COL14A1 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL14A1
Entrez Gene ID	7373
Full Name	collagen type XIV alpha 1 chain
Synonyms	UND
General protein information	Preferred Names collagen type XIV alpha 1 chain Names collagen alpha-1(XIV) chain collagen, type XIV, alpha 1 undulin (fibronectin-tenascin-related)
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 8 Map Location: 8q24.12
Summary	This gene encodes the alpha chain of type XIV collagen, a member of the FACIT (fibril-associated collagens with interrupted triple helices) collagen family. Type XIV collagen interacts with the fibril surface and is involved in the regulation of fibrillogenesis. [provided by RefSeq, Jan 2013].
Disorder MIM:	120324

mRNA and Protein(s)

mRNA	Protein	Name
NM_021110.4	NP_066933.1	collagen alpha-1(XIV) chain precursor
XM_017013809.2	XP_016869298.1	collagen alpha-1(XIV) chain isoform X1
XM_017013809.1	XP_016869298.1	collagen alpha-1(XIV) chain isoform X1
NM_021110.3	NP_066933.1	collagen alpha-1(XIV) chain precursor
XM_005251059.4	XP_005251116.1	collagen alpha-1(XIV) chain isoform X2
XM_005251059.3	XP_005251116.1	collagen alpha-1(XIV) chain isoform X2
XM_006716651.3	XP_006716714.1	collagen alpha-1(XIV) chain isoform X1

Pathways from BioSystems

Homologies

	COL14A1	XP_002805526.1
Gallus gallus (chicken)	COL14A1	NP_990665.1
Danio rerio (zebrafish)	col14a1a	XP_001922046.4
Homo sapiens (human)	COL14A1	NP_066933.1
Canis lupus familiaris (dog)	COL14A1	XP_532319.2
Rattus norvegicus (Norway rat)	Col14a1	NP_001124020.1
Pan troglodytes (chimpanzee)	COL14A1	XP_519927.2
Bos taurus (cattle)	COL14A1	XP_003586965.2
Mus musculus (house mouse)	Col14a1	NP_851794.3

Gene Ontology
Bibliography

Related articles in PubMed

Characterization of the Extracellular Matrix of Normal and Diseased Tissues Using Proteomics.
Naba A, Pearce OMT, Del Rosario A, Ma D, Ding H, Rajeeve V, Cutillas PR, Balkwill FR, Hynes RO
Journal of proteome research16(8)3083-3091(2017 Aug)

Comprehensive proteomic characterization of stem cell-derived extracellular matrices.
Ragelle H, Naba A, Larson BL, Zhou F, Priji? M, Whittaker CA, Del Rosario A, Langer R, Hynes RO, Anderson DG
Biomaterials128147-159(2017 06)

Extracellular matrix remodelling in response to venous hypertension: proteomics of human varicose veins.
Barallobre-Barreiro J, Oklu R, Lynch M, Fava M, Baig F, Yin X, Barwari T, Potier DN, Albadawi H, Jahangiri M, Porter KE, Watkins MT, Misra S, Stoughton J, Mayr M
Cardiovascular research110(3)419-30(2016 06)

Compartment-specific expression of collagens and their processing enzymes in intrapulmonary arteries of IPAH patients.
Hoffmann J, Marsh LM, Pieper M, Stacher E, Ghanim B, Kovacs G, K?nig P, Wilkens H, Haitchi HM, Hoefler G, Klepetko W, Olschewski H, Olschewski A, Kwapiszewska G
American journal of physiology. Lung cellular and molecular physiology308(10)L1002-13(2015 May)

Epidemiological and genome-wide association study of gastritis or gastric ulcer in korean populations.
Oh S, Oh S
Genomics & informatics12(3)127-33(2014 Sep)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

the intima+media of IPAH vessels, collagens (COL4A5, COL14A1, and COL18A1), matrix metalloproteinase (MMP) 19, and a disintegrin and metalloprotease (ADAM) 33 were higher expressed, whereas MMP10, ADAM17, TIMP1, and TIMP3 were less abundant.
Title: Compartment-specific expression of collagens and their processing enzymes in intrapulmonary arteries of IPAH patients.

COL14A1 would be a casual gene for punctate palmoplantar keratoderma.
Title: Exome sequencing identifies a COL14A1 mutation in a large Chinese pedigree with punctate palmoplantar keratoderma.

In addition to binding collagen I, COMP binds to collagens XII and XIV via their C-terminal collagenous domains.
Title: Collagen XII and XIV, new partners of cartilage oligomeric matrix protein in the skin extracellular matrix suprastructure.

Clinical trial of gene-disease association and gene-environment interaction. (HuGE Navigator)
Title: Personalized smoking cessation: interactions between nicotine dose, dependence and quit-success genotype score.

The aim of this study was therefore to test the association between polymorphisms within COL12A1 and COL14A1 and Achilles tendon injuries
Title: The COL12A1 and COL14A1 genes and Achilles tendon injuries.

The following COL14A1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COL14A1 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)
OHu22200	NM_021110.4 Latest version!	Homo sapiens collagen type XIV alpha 1 chain (COL14A1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu22200	XM_017013809.2 Latest version!	Homo sapiens collagen type XIV alpha 1 chain (COL14A1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu22200	XM_006716651.3 Latest version!	Homo sapiens collagen type XIV alpha 1 chain (COL14A1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu42576	XM_005251059.4 Latest version!	Homo sapiens collagen type XIV alpha 1 chain (COL14A1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
View Old Accession Versions >>
OHu22200	XM_017013809.1	Homo sapiens collagen type XIV alpha 1 (COL14A1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu22200	NM_021110.3	Homo sapiens collagen type XIV alpha 1 chain (COL14A1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu42576	XM_005251059.3	Homo sapiens collagen type XIV alpha 1 (COL14A1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
Hide Old Accession Versions >>

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** 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)

COL14A1 ( NM_021110.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_066933.1 Homo sapiens collagen type XIV alpha 1 chain (COL14A1), mRNA.

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CloneID	OHu22200
Clone ID Related Accession (Same CDS sequence)	NM_021110.4 , XM_017013809.2 , XM_017013809.1 , NM_021110.3 , XM_006716651.3
Accession Version	NM_021110.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5391bp) 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	2019-08-21
Organism	Homo sapiens(human)
Product	collagen alpha-1(XIV) chain precursor
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC090736.5, DB286127.1, AK307716.1, BC140893.1, DA373565.1, AC107877.4 and CF529353.1. This sequence is a reference standard in the RefSeqGene project. On Nov 23, 2018 this sequence version replaced NM_021110.3. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR1803615.95048.1, SRR1803614.257150.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000297848.8/ ENSP00000297848.3 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GCTCCCCATC CAGATCAGCC AGAGTTCACC 
CCTGTCCAAG ATGAGCTGGA AGCCATGGAA CTGTGGGGCC CTGGAGTCTG A

