COL28A1 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	COL28A1
Entrez Gene ID	105411978
Full Name	collagen type XXVIII alpha 1 chain
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011595246.1	XP_011593548.1	collagen alpha-1(XXVIII) chain

Pathways from BioSystems
Gene Ontology

The following COL28A1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COL28A1 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
OAq29643	XM_011595246.1 Latest version!	Aquila chrysaetos canadensis collagen, type XXVIII, alpha 1 (COL28A1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$629.30 $899.00

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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)

COL28A1 ( XM_011595246.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011593548.1 Aquila chrysaetos canadensis collagen, type XXVIII, alpha 1 (COL28A1), mRNA.

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CloneID	OAq29643
Clone ID Related Accession (Same CDS sequence)	XM_011595246.1
Accession Version	XM_011595246.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3489bp) 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	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	collagen alpha-1(XXVIII) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950994.1) 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 :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 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##

ATGTGGAAAA AACATTTTTT CTTTTGCTTT TTACTTCTGG CTGTGACAAC AAACCAGATA 
GTATATGGGC AAAACAGAAA GAAAGGAAAG AATTCTTATT CTTTCGTGCA AAAAGATGAA 
GGTGATACGT GTCTCATTGA TATAGTCTTT ATCTTGGACA GTTCAGAAAG TGCCAAAAAT 
CAGTTGTTTG ATATACAGAA GAATTTTGTT CAAAATTTAA CTGACAGCAT TTTCCAGATG 
AAGCCAGTTA AGTCTCAGAA GTATAATGTC AAACTAGCAA GTATGCAGTT CAGCAGCACA 
GTCAGCATTG ATCATCCCTT TACAGCCTGG AAAAATTTGC AGAATTTTAA AGAGAAAGTC 
AAGTCTCTGG TCTTTATTGG CCATGGCACC TACTCCTATT ATGCAATTTC CAATGCCACG 
CAGCTGTTTA AAACTGAAGG TCGTAAGAGA AGTGTGAAAG TGGCTTTTTT GATGACTGAT 
GGTGTGGATC ATCCAAACAG CCCTAATGTC CAGAGTATAG CCACAGCAGC TAGGAGTCTT 
GGAATACATT TTTCTACCAT TGGCCTTTCT AAGAAAAATG TCCAAGAAGA AAAATTGCGT 
GTGATATCTG GTGATTCATC CTCTAAGCAT ATCTTATGCC TGGATGATGA GAACCTGATA 
GTTGATGTAG CGCTGGAACT GGAAGCCTTG CTTCAGAAGC AGTGTATGCG GAAGAACTGT 
TGGTGTGAAA AGGGAGTAAA AGGAGACAAA GGTGATTCTG GCAGTGCTGG TAACAGAGGG 
GAAAAAGGTG AGCCAGGACC AAAAGGAAAA AAGGGCGATG CTCAAAAAGG AGATCAGGGA 
GAAAAAGGTG AAGAGGGAGC TCCTGGCTAC AAGGGAGACA AGGGTGAAAG AGGAGAATGT 
GGATCCCCAG GAGTAAAAGG GGAAAGAGGT TTGGAAGGTC CTTCTGGCCC TAGGGGATCT 
CGGGGACCTC AGGGTATCAG TGGACCTCCA GGTGAGCCAG GCCCAAAAGG CATTCAAGGA 
AGCAAGGGAG AGCAAGGCCC TTTAGGTCCC TATGGTCCTC CAGGACTCCC TGGTGTTGGA 
