COL28A1 cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL28A1
Entrez Gene ID	102108072
Full Name	collagen type XXVIII alpha 1 chain
Gene Type	protein-coding
Organism	Pseudopodoces humilis(Tibetan ground-tit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014248780.1	XP_014104255.1	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
OPs08758	XM_014248780.1 Latest version!	Pseudopodoces humilis collagen, type XXVIII, alpha 1 (COL28A1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

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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_014248780.1 ) cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit) -> XP_014104255.1 Pseudopodoces humilis collagen, type XXVIII, alpha 1 (COL28A1), mRNA.

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CloneID	OPs08758
Clone ID Related Accession (Same CDS sequence)	XM_014248780.1
Accession Version	XM_014248780.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3504bp) 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	2015-09-20
Organism	Pseudopodoces humilis(Tibetan ground-tit)
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_005087558.1) 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 :: Pseudopodoces humilis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAGTTA TTATGAGAAA AAAATGTTTT TTCTTTTGCT TTATACTTCT GGCTATGATA 
ACAAACCAGA TAGTACATGG ACAAAACAGA AAAAAAGGAA AGAATATTTA CTCTCCTATG 
CCAAAAGATG AAGGTGATAT GTGTCTTGTT GATATAGTCT TTATCTTGGA CAGTTCAGAA 
AGTGCCAAAA ATCAGTTGTT TGATTTACAG AAGAATTTTG TTCAAAATAT AACTGACAGC 
ATTTTCCAGA TGAAGCCAGT TAAGTCTCAC ATGTATAATG TCAAACTAGC AAGCATGCAG 
TTCAGCAGCA CAGTTAGCAT TGATCATCCC TTTACAGCCT GGAAAAATGT CCAGAATTTT 
AAGGAGAAAA TCAGTTCTCT GGGCTTTATT GGCCATGGCA CTTATTCCTA TTATGCAGTT 
TCAAATGCCA CTCAGCTGTT TAAAACTGAA AGTCGTAAGA CAAGTGTGAA AGTGGCTTTT 
TTGATGACTG ATGGTGTGGA TCATCCAAAC AGCCCTAATG TCCAAGGGAT AGCCGCAACA 
GCTAGAAGTA TTGGAATACA TTTTATTACC ATTGGCCTTT CTAAGAAAAC AGTCCAAGAA 
GAAAAATTGC GCTCGATATC TGGTGATTCG TCCTCTAAAC ATGTTCTATG CCTGGATGAT 
CAGAACCTGG TAGTTGATGT AGCATTGCAA CTGGAATCCT TGCTCCAGAA GCAGTGTGTG 
