YLPM1 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	YLPM1
Entrez Gene ID	56252
Full Name	YLP motif containing 1
Synonyms	C14orf170,PPP1R169,ZAP113,ZAP3
General protein information	Preferred Names YLP motif containing 1 Names YLP motif-containing protein 1 nuclear protein ZAP3 protein phosphatase 1, regulatory subunit 169
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 14 Map Location: 14q24.3

mRNA and Protein(s)

mRNA	Protein	Name
XM_011536967.1	XP_011535269.1	YLP motif-containing protein 1 isoform X3
NM_019589.3	NP_062535.2	YLP motif-containing protein 1
XM_005267860.3	XP_005267917.1	YLP motif-containing protein 1 isoform X1
XM_005267860.4	XP_005267917.1	YLP motif-containing protein 1 isoform X1
NM_019589.2	NP_062535.2	YLP motif-containing protein 1
XM_011536966.2	XP_011535268.1	YLP motif-containing protein 1 isoform X2
XM_011536967.2	XP_011535269.1	YLP motif-containing protein 1 isoform X3

Pathways from BioSystems

Homologies

Homo sapiens (human)	YLPM1	NP_062535.2
Mus musculus (house mouse)	Ylpm1	NP_848140.3
Macaca mulatta (Rhesus monkey)	YLPM1	XP_001088562.2
Pan troglodytes (chimpanzee)	YLPM1	XP_510067.2
Bos taurus (cattle)	YLPM1	XP_002691053.1
Rattus norvegicus (Norway rat)	Ylpm1	NP_001258187.1

Gene Ontology
Bibliography

Related articles in PubMed

Systematic Analysis of Human Protein Phosphatase Interactions and Dynamics.
Yadav L, Tamene F, Göös H, van Drogen A, Katainen R, Aebersold R, Gstaiger M, Varjosalo M
Cell systems4(4)430-444.e5(2017 04)

The mRNA-bound proteome and its global occupancy profile on protein-coding transcripts.
Baltz AG, Munschauer M, Schwanhäusser B, Vasile A, Murakawa Y, Schueler M, Youngs N, Penfold-Brown D, Drew K, Milek M, Wyler E, Bonneau R, Selbach M, Dieterich C, Landthaler M
Molecular cell46(5)674-90(2012 Jun)

Protein phosphatase 1α interacting proteins in the human brain.
Esteves SL, Domingues SC, da Cruz e Silva OA, Fardilha M, da Cruz e Silva EF
Omics : a journal of integrative biology16(1-2)3-17(2012 Jan-Feb)

Comparison of an expanded ataxia interactome with patient medical records reveals a relationship between macular degeneration and ataxia.
Kahle JJ, Gulbahce N, Shaw CA, Lim J, Hill DE, Barabási AL, Zoghbi HY
Human molecular genetics20(3)510-27(2011 Feb)

The nuclear PP1 interacting protein ZAP3 (ZAP) is a putative nucleoside kinase that complexes with SAM68, CIA, NF110/45, and HNRNP-G.
Ulke-Lemée A, Trinkle-Mulcahy L, Chaulk S, Bernstein NK, Morrice N, Glover M, Lamond AI, Moorhead GB
Biochimica et biophysica acta1774(10)1339-50(2007 Oct)

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

The following YLPM1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the YLPM1 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.

Online Only Promotion

Up to 50% OFF! Starting
from $49/clone

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu70020	XM_011536967.2 Latest version!	Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu70019	XM_011536966.2 Latest version!	Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu47800	XM_005267860.4 Latest version!	Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OHu28225	NM_019589.3 Latest version!	Homo sapiens YLP motif containing 1 (YLPM1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$1091.30 $1559.00
View Old Accession Versions >>
OHu47800	XM_005267860.3	Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OHu28225	NM_019589.2	Homo sapiens YLP motif containing 1 (YLPM1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$779.50-$1091.30 $1559.00
OHu70020	XM_011536967.1	Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
Hide Old Accession Versions >>

ORF Online Only Promotion

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

*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

YLPM1 ( NM_019589.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_062535.2 Homo sapiens YLP motif containing 1 (YLPM1), mRNA.

Price & Availability↑

CloneID	OHu28225
Clone ID Related Accession (Same CDS sequence)	NM_019589.3 , NM_019589.2
Accession Version	NM_019589.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6441bp) 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	1506787200000
Organism	Homo sapiens(human)
Product	YLP motif-containing protein 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AK095760.1, DB096717.1, AK090435.1, BC007792.1, AC007956.5 and BX102033.1. On or before Apr 29, 2007 this sequence version replaced XM_930487.2, XM_940570.2, NM_019589.1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. There are no publicly available full-length transcripts representing this RefSeq; it is supported by partial transcript data and by protein evidence in PMID:17890166. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END##

ATGTACCCGA ATTGGGGCCG GTATGGCGGG AGCAGCCACT ATCCGCCGCC ACCGGTCCCA 
CCGCCGCCGC CAGTGGCGCT TCCTGAGGCC TCGCCGGGGC CCGGGTACTC GAGCTCGACG 
ACTCCCGCGG CCCCCTCCTC CTCGGGCTTC ATGAGCTTCC GCGAACAGCA CTTGGCGCAG 
CTCCAGCAGC TGCAGCAGAT GCACCAGAAG CAAATGCAGT GCGTGCTTCA GCCCCACCAC 
CTTCCTCCGC CCCCTCTGCC GCCCCCGCCA GTGATGCCGG GGGGCGGCTA CGGAGACTGG 
CAGCCGCCAC CGCCACCGAT GCCCCCGCCA CCCGGGCCGG CCCTCAGCTA TCAGAAGCAG 
CAGCAGTACA AACACCAGAT GCTCCACCAC CAACGAGACG GGCCTCCTGG TTTGGTTCCA 
ATGGAGCTGG AATCCCCCCC TGAATCTCCC CCTGTGCCGC CTGGGTCCTA TATGCCCCCA 
TCTCAGTCTT ACATGCCCCC ACCTCAGCCG CCACCCTCTT ACTACCCCCC GACCTCATCT 
CAGCCCTACC TGCCTCCTGC TCAGCCGTCC CCTTCGCAGT CCCCACCTTC CCAATCCTAC 
CTGGCGCCCA CCCCTTCTTA CTCATCCTCC TCCTCTTCCT CGCAATCCTA TTTGAGCCAT 
TCCCAGTCCT ACTTGCCCTC TTCTCAGGCA TCTCCTTCCC GCCCCTCCCA GGGCCATTCT 
AAATCCCAAC TACTAGCTCC ACCACCACCG TCCGCCCCCC CTGGAAATAA GACAACTGTC 
CAGCAAGAGC CTTTGGAGAG TGGGGCCAAA AACAAGAGTA CTGAACAGCA GCAAGCCGCC 
CCTGAGCCAG ATCCCTCTAC GATGACTCCA CAGGAACAGC AGCAGTATTG GTATCGACAG 
CACTTGCTTA GTTTGCAACA GAGGACAAAA GTTCATTTGC CAGGACACAA AAAGGGTCCT 
GTGGTAGCAA AGGATACACC AGAGCCGGTA AAAGAAGAAG TTACAGTACC TGCCACCAGT 
CAAGTTCCAG AATCTCCTTC TTCTGAGGAG CCCCCATTGC CACCTCCAAA TGAGGAAGTG 
CCACCTCCTC TCCCACCTGA GGAACCCCAG TCTGAGGACC CAGAAGAAGA TGCCAGGTTA 
AAGCAGTTGC AGGCTGCAGC AGCACACTGG CAGCAGCACC AGCAGCATCG AGTCGGTTTC 
CAGTATCAGG GAATAATGCA GAAGCACACT CAGTTACAGC AGATTCTACA ACAGTATCAG 
CAGATTATAC AGCCCCCACC ACATATACAG ACCATGTCTG TAGATATGCA GCTGCGGCAT 
TATGAGATGC AGCAGCAACA GTTTCAACAT CTTTACCAAG AATGGGAGCG AGAGTTTCAG 
CTATGGGAGG AACAACTCCA TTCCTATCCT CATAAAGATC AGCTTCAGGA GTATGAGAAG 
CAGTGGAAAA CATGGCAGGG ACATATGAAA GCCACTCAGA GCTATCTCCA GGAGAAAGTC 
AATTCATTTC AGAACATGAA GAACCAGTAT ATGGGGAACA TGTCAATGCC ACCTCCTTTT 
GTTCCATATT CTCAGATGCC TCCACCTCTA CCTACAATGC CCCCTCCAGT GTTGCCTCCT 
TCATTGCCAC CACCAGTGAT GCCCCCTGCC CTCCCTGCTA CAGTGCCACC ACCTGGCATG 
CCCCCACCTG TTATGCCACC TTCTCTACCA ACCTCTGTTC CCCCACCAGG GATGCCTCCT 
TCTCTCTCTT CTGCAGGGCC ACCACCAGTT CTCCCCCCAC CTTCCCTGTC TTCTGCAGGG 
CCACCACCAG TTCTTCCCCC ACCATCTCTC TCTTCAACAG CACCTCCACC TGTCATGCCC 
CTCCCACCAT TGTCTTCAGC TACACCTCCT CCAGGAATAC CTCCCCCTGG AGTTCCACAA 
GGGATACCTC CTCAGTTAAC AGCAGCCCCA GTTCCACCAG CCTCCAGTTC ACAGAGCTCG 
CAAGTTCCAG AGAAACCTAG ACCAGCACTG CTTCCTACTC CTGTGTCTTT TGGTTCTGCC 
CCACCGACAA CTTACCATCC TCCGTTGCAA TCAGCTGGTC CATCAGAACA AGTGAATTCA 
AAAGCTCCTT TGAGCAAGTC TGCTCTGCCA TACAGTTCAT TCTCATCTGA TCAAGGACTT 
GGGGAGTCTT CAGCTGCTCC ATCTCAGCCA ATCACTGCAG TGAAGGACAT GCCAGTGAGA 
TCAGGTGGCC TGCTTCCAGA TCCTCCTAGA AGTAGTTACT TGGAAAGTCC AAGAGGCCCA 
AGATTTGATG GTCCTCGAAG ATTTGAGGAT TTAGGGTCAA GGTGTGAAGG ACCGAGACCC 
AAAGGGCCTC GTTTTGAAGG AAATCGCCCC GATGGGCCAA GACCCAGATA TGAAGGTCAC 
CCAGCAGAGG GCACTAAAAG CAAGTGGGGA ATGATTCCCC GGGGGCCAGC ATCTCAATTT 
TATATTACCC CCAGTACATC CCTAAGTCCT CGACAGAGTG GACCACAGTG GAAAGGCCCC 
AAACCAGCTT TTGGACAGCA GCATCAGCAG CAACCTAAGT CACAAGCAGA ACCTCTTTCA 
GGAAACAAAG AACCATTAGC AGACACCAGT AGTAACCAGC AGAAGAATTT TAAAATGCAA 
TCAGCTGCAT TTTCCATTGC TGCAGATGTA AAGGATGTCA AGGCGGCTCA GTCAAATGAG 
AATCTAAGCG ACTCTCAACA AGAGCCACCT AAAAGTGAAG TCTCGGAAGG GCCCGTAGAG 
CCCTCTAATT GGGACCAGAA TGTTCAAAGT ATGGAGACTC AAATCGACAA AGCCCAAGCT 
GTTACTCAGC CTGTACCCCT TGCGAATAAG CCTGTACCTG CTCAATCTAC TTTTCCTTCA 
AAAACAGGGG GGATGGAGGG AGGAACAGCA GTAGCAACAT CATCATTAAC AGCAGATAAT 
GATTTTAAAC CTGTGGGTAT TGGTCTACCC CATTCAGAAA ACAACCAAGA TAAAGGCCTG 
CCTCGGCCAG ATAATAGAGA TAATAGATTA GAAGGCAATA GAGGCAACAG CTCATCTTAC 
AGAGGTCCTG GGCAAAGCAG AATGGAAGAC ACACGGGATA AAGGTCTAGT AAACAGAGGT 
CGCGGCCAGG CAATCAGTCG AGGCCCAGGA TTGGTCAAGC AAGAAGACTT TCGGGATAAG 
ATGATGGGTA GAAGAGAAGA TAGTCGAGAG AAGATGAACA GAGGAGAAGG TAGCCGGGAC 
AGAGGGTTGG TGAGGCCTGG AAGCAGTCGG GAGAAAGTGC CAGGTGGTCT TCAAGGGAGC 
CAGGACAGGG GTGCAGCTGG CAGCCGAGAA AGGGGACCAC CTCGGAGGGC TGGCAGTCAG 
GAGAGGGGAC CTCTTCGAAG GGCTGGGAGT AGAGAGAGAA TACCACCCCG AAGAGCTGGG 
AGCAGGGAGA GAGGACCACC TCGAGGGCCT GGCAGTCGAG AAAGGGGACT GGGAAGATCA 
GATTTTGGTC GTGATAGAGG TCCATTCAGA CCAGAACCAG GAGATGGTGG GGAAAAAATG 
TATCCATATC ACCGGGATGA GCCTCCTAGG GCTCCATGGA ACCATGGAGA AGAGCGAGGG 
CATGAAGAGT TTCCATTAGA TGGTAGAAAT GCTCCAATGG AACGAGAAAG ACTCGATGAC 
TGGGATAGAG AGAGATACTG GAGAGAATGT GAACGTGACT ATCAAGATGA TACACTAGAG 
CTCTATAACA GAGAGGACAG GTTCTCAGCA CCACCATCTC GGTCTCATGA TGGAGATAGG 
CGAGGCCCTT GGTGGGATGA TTGGGAGAGA GACCAGGATA TGGATGAGGA CTACAATAGG 
GAAATGGAAA GGGACATGGA CAGGGATGTG GATCGGATTT CAAGACCTAT GGATATGTAT 
GATAGAAGTT TGGATAATGA GTGGGACAGA GATTATGGGA GACCACTGGA TGAACAAGAA 
TCACAGTTTC GTGAACGGGA TATTCCATCT CTTCCACCTT TACCGCCCCT CCCACCTCTT 
CCACCTTTGG ATAGATATCG GGATGATAGA TGGAGAGAAG AAAGAAATCG AGAGCATGGG 
TATGATCGAG ATTTCCGTGA TAGGGGTGAG TTGAGGATTC GAGAGTATCC AGAAAGAGGA 
GATACATGGC GGGAAAAGCG AGATTATGTT CCTGACAGAA TGGACTGGGA AAGAGAACGG 
TTGTCAGACA GATGGTACCC ATCTGATGTG GATAGACATT CCCCCATGGC GGAACATATG 
CCCTCCTCAC ATCATTCCTC AGAAATGATG GGGTCCGATG CAAGCTTAGA CTCTGACCAA 
GGCCTTGGAG GGGTAATGGT TCTCAGTCAG AGGCAGCATG AAATCATTTT GAAAGCTGCA 
CAAGAACTGA AAATGCTTCG GGAACAGAAA GAACAGCTTC AAAAGATGAA AGACTTCGGG 
TCTGAGCCAC AGATGGCTGA CCATCTACCA CCTCAGGAAT CAAGATTGCA GAATACATCT 
TCAAGACCTG GAATGTATCC GCCTCCAGGG TCGTATAGAC CTCCCCCTCC TATGGGCAAA 
CCACCAGGTT CAATTGTAAG ACCCTCTGCT CCACCAGCAA GATCATCTGT TCCTGTGACC 
AGGCCACCTG TCCCAATACC ACCACCTCCA CCTCCTCCAC CTCTACCTCC TCCTCCTCCA 
GTGATAAAGC CACAAACTTC AGCTGTAGAA CAGGAACGAT GGGATGAAGA TTCTTTCTAT 
GGGCTCTGGG ATACAAATGA TGAACAAGGA CTGAATTCAG AATTTAAGTC AGAAACTGCA 
GCAATTCCAT CTGCTCCAGT ATTACCACCC CCACCTGTTC ACTCTTCCAT TCCCCCTCCT 
GGCCCAGTGC CTATGGGTAT GCCACCAATG TCCAAGCCAC CACCAGTACA ACAGACTGTT 
GATTATGGCC ATGGCCGAGA TATATCCACT AATAAAGTTG AACAGATACC TTATGGAGAA 
AGAATAACTC TACGCCCAGA TCCACTACCT GAAAGATCAA CTTTTGAGAC AGAGCATGCA 
GGCCAACGTG ATCGTTATGA TAGAGAAAGA GATCGTGAGC CTTATTTTGA TCGTCAAAGT 
AATGTCATAG CAGATCATCG AGATTTTAAA AGGGATCGTG AGACACATAG AGATCGAGAC 
CGGGATCGTG GTGTTATTGA CTATGACCGG GATCGATTTG ACAGAGAACG CCGACCCCGA 
GATGATAGAG CTCAGTCATA TCGAGACAAA AAAGACCATT CCTCATCCAG AAGAGGGGGT 
TTTGATAGGC CATCCTATGA CCGGAAGTCT GACCGACCAG TCTATGAAGG ACCATCCATG 
TTTGGAGGAG AACGAAGGAC TTATCCTGAG GAGCGAATGC CTCTGCCAGC TCCTTCACTG 
AGCCACCAGC CTCCTCCAGC TCCACGAGTC GAGAAGAAGC CTGAATCAAA GAATGTGGAC 
GATATTTTGA AACCACCGGG CCGGGAGAGC AGACCTGAGA GAATTGTTGT TATAATGAGA 
GGATTACCTG GCAGTGGAAA GACACATGTT GCAAAACTTA TTCGAGATAA GGAGGTAGAA 
TTTGGAGGAC CTGCACCCAG AGTTCTAAGC CTGGATGATT ACTTCATCAC TGAAGTGGAA 
AAAGAAGAAA AAGATCCAGA TTCTGGAAAG AAAGTGAAAA AGAAGGTAAT GGAATATGAA 
TATGAAGCTG AGATGGAGGA GACTTACCGC ACCAGCATGT TCAAAACTTT CAAAAAGACT 
CTGGATGATG GCTTTTTTCC CTTCATCATC CTGGATGCCA TCAATGACAG AGTTAGGCAT 
TTTGACCAGT TTTGGAGTGC AGCAAAAACC AAGGGATTTG AGGTATATTT GGCTGAAATG 
AGTGCAGATA ACCAGACTTG TGGCAAGAGA AATATTCATG GAAGAAAGCT TAAAGAAATA 
AATAAGATGG CTGATCACTG GGAAACTGCA CCTCGTCACA TGATGCGTCT AGATATTCGT 
TCTTTGCTGC AAGATGCTGC TATTGAAGAG GTAGAGATGG AAGATTTTGA TGCAAATATC 
GAAGAACAGA AAGAAGAAAA GAAAGATGCA GAGGAAGAGG AAAGCGAACT GGGTTACATT 
CCGAAAAGCA AATGGGAGAT GGACACATCT GAGGCAAAGC TAGACAAGTT GGATGGCTTG 
AGGACTGGTA CTAAAAGGAA ACGTGACTGG GAGGCCATTG CCAGCAGAAT GGAGGATTAT 
CTTCAGCTCC CCGATGATTA TGATACTCGT GCTTCTGAGC CTGGGAAGAA GAGGGTCAGA 
TGGGCAGACC TGGAAGAGAA GAAGGATGCA GATAGGAAAA GGGCCATAGG TTTTGTGGTC 
GGACAGACTG ATTGGGAGAA GATCACAGAT GAAAGTGGTC ACCTGGCTGA AAAAGCCCTC 
AATCGAACCA AATATATATG A