GAACCAGGAC CCAAGGGTGC TCAAGGTCAA GAAGGTAAAA TTGGATTCCC AGGACCTCCT 
GGAATTGGTG AGCCAGGATT ACCTGGACCA CGTGGCCCTG ATGGTCTGCC AGGTGAGAAA 
GGTCCACCAG GAGAGGGCAT TCAAGGCCAA AAGGGTGAAA AAGGCTCTCA AGGTGTAGCT 
GGTCTTCCTG GACCTCAAGG TCAACACATC AAAGGTGACA AGGGTGAACA AGGCCAAGTA 
GGACCACAGG GCCCAGCTGG ACCACCAGGA ACAGGCTATC CAGGAAGCCA GGGTATACAG 
GGTCCACAAG GAAACCCTGG GGCAAAAGGA TCTAAAGGCT TGGGTCTGCC AGGTCCAAAG 
GGCCAATCAG GTGAACCTGG ACAAAAAGGA GAACCAGGGC TTCCAGGAAC TGGCGTACGA 
GGACTTAAAG GAGATAGAGG TCCATCAGGA CTCCCAGGAG AGAGGGGGGT GAAGGGAGAT 
CCTGGGAAGC CAGCAACAAA GGGGGAAAAG GGAGATCAAG GTCCAAGAGG CCCAGAAGGA 
CCCCCTGGCA AAGGAAGTGT AGGCCAAAAG GGTGACCCCG GAGAAAAAGG ATCCCAAGGA 
CCAATTGGTT CTAAAGGAGT ACAAGGCCCA GCTGGACCAA AAGGTGAACC GGGAGAGAGA 
GGACCACCTG GTGTCGCTGG ATCATCTATT CGGGGACCTG CTGGACCAAA GGGGGAACCA 
GGACCCGAGG GACCACCAGG AGATGATGGA GCTCCTGGAA AATCAATAAT AGGACCAAAG 
GGTGGCCAGG GCCCACCTGG ACTACCTGGA CCCCGTGGAG AAAAAGGCGA TGGCCACAAA 
GGTGAAGCTG GACCTCCAGG ACCACCAGGC CCCCCGGGAC CACCAGGCCC ACATGGCGTG 
GGAGATGCTG GACCAAAGGG AGACCGTGGA ATAAGAGGCT ATCCTGGGCC CCCGGGACCA 
CGGGGAAGCG GAACGATTGG TCCCAAGGGT GTTATGGGAC AGAAAGGCTT GCCTGGTCCA 
CCTGGCCCCC CTGGCGACAG CATACAAGGA AACAAGGGAG AAAAAGGAAA TCAAGGTTTT 
CCTGGACTAA AGGGATCAAT AGGAATTGGC CTTCCTGGAC CAAAGGGAGA CTATGGAGAT 
AAAGGTGATC CAGGGAGCAA AGGTGCCAAA GGAGAGGCTG GAGACCCAGG ACCTCCAGGA 
CCAAAGGGAA TTTGGGGAAG AAAAGGTGAA CCTGGTCTTT CGAGAGAAGA AGTTATCAGA 
CTTATCAGTG AAATATGTGG TTGTGGTATC AGATGTAGAG TAACACCACT GGAACTAGTA 
TTTGTCATTG ACAGTTCAGA AAGCGTTGGA CCAGTTAACT TCAATATTAC CAAAACTTTT 
ATGAAAACAA TCATTGACAA GATATCTGCC AACCAGGCTA CAACCCGCAT TGGCATTATC 
AACTTCAGCC ATAAAGTGGA GTTGGTGTCT TCTCTGAAGC AATACTCAAC CAAAGAATAC 
CTTAAATCAG CTGTTGATAA AATGCCCTAC TTAGGAGAAG GCACGTACAC AGCTTCTGCT 
ATCCGAGAAG CCATTCAGTT ATTTCAGGCA GCACGCCCGG CAGTAAGAAA AGTGGCTGTT 
GTAATAACAG ATGGACAAGC GGACGCTCGT GATAAAGTAC GGCTAGATAC CATAGCAAGA 
GAGGCCAATG CTATGAATAT TGAGGTATTT GTCATTGGGA TTGTTCAAAG GACTGATCCT 
CATTATGATG ATTTTCTGAA AGAAATGCAG CTCATTGCAA CAGACCCTGA TGAAGAACAT 
GTTTACCAGA TAGATGACTT CATGACACTT TCAGCTCTTG AAAATAAACT GATCACAAAA 
ATCTGTGAGA ATGTGTCTGA GGTCTACACC AGAAAAGATA TTGTTTTATC TCTATCTCCA 
AGTCCGGAAT CTGAAATTGC TAGTGAAGAT ACCAATAACC AGTTACCCAA AATGACAACT 
TCAGAGATTT ATACGCTCCC TACAGAAGGA ACCGGTTATC CACCTAGTCC ACCACAGACC 
AGATATACTG AGCCACCGCC ATCTGCTCAG GATCACACTG TGACCACCCC TGCTCACAGA 
GAATCGAGAT TTCCCCCACT TTATGACATA CCTGAAATCA GACCTCAGAG TCCAGTTGTC 
AATTCTTTGT TCAATGTAAC TGCTAGAGAA GATCACCATC TAACTGTGTT GCAAACACAG 
GTAGCAACAA CCCAAAAAGA TCCAAGGTGC TTGGAACCTA TGAAACCAGG GGATTGTCGG 
GACTATGTGG TAAAATGGTA TTATGACAAG AATGGCAATT CTTGTGGCCA GTTCTGGTAC 
GGAGGTTGCA ATGGTACCAA CAATAGATTT GAAACGGAAA AAGAATGTCG AGAAACCTGC 
AGTGATTGA

