTGTGAGGGC GGTGTTCCGT GGCACCCCGG TGAGCCACCT GTTTGACCGG 
AATTGGCACA AGCTGGCCCT GAGCATCCAG GCAGGGAATG CCTCCCTGTA TGTGGACTGC 
CGACCTGTGC GGACTCTGCC CCTCGCGGAC AGAGAGAACA TCGGGATCAG AGGGCGGACC 
GTCATCGGCA AGCGGCTCTA TGATAGCGTG CCTGTGGACT TCGATCTTCA GCGCATCGTC 
GTTTACTGTG ACGCGCGACA TTCTGCGTTG GAGACTTGCT GCGACCTCCC CTCGGGGCCG 
TGCCAGGTGA CGGTCGTGAC GGAGCGTACT GGGACAGAGA AGCCTCCCGT GGTCAGCGGT 
GAGCAGGTCG GCTTTCTGAA GACTGAAGTC AACTGCTCCT GTCCTGCTGG GGAAAAGGGT 
GACAGGGGTG AAGCTGGTCC CGGGGGACCC CGAGGACAGA AGGGAGAGGT TGGGCCACCC 
GGCTTAGGAG GGGCTGTTGG CCCCAAGGGA GAGAAAGGAG CCTCGGGTGG AGCAGCAGCG 
TTGGCCAAAG GAGAGAAAGG TGAACAGGGA CCAGAAGGGC GACCTGGGAC TCCTGGCCCA 
GAAGGAGAGA AGGGATCCTT GGGCCGGCCT GGGCCCCCTG GAAGGGAAGG AGTCAAAGGT 
GCCCGTGGGG AGCCCGGGCC ACCAGGAGGA TGGACACTGC CTGGCTTTGA GGGCTCGAAG 
GGAACAGTGG GGCACCCAGG ACCACCAGGA CATGCTGGGG CTCCGGGTCT CCAGGGACAA 
CGAGGAGAAC GGGGGTCTCC AGGGGAGAAG GGAGAACGAG GCCTGGACGG TTTTCCCGGA 
AAGCCAGGAC TGGAAGGAAA AGAGGGCAGT CCGGGTCCCC GGGGGGCACC GGGCCCCCCA 
GGAGAGAAGG GAGAAGTGGG ACCGGCCGGG CCTCCTGGTC TACCAGGCTT CTTGGCACCA 
ATGGGCAGCT TGAAAGGAGA GGTGTTGAAA CGGGGAGACC CCGGACTTCC TGGAGAGAAC 
GGATTGCCCG GATCCCCGGG CCCACAAGGA CCCCCCGGAC GCCCTGGCCC CCCTGGTCCC 
GTTGGACCCC CGGGCCTGCC TGGAGAGATT GGCTTTTCTG GGAAGCCTGG CCAGCCTGGG 
CAGCAGGGAT CGCCTGGAAA GACCGGGGAA GATGGACAGC CGGGACTTCC AGGACTCAAG 
GGGGAGCCTG GCGAGAGAGG AGAGGATGGC ATTCCTGGGA AGCCCGGCCA CAGGGGGGAA 
GCTGGTGTTC CAGGCCCAGC CGGCAGAGAT GGTGAAAAAG GAGAGGCAGG CCTACCGGGA 
CCTCCAGGGC TCCGAGGTCC AACAGGAGAG AAAGGAGACC AGGGTCAGAA AGGAGACTTG 
GGGTTCACTG GACCGAAGGG GGACAGAGGA GAAAAGGGCG ACTCTGGAGC ACCCGGTCCC 
CCCGGCCCTC CGGGCTCGAT CTCTTCACTC AGTCCTCAAC CGCGGGAGCC GGGGGCCACT 
GGGCCCAAGG GAGATAAAGG AGATCACGGC TCCATTGGAG AGATGGGGCC ACGGGGTCTC 
CCAGGGGAAG AGGGACGGAG AGGACCTGCG GGACCCCCGG GCCCAAAGGG ACAAGACGGA 
GCCAGAGGGG AACCCGGAGT CCCGGGAGCA GGGGGACCTC CAGGACCCTC AGGTCTCCCA 
GGTGTCCGGG GCCTTCCTGG AGCTGGGGGG GCTCCGGGGG CCAAGGGCCA GCCAGGAGAA 
GCTGGACAGA AAGGAGACGA GGGACCCCCG GGGTCGGAGG GACCACCTGG ACCTCGAGGG 
GAGCCCGGCA TGCCTGGGGC AGTGGGACCC CCTGGAAAGG GTCAAGATGG AGAGCCGGGC 
CACCGTGGAG CTCCCGGGGT GCCAGGACCC CCAGGACAGA AGGGGGACCG AGGAGCTGCT 
GGGATCCCTG GCCGGGCTGG CGAGAGAGGA AACCCAGGAC TCGGGGCAGC GGGTCCCCCC 
GGTCCTCCCG GGCTGCAAGG AGACGCAGGG CCACCGGGAC CACGAGGCTT CCCTGGTTTC 
CCTGGTCCCC AGGGTCCAGC TGGTCAGGAG GGATCACCGG GAAACCCGGG GGAACGAGGG 
CCACCTGGAA AACCAGGCCC TGCACAGATC CTGACCCCTG GGGACATAAA CCTCTTGGTG 
AAGGACGTGT GTGGCGACTG CCCCCCGGGA GCCCCAGGAC TCCCTGGCCT GCCAGGGTTC 
AAGGGGGACA AAGGGGTCCC GGGGTCACCT GGAAAAGAGG GTACTGAAGG CAAAAAGGGG 
GACACTGGCC TCCGAGGACT TACTGGACCC CCGGGAGAGA CTGGCAATGA AGGGCTCTAA