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

RefSeq	NP_062535.2
CDS	125..6565
Translation	MYPNWGRYGGSSHYPPPPVPPPPPVALPEASPGPGYSSSTTPAAPSSSGFMSFREQHLAQLQQLQQMHQKQMQCVLQPHHLPPPPLPPPPVMPGGGYGDWQPPPPPMPPPPGPALSYQKQQQYKHQMLHHQRDGPPGLVPMELESPPESPPVPPGSYMPPSQSYMPPPQPPPSYYPPTSSQPYLPPAQPSPSQSPPSQSYLAPTPSYSSSSSSSQSYLSHSQSYLPSSQASPSRPSQGHSKSQLLAPPPPSAPPGNKTTVQQEPLESGAKNKSTEQQQAAPEPDPSTMTPQEQQQYWYRQHLLSLQQRTKVHLPGHKKGPVVAKDTPEPVKEEVTVPATSQVPESPSSEEPPLPPPNEEVPPPLPPEEPQSEDPEEDARLKQLQAAAAHWQQHQQHRVGFQYQGIMQKHTQLQQILQQYQQIIQPPPHIQTMSVDMQLRHYEMQQQQFQHLYQEWEREFQLWEEQLHSYPHKDQLQEYEKQWKTWQGHMKATQSYLQEKVNSFQNMKNQYMGNMSMPPPFVPYSQMPPPLPTMPPPVLPPSLPPPVMPPALPATVPPPGMPPPVMPPSLPTSVPPPGMPPSLSSAGPPPVLPPPSLSSAGPPPVLPPPSLSSTAPPPVMPLPPLSSATPPPGIPPPGVPQGIPPQLTAAPVPPASSSQSSQVPEKPRPALLPTPVSFGSAPPTTYHPPLQSAGPSEQVNSKAPLSKSALPYSSFSSDQGLGESSAAPSQPITAVKDMPVRSGGLLPDPPRSSYLESPRGPRFDGPRRFEDLGSRCEGPRPKGPRFEGNRPDGPRPRYEGHPAEGTKSKWGMIPRGPASQFYITPSTSLSPRQSGPQWKGPKPAFGQQHQQQPKSQAEPLSGNKEPLADTSSNQQKNFKMQSAAFSIAADVKDVKAAQSNENLSDSQQEPPKSEVSEGPVEPSNWDQNVQSMETQIDKAQAVTQPVPLANKPVPAQSTFPSKTGGMEGGTAVATSSLTADNDFKPVGIGLPHSENNQDKGLPRPDNRDNRLEGNRGNSSSYRGPGQSRMEDTRDKGLVNRGRGQAISRGPGLVKQEDFRDKMMGRREDSREKMNRGEGSRDRGLVRPGSSREKVPGGLQGSQDRGAAGSRERGPPRRAGSQERGPLRRAGSRERIPPRRAGSRERGPPRGPGSRERGLGRSDFGRDRGPFRPEPGDGGEKMYPYHRDEPPRAPWNHGEERGHEEFPLDGRNAPMERERLDDWDRERYWRECERDYQDDTLELYNREDRFSAPPSRSHDGDRRGPWWDDWERDQDMDEDYNREMERDMDRDVDRISRPMDMYDRSLDNEWDRDYGRPLDEQESQFRERDIPSLPPLPPLPPLPPLDRYRDDRWREERNREHGYDRDFRDRGELRIREYPERGDTWREKRDYVPDRMDWERERLSDRWYPSDVDRHSPMAEHMPSSHHSSEMMGSDASLDSDQGLGGVMVLSQRQHEIILKAAQELKMLREQKEQLQKMKDFGSEPQMADHLPPQESRLQNTSSRPGMYPPPGSYRPPPPMGKPPGSIVRPSAPPARSSVPVTRPPVPIPPPPPPPPLPPPPPVIKPQTSAVEQERWDEDSFYGLWDTNDEQGLNSEFKSETAAIPSAPVLPPPPVHSSIPPPGPVPMGMPPMSKPPPVQQTVDYGHGRDISTNKVEQIPYGERITLRPDPLPERSTFETEHAGQRDRYDRERDREPYFDRQSNVIADHRDFKRDRETHRDRDRDRGVIDYDRDRFDRERRPRDDRAQSYRDKKDHSSSRRGGFDRPSYDRKSDRPVYEGPSMFGGERRTYPEERMPLPAPSLSHQPPPAPRVEKKPESKNVDDILKPPGRESRPERIVVIMRGLPGSGKTHVAKLIRDKEVEFGGPAPRVLSLDDYFITEVEKEEKDPDSGKKVKKKVMEYEYEAEMEETYRTSMFKTFKKTLDDGFFPFIILDAINDRVRHFDQFWSAAKTKGFEVYLAEMSADNQTCGKRNIHGRKLKEINKMADHWETAPRHMMRLDIRSLLQDAAIEEVEMEDFDANIEEQKEEKKDAEEEESELGYIPKSKWEMDTSEAKLDKLDGLRTGTKRKRDWEAIASRMEDYLQLPDDYDTRASEPGKKRVRWADLEEKKDADRKRAIGFVVGQTDWEKITDESGHLAEKALNRTKYI

Target ORF information:

RefSeq Version	NM_019589.2
Organism	Homo sapiens(human)
Definition	Homo sapiens YLP motif containing 1 (YLPM1), mRNA.