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

RefSeq	XP_011593548.1
CDS	563..4051
Translation	MWKKHFFFCFLLLAVTTNQIVYGQNRKKGKNSYSFVQKDEGDTCLIDIVFILDSSESAKNQLFDIQKNFVQNLTDSIFQMKPVKSQKYNVKLASMQFSSTVSIDHPFTAWKNLQNFKEKVKSLVFIGHGTYSYYAISNATQLFKTEGRKRSVKVAFLMTDGVDHPNSPNVQSIATAARSLGIHFSTIGLSKKNVQEEKLRVISGDSSSKHILCLDDENLIVDVALELEALLQKQCMRKNCWCEKGVKGDKGDSGSAGNRGEKGEPGPKGKKGDAQKGDQGEKGEEGAPGYKGDKGERGECGSPGVKGERGLEGPSGPRGSRGPQGISGPPGEPGPKGIQGSKGEQGPLGPYGPPGLPGVGEPGPKGAQGQEGKIGFPGPPGIGEPGLPGPRGPDGLPGEKGPPGEGIQGQKGEKGSQGVAGLPGPQGQHIKGDKGEQGQVGPQGPAGPPGTGYPGSQGIQGPQGNPGAKGSKGLGLPGPKGQSGEPGQKGEPGLPGTGVRGLKGDRGPSGLPGERGVKGDPGKPATKGEKGDQGPRGPEGPPGKGSVGQKGDPGEKGSQGPIGSKGVQGPAGPKGEPGERGPPGVAGSSIRGPAGPKGEPGPEGPPGDDGAPGKSIIGPKGGQGPPGLPGPRGEKGDGHKGEAGPPGPPGPPGPPGPHGVGDAGPKGDRGIRGYPGPPGPRGSGTIGPKGVMGQKGLPGPPGPPGDSIQGNKGEKGNQGFPGLKGSIGIGLPGPKGDYGDKGDPGSKGAKGEAGDPGPPGPKGIWGRKGEPGLSREEVIRLISEICGCGIRCRVTPLELVFVIDSSESVGPVNFNITKTFMKTIIDKISANQATTRIGIINFSHKVELVSSLKQYSTKEYLKSAVDKMPYLGEGTYTASAIREAIQLFQAARPAVRKVAVVITDGQADARDKVRLDTIAREANAMNIEVFVIGIVQRTDPHYDDFLKEMQLIATDPDEEHVYQIDDFMTLSALENKLITKICENVSEVYTRKDIVLSLSPSPESEIASEDTNNQLPKMTTSEIYTLPTEGTGYPPSPPQTRYTEPPPSAQDHTVTTPAHRESRFPPLYDIPEIRPQSPVVNSLFNVTAREDHHLTVLQTQVATTQKDPRCLEPMKPGDCRDYVVKWYYDKNGNSCGQFWYGGCNGTNNRFETEKECRETCSD

Target ORF information:

RefSeq Version	XM_011595246.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis collagen, type XXVIII, alpha 1 (COL28A1), mRNA.