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

RefSeq	NP_066933.1
CDS	277..5667
Translation	MKIFQRKMRYWLLPPFLAIVYFCTIVQGQVAPPTRLRYNVISHDSIQISWKAPRGKFGGYKLLVTPTSGGKTNQLNLQNTATKAIIQGLMPDQNYTVQIIAYNKDKESKPAQGQFRIKDLEKRKDPKPRVKVVDRGNGSRPSSPEEVKFVCQTPAIADIVILVDGSWSIGRFNFRLVRHFLENLVTAFDVGSEKTRIGLAQYSGDPRIEWHLNAFSTKDEVIEAVRNLPYKGGNTLTGLALNYIFENSFKPEAGSRTGVSKIGILITDGKSQDDIIPPSRNLRESGVELFAIGVKNADVNELQEIASEPDSTHVYNVAEFDLMHTVVESLTRTLCSRVEEQDREIKASAHAITGPPTELITSEVTARSFMVNWTHAPGNVEKYRVVYYPTRGGKPDEVVVDGTVSSTVLKNLMSLTEYQIAVFAIYAHTASEGLRGTETTLALPMASDLLLYDVTENSMRVKWDAVPGASGYLILYAPLTEGLAGDEKEMKIGETHTDIELSGLLPNTEYTVTVYAMFGEEASDPVTGQETTLALSPPRNLRISNVGSNSARLTWDPTSRQINGYRIVYNNADGTEINEVEVDPITTFPLKGLTPLTEYTIAIFSIYDEGQSEPLTGVFTTEEVPAQQYLEIDEVTTDSFRVTWHPLSADEGLHKLMWIPVYGGKTEEVVLKEEQDSHVIEGLEPGTEYEVSLLAVLDDGSESEVVTAVGTTLDSFWTEPATTIVPTTSVTSVFQTGIRNLVVGDETTSSLRVKWDISDSDVQQFRVTYMTAQGDPEEEVIGTVMVPGSQNNLLLKPLLPDTEYKVTVTPIYTDGEGVSVSAPGKTLPSSGPQNLRVSEEWYNRLRITWDPPSSPVKGYRIVYKPVSVPGPTLETFVGADINTILITNLLSGMDYNVKIFASQASGFSDALTGMVKTLFLGVTNLQAKHVEMTSLCAHWQVHRHATAYRVVIESLQDRQKQESTVGGGTTRHCFYGLQPDSEYKISVYTKLQEIEGPSVSIMEKTQSLPTRPPTFPPTIPPAKEVCKAAKADLVFMVDGSWSIGDENFNKIISFLYSTVGALNKIGTDGTQVAMVQFTDDPRTEFKLNAYKTKETLLDAIKHISYKGGNTKTGKAIKYVRDTLFTAESGTRRGIPKVIVVITDGRSQDDVNKISREMQLDGYSIFAIGVADADYSELVSIGSKPSARHVFFVDDFDAFKKIEDELITFVCETASATCPVVHKDGIDLAGFKMMEMFGLVEKDFSSVEGVSMEPGTFNVFPCYQLHKDALVSQPTRYLHPEGLPSDYTISFLFRILPDTPQEPFALWEILNKNSDPLVGVILDNGGKTLTYFNYDQSGDFQTVTFEGPEIRKIFYGSFHKLHIVVSETLVKVVIDCKQVGEKAMNASANITSDGVEVLGKMVRSRGPGGNSAPFQLQMFDIVCSTSWANTDKCCELPGLRDDESCPDLPHSCSCSETNEVALGPAGPPGGPGLRGPKGQQGEPGPKGPDGPRGEIGLPGPQGPPGPQGPSGLSIQGMPGMPGEKGEKGDTGLPGPQGIPGGVGSPGRDGSPGQRGLPGKDGSSGPPGPPGPIGIPGTPGVPGITGSMGPQGALGPPGVPGAKGERGERGDLQSQAMVRSVARQVCEQLIQSHMARYTAILNQIPSHSSSIRTVQGPPGEPGRPGSPGAPGEQGPPGTPGFPGNAGVPGTPGERGLTGIKGEKGNPGVGTQGPRGPPGPAGPSGESRPGSPGPPGSPGPRGPPGHLGVPGPQGPSGQPGYCDPSSCSAYGVRAPHPDQPEFTPVQDELEAMELWGPGV

Target ORF information:

RefSeq Version	NM_021110.4
Organism	Homo sapiens(human)
Definition	Homo sapiens collagen type XIV alpha 1 chain (COL14A1), mRNA.

Target ORF information:

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

NM_021110.4

ORF Insert Sequence:

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GCTCCCCATC CAGATCAGCC AGAGTTCACC 
CCTGTCCAAG ATGAGCTGGA AGCCATGGAA CTGTGGGGCC CTGGAGTCTG A

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

COL14A1 ( NM_021110.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_066933.1 Homo sapiens collagen type XIV alpha 1 chain (COL14A1), mRNA.

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CloneID	OHu22200
Clone ID Related Accession (Same CDS sequence)	NM_021110.4 , XM_017013809.2 , XM_017013809.1 , NM_021110.3 , XM_006716651.3
Accession Version	NM_021110.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5391bp) 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	2017-10-02
Organism	Homo sapiens(human)
Product	collagen alpha-1(XIV) chain precursor
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DB286127.1, AK307716.1, BC140893.1, DA373565.1, AC107877.4 and CF529353.1. This sequence is a reference standard in the RefSeqGene project. On Apr 27, 2016 this sequence version replaced NM_021110.2. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GCTCCCCATC CAGATCAGCC AGAGTTCACC 
CCTGTCCAAG ATGAGCTGGA AGCCATGGAA CTGTGGGGCC CTGGAGTCTG A