CGGAAGACCT GTGAGTGTGG AAAGGGACTA AAAGGAGACA AAGGTGATTC AGGCAGTGCT 
GGCAGCAAAG GGGAGAAAGG TGACCCAGGA CCAAAAGGAA ACAAGGGTGA TGCTCAAAAA 
GGAGATCATG GAGAGAAAGG TGAAGAGGGA GCTCCTGGCT ACAAGGGAGA CAAGGGTGAA 
AGAGGAGAAT GTGGACCTCC AGGAACAAAA GGCGAAATAG GTTTGCAGGG CTCTGTGGGC 
CCTACAGGAC CTCGGGGACC TCAGGGTATC AGGGGAGATC CAGGTCAGCA AGGCCCAAAA 
GGCATTCAAG GAAACAAGGG AGAACAAGGC CCCCCAGGTC CCTATGGTCC TGCAGGACCC 
CCTGGCATTG GAGAGCCAGG ACCCAAGGGT GCTGAAGGTC GAGAAGGTAA AATTGGATTG 
CCAGGACCGC CTGGAATTGG TGAGCCAGGA TTACCTGGAC CACCTGGCCC TGCTGGGTCA 
CCAGGTGAGA GAGGTCCACA AGGAGAGGGC ATTCAAGGCC AAAAGGGTGA AAAAGGCTCT 
GAAGGTGTAC GCGGTCCTCC TGGACCAAAA GGTGAACAAG TCAAAGGTGA CAAGGGTGAA 
CAAGGCCAAG TAGGACCACA GGGCCCACCA GGACCACCAG GAATAGGCAA TCCAGGAAGC 
CGGGGTATAC AGGGTCCACA AGGAATCCCT GGGGCAAAAG GCTCTCAAGG TTCTGGTCGG 
CCAGGACCAA AGGGTGAACC AGGTGAACCT GGACAAAAAG GAGAAGCAGG ACTTCCAGGA 
ATTAACTCAT CAGGACTTAA AGGAGATAGA GGTCTACCAG GACCCCCAGG AGAAAAGGGG 
GTGATAGGAG AGAAGGGGTT GACAGGGAAA AAGGGGGAAA AGGGAGATCA AGGTCCAAGA 
GGCCCAGAAG GACCCCCTGG CAAAGGAGAT GTAGGTCAAA AGGGTGACCC TGGAGAAAAA 
GGATCCAAAG GAGTGATTGG TCTTACAGGA CCAAAAGGCC CAGCTGGACC AAAAGGTGAT 
CCTGGAGAGA GAGGACTCCC TGGTGCAGCT GGATCATCAG TTTTGGGACC TCCTGGACCA 
AAGGGGGATC CAGGAGACAA GGGACCACCA GGAGATGATG GACTTCCTGG AAATTCAATA 
ATGGGACCAA CGGGAGACCG AGGAGTACCT GGACCACCTG GACCCCATGG AGAAAAAGGT 
GACAAAGGTG ACAAAGGTGA AGCTGGACCT CCAGGACCAG CAGGCCCTGA AGGACCAGCA 
GGACCAAAAG GCGTGGGAGA TGCTGGACCA AAGGGAGACC AAGGAATTAG AGGCCATCCT 
GGGCCACCAG GGCCTCCAGG ATGGGGAAGC ATGGGTCCCA AGGGTATTAT GGGACGTAAA 
GGCTTGCCTG GTCCACCTGG CCCCCCTGGT ATCAGCATAC AAGGAGACAA GGGAGAAAAA 
GGAAATAAAG GTTTTCCTGG ACCAAAAGGA TCAGTAGGAA CTGGCCTTCC TGGACGAAAG 
GGAGACTATG GTGATAAAGG TGATCCAGGG AGCAAAGGTG CCAAAGGAGA AATTGGAGAC 
CCAGGACCTC CAGGGCCAAG GGGAATTGGG GGAATAAAAG GTGAACCTGG TCTTTCGAGG 
GAAGATGTTA TCAGACTTAT CAATGAAATA TGTGGCTGTG GTATCAAATG TAGAGTGACA 
CCACTGGAAC TAGTATTCGT CATTGACAGC TCAGAAAGCG TTGGACCAGA TAACTTCAAT 
ATTATCAAAA CCTTTATGAA AACATTCATT GACAAAGTTT CGGCCAACCA CGCTACAACC 
CGCATTGGAA TTATCAACTT CAGCCACAGG GTGGACCTGG TGTCTTCTCT GAAGCAGTAC 
ACAAGCAAAG AGTATCTGAA ATCAGCTGTT GACAAGATGC CCTACTTAGG AGAGGGCACA 