Target ORF information:

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

XM_011595246.1

ORF Insert Sequence:

ATGTGGAAAA AACATTTTTT CTTTTGCTTT TTACTTCTGG CTGTGACAAC AAACCAGATA 
GTATATGGGC AAAACAGAAA GAAAGGAAAG AATTCTTATT CTTTCGTGCA AAAAGATGAA 
GGTGATACGT GTCTCATTGA TATAGTCTTT ATCTTGGACA GTTCAGAAAG TGCCAAAAAT 
CAGTTGTTTG ATATACAGAA GAATTTTGTT CAAAATTTAA CTGACAGCAT TTTCCAGATG 
AAGCCAGTTA AGTCTCAGAA GTATAATGTC AAACTAGCAA GTATGCAGTT CAGCAGCACA 
GTCAGCATTG ATCATCCCTT TACAGCCTGG AAAAATTTGC AGAATTTTAA AGAGAAAGTC 
AAGTCTCTGG TCTTTATTGG CCATGGCACC TACTCCTATT ATGCAATTTC CAATGCCACG 
CAGCTGTTTA AAACTGAAGG TCGTAAGAGA AGTGTGAAAG TGGCTTTTTT GATGACTGAT 
GGTGTGGATC ATCCAAACAG CCCTAATGTC CAGAGTATAG CCACAGCAGC TAGGAGTCTT 
GGAATACATT TTTCTACCAT TGGCCTTTCT AAGAAAAATG TCCAAGAAGA AAAATTGCGT 
GTGATATCTG GTGATTCATC CTCTAAGCAT ATCTTATGCC TGGATGATGA GAACCTGATA 
GTTGATGTAG CGCTGGAACT GGAAGCCTTG CTTCAGAAGC AGTGTATGCG GAAGAACTGT 
TGGTGTGAAA AGGGAGTAAA AGGAGACAAA GGTGATTCTG GCAGTGCTGG TAACAGAGGG 
GAAAAAGGTG AGCCAGGACC AAAAGGAAAA AAGGGCGATG CTCAAAAAGG AGATCAGGGA 
GAAAAAGGTG AAGAGGGAGC TCCTGGCTAC AAGGGAGACA AGGGTGAAAG AGGAGAATGT 
GGATCCCCAG GAGTAAAAGG GGAAAGAGGT TTGGAAGGTC CTTCTGGCCC TAGGGGATCT 
CGGGGACCTC AGGGTATCAG TGGACCTCCA GGTGAGCCAG GCCCAAAAGG CATTCAAGGA 
AGCAAGGGAG AGCAAGGCCC TTTAGGTCCC TATGGTCCTC CAGGACTCCC TGGTGTTGGA 
GAACCAGGAC CCAAGGGTGC TCAAGGTCAA GAAGGTAAAA TTGGATTCCC AGGACCTCCT 
GGAATTGGTG AGCCAGGATT ACCTGGACCA CGTGGCCCTG ATGGTCTGCC AGGTGAGAAA 
GGTCCACCAG GAGAGGGCAT TCAAGGCCAA AAGGGTGAAA AAGGCTCTCA AGGTGTAGCT 
GGTCTTCCTG GACCTCAAGG TCAACACATC AAAGGTGACA AGGGTGAACA AGGCCAAGTA 
GGACCACAGG GCCCAGCTGG ACCACCAGGA ACAGGCTATC CAGGAAGCCA GGGTATACAG 
GGTCCACAAG GAAACCCTGG GGCAAAAGGA TCTAAAGGCT TGGGTCTGCC AGGTCCAAAG 
GGCCAATCAG GTGAACCTGG ACAAAAAGGA GAACCAGGGC TTCCAGGAAC TGGCGTACGA 
GGACTTAAAG GAGATAGAGG TCCATCAGGA CTCCCAGGAG AGAGGGGGGT GAAGGGAGAT 
CCTGGGAAGC CAGCAACAAA GGGGGAAAAG GGAGATCAAG GTCCAAGAGG CCCAGAAGGA 
CCCCCTGGCA AAGGAAGTGT AGGCCAAAAG GGTGACCCCG GAGAAAAAGG ATCCCAAGGA 