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

RefSeq	NP_066933.1
CDS	271..5661
Translation	MKIFQRKMRYWLLPPFLAIVYFCTIVQGQVAPPTRLRYNVISHDSIQISWKAPRGKFGGYKLLVTPTSGGKTNQLNLQNTATKAIIQGLMPDQNYTVQIIAYNKDKESKPAQGQFRIKDLEKRKDPKPRVKVVDRGNGSRPSSPEEVKFVCQTPAIADIVILVDGSWSIGRFNFRLVRHFLENLVTAFDVGSEKTRIGLAQYSGDPRIEWHLNAFSTKDEVIEAVRNLPYKGGNTLTGLALNYIFENSFKPEAGSRTGVSKIGILITDGKSQDDIIPPSRNLRESGVELFAIGVKNADVNELQEIASEPDSTHVYNVAEFDLMHTVVESLTRTLCSRVEEQDREIKASAHAITGPPTELITSEVTARSFMVNWTHAPGNVEKYRVVYYPTRGGKPDEVVVDGTVSSTVLKNLMSLTEYQIAVFAIYAHTASEGLRGTETTLALPMASDLLLYDVTENSMRVKWDAVPGASGYLILYAPLTEGLAGDEKEMKIGETHTDIELSGLLPNTEYTVTVYAMFGEEASDPVTGQETTLALSPPRNLRISNVGSNSARLTWDPTSRQINGYRIVYNNADGTEINEVEVDPITTFPLKGLTPLTEYTIAIFSIYDEGQSEPLTGVFTTEEVPAQQYLEIDEVTTDSFRVTWHPLSADEGLHKLMWIPVYGGKTEEVVLKEEQDSHVIEGLEPGTEYEVSLLAVLDDGSESEVVTAVGTTLDSFWTEPATTIVPTTSVTSVFQTGIRNLVVGDETTSSLRVKWDISDSDVQQFRVTYMTAQGDPEEEVIGTVMVPGSQNNLLLKPLLPDTEYKVTVTPIYTDGEGVSVSAPGKTLPSSGPQNLRVSEEWYNRLRITWDPPSSPVKGYRIVYKPVSVPGPTLETFVGADINTILITNLLSGMDYNVKIFASQASGFSDALTGMVKTLFLGVTNLQAKHVEMTSLCAHWQVHRHATAYRVVIESLQDRQKQESTVGGGTTRHCFYGLQPDSEYKISVYTKLQEIEGPSVSIMEKTQSLPTRPPTFPPTIPPAKEVCKAAKADLVFMVDGSWSIGDENFNKIISFLYSTVGALNKIGTDGTQVAMVQFTDDPRTEFKLNAYKTKETLLDAIKHISYKGGNTKTGKAIKYVRDTLFTAESGTRRGIPKVIVVITDGRSQDDVNKISREMQLDGYSIFAIGVADADYSELVSIGSKPSARHVFFVDDFDAFKKIEDELITFVCETASATCPVVHKDGIDLAGFKMMEMFGLVEKDFSSVEGVSMEPGTFNVFPCYQLHKDALVSQPTRYLHPEGLPSDYTISFLFRILPDTPQEPFALWEILNKNSDPLVGVILDNGGKTLTYFNYDQSGDFQTVTFEGPEIRKIFYGSFHKLHIVVSETLVKVVIDCKQVGEKAMNASANITSDGVEVLGKMVRSRGPGGNSAPFQLQMFDIVCSTSWANTDKCCELPGLRDDESCPDLPHSCSCSETNEVALGPAGPPGGPGLRGPKGQQGEPGPKGPDGPRGEIGLPGPQGPPGPQGPSGLSIQGMPGMPGEKGEKGDTGLPGPQGIPGGVGSPGRDGSPGQRGLPGKDGSSGPPGPPGPIGIPGTPGVPGITGSMGPQGALGPPGVPGAKGERGERGDLQSQAMVRSVARQVCEQLIQSHMARYTAILNQIPSHSSSIRTVQGPPGEPGRPGSPGAPGEQGPPGTPGFPGNAGVPGTPGERGLTGIKGEKGNPGVGTQGPRGPPGPAGPSGESRPGSPGPPGSPGPRGPPGHLGVPGPQGPSGQPGYCDPSSCSAYGVRAPHPDQPEFTPVQDELEAMELWGPGV

Target ORF information:

RefSeq Version	NM_021110.3
Organism	Homo sapiens(human)
Definition	Homo sapiens collagen type XIV alpha 1 chain (COL14A1), mRNA.

Target ORF information:

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

NM_021110.3

ORF Insert Sequence:

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GCTCCCCATC CAGATCAGCC AGAGTTCACC 
CCTGTCCAAG ATGAGCTGGA AGCCATGGAA CTGTGGGGCC CTGGAGTCTG A

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

COL14A1 ( XM_017013809.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869298.1 Homo sapiens collagen type XIV alpha 1 chain (COL14A1), transcript variant X2, mRNA.

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CloneID	OHu22200
Clone ID Related Accession (Same CDS sequence)	NM_021110.4 , XM_017013809.2 , XM_017013809.1 , NM_021110.3 , XM_006716651.3
Accession Version	XM_017013809.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5391bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	collagen alpha-1(XIV) chain isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017013809.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GCTCCCCATC CAGATCAGCC AGAGTTCACC 
CCTGTCCAAG ATGAGCTGGA AGCCATGGAA CTGTGGGGCC CTGGAGTCTG A

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

RefSeq	XP_016869298.1
CDS	61..5451
Translation	MKIFQRKMRYWLLPPFLAIVYFCTIVQGQVAPPTRLRYNVISHDSIQISWKAPRGKFGGYKLLVTPTSGGKTNQLNLQNTATKAIIQGLMPDQNYTVQIIAYNKDKESKPAQGQFRIKDLEKRKDPKPRVKVVDRGNGSRPSSPEEVKFVCQTPAIADIVILVDGSWSIGRFNFRLVRHFLENLVTAFDVGSEKTRIGLAQYSGDPRIEWHLNAFSTKDEVIEAVRNLPYKGGNTLTGLALNYIFENSFKPEAGSRTGVSKIGILITDGKSQDDIIPPSRNLRESGVELFAIGVKNADVNELQEIASEPDSTHVYNVAEFDLMHTVVESLTRTLCSRVEEQDREIKASAHAITGPPTELITSEVTARSFMVNWTHAPGNVEKYRVVYYPTRGGKPDEVVVDGTVSSTVLKNLMSLTEYQIAVFAIYAHTASEGLRGTETTLALPMASDLLLYDVTENSMRVKWDAVPGASGYLILYAPLTEGLAGDEKEMKIGETHTDIELSGLLPNTEYTVTVYAMFGEEASDPVTGQETTLALSPPRNLRISNVGSNSARLTWDPTSRQINGYRIVYNNADGTEINEVEVDPITTFPLKGLTPLTEYTIAIFSIYDEGQSEPLTGVFTTEEVPAQQYLEIDEVTTDSFRVTWHPLSADEGLHKLMWIPVYGGKTEEVVLKEEQDSHVIEGLEPGTEYEVSLLAVLDDGSESEVVTAVGTTLDSFWTEPATTIVPTTSVTSVFQTGIRNLVVGDETTSSLRVKWDISDSDVQQFRVTYMTAQGDPEEEVIGTVMVPGSQNNLLLKPLLPDTEYKVTVTPIYTDGEGVSVSAPGKTLPSSGPQNLRVSEEWYNRLRITWDPPSSPVKGYRIVYKPVSVPGPTLETFVGADINTILITNLLSGMDYNVKIFASQASGFSDALTGMVKTLFLGVTNLQAKHVEMTSLCAHWQVHRHATAYRVVIESLQDRQKQESTVGGGTTRHCFYGLQPDSEYKISVYTKLQEIEGPSVSIMEKTQSLPTRPPTFPPTIPPAKEVCKAAKADLVFMVDGSWSIGDENFNKIISFLYSTVGALNKIGTDGTQVAMVQFTDDPRTEFKLNAYKTKETLLDAIKHISYKGGNTKTGKAIKYVRDTLFTAESGTRRGIPKVIVVITDGRSQDDVNKISREMQLDGYSIFAIGVADADYSELVSIGSKPSARHVFFVDDFDAFKKIEDELITFVCETASATCPVVHKDGIDLAGFKMMEMFGLVEKDFSSVEGVSMEPGTFNVFPCYQLHKDALVSQPTRYLHPEGLPSDYTISFLFRILPDTPQEPFALWEILNKNSDPLVGVILDNGGKTLTYFNYDQSGDFQTVTFEGPEIRKIFYGSFHKLHIVVSETLVKVVIDCKQVGEKAMNASANITSDGVEVLGKMVRSRGPGGNSAPFQLQMFDIVCSTSWANTDKCCELPGLRDDESCPDLPHSCSCSETNEVALGPAGPPGGPGLRGPKGQQGEPGPKGPDGPRGEIGLPGPQGPPGPQGPSGLSIQGMPGMPGEKGEKGDTGLPGPQGIPGGVGSPGRDGSPGQRGLPGKDGSSGPPGPPGPIGIPGTPGVPGITGSMGPQGALGPPGVPGAKGERGERGDLQSQAMVRSVARQVCEQLIQSHMARYTAILNQIPSHSSSIRTVQGPPGEPGRPGSPGAPGEQGPPGTPGFPGNAGVPGTPGERGLTGIKGEKGNPGVGTQGPRGPPGPAGPSGESRPGSPGPPGSPGPRGPPGHLGVPGPQGPSGQPGYCDPSSCSAYGVRAPHPDQPEFTPVQDELEAMELWGPGV

Target ORF information:

RefSeq Version	XM_017013809.2
Organism	Homo sapiens(human)
Definition	Homo sapiens collagen type XIV alpha 1 chain (COL14A1), transcript variant X2, mRNA.