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

RefSeq	XP_016082071.1
CDS	93..3452
Translation	MAMGGASSSAFLLLLALISGGTAWAQRAGCKSVDYDLVFILDTSSSVGRGDFEKVRRWVSNLVETFEIGPDRTRVGVVRYSDRPAGEFQLGTFGTREAVQAAAGAIAYHGGNTNTGDALRYAAGTAFSPAAGGRPGHRAVQQVAILLTDGRSQDEVAGVAAAARGAGIRIFAVGVGAALREELDEIASEPKSAHVFHVSDFDAIDRIRGELRRRICQNVLCPSVRLEGDRFKHTSGETDGITGFDLMELLSVKDVLGKKESGAQSAYVRMGSFPVVQRTEAVFPQGLPDEYAFVATFRFRKASRHEDWYIWQVIDKYGIPQVSVRLDGENKAVEFSAVGATQDAVRAVFRGTPVSHLFDRNWHKLALSIQAGNASLYVDCRPVRTLPLADRENIGIRGRTVIGKRLYDSVPVDFDLQRIVVYCDARHSALETCCDLPSGPCQVTVVTERTGTEKPPVVSGEQVGFLKTEVNCSCPAGEKGDRGEAGPGGPRGQKGEVGPPGLGGAVGPKGEKGASGGAAALAKGEKGEQGPEGRPGTPGPEGEKGSLGRPGPPGREGVKGARGEPGPPGGWTLPGFEGSKGTVGHPGPPGHAGAPGLQGQRGERGSPGEKGERGLDGFPGKPGLEGKEGSPGPRGAPGPPGEKGEVGPAGPPGLPGFLAPMGSLKGEVLKRGDPGLPGENGLPGSPGPQGPPGRPGPPGPVGPPGLPGEIGFSGKPGQPGQQGSPGKTGEDGQPGLPGLKGEPGERGEDGIPGKPGHRGEAGVPGPAGRDGEKGEAGLPGPPGLRGPTGEKGDQGQKGDLGFTGPKGDRGEKGDSGAPGPPGPPGSISSLSPQPREPGATGPKGDKGDHGSIGEMGPRGLPGEEGRRGPAGPPGPKGQDGARGEPGVPGAGGPPGPSGLPGVRGLPGAGGAPGAKGQPGEAGQKGDEGPPGSEGPPGPRGEPGMPGAVGPPGKGQDGEPGHRGAPGVPGPPGQKGDRGAAGIPGRAGERGNPGLGAAGPPGPPGLQGDAGPPGPRGFPGFPGPQGPAGQEGSPGNPGERGPPGKPGPAQILTPGDINLLVKDVCGDCPPGAPGLPGLPGFKGDKGVPGSPGKEGTEGKKGDTGLRGLTGPPGETGNEGL

Target ORF information:

RefSeq Version	XM_016226585.1
Organism	Ornithorhynchus anatinus(platypus)
Definition	Ornithorhynchus anatinus collagen type XXII alpha 1 (COL22A1), mRNA.