Target ORF information:

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

NM_019589.2

ORF Insert Sequence:

ATGTACCCGA ATTGGGGCCG GTATGGCGGG AGCAGCCACT ATCCGCCGCC ACCGGTCCCA 
CCGCCGCCGC CAGTGGCGCT TCCTGAGGCC TCGCCGGGGC CCGGGTACTC GAGCTCGACG 
ACTCCCGCGG CCCCCTCCTC CTCGGGCTTC ATGAGCTTCC GCGAACAGCA CTTGGCGCAG 
CTCCAGCAGC TGCAGCAGAT GCACCAGAAG CAAATGCAGT GCGTGCTTCA GCCCCACCAC 
CTTCCTCCGC CCCCTCTGCC GCCCCCGCCA GTGATGCCGG GGGGCGGCTA CGGAGACTGG 
CAGCCGCCAC CGCCACCGAT GCCCCCGCCA CCCGGGCCGG CCCTCAGCTA TCAGAAGCAG 
CAGCAGTACA AACACCAGAT GCTCCACCAC CAACGAGACG GGCCTCCTGG TTTGGTTCCA 
ATGGAGCTGG AATCCCCCCC TGAATCTCCC CCTGTGCCGC CTGGGTCCTA TATGCCCCCA 
TCTCAGTCTT ACATGCCCCC ACCTCAGCCG CCACCCTCTT ACTACCCCCC GACCTCATCT 
CAGCCCTACC TGCCTCCTGC TCAGCCGTCC CCTTCGCAGT CCCCACCTTC CCAATCCTAC 
CTGGCGCCCA CCCCTTCTTA CTCATCCTCC TCCTCTTCCT CGCAATCCTA TTTGAGCCAT 
TCCCAGTCCT ACTTGCCCTC TTCTCAGGCA TCTCCTTCCC GCCCCTCCCA GGGCCATTCT 
AAATCCCAAC TACTAGCTCC ACCACCACCG TCCGCCCCCC CTGGAAATAA GACAACTGTC 
CAGCAAGAGC CTTTGGAGAG TGGGGCCAAA AACAAGAGTA CTGAACAGCA GCAAGCCGCC 
CCTGAGCCAG ATCCCTCTAC GATGACTCCA CAGGAACAGC AGCAGTATTG GTATCGACAG 
CACTTGCTTA GTTTGCAACA GAGGACAAAA GTTCATTTGC CAGGACACAA AAAGGGTCCT 
GTGGTAGCAA AGGATACACC AGAGCCGGTA AAAGAAGAAG TTACAGTACC TGCCACCAGT 
CAAGTTCCAG AATCTCCTTC TTCTGAGGAG CCCCCATTGC CACCTCCAAA TGAGGAAGTG 
CCACCTCCTC TCCCACCTGA GGAACCCCAG TCTGAGGACC CAGAAGAAGA TGCCAGGTTA 
AAGCAGTTGC AGGCTGCAGC AGCACACTGG CAGCAGCACC AGCAGCATCG AGTCGGTTTC 
CAGTATCAGG GAATAATGCA GAAGCACACT CAGTTACAGC AGATTCTACA ACAGTATCAG 
CAGATTATAC AGCCCCCACC ACATATACAG ACCATGTCTG TAGATATGCA GCTGCGGCAT 
TATGAGATGC AGCAGCAACA GTTTCAACAT CTTTACCAAG AATGGGAGCG AGAGTTTCAG 
CTATGGGAGG AACAACTCCA TTCCTATCCT CATAAAGATC AGCTTCAGGA GTATGAGAAG 
CAGTGGAAAA CATGGCAGGG ACATATGAAA GCCACTCAGA GCTATCTCCA GGAGAAAGTC 
AATTCATTTC AGAACATGAA GAACCAGTAT ATGGGGAACA TGTCAATGCC ACCTCCTTTT 
GTTCCATATT CTCAGATGCC TCCACCTCTA CCTACAATGC CCCCTCCAGT GTTGCCTCCT 
TCATTGCCAC CACCAGTGAT GCCCCCTGCC CTCCCTGCTA CAGTGCCACC ACCTGGCATG 
CCCCCACCTG TTATGCCACC TTCTCTACCA ACCTCTGTTC CCCCACCAGG GATGCCTCCT 
TCTCTCTCTT CTGCAGGGCC ACCACCAGTT CTCCCCCCAC CTTCCCTGTC TTCTGCAGGG 
CCACCACCAG TTCTTCCCCC ACCATCTCTC TCTTCAACAG CACCTCCACC TGTCATGCCC 
CTCCCACCAT TGTCTTCAGC TACACCTCCT CCAGGAATAC CTCCCCCTGG AGTTCCACAA 
GGGATACCTC CTCAGTTAAC AGCAGCCCCA GTTCCACCAG CCTCCAGTTC ACAGAGCTCG 
CAAGTTCCAG AGAAACCTAG ACCAGCACTG CTTCCTACTC CTGTGTCTTT TGGTTCTGCC 
CCACCGACAA CTTACCATCC TCCGTTGCAA TCAGCTGGTC CATCAGAACA AGTGAATTCA 
AAAGCTCCTT TGAGCAAGTC TGCTCTGCCA TACAGTTCAT TCTCATCTGA TCAAGGACTT 
GGGGAGTCTT CAGCTGCTCC ATCTCAGCCA ATCACTGCAG TGAAGGACAT GCCAGTGAGA 
TCAGGTGGCC TGCTTCCAGA TCCTCCTAGA AGTAGTTACT TGGAAAGTCC AAGAGGCCCA 
AGATTTGATG GTCCTCGAAG ATTTGAGGAT TTAGGGTCAA GGTGTGAAGG ACCGAGACCC 
AAAGGGCCTC GTTTTGAAGG AAATCGCCCC GATGGGCCAA GACCCAGATA TGAAGGTCAC 
CCAGCAGAGG GCACTAAAAG CAAGTGGGGA ATGATTCCCC GGGGGCCAGC ATCTCAATTT 
TATATTACCC CCAGTACATC CCTAAGTCCT CGACAGAGTG GACCACAGTG GAAAGGCCCC 
AAACCAGCTT TTGGACAGCA GCATCAGCAG CAACCTAAGT CACAAGCAGA ACCTCTTTCA 
GGAAACAAAG AACCATTAGC AGACACCAGT AGTAACCAGC AGAAGAATTT TAAAATGCAA 
TCAGCTGCAT TTTCCATTGC TGCAGATGTA AAGGATGTCA AGGCGGCTCA GTCAAATGAG 
AATCTAAGCG ACTCTCAACA AGAGCCACCT AAAAGTGAAG TCTCGGAAGG GCCCGTAGAG 
CCCTCTAATT GGGACCAGAA TGTTCAAAGT ATGGAGACTC AAATCGACAA AGCCCAAGCT 
GTTACTCAGC CTGTACCCCT TGCGAATAAG CCTGTACCTG CTCAATCTAC TTTTCCTTCA 
AAAACAGGGG GGATGGAGGG AGGAACAGCA GTAGCAACAT CATCATTAAC AGCAGATAAT 
GATTTTAAAC CTGTGGGTAT TGGTCTACCC CATTCAGAAA ACAACCAAGA TAAAGGCCTG 
CCTCGGCCAG ATAATAGAGA TAATAGATTA GAAGGCAATA GAGGCAACAG CTCATCTTAC 
AGAGGTCCTG GGCAAAGCAG AATGGAAGAC ACACGGGATA AAGGTCTAGT AAACAGAGGT 
CGCGGCCAGG CAATCAGTCG AGGCCCAGGA TTGGTCAAGC AAGAAGACTT TCGGGATAAG 
ATGATGGGTA GAAGAGAAGA TAGTCGAGAG AAGATGAACA GAGGAGAAGG TAGCCGGGAC 
AGAGGGTTGG TGAGGCCTGG AAGCAGTCGG GAGAAAGTGC CAGGTGGTCT TCAAGGGAGC 
CAGGACAGGG GTGCAGCTGG CAGCCGAGAA AGGGGACCAC CTCGGAGGGC TGGCAGTCAG 
GAGAGGGGAC CTCTTCGAAG GGCTGGGAGT AGAGAGAGAA TACCACCCCG AAGAGCTGGG 
AGCAGGGAGA GAGGACCACC TCGAGGGCCT GGCAGTCGAG AAAGGGGACT GGGAAGATCA 
GATTTTGGTC GTGATAGAGG TCCATTCAGA CCAGAACCAG GAGATGGTGG GGAAAAAATG 
TATCCATATC ACCGGGATGA GCCTCCTAGG GCTCCATGGA ACCATGGAGA AGAGCGAGGG 
CATGAAGAGT TTCCATTAGA TGGTAGAAAT GCTCCAATGG AACGAGAAAG ACTCGATGAC 
TGGGATAGAG AGAGATACTG GAGAGAATGT GAACGTGACT ATCAAGATGA TACACTAGAG 
CTCTATAACA GAGAGGACAG GTTCTCAGCA CCACCATCTC GGTCTCATGA TGGAGATAGG 
CGAGGCCCTT GGTGGGATGA TTGGGAGAGA GACCAGGATA TGGATGAGGA CTACAATAGG 
GAAATGGAAA GGGACATGGA CAGGGATGTG GATCGGATTT CAAGACCTAT GGATATGTAT 
GATAGAAGTT TGGATAATGA GTGGGACAGA GATTATGGGA GACCACTGGA TGAACAAGAA 
TCACAGTTTC GTGAACGGGA TATTCCATCT CTTCCACCTT TACCGCCCCT CCCACCTCTT 
CCACCTTTGG ATAGATATCG GGATGATAGA TGGAGAGAAG AAAGAAATCG AGAGCATGGG 
TATGATCGAG ATTTCCGTGA TAGGGGTGAG TTGAGGATTC GAGAGTATCC AGAAAGAGGA 
GATACATGGC GGGAAAAGCG AGATTATGTT CCTGACAGAA TGGACTGGGA AAGAGAACGG 
TTGTCAGACA GATGGTACCC ATCTGATGTG GATAGACATT CCCCCATGGC GGAACATATG 
CCCTCCTCAC ATCATTCCTC AGAAATGATG GGGTCCGATG CAAGCTTAGA CTCTGACCAA 
GGCCTTGGAG GGGTAATGGT TCTCAGTCAG AGGCAGCATG AAATCATTTT GAAAGCTGCA 
CAAGAACTGA AAATGCTTCG GGAACAGAAA GAACAGCTTC AAAAGATGAA AGACTTCGGG 
TCTGAGCCAC AGATGGCTGA CCATCTACCA CCTCAGGAAT CAAGATTGCA GAATACATCT 
TCAAGACCTG GAATGTATCC GCCTCCAGGG TCGTATAGAC CTCCCCCTCC TATGGGCAAA 
CCACCAGGTT CAATTGTAAG ACCCTCTGCT CCACCAGCAA GATCATCTGT TCCTGTGACC 
AGGCCACCTG TCCCAATACC ACCACCTCCA CCTCCTCCAC CTCTACCTCC TCCTCCTCCA 
GTGATAAAGC CACAAACTTC AGCTGTAGAA CAGGAACGAT GGGATGAAGA TTCTTTCTAT 
GGGCTCTGGG ATACAAATGA TGAACAAGGA CTGAATTCAG AATTTAAGTC AGAAACTGCA 
GCAATTCCAT CTGCTCCAGT ATTACCACCC CCACCTGTTC ACTCTTCCAT TCCCCCTCCT 
GGCCCAGTGC CTATGGGTAT GCCACCAATG TCCAAGCCAC CACCAGTACA ACAGACTGTT 
GATTATGGCC ATGGCCGAGA TATATCCACT AATAAAGTTG AACAGATACC TTATGGAGAA 
AGAATAACTC TACGCCCAGA TCCACTACCT GAAAGATCAA CTTTTGAGAC AGAGCATGCA 
GGCCAACGTG ATCGTTATGA TAGAGAAAGA GATCGTGAGC CTTATTTTGA TCGTCAAAGT 
AATGTCATAG CAGATCATCG AGATTTTAAA AGGGATCGTG AGACACATAG AGATCGAGAC 
CGGGATCGTG GTGTTATTGA CTATGACCGG GATCGATTTG ACAGAGAACG CCGACCCCGA 
GATGATAGAG CTCAGTCATA TCGAGACAAA AAAGACCATT CCTCATCCAG AAGAGGGGGT 
TTTGATAGGC CATCCTATGA CCGGAAGTCT GACCGACCAG TCTATGAAGG ACCATCCATG 
TTTGGAGGAG AACGAAGGAC TTATCCTGAG GAGCGAATGC CTCTGCCAGC TCCTTCACTG 
AGCCACCAGC CTCCTCCAGC TCCACGAGTC GAGAAGAAGC CTGAATCAAA GAATGTGGAC 
GATATTTTGA AACCACCGGG CCGGGAGAGC AGACCTGAGA GAATTGTTGT TATAATGAGA 
GGATTACCTG GCAGTGGAAA GACACATGTT GCAAAACTTA TTCGAGATAA GGAGGTAGAA 
TTTGGAGGAC CTGCACCCAG AGTTCTAAGC CTGGATGATT ACTTCATCAC TGAAGTGGAA 
AAAGAAGAAA AAGATCCAGA TTCTGGAAAG AAAGTGAAAA AGAAGGTAAT GGAATATGAA 
TATGAAGCTG AGATGGAGGA GACTTACCGC ACCAGCATGT TCAAAACTTT CAAAAAGACT 
CTGGATGATG GCTTTTTTCC CTTCATCATC CTGGATGCCA TCAATGACAG AGTTAGGCAT 
TTTGACCAGT TTTGGAGTGC AGCAAAAACC AAGGGATTTG AGGTATATTT GGCTGAAATG 
AGTGCAGATA ACCAGACTTG TGGCAAGAGA AATATTCATG GAAGAAAGCT TAAAGAAATA 
AATAAGATGG CTGATCACTG GGAAACTGCA CCTCGTCACA TGATGCGTCT AGATATTCGT 
TCTTTGCTGC AAGATGCTGC TATTGAAGAG GTAGAGATGG AAGATTTTGA TGCAAATATC 
GAAGAACAGA AAGAAGAAAA GAAAGATGCA GAGGAAGAGG AAAGCGAACT GGGTTACATT 
CCGAAAAGCA AATGGGAGAT GGACACATCT GAGGCAAAGC TAGACAAGTT GGATGGCTTG 
AGGACTGGTA CTAAAAGGAA ACGTGACTGG GAGGCCATTG CCAGCAGAAT GGAGGATTAT 
CTTCAGCTCC CCGATGATTA TGATACTCGT GCTTCTGAGC CTGGGAAGAA GAGGGTCAGA 
TGGGCAGACC TGGAAGAGAA GAAGGATGCA GATAGGAAAA GGGCCATAGG TTTTGTGGTC 
GGACAGACTG ATTGGGAGAA GATCACAGAT GAAAGTGGTC ACCTGGCTGA AAAAGCCCTC 
AATCGAACCA AATATATATG A