TACACAGCTT CTGCTATCCA AGAGGCCATT CACCTATTCC AGGCCGCTCG CCTGGCAGTA 
AGGAAGGTGG CTGTTGTAAT AACAGATGGA CAGGCTGACA GTCGTGATAA AGTACAACTG 
GATACTGTAG TAAGAGAGGC TCATGCTACA AATATTGAGA TATTTGTCAT TGGGATTGTA 
CAAAGGACTG ATCCTCACTA CGATGATTTC CTAAAAGAAA TGCAGCTCAT TGCAACAGAC 
CCTGATGAAG AACATGTTTA TGAGATAGAC GACTTCATAA CGCTTTCAGC TCTTGAAAAT 
AAACTGATCA CAAAAATCTG TGAGAACGAG TCTGCAGTGT ACACCAGAAA ATACAATATT 
TTATCTCCAT CTCCCAGTCT GGAAACTGAA ATTTCCAGGA AAGATGCTAA CAGCCAGTTA 
CCTAAAATGA CCACTTCAGA GATTGACACG CTTCCTACAG AAGGAATTAG TTACCCACAC 
AGTCCACCAC AGTCTGGATA CACTGAGCCT CTGCCATCTT CTCAGGACCA CACTGTGACC 
CCCTCTGCTC ACAGAGAATC TCTACTTCCC TCAGTTGATA ACATATCTGA AATCAGACCC 
CTAAGTCCAG CTGTCAATCC TGTCTTCAGT GGAACTTCTA CTGAAGATCA CCAGCCAGCT 
CTGTGGCAAA CACAGGTAGC AACAACCCAA AAAAATCCAA GATGCTTGGA ACCCATGAAA 
CCAGGGGATT GCTGGGACTA CGTGGTGAAA TGGTATTATG ACAAGAATGG CAATTCATGT 
GGCCAGTTCT GGTATGGAGG TTGTAATGGT ACCAACAATA GATTTGAAAC AGAAAAAGAA 
TGTCAAGAAA CCTGTGTTGA TTGA

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

RefSeq	XP_014104255.1
CDS	278..3781
Translation	MKVIMRKKCFFFCFILLAMITNQIVHGQNRKKGKNIYSPMPKDEGDMCLVDIVFILDSSESAKNQLFDLQKNFVQNITDSIFQMKPVKSHMYNVKLASMQFSSTVSIDHPFTAWKNVQNFKEKISSLGFIGHGTYSYYAVSNATQLFKTESRKTSVKVAFLMTDGVDHPNSPNVQGIAATARSIGIHFITIGLSKKTVQEEKLRSISGDSSSKHVLCLDDQNLVVDVALQLESLLQKQCVRKTCECGKGLKGDKGDSGSAGSKGEKGDPGPKGNKGDAQKGDHGEKGEEGAPGYKGDKGERGECGPPGTKGEIGLQGSVGPTGPRGPQGIRGDPGQQGPKGIQGNKGEQGPPGPYGPAGPPGIGEPGPKGAEGREGKIGLPGPPGIGEPGLPGPPGPAGSPGERGPQGEGIQGQKGEKGSEGVRGPPGPKGEQVKGDKGEQGQVGPQGPPGPPGIGNPGSRGIQGPQGIPGAKGSQGSGRPGPKGEPGEPGQKGEAGLPGINSSGLKGDRGLPGPPGEKGVIGEKGLTGKKGEKGDQGPRGPEGPPGKGDVGQKGDPGEKGSKGVIGLTGPKGPAGPKGDPGERGLPGAAGSSVLGPPGPKGDPGDKGPPGDDGLPGNSIMGPTGDRGVPGPPGPHGEKGDKGDKGEAGPPGPAGPEGPAGPKGVGDAGPKGDQGIRGHPGPPGPPGWGSMGPKGIMGRKGLPGPPGPPGISIQGDKGEKGNKGFPGPKGSVGTGLPGRKGDYGDKGDPGSKGAKGEIGDPGPPGPRGIGGIKGEPGLSREDVIRLINEICGCGIKCRVTPLELVFVIDSSESVGPDNFNIIKTFMKTFIDKVSANHATTRIGIINFSHRVDLVSSLKQYTSKEYLKSAVDKMPYLGEGTYTASAIQEAIHLFQAARLAVRKVAVVITDGQADSRDKVQLDTVVREAHATNIEIFVIGIVQRTDPHYDDFLKEMQLIATDPDEEHVYEIDDFITLSALENKLITKICENESAVYTRKYNILSPSPSLETEISRKDANSQLPKMTTSEIDTLPTEGISYPHSPPQSGYTEPLPSSQDHTVTPSAHRESLLPSVDNISEIRPLSPAVNPVFSGTSTEDHQPALWQTQVATTQKNPRCLEPMKPGDCWDYVVKWYYDKNGNSCGQFWYGGCNGTNNRFETEKECQETCVD