Target ORF information:

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

XM_016226585.1

ORF Insert Sequence:

ATGGCCATGG GAGGCGCTTC CAGCTCTGCG TTCCTGCTTC TCCTAGCCCT GATCAGTGGC 
GGCACTGCGT GGGCCCAGCG GGCAGGGTGC AAGAGCGTCG ACTATGACCT GGTGTTCATC 
TTGGACACAT CCTCCAGCGT CGGCCGGGGC GATTTTGAGA AGGTCCGCCG GTGGGTCTCC 
AACCTGGTGG AGACCTTCGA GATCGGGCCT GACCGGACGC GTGTGGGCGT GGTGCGCTAC 
AGCGACCGGC CGGCCGGCGA GTTCCAGCTG GGCACGTTCG GCACCCGGGA GGCGGTCCAG 
GCGGCCGCCG GGGCCATCGC CTACCACGGC GGCAACACCA ACACCGGGGA CGCCCTGCGC 
TATGCCGCCG GCACCGCCTT CTCCCCCGCG GCCGGAGGGC GACCCGGCCA CCGCGCCGTC 
CAGCAGGTGG CCATCCTCCT GACGGATGGC CGGAGCCAGG ACGAGGTGGC GGGAGTGGCG 
GCGGCGGCGC GGGGGGCCGG GATCCGCATC TTCGCCGTGG GGGTTGGGGC GGCCCTGAGG 
GAGGAGCTGG ACGAGATCGC GTCCGAGCCC AAGTCGGCCC ACGTGTTCCA CGTGTCTGAC 
TTCGATGCCA TCGACAGGAT CCGTGGGGAG CTGCGCCGCC GGATCTGCCA GAATGTGCTG 
TGCCCCAGTG TCCGGCTGGA AGGTGACCGA TTCAAGCACA CCAGCGGGGA GACGGATGGG 
ATCACAGGTT TTGACCTGAT GGAGCTGTTG AGCGTGAAGG ATGTGTTGGG AAAGAAGGAA 
TCTGGAGCTC AGAGCGCCTA CGTCCGCATG GGCAGCTTCC CCGTCGTGCA GAGAACAGAG 
GCAGTGTTCC CCCAAGGCCT CCCCGACGAG TATGCATTTG TGGCCACCTT CCGCTTCCGC 
AAAGCTTCAC GCCACGAGGA CTGGTACATC TGGCAAGTGA TCGACAAGTA CGGCATTCCG 
CAGGTGTCCG TCCGGCTGGA CGGCGAGAAC AAGGCCGTGG AATTCAGCGC CGTGGGGGCT 
ACGCAAGATG CTGTGAGGGC GGTGTTCCGT GGCACCCCGG TGAGCCACCT GTTTGACCGG 
AATTGGCACA AGCTGGCCCT GAGCATCCAG GCAGGGAATG CCTCCCTGTA TGTGGACTGC 
CGACCTGTGC GGACTCTGCC CCTCGCGGAC AGAGAGAACA TCGGGATCAG AGGGCGGACC 
GTCATCGGCA AGCGGCTCTA TGATAGCGTG CCTGTGGACT TCGATCTTCA GCGCATCGTC 
GTTTACTGTG ACGCGCGACA TTCTGCGTTG GAGACTTGCT GCGACCTCCC CTCGGGGCCG 
TGCCAGGTGA CGGTCGTGAC GGAGCGTACT GGGACAGAGA AGCCTCCCGT GGTCAGCGGT 
GAGCAGGTCG GCTTTCTGAA GACTGAAGTC AACTGCTCCT GTCCTGCTGG GGAAAAGGGT 
GACAGGGGTG AAGCTGGTCC CGGGGGACCC CGAGGACAGA AGGGAGAGGT TGGGCCACCC 
GGCTTAGGAG GGGCTGTTGG CCCCAAGGGA GAGAAAGGAG CCTCGGGTGG AGCAGCAGCG 
TTGGCCAAAG GAGAGAAAGG TGAACAGGGA CCAGAAGGGC GACCTGGGAC TCCTGGCCCA 
GAAGGAGAGA AGGGATCCTT GGGCCGGCCT GGGCCCCCTG GAAGGGAAGG AGTCAAAGGT 
GCCCGTGGGG AGCCCGGGCC ACCAGGAGGA TGGACACTGC CTGGCTTTGA GGGCTCGAAG 