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

YLPM1 ( XM_011536967.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011535269.1 Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu70020
Clone ID Related Accession (Same CDS sequence)	XM_011536967.1 , XM_011536967.2
Accession Version	XM_011536967.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4323bp) 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	1465056000000
Organism	Homo sapiens(human)
Product	YLP motif-containing protein 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) 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##

ATGTACCCGA ATTGGGGCCG GTATGGCGGG AGCAGCCACT ATCCGCCGCC ACCGGTCCCA 
CCGCCGCCGC CAGTGGCGCT TCCTGAGGCC TCGCCGGGGC CCGGGTACTC GAGCTCGACG 
ACTCCCGCGG CCCCCTCCTC CTCGGGCTTC ATGAGCTTCC GCGAACAGCA CTTGGCGCAG 
CTCCAGCAGC TGCAGCAGAT GCACCAGAAG CAAATGCAGT GCGTGCTTCA GCCCCACCAC 
CTTCCTCCGC CCCCTCTGCC GCCCCCGCCA GTGATGCCGG GGGGCGGCTA CGGAGACTGG 
CAGCCGCCAC CGCCACCGAT GCCCCCGCCA CCCGGGCCGG CCCTCAGCTA TCAGAAGCAG 
CAGCAGTACA AACACCAGAT GCTCCACCAC CAACGAGACG GGCCTCCTGG TTTGGTTCCA 
ATGGAGCTGG AATCCCCCCC TGAATCTCCC CCTGTGCCGC CTGGGTCCTA TATGCCCCCA 
TCTCAGTCTT ACATGCCCCC ACCTCAGCCG CCACCCTCTT ACTACCCCCC GACCTCATCT 
CAGCCCTACC TGCCTCCTGC TCAGCCGTCC CCTTCGCAGT CCCCACCTTC CCAATCCTAC 
CTGGCGCCCA CCCCTTCTTA CTCATCCTCC TCCTCTTCCT CGCAATCCTA TTTGAGCCAT 
TCCCAGTCCT ACTTGCCCTC TTCTCAGGCA TCTCCTTCCC GCCCCTCCCA GGGCCATTCT 
AAATCCCAAC TACTAGCTCC ACCACCACCG TCCGCCCCCC CTGGAAATAA GACAACTGTC 
CAGCAAGAGC CTTTGGAGAG TGGGGCCAAA AACAAGAGTA CTGAACAGCA GCAAGCCGCC 
CCTGAGCCAG ATCCCTCTAC GATGACTCCA CAGGAACAGC AGCAGTATTG GTATCGACAG 
CACTTGCTTA GTTTGCAACA GAGGACAAAA GTTCATTTGC CAGGACACAA AAAGGGTCCT 
GTGGTAGCAA AGGATACACC AGAGCCGGTA AAAGAAGAAG TTACAGTACC TGCCACCAGT 
CAAGTTCCAG AATCTCCTTC TTCTGAGGAG CCCCCATTGC CACCTCCAAA TGAGGAAGTG 
CCACCTCCTC TCCCACCTGA GGAACCCCAG TCTGAGGACC CAGAAGAAGA TGCCAGGTTA 
AAGCAGTTGC AGGCTGCAGC AGCACACTGG CAGCAGCACC AGCAGCATCG AGTCGGTTTC 
CAGTATCAGG GAATAATGCA GAAGCACACT CAGTTACAGC AGATTCTACA ACAGTATCAG 
CAGATTATAC AGCCCCCACC ACATATACAG ACCATGTCTG TAGATATGCA GCTGCGGCAT 
TATGAGATGC AGCAGCAACA GTTTCAACAT CTTTACCAAG AATGGGAGCG AGAGTTTCAG 
CTATGGGAGG AACAACTCCA TTCCTATCCT CATAAAGATC AGCTTCAGGA GTATGAGAAG 
CAGTGGAAAA CATGGCAGGG ACATATGAAA GCCACTCAGA GCTATCTCCA GGAGAAAGTC 
AATTCATTTC AGAACATGAA GAACCAGTAT ATGGGGAACA TGTCAATGCC ACCTCCTTTT 
GTTCCATATT CTCAGATGCC TCCACCTCTA CCTACAATGC CCCCTCCAGT GTTGCCTCCT 
TCATTGCCAC CACCAGTGAT GCCCCCTGCC CTCCCTGCTA CAGTGCCACC ACCTGGCATG 
CCCCCACCTG TTATGCCACC TTCTCTACCA ACCTCTGTTC CCCCACCAGG GATGCCTCCT 
TCTCTCTCTT CTGCAGGGCC ACCACCAGTT CTCCCCCCAC CTTCCCTGTC TTCTGCAGGG 
CCACCACCAG TTCTTCCCCC ACCATCTCTC TCTTCAACAG CACCTCCACC TGTCATGCCC 
CTCCCACCAT TGTCTTCAGC TACACCTCCT CCAGGAATAC CTCCCCCTGG AGTTCCACAA 
GGGATACCTC CTCAGTTAAC AGCAGCCCCA GTTCCACCAG CCTCCAGTTC ACAGAGCTCG 
CAAGTTCCAG AGAAACCTAG ACCAGCACTG CTTCCTACTC CTGTGTCTTT TGGTTCTGCC 
CCACCGACAA CTTACCATCC TCCGTTGCAA TCAGCTGGTC CATCAGAACA AGTGAATTCA 
AAAGCTCCTT TGAGCAAGTC TGCTCTGCCA TACAGTTCAT TCTCATCTGA TCAAGGACTT 
GGGGAGTCTT CAGCTGCTCC ATCTCAGCCA ATCACTGCAG TGAAGGACAT GCCAGTGAGA 
TCAGGTGGCC TGCTTCCAGA TCCTCCTAGA AGTAGTTACT TGGAAAGTCC AAGAGGCCCA 
AGGGAACAGA AAGAACAGCT TCAAAAGATG AAAGACTTCG GGTCTGAGCC ACAGATGGCT 
GACCATCTAC CACCTCAGGA ATCAAGATTG CAGAATACAT CTTCAAGACC TGGAATGTAT 
CCGCCTCCAG GGTCGTATAG ACCTCCCCCT CCTATGGGCA AACCACCAGG TTCAATTGTA 
AGACCCTCTG CTCCACCAGC AAGATCATCT GTTCCTGTGA CCAGGCCACC TGTCCCAATA 
CCACCACCTC CACCTCCTCC ACCTCTACCT CCTCCTCCTC CAGTGATAAA GCCACAAACT 
TCAGCTGTAG AACAGGAACG ATGGGATGAA GATTCTTTCT ATGGGCTCTG GGATACAAAT 
GATGAACAAG GACTGAATTC AGAATTTAAG TCAGAAACTG CAGCAATTCC ATCTGCTCCA 
GTATTACCAC CCCCACCTGT TCACTCTTCC ATTCCCCCTC CTGGCCCAGT GCCTATGGGT 
ATGCCACCAA TGTCCAAGCC ACCACCAGTA CAACAGACTG TTGATTATGG CCATGGCCGA 
GATATATCCA CTAATAAAGT TGAACAGATA CCTTATGGAG AAAGAATAAC TCTACGCCCA 
GATCCACTAC CTGAAAGATC AACTTTTGAG ACAGAGCATG CAGGCCAACG TGATCGTTAT 
GATAGAGAAA GAGATCGTGA GCCTTATTTT GATCGTCAAA GTAATGTCAT AGCAGATCAT 
CGAGATTTTA AAAGGGATCG TGAGACACAT AGAGATCGAG ACCGGGATCG TGGTGTTATT 
GACTATGACC GGGATCGATT TGACAGAGAA CGCCGACCCC GAGATGATAG AGCTCAGTCA 
TATCGAGACA AAAAAGACCA TTCCTCATCC AGAAGAGGGG GTTTTGATAG GCCATCCTAT 
GACCGGAAGT CTGACCGACC AGTCTATGAA GGACCATCCA TGTTTGGAGG AGAACGAAGG 
ACTTATCCTG AGGAGCGAAT GCCTCTGCCA GCTCCTTCAC TGAGCCACCA GCCTCCTCCA 
GCTCCACGAG TCGAGAAGAA GCCTGAATCA AAGAATGTGG ACGATATTTT GAAACCACCG 
GGCCGGGAGA GCAGACCTGA GAGAATTGTT GTTATAATGA GAGGATTACC TGGCAGTGGA 
AAGACACATG TTGCAAAACT TATTCGAGAT AAGGAGGTAG AATTTGGAGG ACCTGCACCC 
AGAGTTCTAA GCCTGGATGA TTACTTCATC ACTGAAGTGG AAAAAGAAGA AAAAGATCCA 
GATTCTGGAA AGAAAGTGAA AAAGAAGGTA ATGGAATATG AATATGAAGC TGAGATGGAG 
GAGACTTACC GCACCAGCAT GTTCAAAACT TTCAAAAAGA CTCTGGATGA TGGCTTTTTT 
CCCTTCATCA TCCTGGATGC CATCAATGAC AGAGTTAGGC ATTTTGACCA GTTTTGGAGT 
GCAGCAAAAA CCAAGGGATT TGAGGTATAT TTGGCTGAAA TGAGTGCAGA TAACCAGACT 
TGTGGCAAGA GAAATATTCA TGGAAGAAAG CTTAAAGAAA TAAATAAGAT GGCTGATCAC 
TGGGAAACTG CACCTCGTCA CATGATGCGT CTAGATATTC GTTCTTTGCT GCAAGATGCT 
GCTATTGAAG AGGTAGAGAT GGAAGATTTT GATGCAAATA TCGAAGAACA GAAAGAAGAA 
AAGAAAGATG CAGAGGAAGA GGAAAGCGAA CTGGGTTACA TTCCGAAAAG CAAATGGGAG 
ATGGACACAT CTGAGGCAAA GCTAGACAAG TTGGATGGCT TGAGGACTGG TACTAAAAGG 
AAACGTGACT GGGAGGCCAT TGCCAGCAGA ATGGAGGATT ATCTTCAGCT CCCCGATGAT 
TATGATACTC GTGCTTCTGA GCCTGGGAAG AAGAGGGTCA GATGGGCAGA CCTGGAAGAG 
AAGAAGGATG CAGATAGGAA AAGGGCCATA GGTTTTGTGG TCGGACAGAC TGATTGGGAG 
AAGATCACAG ATGAAAGTGG TCACCTGGCT GAAAAAGCCC TCAATCGAAC CAAATATATA 
TGA