Target ORF information:

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

XM_017013809.2

ORF Insert Sequence:

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GCTCCCCATC CAGATCAGCC AGAGTTCACC 
CCTGTCCAAG ATGAGCTGGA AGCCATGGAA CTGTGGGGCC CTGGAGTCTG A

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

COL14A1 ( XM_017013809.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869298.1 Homo sapiens collagen type XIV alpha 1 (COL14A1), transcript variant X2, mRNA.

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CloneID	OHu22200
Clone ID Related Accession (Same CDS sequence)	NM_021110.4 , XM_017013809.2 , XM_017013809.1 , NM_021110.3 , XM_006716651.3
Accession Version	XM_017013809.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5391bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	collagen alpha-1(XIV) chain isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) 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 Version :: Homo sapiens Annotation Release 108 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##

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GCTCCCCATC CAGATCAGCC AGAGTTCACC 
CCTGTCCAAG ATGAGCTGGA AGCCATGGAA CTGTGGGGCC CTGGAGTCTG A

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

RefSeq	XP_016869298.1
CDS	60..5450
Translation	MKIFQRKMRYWLLPPFLAIVYFCTIVQGQVAPPTRLRYNVISHDSIQISWKAPRGKFGGYKLLVTPTSGGKTNQLNLQNTATKAIIQGLMPDQNYTVQIIAYNKDKESKPAQGQFRIKDLEKRKDPKPRVKVVDRGNGSRPSSPEEVKFVCQTPAIADIVILVDGSWSIGRFNFRLVRHFLENLVTAFDVGSEKTRIGLAQYSGDPRIEWHLNAFSTKDEVIEAVRNLPYKGGNTLTGLALNYIFENSFKPEAGSRTGVSKIGILITDGKSQDDIIPPSRNLRESGVELFAIGVKNADVNELQEIASEPDSTHVYNVAEFDLMHTVVESLTRTLCSRVEEQDREIKASAHAITGPPTELITSEVTARSFMVNWTHAPGNVEKYRVVYYPTRGGKPDEVVVDGTVSSTVLKNLMSLTEYQIAVFAIYAHTASEGLRGTETTLALPMASDLLLYDVTENSMRVKWDAVPGASGYLILYAPLTEGLAGDEKEMKIGETHTDIELSGLLPNTEYTVTVYAMFGEEASDPVTGQETTLALSPPRNLRISNVGSNSARLTWDPTSRQINGYRIVYNNADGTEINEVEVDPITTFPLKGLTPLTEYTIAIFSIYDEGQSEPLTGVFTTEEVPAQQYLEIDEVTTDSFRVTWHPLSADEGLHKLMWIPVYGGKTEEVVLKEEQDSHVIEGLEPGTEYEVSLLAVLDDGSESEVVTAVGTTLDSFWTEPATTIVPTTSVTSVFQTGIRNLVVGDETTSSLRVKWDISDSDVQQFRVTYMTAQGDPEEEVIGTVMVPGSQNNLLLKPLLPDTEYKVTVTPIYTDGEGVSVSAPGKTLPSSGPQNLRVSEEWYNRLRITWDPPSSPVKGYRIVYKPVSVPGPTLETFVGADINTILITNLLSGMDYNVKIFASQASGFSDALTGMVKTLFLGVTNLQAKHVEMTSLCAHWQVHRHATAYRVVIESLQDRQKQESTVGGGTTRHCFYGLQPDSEYKISVYTKLQEIEGPSVSIMEKTQSLPTRPPTFPPTIPPAKEVCKAAKADLVFMVDGSWSIGDENFNKIISFLYSTVGALNKIGTDGTQVAMVQFTDDPRTEFKLNAYKTKETLLDAIKHISYKGGNTKTGKAIKYVRDTLFTAESGTRRGIPKVIVVITDGRSQDDVNKISREMQLDGYSIFAIGVADADYSELVSIGSKPSARHVFFVDDFDAFKKIEDELITFVCETASATCPVVHKDGIDLAGFKMMEMFGLVEKDFSSVEGVSMEPGTFNVFPCYQLHKDALVSQPTRYLHPEGLPSDYTISFLFRILPDTPQEPFALWEILNKNSDPLVGVILDNGGKTLTYFNYDQSGDFQTVTFEGPEIRKIFYGSFHKLHIVVSETLVKVVIDCKQVGEKAMNASANITSDGVEVLGKMVRSRGPGGNSAPFQLQMFDIVCSTSWANTDKCCELPGLRDDESCPDLPHSCSCSETNEVALGPAGPPGGPGLRGPKGQQGEPGPKGPDGPRGEIGLPGPQGPPGPQGPSGLSIQGMPGMPGEKGEKGDTGLPGPQGIPGGVGSPGRDGSPGQRGLPGKDGSSGPPGPPGPIGIPGTPGVPGITGSMGPQGALGPPGVPGAKGERGERGDLQSQAMVRSVARQVCEQLIQSHMARYTAILNQIPSHSSSIRTVQGPPGEPGRPGSPGAPGEQGPPGTPGFPGNAGVPGTPGERGLTGIKGEKGNPGVGTQGPRGPPGPAGPSGESRPGSPGPPGSPGPRGPPGHLGVPGPQGPSGQPGYCDPSSCSAYGVRAPHPDQPEFTPVQDELEAMELWGPGV

Target ORF information:

RefSeq Version	XM_017013809.1
Organism	Homo sapiens(human)
Definition	Homo sapiens collagen type XIV alpha 1 (COL14A1), transcript variant X2, mRNA.

Target ORF information:

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

XM_017013809.1

ORF Insert Sequence:

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GCTCCCCATC CAGATCAGCC AGAGTTCACC 
CCTGTCCAAG ATGAGCTGGA AGCCATGGAA CTGTGGGGCC CTGGAGTCTG A

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

COL14A1 ( XM_006716651.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006716714.1 Homo sapiens collagen type XIV alpha 1 chain (COL14A1), transcript variant X1, mRNA.