GGAACAGTGG GGCACCCAGG ACCACCAGGA CATGCTGGGG CTCCGGGTCT CCAGGGACAA 
CGAGGAGAAC GGGGGTCTCC AGGGGAGAAG GGAGAACGAG GCCTGGACGG TTTTCCCGGA 
AAGCCAGGAC TGGAAGGAAA AGAGGGCAGT CCGGGTCCCC GGGGGGCACC GGGCCCCCCA 
GGAGAGAAGG GAGAAGTGGG ACCGGCCGGG CCTCCTGGTC TACCAGGCTT CTTGGCACCA 
ATGGGCAGCT TGAAAGGAGA GGTGTTGAAA CGGGGAGACC CCGGACTTCC TGGAGAGAAC 
GGATTGCCCG GATCCCCGGG CCCACAAGGA CCCCCCGGAC GCCCTGGCCC CCCTGGTCCC 
GTTGGACCCC CGGGCCTGCC TGGAGAGATT GGCTTTTCTG GGAAGCCTGG CCAGCCTGGG 
CAGCAGGGAT CGCCTGGAAA GACCGGGGAA GATGGACAGC CGGGACTTCC AGGACTCAAG 
GGGGAGCCTG GCGAGAGAGG AGAGGATGGC ATTCCTGGGA AGCCCGGCCA CAGGGGGGAA 
GCTGGTGTTC CAGGCCCAGC CGGCAGAGAT GGTGAAAAAG GAGAGGCAGG CCTACCGGGA 
CCTCCAGGGC TCCGAGGTCC AACAGGAGAG AAAGGAGACC AGGGTCAGAA AGGAGACTTG 
GGGTTCACTG GACCGAAGGG GGACAGAGGA GAAAAGGGCG ACTCTGGAGC ACCCGGTCCC 
CCCGGCCCTC CGGGCTCGAT CTCTTCACTC AGTCCTCAAC CGCGGGAGCC GGGGGCCACT 
GGGCCCAAGG GAGATAAAGG AGATCACGGC TCCATTGGAG AGATGGGGCC ACGGGGTCTC 
CCAGGGGAAG AGGGACGGAG AGGACCTGCG GGACCCCCGG GCCCAAAGGG ACAAGACGGA 
GCCAGAGGGG AACCCGGAGT CCCGGGAGCA GGGGGACCTC CAGGACCCTC AGGTCTCCCA 
GGTGTCCGGG GCCTTCCTGG AGCTGGGGGG GCTCCGGGGG CCAAGGGCCA GCCAGGAGAA 
GCTGGACAGA AAGGAGACGA GGGACCCCCG GGGTCGGAGG GACCACCTGG ACCTCGAGGG 
GAGCCCGGCA TGCCTGGGGC AGTGGGACCC CCTGGAAAGG GTCAAGATGG AGAGCCGGGC 
CACCGTGGAG CTCCCGGGGT GCCAGGACCC CCAGGACAGA AGGGGGACCG AGGAGCTGCT 
GGGATCCCTG GCCGGGCTGG CGAGAGAGGA AACCCAGGAC TCGGGGCAGC GGGTCCCCCC 
GGTCCTCCCG GGCTGCAAGG AGACGCAGGG CCACCGGGAC CACGAGGCTT CCCTGGTTTC 
CCTGGTCCCC AGGGTCCAGC TGGTCAGGAG GGATCACCGG GAAACCCGGG GGAACGAGGG 
CCACCTGGAA AACCAGGCCC TGCACAGATC CTGACCCCTG GGGACATAAA CCTCTTGGTG 
AAGGACGTGT GTGGCGACTG CCCCCCGGGA GCCCCAGGAC TCCCTGGCCT GCCAGGGTTC 
AAGGGGGACA AAGGGGTCCC GGGGTCACCT GGAAAAGAGG GTACTGAAGG CAAAAAGGGG 
GACACTGGCC TCCGAGGACT TACTGGACCC CCGGGAGAGA CTGGCAATGA AGGGCTCTAA

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

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COL22A1 cDNA ORF clone, Ornithorhynchus anatinus(platypus)

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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