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

RefSeq	XP_011535269.1
CDS	169..4491
Translation	MYPNWGRYGGSSHYPPPPVPPPPPVALPEASPGPGYSSSTTPAAPSSSGFMSFREQHLAQLQQLQQMHQKQMQCVLQPHHLPPPPLPPPPVMPGGGYGDWQPPPPPMPPPPGPALSYQKQQQYKHQMLHHQRDGPPGLVPMELESPPESPPVPPGSYMPPSQSYMPPPQPPPSYYPPTSSQPYLPPAQPSPSQSPPSQSYLAPTPSYSSSSSSSQSYLSHSQSYLPSSQASPSRPSQGHSKSQLLAPPPPSAPPGNKTTVQQEPLESGAKNKSTEQQQAAPEPDPSTMTPQEQQQYWYRQHLLSLQQRTKVHLPGHKKGPVVAKDTPEPVKEEVTVPATSQVPESPSSEEPPLPPPNEEVPPPLPPEEPQSEDPEEDARLKQLQAAAAHWQQHQQHRVGFQYQGIMQKHTQLQQILQQYQQIIQPPPHIQTMSVDMQLRHYEMQQQQFQHLYQEWEREFQLWEEQLHSYPHKDQLQEYEKQWKTWQGHMKATQSYLQEKVNSFQNMKNQYMGNMSMPPPFVPYSQMPPPLPTMPPPVLPPSLPPPVMPPALPATVPPPGMPPPVMPPSLPTSVPPPGMPPSLSSAGPPPVLPPPSLSSAGPPPVLPPPSLSSTAPPPVMPLPPLSSATPPPGIPPPGVPQGIPPQLTAAPVPPASSSQSSQVPEKPRPALLPTPVSFGSAPPTTYHPPLQSAGPSEQVNSKAPLSKSALPYSSFSSDQGLGESSAAPSQPITAVKDMPVRSGGLLPDPPRSSYLESPRGPREQKEQLQKMKDFGSEPQMADHLPPQESRLQNTSSRPGMYPPPGSYRPPPPMGKPPGSIVRPSAPPARSSVPVTRPPVPIPPPPPPPPLPPPPPVIKPQTSAVEQERWDEDSFYGLWDTNDEQGLNSEFKSETAAIPSAPVLPPPPVHSSIPPPGPVPMGMPPMSKPPPVQQTVDYGHGRDISTNKVEQIPYGERITLRPDPLPERSTFETEHAGQRDRYDRERDREPYFDRQSNVIADHRDFKRDRETHRDRDRDRGVIDYDRDRFDRERRPRDDRAQSYRDKKDHSSSRRGGFDRPSYDRKSDRPVYEGPSMFGGERRTYPEERMPLPAPSLSHQPPPAPRVEKKPESKNVDDILKPPGRESRPERIVVIMRGLPGSGKTHVAKLIRDKEVEFGGPAPRVLSLDDYFITEVEKEEKDPDSGKKVKKKVMEYEYEAEMEETYRTSMFKTFKKTLDDGFFPFIILDAINDRVRHFDQFWSAAKTKGFEVYLAEMSADNQTCGKRNIHGRKLKEINKMADHWETAPRHMMRLDIRSLLQDAAIEEVEMEDFDANIEEQKEEKKDAEEEESELGYIPKSKWEMDTSEAKLDKLDGLRTGTKRKRDWEAIASRMEDYLQLPDDYDTRASEPGKKRVRWADLEEKKDADRKRAIGFVVGQTDWEKITDESGHLAEKALNRTKYI

Target ORF information:

RefSeq Version	XM_011536967.1
Organism	Homo sapiens(human)
Definition	Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X4, mRNA.

Target ORF information:

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

XM_011536967.1

ORF Insert Sequence:

ATGTACCCGA ATTGGGGCCG GTATGGCGGG AGCAGCCACT ATCCGCCGCC ACCGGTCCCA 
CCGCCGCCGC CAGTGGCGCT TCCTGAGGCC TCGCCGGGGC CCGGGTACTC GAGCTCGACG 
ACTCCCGCGG CCCCCTCCTC CTCGGGCTTC ATGAGCTTCC GCGAACAGCA CTTGGCGCAG 
CTCCAGCAGC TGCAGCAGAT GCACCAGAAG CAAATGCAGT GCGTGCTTCA GCCCCACCAC 
CTTCCTCCGC CCCCTCTGCC GCCCCCGCCA GTGATGCCGG GGGGCGGCTA CGGAGACTGG 
CAGCCGCCAC CGCCACCGAT GCCCCCGCCA CCCGGGCCGG CCCTCAGCTA TCAGAAGCAG 
CAGCAGTACA AACACCAGAT GCTCCACCAC CAACGAGACG GGCCTCCTGG TTTGGTTCCA 
ATGGAGCTGG AATCCCCCCC TGAATCTCCC CCTGTGCCGC CTGGGTCCTA TATGCCCCCA 
TCTCAGTCTT ACATGCCCCC ACCTCAGCCG CCACCCTCTT ACTACCCCCC GACCTCATCT 
CAGCCCTACC TGCCTCCTGC TCAGCCGTCC CCTTCGCAGT CCCCACCTTC CCAATCCTAC 
CTGGCGCCCA CCCCTTCTTA CTCATCCTCC TCCTCTTCCT CGCAATCCTA TTTGAGCCAT 
TCCCAGTCCT ACTTGCCCTC TTCTCAGGCA TCTCCTTCCC GCCCCTCCCA GGGCCATTCT 
AAATCCCAAC TACTAGCTCC ACCACCACCG TCCGCCCCCC CTGGAAATAA GACAACTGTC 
CAGCAAGAGC CTTTGGAGAG TGGGGCCAAA AACAAGAGTA CTGAACAGCA GCAAGCCGCC 
CCTGAGCCAG ATCCCTCTAC GATGACTCCA CAGGAACAGC AGCAGTATTG GTATCGACAG 
CACTTGCTTA GTTTGCAACA GAGGACAAAA GTTCATTTGC CAGGACACAA AAAGGGTCCT 
GTGGTAGCAA AGGATACACC AGAGCCGGTA AAAGAAGAAG TTACAGTACC TGCCACCAGT 
CAAGTTCCAG AATCTCCTTC TTCTGAGGAG CCCCCATTGC CACCTCCAAA TGAGGAAGTG 
CCACCTCCTC TCCCACCTGA GGAACCCCAG TCTGAGGACC CAGAAGAAGA TGCCAGGTTA 
AAGCAGTTGC AGGCTGCAGC AGCACACTGG CAGCAGCACC AGCAGCATCG AGTCGGTTTC 
CAGTATCAGG GAATAATGCA GAAGCACACT CAGTTACAGC AGATTCTACA ACAGTATCAG 
CAGATTATAC AGCCCCCACC ACATATACAG ACCATGTCTG TAGATATGCA GCTGCGGCAT 
TATGAGATGC AGCAGCAACA GTTTCAACAT CTTTACCAAG AATGGGAGCG AGAGTTTCAG 
CTATGGGAGG AACAACTCCA TTCCTATCCT CATAAAGATC AGCTTCAGGA GTATGAGAAG 
CAGTGGAAAA CATGGCAGGG ACATATGAAA GCCACTCAGA GCTATCTCCA GGAGAAAGTC 
AATTCATTTC AGAACATGAA GAACCAGTAT ATGGGGAACA TGTCAATGCC ACCTCCTTTT 
GTTCCATATT CTCAGATGCC TCCACCTCTA CCTACAATGC CCCCTCCAGT GTTGCCTCCT 
TCATTGCCAC CACCAGTGAT GCCCCCTGCC CTCCCTGCTA CAGTGCCACC ACCTGGCATG 
CCCCCACCTG TTATGCCACC TTCTCTACCA ACCTCTGTTC CCCCACCAGG GATGCCTCCT 
TCTCTCTCTT CTGCAGGGCC ACCACCAGTT CTCCCCCCAC CTTCCCTGTC TTCTGCAGGG 
CCACCACCAG TTCTTCCCCC ACCATCTCTC TCTTCAACAG CACCTCCACC TGTCATGCCC 
CTCCCACCAT TGTCTTCAGC TACACCTCCT CCAGGAATAC CTCCCCCTGG AGTTCCACAA 
GGGATACCTC CTCAGTTAAC AGCAGCCCCA GTTCCACCAG CCTCCAGTTC ACAGAGCTCG 
CAAGTTCCAG AGAAACCTAG ACCAGCACTG CTTCCTACTC CTGTGTCTTT TGGTTCTGCC 
CCACCGACAA CTTACCATCC TCCGTTGCAA TCAGCTGGTC CATCAGAACA AGTGAATTCA 
AAAGCTCCTT TGAGCAAGTC TGCTCTGCCA TACAGTTCAT TCTCATCTGA TCAAGGACTT 
GGGGAGTCTT CAGCTGCTCC ATCTCAGCCA ATCACTGCAG TGAAGGACAT GCCAGTGAGA 
TCAGGTGGCC TGCTTCCAGA TCCTCCTAGA AGTAGTTACT TGGAAAGTCC AAGAGGCCCA 
AGGGAACAGA AAGAACAGCT TCAAAAGATG AAAGACTTCG GGTCTGAGCC ACAGATGGCT 
GACCATCTAC CACCTCAGGA ATCAAGATTG CAGAATACAT CTTCAAGACC TGGAATGTAT 
CCGCCTCCAG GGTCGTATAG ACCTCCCCCT CCTATGGGCA AACCACCAGG TTCAATTGTA 
AGACCCTCTG CTCCACCAGC AAGATCATCT GTTCCTGTGA CCAGGCCACC TGTCCCAATA 
CCACCACCTC CACCTCCTCC ACCTCTACCT CCTCCTCCTC CAGTGATAAA GCCACAAACT 
TCAGCTGTAG AACAGGAACG ATGGGATGAA GATTCTTTCT ATGGGCTCTG GGATACAAAT 
GATGAACAAG GACTGAATTC AGAATTTAAG TCAGAAACTG CAGCAATTCC ATCTGCTCCA 
GTATTACCAC CCCCACCTGT TCACTCTTCC ATTCCCCCTC CTGGCCCAGT GCCTATGGGT 
ATGCCACCAA TGTCCAAGCC ACCACCAGTA CAACAGACTG TTGATTATGG CCATGGCCGA 
GATATATCCA CTAATAAAGT TGAACAGATA CCTTATGGAG AAAGAATAAC TCTACGCCCA 
GATCCACTAC CTGAAAGATC AACTTTTGAG ACAGAGCATG CAGGCCAACG TGATCGTTAT 
GATAGAGAAA GAGATCGTGA GCCTTATTTT GATCGTCAAA GTAATGTCAT AGCAGATCAT 
CGAGATTTTA AAAGGGATCG TGAGACACAT AGAGATCGAG ACCGGGATCG TGGTGTTATT 
GACTATGACC GGGATCGATT TGACAGAGAA CGCCGACCCC GAGATGATAG AGCTCAGTCA 
TATCGAGACA AAAAAGACCA TTCCTCATCC AGAAGAGGGG GTTTTGATAG GCCATCCTAT 
GACCGGAAGT CTGACCGACC AGTCTATGAA GGACCATCCA TGTTTGGAGG AGAACGAAGG 
ACTTATCCTG AGGAGCGAAT GCCTCTGCCA GCTCCTTCAC TGAGCCACCA GCCTCCTCCA 
GCTCCACGAG TCGAGAAGAA GCCTGAATCA AAGAATGTGG ACGATATTTT GAAACCACCG 
GGCCGGGAGA GCAGACCTGA GAGAATTGTT GTTATAATGA GAGGATTACC TGGCAGTGGA 
AAGACACATG TTGCAAAACT TATTCGAGAT AAGGAGGTAG AATTTGGAGG ACCTGCACCC 
AGAGTTCTAA GCCTGGATGA TTACTTCATC ACTGAAGTGG AAAAAGAAGA AAAAGATCCA 
GATTCTGGAA AGAAAGTGAA AAAGAAGGTA ATGGAATATG AATATGAAGC TGAGATGGAG 
GAGACTTACC GCACCAGCAT GTTCAAAACT TTCAAAAAGA CTCTGGATGA TGGCTTTTTT 
CCCTTCATCA TCCTGGATGC CATCAATGAC AGAGTTAGGC ATTTTGACCA GTTTTGGAGT 
GCAGCAAAAA CCAAGGGATT TGAGGTATAT TTGGCTGAAA TGAGTGCAGA TAACCAGACT 
TGTGGCAAGA GAAATATTCA TGGAAGAAAG CTTAAAGAAA TAAATAAGAT GGCTGATCAC 
TGGGAAACTG CACCTCGTCA CATGATGCGT CTAGATATTC GTTCTTTGCT GCAAGATGCT 
GCTATTGAAG AGGTAGAGAT GGAAGATTTT GATGCAAATA TCGAAGAACA GAAAGAAGAA 
AAGAAAGATG CAGAGGAAGA GGAAAGCGAA CTGGGTTACA TTCCGAAAAG CAAATGGGAG 
ATGGACACAT CTGAGGCAAA GCTAGACAAG TTGGATGGCT TGAGGACTGG TACTAAAAGG 
AAACGTGACT GGGAGGCCAT TGCCAGCAGA ATGGAGGATT ATCTTCAGCT CCCCGATGAT 
TATGATACTC GTGCTTCTGA GCCTGGGAAG AAGAGGGTCA GATGGGCAGA CCTGGAAGAG 
AAGAAGGATG CAGATAGGAA AAGGGCCATA GGTTTTGTGG TCGGACAGAC TGATTGGGAG 
AAGATCACAG ATGAAAGTGG TCACCTGGCT GAAAAAGCCC TCAATCGAAC CAAATATATA 
TGA