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CloneID	OHu22200
Clone ID Related Accession (Same CDS sequence)	NM_021110.4 , XM_017013809.2 , XM_017013809.1 , NM_021110.3 , XM_006716651.3
Accession Version	XM_006716651.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5391bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	collagen alpha-1(XIV) chain isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006716651.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GCTCCCCATC CAGATCAGCC AGAGTTCACC 
CCTGTCCAAG ATGAGCTGGA AGCCATGGAA CTGTGGGGCC CTGGAGTCTG A

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

RefSeq	XP_006716714.1
CDS	134..5524
Translation	MKIFQRKMRYWLLPPFLAIVYFCTIVQGQVAPPTRLRYNVISHDSIQISWKAPRGKFGGYKLLVTPTSGGKTNQLNLQNTATKAIIQGLMPDQNYTVQIIAYNKDKESKPAQGQFRIKDLEKRKDPKPRVKVVDRGNGSRPSSPEEVKFVCQTPAIADIVILVDGSWSIGRFNFRLVRHFLENLVTAFDVGSEKTRIGLAQYSGDPRIEWHLNAFSTKDEVIEAVRNLPYKGGNTLTGLALNYIFENSFKPEAGSRTGVSKIGILITDGKSQDDIIPPSRNLRESGVELFAIGVKNADVNELQEIASEPDSTHVYNVAEFDLMHTVVESLTRTLCSRVEEQDREIKASAHAITGPPTELITSEVTARSFMVNWTHAPGNVEKYRVVYYPTRGGKPDEVVVDGTVSSTVLKNLMSLTEYQIAVFAIYAHTASEGLRGTETTLALPMASDLLLYDVTENSMRVKWDAVPGASGYLILYAPLTEGLAGDEKEMKIGETHTDIELSGLLPNTEYTVTVYAMFGEEASDPVTGQETTLALSPPRNLRISNVGSNSARLTWDPTSRQINGYRIVYNNADGTEINEVEVDPITTFPLKGLTPLTEYTIAIFSIYDEGQSEPLTGVFTTEEVPAQQYLEIDEVTTDSFRVTWHPLSADEGLHKLMWIPVYGGKTEEVVLKEEQDSHVIEGLEPGTEYEVSLLAVLDDGSESEVVTAVGTTLDSFWTEPATTIVPTTSVTSVFQTGIRNLVVGDETTSSLRVKWDISDSDVQQFRVTYMTAQGDPEEEVIGTVMVPGSQNNLLLKPLLPDTEYKVTVTPIYTDGEGVSVSAPGKTLPSSGPQNLRVSEEWYNRLRITWDPPSSPVKGYRIVYKPVSVPGPTLETFVGADINTILITNLLSGMDYNVKIFASQASGFSDALTGMVKTLFLGVTNLQAKHVEMTSLCAHWQVHRHATAYRVVIESLQDRQKQESTVGGGTTRHCFYGLQPDSEYKISVYTKLQEIEGPSVSIMEKTQSLPTRPPTFPPTIPPAKEVCKAAKADLVFMVDGSWSIGDENFNKIISFLYSTVGALNKIGTDGTQVAMVQFTDDPRTEFKLNAYKTKETLLDAIKHISYKGGNTKTGKAIKYVRDTLFTAESGTRRGIPKVIVVITDGRSQDDVNKISREMQLDGYSIFAIGVADADYSELVSIGSKPSARHVFFVDDFDAFKKIEDELITFVCETASATCPVVHKDGIDLAGFKMMEMFGLVEKDFSSVEGVSMEPGTFNVFPCYQLHKDALVSQPTRYLHPEGLPSDYTISFLFRILPDTPQEPFALWEILNKNSDPLVGVILDNGGKTLTYFNYDQSGDFQTVTFEGPEIRKIFYGSFHKLHIVVSETLVKVVIDCKQVGEKAMNASANITSDGVEVLGKMVRSRGPGGNSAPFQLQMFDIVCSTSWANTDKCCELPGLRDDESCPDLPHSCSCSETNEVALGPAGPPGGPGLRGPKGQQGEPGPKGPDGPRGEIGLPGPQGPPGPQGPSGLSIQGMPGMPGEKGEKGDTGLPGPQGIPGGVGSPGRDGSPGQRGLPGKDGSSGPPGPPGPIGIPGTPGVPGITGSMGPQGALGPPGVPGAKGERGERGDLQSQAMVRSVARQVCEQLIQSHMARYTAILNQIPSHSSSIRTVQGPPGEPGRPGSPGAPGEQGPPGTPGFPGNAGVPGTPGERGLTGIKGEKGNPGVGTQGPRGPPGPAGPSGESRPGSPGPPGSPGPRGPPGHLGVPGPQGPSGQPGYCDPSSCSAYGVRAPHPDQPEFTPVQDELEAMELWGPGV

Target ORF information:

RefSeq Version	XM_006716651.3
Organism	Homo sapiens(human)
Definition	Homo sapiens collagen type XIV alpha 1 chain (COL14A1), transcript variant X1, mRNA.

Target ORF information:

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

XM_006716651.3

ORF Insert Sequence:

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GCTCCCCATC CAGATCAGCC AGAGTTCACC 
CCTGTCCAAG ATGAGCTGGA AGCCATGGAA CTGTGGGGCC CTGGAGTCTG A

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

COL14A1 ( XM_005251059.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_005251116.1 Homo sapiens collagen type XIV alpha 1 chain (COL14A1), transcript variant X3, mRNA.

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CloneID	OHu42576
Clone ID Related Accession (Same CDS sequence)	XM_005251059.4 , XM_005251059.3
Accession Version	XM_005251059.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5343bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	collagen alpha-1(XIV) chain isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_005251059.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GATCTGATCC CCTACAATGA TTACCAGCAC 
TGA