Target ORF information:

RefSeq Version	XM_014248780.1
Organism	Pseudopodoces humilis(Tibetan ground-tit)
Definition	Pseudopodoces humilis 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_014248780.1

ORF Insert Sequence:

ATGAAAGTTA TTATGAGAAA AAAATGTTTT TTCTTTTGCT TTATACTTCT GGCTATGATA 
ACAAACCAGA TAGTACATGG ACAAAACAGA AAAAAAGGAA AGAATATTTA CTCTCCTATG 
CCAAAAGATG AAGGTGATAT GTGTCTTGTT GATATAGTCT TTATCTTGGA CAGTTCAGAA 
AGTGCCAAAA ATCAGTTGTT TGATTTACAG AAGAATTTTG TTCAAAATAT AACTGACAGC 
ATTTTCCAGA TGAAGCCAGT TAAGTCTCAC ATGTATAATG TCAAACTAGC AAGCATGCAG 
TTCAGCAGCA CAGTTAGCAT TGATCATCCC TTTACAGCCT GGAAAAATGT CCAGAATTTT 
AAGGAGAAAA TCAGTTCTCT GGGCTTTATT GGCCATGGCA CTTATTCCTA TTATGCAGTT 
TCAAATGCCA CTCAGCTGTT TAAAACTGAA AGTCGTAAGA CAAGTGTGAA AGTGGCTTTT 
TTGATGACTG ATGGTGTGGA TCATCCAAAC AGCCCTAATG TCCAAGGGAT AGCCGCAACA 
GCTAGAAGTA TTGGAATACA TTTTATTACC ATTGGCCTTT CTAAGAAAAC AGTCCAAGAA 
GAAAAATTGC GCTCGATATC TGGTGATTCG TCCTCTAAAC ATGTTCTATG CCTGGATGAT 
CAGAACCTGG TAGTTGATGT AGCATTGCAA CTGGAATCCT TGCTCCAGAA GCAGTGTGTG 
CGGAAGACCT GTGAGTGTGG AAAGGGACTA AAAGGAGACA AAGGTGATTC AGGCAGTGCT 
GGCAGCAAAG GGGAGAAAGG TGACCCAGGA CCAAAAGGAA ACAAGGGTGA TGCTCAAAAA 
GGAGATCATG GAGAGAAAGG TGAAGAGGGA GCTCCTGGCT ACAAGGGAGA CAAGGGTGAA 
AGAGGAGAAT GTGGACCTCC AGGAACAAAA GGCGAAATAG GTTTGCAGGG CTCTGTGGGC 
CCTACAGGAC CTCGGGGACC TCAGGGTATC AGGGGAGATC CAGGTCAGCA AGGCCCAAAA 
GGCATTCAAG GAAACAAGGG AGAACAAGGC CCCCCAGGTC CCTATGGTCC TGCAGGACCC 
CCTGGCATTG GAGAGCCAGG ACCCAAGGGT GCTGAAGGTC GAGAAGGTAA AATTGGATTG 
CCAGGACCGC CTGGAATTGG TGAGCCAGGA TTACCTGGAC CACCTGGCCC TGCTGGGTCA 
CCAGGTGAGA GAGGTCCACA AGGAGAGGGC ATTCAAGGCC AAAAGGGTGA AAAAGGCTCT 
GAAGGTGTAC GCGGTCCTCC TGGACCAAAA GGTGAACAAG TCAAAGGTGA CAAGGGTGAA 
CAAGGCCAAG TAGGACCACA GGGCCCACCA GGACCACCAG GAATAGGCAA TCCAGGAAGC 
CGGGGTATAC AGGGTCCACA AGGAATCCCT GGGGCAAAAG GCTCTCAAGG TTCTGGTCGG 
CCAGGACCAA AGGGTGAACC AGGTGAACCT GGACAAAAAG GAGAAGCAGG ACTTCCAGGA 
ATTAACTCAT CAGGACTTAA AGGAGATAGA GGTCTACCAG GACCCCCAGG AGAAAAGGGG 
GTGATAGGAG AGAAGGGGTT GACAGGGAAA AAGGGGGAAA AGGGAGATCA AGGTCCAAGA 