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

YLPM1 ( XM_011536967.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011535269.1 Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu70020
Clone ID Related Accession (Same CDS sequence)	XM_011536967.1 , XM_011536967.2
Accession Version	XM_011536967.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4323bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	YLP motif-containing protein 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) 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_011536967.1. ##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##

ATGTACCCGA ATTGGGGCCG GTATGGCGGG AGCAGCCACT ATCCGCCGCC ACCGGTCCCA 
CCGCCGCCGC CAGTGGCGCT TCCTGAGGCC TCGCCGGGGC CCGGGTACTC GAGCTCGACG 
ACTCCCGCGG CCCCCTCCTC CTCGGGCTTC ATGAGCTTCC GCGAACAGCA CTTGGCGCAG 
CTCCAGCAGC TGCAGCAGAT GCACCAGAAG CAAATGCAGT GCGTGCTTCA GCCCCACCAC 
CTTCCTCCGC CCCCTCTGCC GCCCCCGCCA GTGATGCCGG GGGGCGGCTA CGGAGACTGG 
CAGCCGCCAC CGCCACCGAT GCCCCCGCCA CCCGGGCCGG CCCTCAGCTA TCAGAAGCAG 
CAGCAGTACA AACACCAGAT GCTCCACCAC CAACGAGACG GGCCTCCTGG TTTGGTTCCA 
ATGGAGCTGG AATCCCCCCC TGAATCTCCC CCTGTGCCGC CTGGGTCCTA TATGCCCCCA 
TCTCAGTCTT ACATGCCCCC ACCTCAGCCG CCACCCTCTT ACTACCCCCC GACCTCATCT 
CAGCCCTACC TGCCTCCTGC TCAGCCGTCC CCTTCGCAGT CCCCACCTTC CCAATCCTAC 
CTGGCGCCCA CCCCTTCTTA CTCATCCTCC TCCTCTTCCT CGCAATCCTA TTTGAGCCAT 
TCCCAGTCCT ACTTGCCCTC TTCTCAGGCA TCTCCTTCCC GCCCCTCCCA GGGCCATTCT 
AAATCCCAAC TACTAGCTCC ACCACCACCG TCCGCCCCCC CTGGAAATAA GACAACTGTC 
CAGCAAGAGC CTTTGGAGAG TGGGGCCAAA AACAAGAGTA CTGAACAGCA GCAAGCCGCC 
CCTGAGCCAG ATCCCTCTAC GATGACTCCA CAGGAACAGC AGCAGTATTG GTATCGACAG 
CACTTGCTTA GTTTGCAACA GAGGACAAAA GTTCATTTGC CAGGACACAA AAAGGGTCCT 
GTGGTAGCAA AGGATACACC AGAGCCGGTA AAAGAAGAAG TTACAGTACC TGCCACCAGT 
CAAGTTCCAG AATCTCCTTC TTCTGAGGAG CCCCCATTGC CACCTCCAAA TGAGGAAGTG 
CCACCTCCTC TCCCACCTGA GGAACCCCAG TCTGAGGACC CAGAAGAAGA TGCCAGGTTA 
AAGCAGTTGC AGGCTGCAGC AGCACACTGG CAGCAGCACC AGCAGCATCG AGTCGGTTTC 
CAGTATCAGG GAATAATGCA GAAGCACACT CAGTTACAGC AGATTCTACA ACAGTATCAG 
CAGATTATAC AGCCCCCACC ACATATACAG ACCATGTCTG TAGATATGCA GCTGCGGCAT 
TATGAGATGC AGCAGCAACA GTTTCAACAT CTTTACCAAG AATGGGAGCG AGAGTTTCAG 
CTATGGGAGG AACAACTCCA TTCCTATCCT CATAAAGATC AGCTTCAGGA GTATGAGAAG 
CAGTGGAAAA CATGGCAGGG ACATATGAAA GCCACTCAGA GCTATCTCCA GGAGAAAGTC 
AATTCATTTC AGAACATGAA GAACCAGTAT ATGGGGAACA TGTCAATGCC ACCTCCTTTT 
GTTCCATATT CTCAGATGCC TCCACCTCTA CCTACAATGC CCCCTCCAGT GTTGCCTCCT 
TCATTGCCAC CACCAGTGAT GCCCCCTGCC CTCCCTGCTA CAGTGCCACC ACCTGGCATG 
CCCCCACCTG TTATGCCACC TTCTCTACCA ACCTCTGTTC CCCCACCAGG GATGCCTCCT 
TCTCTCTCTT CTGCAGGGCC ACCACCAGTT CTCCCCCCAC CTTCCCTGTC TTCTGCAGGG 
CCACCACCAG TTCTTCCCCC ACCATCTCTC TCTTCAACAG CACCTCCACC TGTCATGCCC 
CTCCCACCAT TGTCTTCAGC TACACCTCCT CCAGGAATAC CTCCCCCTGG AGTTCCACAA 
GGGATACCTC CTCAGTTAAC AGCAGCCCCA GTTCCACCAG CCTCCAGTTC ACAGAGCTCG 
CAAGTTCCAG AGAAACCTAG ACCAGCACTG CTTCCTACTC CTGTGTCTTT TGGTTCTGCC 
CCACCGACAA CTTACCATCC TCCGTTGCAA TCAGCTGGTC CATCAGAACA AGTGAATTCA 
AAAGCTCCTT TGAGCAAGTC TGCTCTGCCA TACAGTTCAT TCTCATCTGA TCAAGGACTT 
GGGGAGTCTT CAGCTGCTCC ATCTCAGCCA ATCACTGCAG TGAAGGACAT GCCAGTGAGA 
TCAGGTGGCC TGCTTCCAGA TCCTCCTAGA AGTAGTTACT TGGAAAGTCC AAGAGGCCCA 
AGGGAACAGA AAGAACAGCT TCAAAAGATG AAAGACTTCG GGTCTGAGCC ACAGATGGCT 
GACCATCTAC CACCTCAGGA ATCAAGATTG CAGAATACAT CTTCAAGACC TGGAATGTAT 
CCGCCTCCAG GGTCGTATAG ACCTCCCCCT CCTATGGGCA AACCACCAGG TTCAATTGTA 
AGACCCTCTG CTCCACCAGC AAGATCATCT GTTCCTGTGA CCAGGCCACC TGTCCCAATA 
CCACCACCTC CACCTCCTCC ACCTCTACCT CCTCCTCCTC CAGTGATAAA GCCACAAACT 
TCAGCTGTAG AACAGGAACG ATGGGATGAA GATTCTTTCT ATGGGCTCTG GGATACAAAT 
GATGAACAAG GACTGAATTC AGAATTTAAG TCAGAAACTG CAGCAATTCC ATCTGCTCCA 
GTATTACCAC CCCCACCTGT TCACTCTTCC ATTCCCCCTC CTGGCCCAGT GCCTATGGGT 
ATGCCACCAA TGTCCAAGCC ACCACCAGTA CAACAGACTG TTGATTATGG CCATGGCCGA 
GATATATCCA CTAATAAAGT TGAACAGATA CCTTATGGAG AAAGAATAAC TCTACGCCCA 
GATCCACTAC CTGAAAGATC AACTTTTGAG ACAGAGCATG CAGGCCAACG TGATCGTTAT 
GATAGAGAAA GAGATCGTGA GCCTTATTTT GATCGTCAAA GTAATGTCAT AGCAGATCAT 
CGAGATTTTA AAAGGGATCG TGAGACACAT AGAGATCGAG ACCGGGATCG TGGTGTTATT 
GACTATGACC GGGATCGATT TGACAGAGAA CGCCGACCCC GAGATGATAG AGCTCAGTCA 
TATCGAGACA AAAAAGACCA TTCCTCATCC AGAAGAGGGG GTTTTGATAG GCCATCCTAT 
GACCGGAAGT CTGACCGACC AGTCTATGAA GGACCATCCA TGTTTGGAGG AGAACGAAGG 
ACTTATCCTG AGGAGCGAAT GCCTCTGCCA GCTCCTTCAC TGAGCCACCA GCCTCCTCCA 
GCTCCACGAG TCGAGAAGAA GCCTGAATCA AAGAATGTGG ACGATATTTT GAAACCACCG 
GGCCGGGAGA GCAGACCTGA GAGAATTGTT GTTATAATGA GAGGATTACC TGGCAGTGGA 
AAGACACATG TTGCAAAACT TATTCGAGAT AAGGAGGTAG AATTTGGAGG ACCTGCACCC 
AGAGTTCTAA GCCTGGATGA TTACTTCATC ACTGAAGTGG AAAAAGAAGA AAAAGATCCA 
GATTCTGGAA AGAAAGTGAA AAAGAAGGTA ATGGAATATG AATATGAAGC TGAGATGGAG 
GAGACTTACC GCACCAGCAT GTTCAAAACT TTCAAAAAGA CTCTGGATGA TGGCTTTTTT 
CCCTTCATCA TCCTGGATGC CATCAATGAC AGAGTTAGGC ATTTTGACCA GTTTTGGAGT 
GCAGCAAAAA CCAAGGGATT TGAGGTATAT TTGGCTGAAA TGAGTGCAGA TAACCAGACT 
TGTGGCAAGA GAAATATTCA TGGAAGAAAG CTTAAAGAAA TAAATAAGAT GGCTGATCAC 
TGGGAAACTG CACCTCGTCA CATGATGCGT CTAGATATTC GTTCTTTGCT GCAAGATGCT 
GCTATTGAAG AGGTAGAGAT GGAAGATTTT GATGCAAATA TCGAAGAACA GAAAGAAGAA 
AAGAAAGATG CAGAGGAAGA GGAAAGCGAA CTGGGTTACA TTCCGAAAAG CAAATGGGAG 
ATGGACACAT CTGAGGCAAA GCTAGACAAG TTGGATGGCT TGAGGACTGG TACTAAAAGG 
AAACGTGACT GGGAGGCCAT TGCCAGCAGA ATGGAGGATT ATCTTCAGCT CCCCGATGAT 
TATGATACTC GTGCTTCTGA GCCTGGGAAG AAGAGGGTCA GATGGGCAGA CCTGGAAGAG 
AAGAAGGATG CAGATAGGAA AAGGGCCATA GGTTTTGTGG TCGGACAGAC TGATTGGGAG 
AAGATCACAG ATGAAAGTGG TCACCTGGCT GAAAAAGCCC TCAATCGAAC CAAATATATA 
TGA