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

RefSeq	XP_005251116.1
CDS	271..5613
Translation	MKIFQRKMRYWLLPPFLAIVYFCTIVQGQVAPPTRLRYNVISHDSIQISWKAPRGKFGGYKLLVTPTSGGKTNQLNLQNTATKAIIQGLMPDQNYTVQIIAYNKDKESKPAQGQFRIKDLEKRKDPKPRVKVVDRGNGSRPSSPEEVKFVCQTPAIADIVILVDGSWSIGRFNFRLVRHFLENLVTAFDVGSEKTRIGLAQYSGDPRIEWHLNAFSTKDEVIEAVRNLPYKGGNTLTGLALNYIFENSFKPEAGSRTGVSKIGILITDGKSQDDIIPPSRNLRESGVELFAIGVKNADVNELQEIASEPDSTHVYNVAEFDLMHTVVESLTRTLCSRVEEQDREIKASAHAITGPPTELITSEVTARSFMVNWTHAPGNVEKYRVVYYPTRGGKPDEVVVDGTVSSTVLKNLMSLTEYQIAVFAIYAHTASEGLRGTETTLALPMASDLLLYDVTENSMRVKWDAVPGASGYLILYAPLTEGLAGDEKEMKIGETHTDIELSGLLPNTEYTVTVYAMFGEEASDPVTGQETTLALSPPRNLRISNVGSNSARLTWDPTSRQINGYRIVYNNADGTEINEVEVDPITTFPLKGLTPLTEYTIAIFSIYDEGQSEPLTGVFTTEEVPAQQYLEIDEVTTDSFRVTWHPLSADEGLHKLMWIPVYGGKTEEVVLKEEQDSHVIEGLEPGTEYEVSLLAVLDDGSESEVVTAVGTTLDSFWTEPATTIVPTTSVTSVFQTGIRNLVVGDETTSSLRVKWDISDSDVQQFRVTYMTAQGDPEEEVIGTVMVPGSQNNLLLKPLLPDTEYKVTVTPIYTDGEGVSVSAPGKTLPSSGPQNLRVSEEWYNRLRITWDPPSSPVKGYRIVYKPVSVPGPTLETFVGADINTILITNLLSGMDYNVKIFASQASGFSDALTGMVKTLFLGVTNLQAKHVEMTSLCAHWQVHRHATAYRVVIESLQDRQKQESTVGGGTTRHCFYGLQPDSEYKISVYTKLQEIEGPSVSIMEKTQSLPTRPPTFPPTIPPAKEVCKAAKADLVFMVDGSWSIGDENFNKIISFLYSTVGALNKIGTDGTQVAMVQFTDDPRTEFKLNAYKTKETLLDAIKHISYKGGNTKTGKAIKYVRDTLFTAESGTRRGIPKVIVVITDGRSQDDVNKISREMQLDGYSIFAIGVADADYSELVSIGSKPSARHVFFVDDFDAFKKIEDELITFVCETASATCPVVHKDGIDLAGFKMMEMFGLVEKDFSSVEGVSMEPGTFNVFPCYQLHKDALVSQPTRYLHPEGLPSDYTISFLFRILPDTPQEPFALWEILNKNSDPLVGVILDNGGKTLTYFNYDQSGDFQTVTFEGPEIRKIFYGSFHKLHIVVSETLVKVVIDCKQVGEKAMNASANITSDGVEVLGKMVRSRGPGGNSAPFQLQMFDIVCSTSWANTDKCCELPGLRDDESCPDLPHSCSCSETNEVALGPAGPPGGPGLRGPKGQQGEPGPKGPDGPRGEIGLPGPQGPPGPQGPSGLSIQGMPGMPGEKGEKGDTGLPGPQGIPGGVGSPGRDGSPGQRGLPGKDGSSGPPGPPGPIGIPGTPGVPGITGSMGPQGALGPPGVPGAKGERGERGDLQSQAMVRSVARQVCEQLIQSHMARYTAILNQIPSHSSSIRTVQGPPGEPGRPGSPGAPGEQGPPGTPGFPGNAGVPGTPGERGLTGIKGEKGNPGVGTQGPRGPPGPAGPSGESRPGSPGPPGSPGPRGPPGHLGVPGPQGPSGQPGYCDPSSCSAYGVRDLIPYNDYQH

Target ORF information:

RefSeq Version	XM_005251059.4
Organism	Homo sapiens(human)
Definition	Homo sapiens collagen type XIV alpha 1 chain (COL14A1), transcript variant X3, mRNA.

Target ORF information:

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

XM_005251059.4

ORF Insert Sequence:

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GATCTGATCC CCTACAATGA TTACCAGCAC 
TGA

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

COL14A1 ( XM_005251059.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_005251116.1 Homo sapiens collagen type XIV alpha 1 (COL14A1), transcript variant X3, mRNA.

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CloneID	OHu42576
Clone ID Related Accession (Same CDS sequence)	XM_005251059.4 , XM_005251059.3
Accession Version	XM_005251059.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5343bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	collagen alpha-1(XIV) chain isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_005251059.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 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##

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GATCTGATCC CCTACAATGA TTACCAGCAC 
TGA

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

RefSeq	XP_005251116.1
CDS	271..5613
Translation	MKIFQRKMRYWLLPPFLAIVYFCTIVQGQVAPPTRLRYNVISHDSIQISWKAPRGKFGGYKLLVTPTSGGKTNQLNLQNTATKAIIQGLMPDQNYTVQIIAYNKDKESKPAQGQFRIKDLEKRKDPKPRVKVVDRGNGSRPSSPEEVKFVCQTPAIADIVILVDGSWSIGRFNFRLVRHFLENLVTAFDVGSEKTRIGLAQYSGDPRIEWHLNAFSTKDEVIEAVRNLPYKGGNTLTGLALNYIFENSFKPEAGSRTGVSKIGILITDGKSQDDIIPPSRNLRESGVELFAIGVKNADVNELQEIASEPDSTHVYNVAEFDLMHTVVESLTRTLCSRVEEQDREIKASAHAITGPPTELITSEVTARSFMVNWTHAPGNVEKYRVVYYPTRGGKPDEVVVDGTVSSTVLKNLMSLTEYQIAVFAIYAHTASEGLRGTETTLALPMASDLLLYDVTENSMRVKWDAVPGASGYLILYAPLTEGLAGDEKEMKIGETHTDIELSGLLPNTEYTVTVYAMFGEEASDPVTGQETTLALSPPRNLRISNVGSNSARLTWDPTSRQINGYRIVYNNADGTEINEVEVDPITTFPLKGLTPLTEYTIAIFSIYDEGQSEPLTGVFTTEEVPAQQYLEIDEVTTDSFRVTWHPLSADEGLHKLMWIPVYGGKTEEVVLKEEQDSHVIEGLEPGTEYEVSLLAVLDDGSESEVVTAVGTTLDSFWTEPATTIVPTTSVTSVFQTGIRNLVVGDETTSSLRVKWDISDSDVQQFRVTYMTAQGDPEEEVIGTVMVPGSQNNLLLKPLLPDTEYKVTVTPIYTDGEGVSVSAPGKTLPSSGPQNLRVSEEWYNRLRITWDPPSSPVKGYRIVYKPVSVPGPTLETFVGADINTILITNLLSGMDYNVKIFASQASGFSDALTGMVKTLFLGVTNLQAKHVEMTSLCAHWQVHRHATAYRVVIESLQDRQKQESTVGGGTTRHCFYGLQPDSEYKISVYTKLQEIEGPSVSIMEKTQSLPTRPPTFPPTIPPAKEVCKAAKADLVFMVDGSWSIGDENFNKIISFLYSTVGALNKIGTDGTQVAMVQFTDDPRTEFKLNAYKTKETLLDAIKHISYKGGNTKTGKAIKYVRDTLFTAESGTRRGIPKVIVVITDGRSQDDVNKISREMQLDGYSIFAIGVADADYSELVSIGSKPSARHVFFVDDFDAFKKIEDELITFVCETASATCPVVHKDGIDLAGFKMMEMFGLVEKDFSSVEGVSMEPGTFNVFPCYQLHKDALVSQPTRYLHPEGLPSDYTISFLFRILPDTPQEPFALWEILNKNSDPLVGVILDNGGKTLTYFNYDQSGDFQTVTFEGPEIRKIFYGSFHKLHIVVSETLVKVVIDCKQVGEKAMNASANITSDGVEVLGKMVRSRGPGGNSAPFQLQMFDIVCSTSWANTDKCCELPGLRDDESCPDLPHSCSCSETNEVALGPAGPPGGPGLRGPKGQQGEPGPKGPDGPRGEIGLPGPQGPPGPQGPSGLSIQGMPGMPGEKGEKGDTGLPGPQGIPGGVGSPGRDGSPGQRGLPGKDGSSGPPGPPGPIGIPGTPGVPGITGSMGPQGALGPPGVPGAKGERGERGDLQSQAMVRSVARQVCEQLIQSHMARYTAILNQIPSHSSSIRTVQGPPGEPGRPGSPGAPGEQGPPGTPGFPGNAGVPGTPGERGLTGIKGEKGNPGVGTQGPRGPPGPAGPSGESRPGSPGPPGSPGPRGPPGHLGVPGPQGPSGQPGYCDPSSCSAYGVRDLIPYNDYQH

Target ORF information:

RefSeq Version	XM_005251059.3
Organism	Homo sapiens(human)
Definition	Homo sapiens collagen type XIV alpha 1 (COL14A1), transcript variant X3, mRNA.