GGCCCAGAAG GACCCCCTGG CAAAGGAGAT GTAGGTCAAA AGGGTGACCC TGGAGAAAAA 
GGATCCAAAG GAGTGATTGG TCTTACAGGA CCAAAAGGCC CAGCTGGACC AAAAGGTGAT 
CCTGGAGAGA GAGGACTCCC TGGTGCAGCT GGATCATCAG TTTTGGGACC TCCTGGACCA 
AAGGGGGATC CAGGAGACAA GGGACCACCA GGAGATGATG GACTTCCTGG AAATTCAATA 
ATGGGACCAA CGGGAGACCG AGGAGTACCT GGACCACCTG GACCCCATGG AGAAAAAGGT 
GACAAAGGTG ACAAAGGTGA AGCTGGACCT CCAGGACCAG CAGGCCCTGA AGGACCAGCA 
GGACCAAAAG GCGTGGGAGA TGCTGGACCA AAGGGAGACC AAGGAATTAG AGGCCATCCT 
GGGCCACCAG GGCCTCCAGG ATGGGGAAGC ATGGGTCCCA AGGGTATTAT GGGACGTAAA 
GGCTTGCCTG GTCCACCTGG CCCCCCTGGT ATCAGCATAC AAGGAGACAA GGGAGAAAAA 
GGAAATAAAG GTTTTCCTGG ACCAAAAGGA TCAGTAGGAA CTGGCCTTCC TGGACGAAAG 
GGAGACTATG GTGATAAAGG TGATCCAGGG AGCAAAGGTG CCAAAGGAGA AATTGGAGAC 
CCAGGACCTC CAGGGCCAAG GGGAATTGGG GGAATAAAAG GTGAACCTGG TCTTTCGAGG 
GAAGATGTTA TCAGACTTAT CAATGAAATA TGTGGCTGTG GTATCAAATG TAGAGTGACA 
CCACTGGAAC TAGTATTCGT CATTGACAGC TCAGAAAGCG TTGGACCAGA TAACTTCAAT 
ATTATCAAAA CCTTTATGAA AACATTCATT GACAAAGTTT CGGCCAACCA CGCTACAACC 
CGCATTGGAA TTATCAACTT CAGCCACAGG GTGGACCTGG TGTCTTCTCT GAAGCAGTAC 
ACAAGCAAAG AGTATCTGAA ATCAGCTGTT GACAAGATGC CCTACTTAGG AGAGGGCACA 
TACACAGCTT CTGCTATCCA AGAGGCCATT CACCTATTCC AGGCCGCTCG CCTGGCAGTA 
AGGAAGGTGG CTGTTGTAAT AACAGATGGA CAGGCTGACA GTCGTGATAA AGTACAACTG 
GATACTGTAG TAAGAGAGGC TCATGCTACA AATATTGAGA TATTTGTCAT TGGGATTGTA 
CAAAGGACTG ATCCTCACTA CGATGATTTC CTAAAAGAAA TGCAGCTCAT TGCAACAGAC 
CCTGATGAAG AACATGTTTA TGAGATAGAC GACTTCATAA CGCTTTCAGC TCTTGAAAAT 
AAACTGATCA CAAAAATCTG TGAGAACGAG TCTGCAGTGT ACACCAGAAA ATACAATATT 
TTATCTCCAT CTCCCAGTCT GGAAACTGAA ATTTCCAGGA AAGATGCTAA CAGCCAGTTA 
CCTAAAATGA CCACTTCAGA GATTGACACG CTTCCTACAG AAGGAATTAG TTACCCACAC 
AGTCCACCAC AGTCTGGATA CACTGAGCCT CTGCCATCTT CTCAGGACCA CACTGTGACC 
CCCTCTGCTC ACAGAGAATC TCTACTTCCC TCAGTTGATA ACATATCTGA AATCAGACCC 
CTAAGTCCAG CTGTCAATCC TGTCTTCAGT GGAACTTCTA CTGAAGATCA CCAGCCAGCT 
CTGTGGCAAA CACAGGTAGC AACAACCCAA AAAAATCCAA GATGCTTGGA ACCCATGAAA 
CCAGGGGATT GCTGGGACTA CGTGGTGAAA TGGTATTATG ACAAGAATGG CAATTCATGT 
GGCCAGTTCT GGTATGGAGG TTGTAATGGT ACCAACAATA GATTTGAAAC AGAAAAAGAA 
TGTCAAGAAA CCTGTGTTGA TTGA