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

RefSeq	XP_011535269.1
CDS	175..4497
Translation	MYPNWGRYGGSSHYPPPPVPPPPPVALPEASPGPGYSSSTTPAAPSSSGFMSFREQHLAQLQQLQQMHQKQMQCVLQPHHLPPPPLPPPPVMPGGGYGDWQPPPPPMPPPPGPALSYQKQQQYKHQMLHHQRDGPPGLVPMELESPPESPPVPPGSYMPPSQSYMPPPQPPPSYYPPTSSQPYLPPAQPSPSQSPPSQSYLAPTPSYSSSSSSSQSYLSHSQSYLPSSQASPSRPSQGHSKSQLLAPPPPSAPPGNKTTVQQEPLESGAKNKSTEQQQAAPEPDPSTMTPQEQQQYWYRQHLLSLQQRTKVHLPGHKKGPVVAKDTPEPVKEEVTVPATSQVPESPSSEEPPLPPPNEEVPPPLPPEEPQSEDPEEDARLKQLQAAAAHWQQHQQHRVGFQYQGIMQKHTQLQQILQQYQQIIQPPPHIQTMSVDMQLRHYEMQQQQFQHLYQEWEREFQLWEEQLHSYPHKDQLQEYEKQWKTWQGHMKATQSYLQEKVNSFQNMKNQYMGNMSMPPPFVPYSQMPPPLPTMPPPVLPPSLPPPVMPPALPATVPPPGMPPPVMPPSLPTSVPPPGMPPSLSSAGPPPVLPPPSLSSAGPPPVLPPPSLSSTAPPPVMPLPPLSSATPPPGIPPPGVPQGIPPQLTAAPVPPASSSQSSQVPEKPRPALLPTPVSFGSAPPTTYHPPLQSAGPSEQVNSKAPLSKSALPYSSFSSDQGLGESSAAPSQPITAVKDMPVRSGGLLPDPPRSSYLESPRGPREQKEQLQKMKDFGSEPQMADHLPPQESRLQNTSSRPGMYPPPGSYRPPPPMGKPPGSIVRPSAPPARSSVPVTRPPVPIPPPPPPPPLPPPPPVIKPQTSAVEQERWDEDSFYGLWDTNDEQGLNSEFKSETAAIPSAPVLPPPPVHSSIPPPGPVPMGMPPMSKPPPVQQTVDYGHGRDISTNKVEQIPYGERITLRPDPLPERSTFETEHAGQRDRYDRERDREPYFDRQSNVIADHRDFKRDRETHRDRDRDRGVIDYDRDRFDRERRPRDDRAQSYRDKKDHSSSRRGGFDRPSYDRKSDRPVYEGPSMFGGERRTYPEERMPLPAPSLSHQPPPAPRVEKKPESKNVDDILKPPGRESRPERIVVIMRGLPGSGKTHVAKLIRDKEVEFGGPAPRVLSLDDYFITEVEKEEKDPDSGKKVKKKVMEYEYEAEMEETYRTSMFKTFKKTLDDGFFPFIILDAINDRVRHFDQFWSAAKTKGFEVYLAEMSADNQTCGKRNIHGRKLKEINKMADHWETAPRHMMRLDIRSLLQDAAIEEVEMEDFDANIEEQKEEKKDAEEEESELGYIPKSKWEMDTSEAKLDKLDGLRTGTKRKRDWEAIASRMEDYLQLPDDYDTRASEPGKKRVRWADLEEKKDADRKRAIGFVVGQTDWEKITDESGHLAEKALNRTKYI

Target ORF information:

RefSeq Version	XM_011536967.2
Organism	Homo sapiens(human)
Definition	Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X4, mRNA.

Target ORF information:

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

XM_011536967.2

ORF Insert Sequence:

ATGTACCCGA ATTGGGGCCG GTATGGCGGG AGCAGCCACT ATCCGCCGCC ACCGGTCCCA 
CCGCCGCCGC CAGTGGCGCT TCCTGAGGCC TCGCCGGGGC CCGGGTACTC GAGCTCGACG 
ACTCCCGCGG CCCCCTCCTC CTCGGGCTTC ATGAGCTTCC GCGAACAGCA CTTGGCGCAG 
CTCCAGCAGC TGCAGCAGAT GCACCAGAAG CAAATGCAGT GCGTGCTTCA GCCCCACCAC 
CTTCCTCCGC CCCCTCTGCC GCCCCCGCCA GTGATGCCGG GGGGCGGCTA CGGAGACTGG 
CAGCCGCCAC CGCCACCGAT GCCCCCGCCA CCCGGGCCGG CCCTCAGCTA TCAGAAGCAG 
CAGCAGTACA AACACCAGAT GCTCCACCAC CAACGAGACG GGCCTCCTGG TTTGGTTCCA 
ATGGAGCTGG AATCCCCCCC TGAATCTCCC CCTGTGCCGC CTGGGTCCTA TATGCCCCCA 
TCTCAGTCTT ACATGCCCCC ACCTCAGCCG CCACCCTCTT ACTACCCCCC GACCTCATCT 
CAGCCCTACC TGCCTCCTGC TCAGCCGTCC CCTTCGCAGT CCCCACCTTC CCAATCCTAC 
CTGGCGCCCA CCCCTTCTTA CTCATCCTCC TCCTCTTCCT CGCAATCCTA TTTGAGCCAT 
TCCCAGTCCT ACTTGCCCTC TTCTCAGGCA TCTCCTTCCC GCCCCTCCCA GGGCCATTCT 
AAATCCCAAC TACTAGCTCC ACCACCACCG TCCGCCCCCC CTGGAAATAA GACAACTGTC 
CAGCAAGAGC CTTTGGAGAG TGGGGCCAAA AACAAGAGTA CTGAACAGCA GCAAGCCGCC 
CCTGAGCCAG ATCCCTCTAC GATGACTCCA CAGGAACAGC AGCAGTATTG GTATCGACAG 
CACTTGCTTA GTTTGCAACA GAGGACAAAA GTTCATTTGC CAGGACACAA AAAGGGTCCT 
GTGGTAGCAA AGGATACACC AGAGCCGGTA AAAGAAGAAG TTACAGTACC TGCCACCAGT 
CAAGTTCCAG AATCTCCTTC TTCTGAGGAG CCCCCATTGC CACCTCCAAA TGAGGAAGTG 
CCACCTCCTC TCCCACCTGA GGAACCCCAG TCTGAGGACC CAGAAGAAGA TGCCAGGTTA 
AAGCAGTTGC AGGCTGCAGC AGCACACTGG CAGCAGCACC AGCAGCATCG AGTCGGTTTC 
CAGTATCAGG GAATAATGCA GAAGCACACT CAGTTACAGC AGATTCTACA ACAGTATCAG 
CAGATTATAC AGCCCCCACC ACATATACAG ACCATGTCTG TAGATATGCA GCTGCGGCAT 
TATGAGATGC AGCAGCAACA GTTTCAACAT CTTTACCAAG AATGGGAGCG AGAGTTTCAG 
CTATGGGAGG AACAACTCCA TTCCTATCCT CATAAAGATC AGCTTCAGGA GTATGAGAAG 
CAGTGGAAAA CATGGCAGGG ACATATGAAA GCCACTCAGA GCTATCTCCA GGAGAAAGTC 
AATTCATTTC AGAACATGAA GAACCAGTAT ATGGGGAACA TGTCAATGCC ACCTCCTTTT 
GTTCCATATT CTCAGATGCC TCCACCTCTA CCTACAATGC CCCCTCCAGT GTTGCCTCCT 
TCATTGCCAC CACCAGTGAT GCCCCCTGCC CTCCCTGCTA CAGTGCCACC ACCTGGCATG 
CCCCCACCTG TTATGCCACC TTCTCTACCA ACCTCTGTTC CCCCACCAGG GATGCCTCCT 
TCTCTCTCTT CTGCAGGGCC ACCACCAGTT CTCCCCCCAC CTTCCCTGTC TTCTGCAGGG 
CCACCACCAG TTCTTCCCCC ACCATCTCTC TCTTCAACAG CACCTCCACC TGTCATGCCC 
CTCCCACCAT TGTCTTCAGC TACACCTCCT CCAGGAATAC CTCCCCCTGG AGTTCCACAA 
GGGATACCTC CTCAGTTAAC AGCAGCCCCA GTTCCACCAG CCTCCAGTTC ACAGAGCTCG 
CAAGTTCCAG AGAAACCTAG ACCAGCACTG CTTCCTACTC CTGTGTCTTT TGGTTCTGCC 
CCACCGACAA CTTACCATCC TCCGTTGCAA TCAGCTGGTC CATCAGAACA AGTGAATTCA 
AAAGCTCCTT TGAGCAAGTC TGCTCTGCCA TACAGTTCAT TCTCATCTGA TCAAGGACTT 
GGGGAGTCTT CAGCTGCTCC ATCTCAGCCA ATCACTGCAG TGAAGGACAT GCCAGTGAGA 
TCAGGTGGCC TGCTTCCAGA TCCTCCTAGA AGTAGTTACT TGGAAAGTCC AAGAGGCCCA 
AGGGAACAGA AAGAACAGCT TCAAAAGATG AAAGACTTCG GGTCTGAGCC ACAGATGGCT 
GACCATCTAC CACCTCAGGA ATCAAGATTG CAGAATACAT CTTCAAGACC TGGAATGTAT 
CCGCCTCCAG GGTCGTATAG ACCTCCCCCT CCTATGGGCA AACCACCAGG TTCAATTGTA 
AGACCCTCTG CTCCACCAGC AAGATCATCT GTTCCTGTGA CCAGGCCACC TGTCCCAATA 
CCACCACCTC CACCTCCTCC ACCTCTACCT CCTCCTCCTC CAGTGATAAA GCCACAAACT 
TCAGCTGTAG AACAGGAACG ATGGGATGAA GATTCTTTCT ATGGGCTCTG GGATACAAAT 
GATGAACAAG GACTGAATTC AGAATTTAAG TCAGAAACTG CAGCAATTCC ATCTGCTCCA 
GTATTACCAC CCCCACCTGT TCACTCTTCC ATTCCCCCTC CTGGCCCAGT GCCTATGGGT 
ATGCCACCAA TGTCCAAGCC ACCACCAGTA CAACAGACTG TTGATTATGG CCATGGCCGA 
GATATATCCA CTAATAAAGT TGAACAGATA CCTTATGGAG AAAGAATAAC TCTACGCCCA 
GATCCACTAC CTGAAAGATC AACTTTTGAG ACAGAGCATG CAGGCCAACG TGATCGTTAT 
GATAGAGAAA GAGATCGTGA GCCTTATTTT GATCGTCAAA GTAATGTCAT AGCAGATCAT 
CGAGATTTTA AAAGGGATCG TGAGACACAT AGAGATCGAG ACCGGGATCG TGGTGTTATT 
GACTATGACC GGGATCGATT TGACAGAGAA CGCCGACCCC GAGATGATAG AGCTCAGTCA 
TATCGAGACA AAAAAGACCA TTCCTCATCC AGAAGAGGGG GTTTTGATAG GCCATCCTAT 
GACCGGAAGT CTGACCGACC AGTCTATGAA GGACCATCCA TGTTTGGAGG AGAACGAAGG 
ACTTATCCTG AGGAGCGAAT GCCTCTGCCA GCTCCTTCAC TGAGCCACCA GCCTCCTCCA 
GCTCCACGAG TCGAGAAGAA GCCTGAATCA AAGAATGTGG ACGATATTTT GAAACCACCG 
GGCCGGGAGA GCAGACCTGA GAGAATTGTT GTTATAATGA GAGGATTACC TGGCAGTGGA 
AAGACACATG TTGCAAAACT TATTCGAGAT AAGGAGGTAG AATTTGGAGG ACCTGCACCC 
AGAGTTCTAA GCCTGGATGA TTACTTCATC ACTGAAGTGG AAAAAGAAGA AAAAGATCCA 
GATTCTGGAA AGAAAGTGAA AAAGAAGGTA ATGGAATATG AATATGAAGC TGAGATGGAG 
GAGACTTACC GCACCAGCAT GTTCAAAACT TTCAAAAAGA CTCTGGATGA TGGCTTTTTT 
CCCTTCATCA TCCTGGATGC CATCAATGAC AGAGTTAGGC ATTTTGACCA GTTTTGGAGT 
GCAGCAAAAA CCAAGGGATT TGAGGTATAT TTGGCTGAAA TGAGTGCAGA TAACCAGACT 
TGTGGCAAGA GAAATATTCA TGGAAGAAAG CTTAAAGAAA TAAATAAGAT GGCTGATCAC 
TGGGAAACTG CACCTCGTCA CATGATGCGT CTAGATATTC GTTCTTTGCT GCAAGATGCT 
GCTATTGAAG AGGTAGAGAT GGAAGATTTT GATGCAAATA TCGAAGAACA GAAAGAAGAA 
AAGAAAGATG CAGAGGAAGA GGAAAGCGAA CTGGGTTACA TTCCGAAAAG CAAATGGGAG 
ATGGACACAT CTGAGGCAAA GCTAGACAAG TTGGATGGCT TGAGGACTGG TACTAAAAGG 
AAACGTGACT GGGAGGCCAT TGCCAGCAGA ATGGAGGATT ATCTTCAGCT CCCCGATGAT 
TATGATACTC GTGCTTCTGA GCCTGGGAAG AAGAGGGTCA GATGGGCAGA CCTGGAAGAG 
AAGAAGGATG CAGATAGGAA AAGGGCCATA GGTTTTGTGG TCGGACAGAC TGATTGGGAG 
AAGATCACAG ATGAAAGTGG TCACCTGGCT GAAAAAGCCC TCAATCGAAC CAAATATATA 
TGA