Target ORF information:

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

XM_005251059.3

ORF Insert Sequence:

ATGAAGATTT TCCAGCGCAA GATGCGGTAC TGGTTGCTTC CACCTTTTTT GGCAATTGTT 
TATTTCTGCA CCATTGTCCA AGGTCAAGTG GCTCCACCCA CAAGGTTAAG ATATAATGTA 
ATATCTCATG ACAGTATACA GATTTCATGG AAGGCTCCAA GAGGGAAATT TGGTGGTTAC 
AAACTTCTTG TGACTCCAAC TTCAGGTGGA AAAACTAACC AGCTGAATCT GCAGAACACT 
GCAACTAAAG CAATTATTCA AGGCCTTATG CCAGACCAGA ATTACACAGT TCAAATTATT 
GCATACAATA AAGATAAAGA AAGCAAGCCA GCTCAAGGCC AATTCAGAAT TAAAGATTTA 
GAAAAAAGAA AGGATCCAAA GCCCAGAGTC AAAGTTGTGG ACAGAGGAAA TGGGAGTAGA 
CCATCTTCAC CAGAAGAAGT GAAATTTGTC TGTCAAACTC CAGCAATTGC TGACATTGTA 
ATCCTGGTCG ATGGTTCATG GAGTATTGGA AGATTCAACT TCAGACTGGT TCGGCATTTC 
TTGGAAAACC TGGTTACAGC ATTCGATGTG GGCTCAGAGA AGACACGAAT TGGTCTTGCA 
CAGTATAGTG GTGACCCCAG AATAGAATGG CACTTGAATG CATTTAGCAC AAAAGATGAA 
GTGATTGAAG CTGTCCGAAA CCTCCCATAT AAAGGAGGAA ATACACTAAC AGGTCTTGCT 
TTGAACTACA TTTTTGAAAA TAGCTTCAAA CCAGAAGCAG GATCAAGGAC TGGAGTATCC 
AAAATTGGCA TTTTAATCAC AGATGGAAAA TCCCAAGATG ACATTATTCC ACCATCTAGA 
AATCTTCGTG AGTCTGGTGT AGAACTGTTT GCCATAGGGG TGAAAAACGC GGATGTGAAT 
GAGCTGCAGG AGATCGCCTC TGAACCAGAC AGCACTCATG TGTACAATGT TGCCGAATTC 
GATCTGATGC ACACAGTTGT GGAGAGTCTG ACCAGGACTC TCTGCTCTAG AGTGGAAGAA 
CAGGACAGAG AAATTAAAGC CTCAGCCCAT GCCATCACTG GGCCGCCTAC GGAGTTGATT 
ACTTCTGAAG TCACTGCCAG AAGCTTTATG GTTAACTGGA CTCATGCCCC AGGAAATGTG 
GAAAAATACA GAGTTGTGTA TTATCCTACC AGGGGTGGAA AACCAGACGA GGTGGTGGTA 
GATGGAACTG TATCTTCCAC AGTGTTGAAA AACTTGATGT CTTTAACTGA ATATCAGATA 
GCAGTCTTTG CAATCTATGC CCACACTGCT AGTGAAGGCC TACGGGGAAC TGAAACTACA 
CTTGCTTTAC CGATGGCTTC TGACCTTCTA CTGTACGACG TGACTGAGAA CAGCATGCGA 
GTCAAATGGG ATGCAGTGCC TGGGGCCTCA GGTTACCTGA TCCTTTATGC TCCTCTAACA 
GAGGGCCTGG CTGGGGATGA AAAAGAGATG AAAATTGGAG AGACCCACAC AGATATTGAA 
TTGAGTGGGT TGTTGCCCAA TACAGAATAC ACAGTCACAG TTTATGCCAT GTTTGGAGAA 
GAGGCCAGTG ATCCTGTTAC GGGACAAGAA ACAACATTGG CTTTAAGTCC ACCAAGAAAC 
CTGAGAATCT CCAATGTTGG CTCTAACAGT GCTCGATTAA CCTGGGACCC AACTTCAAGA 
CAGATCAATG GTTATCGAAT TGTATATAAC AATGCAGATG GGACTGAAAT CAATGAGGTT 
GAAGTCGATC CTATTACTAC CTTCCCTCTG AAGGGCTTGA CACCTCTCAC AGAGTATACT 
ATTGCTATTT TCTCCATCTA TGATGAAGGA CAGTCAGAGC CTCTGACTGG AGTTTTTACC 
ACCGAGGAAG TTCCAGCCCA GCAATACTTA GAAATTGATG AGGTGACGAC AGACAGTTTT 
AGGGTGACCT GGCATCCCCT CTCAGCTGAT GAAGGGCTAC ACAAATTGAT GTGGATTCCA 
GTCTATGGGG GGAAGACTGA GGAGGTTGTC CTGAAAGAAG AGCAGGACTC ACATGTTATT 
GAAGGCCTGG AGCCCGGTAC GGAGTATGAA GTTTCACTAT TGGCCGTACT TGATGATGGA 
AGCGAGAGTG AGGTGGTGAC TGCTGTCGGG ACCACACTTG ACAGTTTTTG GACAGAACCA 
GCTACAACCA TAGTGCCTAC CACATCTGTG ACTTCAGTTT TCCAGACGGG AATCAGAAAC 
CTAGTTGTAG GTGATGAAAC TACTTCTAGC CTGCGGGTAA AATGGGACAT TTCTGACAGC 
GATGTGCAGC AGTTTAGGGT GACCTACATG ACAGCTCAAG GGGACCCTGA GGAAGAAGTC 
ATAGGAACGG TTATGGTGCC TGGAAGCCAG AACAACCTCC TTCTGAAGCC TCTGCTTCCT 
GATACTGAAT ACAAAGTCAC AGTGACTCCC ATCTACACGG ATGGCGAAGG CGTCAGCGTC 
TCCGCTCCTG GAAAAACCTT ACCATCCTCG GGGCCCCAGA ACTTGCGGGT GTCCGAGGAA 
TGGTATAACC GGTTGCGCAT TACGTGGGAC CCCCCATCTT CCCCGGTGAA AGGCTATAGA 
ATTGTCTACA AACCTGTCAG TGTTCCTGGT CCAACACTGG AAACGTTTGT GGGAGCTGAC 
ATTAACACCA TCCTTATCAC AAACCTCCTC AGCGGAATGG ACTACAATGT GAAGATATTT 
GCCTCCCAGG CCTCAGGCTT CAGCGACGCC CTGACAGGCA TGGTGAAAAC ATTGTTCTTG 
GGTGTTACCA ATCTCCAAGC CAAACATGTT GAAATGACCA GCTTGTGTGC CCACTGGCAG 
GTACATCGCC ATGCCACAGC CTATAGGGTT GTTATAGAAT CCCTCCAGGA TAGGCAAAAG 
CAAGAATCCA CTGTGGGTGG AGGGACAACC AGGCATTGCT TCTATGGACT TCAGCCTGAT 
TCTGAATATA AAATCAGTGT TTATACAAAG CTCCAGGAGA TTGAAGGACC TAGTGTGAGC 
ATAATGGAAA AAACACAATC ACTTCCTACA CGACCACCAA CTTTTCCTCC AACCATTCCA 
CCAGCAAAAG AAGTATGTAA GGCGGCCAAG GCTGACCTGG TATTTATGGT GGATGGATCC 
TGGAGCATTG GAGATGAAAA TTTCAATAAG ATCATCAGCT TTCTATACAG CACTGTTGGA 
GCCCTGAACA AGATTGGCAC AGATGGAACC CAAGTTGCAA TGGTTCAGTT CACTGATGAT 
CCCAGAACAG AATTTAAACT AAATGCTTAC AAAACCAAAG AGACTCTTCT TGATGCAATT 
AAACACATTT CATACAAAGG AGGAAATACA AAAACAGGAA AAGCAATTAA GTATGTTCGA 
GATACCTTGT TCACTGCAGA GTCAGGTACA AGAAGGGGCA TCCCAAAGGT TATCGTGGTT 
ATAACTGATG GAAGATCACA AGATGATGTG AACAAAATCT CCAGGGAGAT GCAATTAGAT 
GGCTATAGCA TTTTTGCAAT TGGTGTGGCC GATGCAGATT ACTCGGAGTT GGTTAGCATT 
GGCAGTAAGC CCAGCGCACG CCATGTCTTC TTTGTGGATG ACTTTGACGC CTTTAAGAAA 
ATCGAAGATG AGTTAATTAC TTTTGTCTGC GAAACAGCAT CAGCAACCTG TCCAGTGGTA 
CACAAGGATG GCATTGATCT TGCAGGATTT AAGATGATGG AAATGTTTGG TTTGGTTGAA 
AAAGATTTTT CATCAGTGGA AGGGGTTTCT ATGGAGCCTG GTACCTTCAA TGTGTTTCCA 
TGTTACCAAC TCCATAAAGA TGCCCTGGTT TCCCAGCCAA CCAGGTACTT GCACCCAGAA 
GGATTGCCCT CCGACTACAC AATCAGTTTT CTATTCCGGA TTCTTCCTGA CACTCCACAG 
GAGCCATTTG CTCTTTGGGA GATTTTAAAT AAAAATTCTG ACCCATTGGT TGGGGTTATT 
TTAGACAATG GTGGGAAAAC TCTAACATAT TTCAACTATG ACCAGAGTGG GGATTTTCAA 
ACTGTTACTT TCGAAGGACC TGAAATTAGG AAAATTTTTT ATGGAAGCTT TCACAAGCTA 
CACATTGTTG TCAGTGAGAC TTTGGTCAAA GTGGTTATTG ACTGCAAGCA AGTGGGTGAG 
AAGGCAATGA ACGCATCAGC TAATATCACG TCAGATGGTG TAGAAGTGCT AGGGAAAATG 
GTTCGATCAA GAGGACCAGG TGGAAACTCT GCACCGTTCC AGTTACAGAT GTTTGATATT 
GTTTGCTCCA CATCATGGGC CAATACAGAC AAATGCTGTG AACTTCCAGG CCTGAGAGAT 
GATGAGTCTT GCCCAGACCT TCCCCATTCC TGCTCCTGTT CTGAAACCAA TGAAGTGGCT 
CTGGGACCAG CGGGCCCACC AGGTGGTCCA GGACTCCGAG GACCAAAGGG CCAGCAAGGT 
GAACCGGGTC CAAAGGGACC AGATGGCCCT CGGGGTGAAA TTGGTCTGCC AGGACCTCAG 
GGTCCACCTG GACCTCAAGG ACCAAGTGGT CTGTCCATTC AAGGAATGCC CGGAATGCCA 
GGAGAAAAAG GAGAGAAAGG AGATACTGGC CTTCCAGGTC CACAGGGTAT CCCAGGAGGC 
GTTGGTTCAC CAGGACGTGA TGGCTCACCA GGCCAGAGGG GCCTTCCGGG AAAGGATGGA 
TCCTCGGGAC CTCCAGGACC ACCAGGGCCA ATAGGCATTC CTGGCACCCC TGGAGTCCCA 
GGGATCACAG GAAGCATGGG ACCGCAAGGC GCCCTGGGAC CACCTGGTGT CCCTGGAGCA 
AAGGGGGAAC GAGGAGAGCG GGGTGACCTG CAGTCTCAAG CCATGGTGAG ATCAGTGGCG 
CGTCAAGTAT GCGAACAGCT CATCCAGAGT CACATGGCCA GGTACACTGC CATCCTCAAC 
CAGATTCCCA GCCACTCCTC ATCCATCCGG ACTGTCCAAG GGCCTCCTGG GGAGCCTGGG 
AGGCCAGGCT CACCTGGAGC CCCTGGTGAA CAAGGACCCC CAGGCACACC AGGCTTCCCC 
GGAAATGCAG GCGTGCCAGG GACCCCAGGA GAACGAGGTC TAACTGGTAT CAAAGGAGAA 
AAAGGAAATC CAGGCGTTGG AACCCAAGGT CCAAGAGGCC CCCCTGGACC AGCAGGACCT 
TCAGGGGAGA GTCGGCCTGG CAGCCCTGGG CCCCCTGGCT CTCCTGGACC AAGAGGCCCA 
CCAGGTCATC TGGGGGTTCC TGGACCCCAA GGTCCTTCTG GCCAGCCTGG ATATTGTGAC 
CCCTCATCAT GTTCTGCCTA TGGTGTGAGA GATCTGATCC CCTACAATGA TTACCAGCAC 
TGA