CCAATTGGTT CTAAAGGAGT ACAAGGCCCA GCTGGACCAA AAGGTGAACC GGGAGAGAGA 
GGACCACCTG GTGTCGCTGG ATCATCTATT CGGGGACCTG CTGGACCAAA GGGGGAACCA 
GGACCCGAGG GACCACCAGG AGATGATGGA GCTCCTGGAA AATCAATAAT AGGACCAAAG 
GGTGGCCAGG GCCCACCTGG ACTACCTGGA CCCCGTGGAG AAAAAGGCGA TGGCCACAAA 
GGTGAAGCTG GACCTCCAGG ACCACCAGGC CCCCCGGGAC CACCAGGCCC ACATGGCGTG 
GGAGATGCTG GACCAAAGGG AGACCGTGGA ATAAGAGGCT ATCCTGGGCC CCCGGGACCA 
CGGGGAAGCG GAACGATTGG TCCCAAGGGT GTTATGGGAC AGAAAGGCTT GCCTGGTCCA 
CCTGGCCCCC CTGGCGACAG CATACAAGGA AACAAGGGAG AAAAAGGAAA TCAAGGTTTT 
CCTGGACTAA AGGGATCAAT AGGAATTGGC CTTCCTGGAC CAAAGGGAGA CTATGGAGAT 
AAAGGTGATC CAGGGAGCAA AGGTGCCAAA GGAGAGGCTG GAGACCCAGG ACCTCCAGGA 
CCAAAGGGAA TTTGGGGAAG AAAAGGTGAA CCTGGTCTTT CGAGAGAAGA AGTTATCAGA 
CTTATCAGTG AAATATGTGG TTGTGGTATC AGATGTAGAG TAACACCACT GGAACTAGTA 
TTTGTCATTG ACAGTTCAGA AAGCGTTGGA CCAGTTAACT TCAATATTAC CAAAACTTTT 
ATGAAAACAA TCATTGACAA GATATCTGCC AACCAGGCTA CAACCCGCAT TGGCATTATC 
AACTTCAGCC ATAAAGTGGA GTTGGTGTCT TCTCTGAAGC AATACTCAAC CAAAGAATAC 
CTTAAATCAG CTGTTGATAA AATGCCCTAC TTAGGAGAAG GCACGTACAC AGCTTCTGCT 
ATCCGAGAAG CCATTCAGTT ATTTCAGGCA GCACGCCCGG CAGTAAGAAA AGTGGCTGTT 
GTAATAACAG ATGGACAAGC GGACGCTCGT GATAAAGTAC GGCTAGATAC CATAGCAAGA 
GAGGCCAATG CTATGAATAT TGAGGTATTT GTCATTGGGA TTGTTCAAAG GACTGATCCT 
CATTATGATG ATTTTCTGAA AGAAATGCAG CTCATTGCAA CAGACCCTGA TGAAGAACAT 
GTTTACCAGA TAGATGACTT CATGACACTT TCAGCTCTTG AAAATAAACT GATCACAAAA 
ATCTGTGAGA ATGTGTCTGA GGTCTACACC AGAAAAGATA TTGTTTTATC TCTATCTCCA 
AGTCCGGAAT CTGAAATTGC TAGTGAAGAT ACCAATAACC AGTTACCCAA AATGACAACT 
TCAGAGATTT ATACGCTCCC TACAGAAGGA ACCGGTTATC CACCTAGTCC ACCACAGACC 
AGATATACTG AGCCACCGCC ATCTGCTCAG GATCACACTG TGACCACCCC TGCTCACAGA 
GAATCGAGAT TTCCCCCACT TTATGACATA CCTGAAATCA GACCTCAGAG TCCAGTTGTC 
AATTCTTTGT TCAATGTAAC TGCTAGAGAA GATCACCATC TAACTGTGTT GCAAACACAG 
GTAGCAACAA CCCAAAAAGA TCCAAGGTGC TTGGAACCTA TGAAACCAGG GGATTGTCGG 
GACTATGTGG TAAAATGGTA TTATGACAAG AATGGCAATT CTTGTGGCCA GTTCTGGTAC 
GGAGGTTGCA ATGGTACCAA CAATAGATTT GAAACGGAAA AAGAATGTCG AGAAACCTGC 
AGTGATTGA