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

PubMed

Characterization of the Extracellular Matrix of Normal and Diseased Tissues Using Proteomics.
Journal of proteome research16(8)3083-3091(2017 Aug)
Naba A,Pearce OMT,Del Rosario A,Ma D,Ding H,Rajeeve V,Cutillas PR,Balkwill FR,Hynes RO

Comprehensive proteomic characterization of stem cell-derived extracellular matrices.
Biomaterials128147-159(2017 06)
Ragelle H,Naba A,Larson BL,Zhou F,Priji? M,Whittaker CA,Del Rosario A,Langer R,Hynes RO,Anderson DG

Extracellular matrix remodelling in response to venous hypertension: proteomics of human varicose veins.
Cardiovascular research110(3)419-30(2016 06)
Barallobre-Barreiro J,Oklu R,Lynch M,Fava M,Baig F,Yin X,Barwari T,Potier DN,Albadawi H,Jahangiri M,Porter KE,Watkins MT,Misra S,Stoughton J,Mayr M

Compartment-specific expression of collagens and their processing enzymes in intrapulmonary arteries of IPAH patients.
American journal of physiology. Lung cellular and molecular physiology308(10)L1002-13(2015 May)
Hoffmann J,Marsh LM,Pieper M,Stacher E,Ghanim B,Kovacs G,K?nig P,Wilkens H,Haitchi HM,Hoefler G,Klepetko W,Olschewski H,Olschewski A,Kwapiszewska G

Epidemiological and genome-wide association study of gastritis or gastric ulcer in korean populations.
Genomics & informatics12(3)127-33(2014 Sep)
Oh S,Oh S

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COL14A1 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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