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

YLPM1 ( XM_011536966.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011535268.1 Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHu70019
Clone ID Related Accession (Same CDS sequence)	XM_011536966.2
Accession Version	XM_011536966.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5226bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	YLP motif-containing protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) 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_011536966.1. ##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##

ATGCAGAAGC ACACTCAGTT ACAGCAGATT CTACAACAGT ATCAGCAGAT TATACAGCCC 
CCACCACATA TACAGACCAT GTCTGTAGAT ATGCAGCTGC GGCATTATGA GATGCAGCAG 
CAACAGTTTC AACATCTTTA CCAAGAATGG GAGCGAGAGT TTCAGCTATG GGAGGAACAA 
CTCCATTCCT ATCCTCATAA AGATCAGCTT CAGGAGTATG AGAAGCAGTG GAAAACATGG 
CAGGGACATA TGAAAGCCAC TCAGAGCTAT CTCCAGGAGA AAGTCAATTC ATTTCAGAAC 
ATGAAGAACC AGTATATGGG GAACATGTCA ATGCCACCTC CTTTTGTTCC ATATTCTCAG 
ATGCCTCCAC CTCTACCTAC AATGCCCCCT CCAGTGTTGC CTCCTTCATT GCCACCACCA 
GTGATGCCCC CTGCCCTCCC TGCTACAGTG CCACCACCTG GCATGCCCCC ACCTGTTATG 
CCACCTTCTC TACCAACCTC TGTTCCCCCA CCAGGGATGC CTCCTTCTCT CTCTTCTGCA 
GGGCCACCAC CAGTTCTCCC CCCACCTTCC CTGTCTTCTG CAGGGCCACC ACCAGTTCTT 
CCCCCACCAT CTCTCTCTTC AACAGCACCT CCACCTGTCA TGCCCCTCCC ACCATTGTCT 
TCAGCTACAC CTCCTCCAGG AATACCTCCC CCTGGAGTTC CACAAGGGAT ACCTCCTCAG 
TTAACAGCAG CCCCAGTTCC ACCAGCCTCC AGTTCACAGA GCTCGCAAGT TCCAGAGAAA 
CCTAGACCAG CACTGCTTCC TACTCCTGTG TCTTTTGGTT CTGCCCCACC GACAACTTAC 
CATCCTCCGT TGCAATCAGC TGGTCCATCA GAACAAGTGA ATTCAAAAGC TCCTTTGAGC 
AAGTCTGCTC TGCCATACAG TTCATTCTCA TCTGATCAAG GACTTGGGGA GTCTTCAGCT 
GCTCCATCTC AGCCAATCAC TGCAGTGAAG GACATGCCAG TGAGATCAGG TGGCCTGCTT 
CCAGATCCTC CTAGAAGTAG TTACTTGGAA AGTCCAAGAG GCCCAAGATT TGATGGTCCT 
CGAAGATTTG AGGATTTAGG GTCAAGGTGT GAAGGACCGA GACCCAAAGG GCCTCGTTTT 
GAAGGAAATC GCCCCGATGG GCCAAGACCC AGATATGAAG GTCACCCAGC AGAGGGCACT 
AAAAGCAAGT GGGGAATGAT TCCCCGGGGG CCAGCATCTC AATTTTATAT TACCCCCAGT 
ACATCCCTAA GTCCTCGACA GAGTGGACCA CAGTGGAAAG GCCCCAAACC AGCTTTTGGA 
CAGCAGCATC AGCAGCAACC TAAGTCACAA GCAGAACCTC TTTCAGGAAA CAAAGAACCA 
TTAGCAGACA CCAGTAGTAA CCAGCAGAAG AATTTTAAAA TGCAATCAGC TGCATTTTCC 
ATTGCTGCAG ATGTAAAGGA TGTCAAGGCG GCTCAGTCAA ATGAGAATCT AAGCGACTCT 
CAACAAGAGC CACCTAAAAG TGAAGTCTCG GAAGGGCCCG TAGAGCCCTC TAATTGGGAC 
CAGAATGTTC AAAGTATGGA GACTCAAATC GACAAAGCCC AAGCTGTTAC TCAGCCTGTA 
CCCCTTGCGA ATAAGCCTGT ACCTGCTCAA TCTACTTTTC CTTCAAAAAC AGGGGGGATG 
GAGGGAGGAA CAGCAGTAGC AACATCATCA TTAACAGCAG ATAATGATTT TAAACCTGTG 
GGTATTGGTC TACCCCATTC AGAAAACAAC CAAGATAAAG GCCTGCCTCG GCCAGATAAT 
AGAGATAATA GATTAGAAGG CAATAGAGGC AACAGCTCAT CTTACAGAGG TCCTGGGCAA 
AGCAGAATGG AAGACACACG GGATAAAGGT CTAGTAAACA GAGGTCGCGG CCAGGCAATC 
AGTCGAGGCC CAGGATTGGT CAAGCAAGAA GACTTTCGGG ATAAGATGAT GGGTAGAAGA 
GAAGATAGTC GAGAGAAGAT GAACAGAGGA GAAGGTAGCC GGGACAGAGG GTTGGTGAGG 
CCTGGAAGCA GTCGGGAGAA AGTGCCAGGT GGTCTTCAAG GGAGCCAGGA CAGGGGTGCA 
GCTGGCAGCC GAGAAAGGGG ACCACCTCGG AGGGCTGGCA GTCAGGAGAG GGGACCTCTT 
CGAAGGGCTG GGAGTAGAGA GAGAATACCA CCCCGAAGAG CTGGGAGCAG GGAGAGAGGA 
CCACCTCGAG GGCCTGGCAG TCGAGAAAGG GGACTGGGAA GATCAGATTT TGGTCGTGAT 
AGAGGTCCAT TCAGACCAGA ACCAGGAGAT GGTGGGGAAA AAATGTATCC ATATCACCGG 
GATGAGCCTC CTAGGGCTCC ATGGAACCAT GGAGAAGAGC GAGGGCATGA AGAGTTTCCA 
TTAGATGGTA GAAATGCTCC AATGGAACGA GAAAGACTCG ATGACTGGGA TAGAGAGAGA 
TACTGGAGAG AATGTGAACG TGACTATCAA GATGATACAC TAGAGCTCTA TAACAGAGAG 
GACAGGTTCT CAGCACCACC ATCTCGGTCT CATGATGGAG ATAGGCGAGG CCCTTGGTGG 
GATGATTGGG AGAGAGACCA GGATATGGAT GAGGACTACA ATAGGGAAAT GGAAAGGGAC 
ATGGACAGGG ATGTGGATCG GATTTCAAGA CCTATGGATA TGTATGATAG AAGTTTGGAT 
AATGAGTGGG ACAGAGATTA TGGGAGACCA CTGGATGAAC AAGAATCACA GTTTCGTGAA 
CGGGATATTC CATCTCTTCC ACCTTTACCG CCCCTCCCAC CTCTTCCACC TTTGGATAGA 
TATCGGGATG ATAGATGGAG AGAAGAAAGA AATCGAGAGC ATGGGTATGA TCGAGATTTC 
CGTGATAGGG GTGAGTTGAG GATTCGAGAG TATCCAGAAA GAGGAGATAC ATGGCGGGAA 
AAGCGAGATT ATGTTCCTGA CAGAATGGAC TGGGAAAGAG AACGGTTGTC AGACAGATGG 
TACCCATCTG ATGTGGATAG ACATTCCCCC ATGGCGGAAC ATATGCCCTC CTCACATCAT 
TCCTCAGAAA TGATGGGGTC CGATGCAAGC TTAGACTCTG ACCAAGGCCT TGGAGGGGTA 
ATGGTTCTCA GTCAGAGGCA GCATGAAATC ATTTTGAAAG CTGCACAAGA ACTGAAAATG 
CTTCGGGAAC AGAAAGAACA GCTTCAAAAG ATGAAAGACT TCGGGTCTGA GCCACAGATG 
GCTGACCATC TACCACCTCA GGAATCAAGA TTGCAGAATA CATCTTCAAG ACCTGGAATG 
TATCCGCCTC CAGGGTCGTA TAGACCTCCC CCTCCTATGG GCAAACCACC AGGTTCAATT 
GTAAGACCCT CTGCTCCACC AGCAAGATCA TCTGTTCCTG TGACCAGGCC ACCTGTCCCA 
ATACCACCAC CTCCACCTCC TCCACCTCTA CCTCCTCCTC CTCCAGTGAT AAAGCCACAA 
ACTTCAGCTG TAGAACAGGA ACGATGGGAT GAAGATTCTT TCTATGGGCT CTGGGATACA 
AATGATGAAC AAGGACTGAA TTCAGAATTT AAGTCAGAAA CTGCAGCAAT TCCATCTGCT 
CCAGTATTAC CACCCCCACC TGTTCACTCT TCCATTCCCC CTCCTGGCCC AGTGCCTATG 
GGTATGCCAC CAATGTCCAA GCCACCACCA GTACAACAGA CTGTTGATTA TGGCCATGGC 
CGAGATATAT CCACTAATAA AGTTGAACAG ATACCTTATG GAGAAAGAAT AACTCTACGC 
CCAGATCCAC TACCTGAAAG ATCAACTTTT GAGACAGAGC ATGCAGGCCA ACGTGATCGT 
TATGATAGAG AAAGAGATCG TGAGCCTTAT TTTGATCGTC AAAGTAATGT CATAGCAGAT 
CATCGAGATT TTAAAAGGGA TCGTGAGACA CATAGAGATC GAGACCGGGA TCGTGGTGTT 
ATTGACTATG ACCGGGATCG ATTTGACAGA GAACGCCGAC CCCGAGATGA TAGAGCTCAG 
TCATATCGAG ACAAAAAAGA CCATTCCTCA TCCAGAAGAG GGGGTTTTGA TAGGCCATCC 
TATGACCGGA AGTCTGACCG ACCAGTCTAT GAAGGACCAT CCATGTTTGG AGGAGAACGA 
AGGACTTATC CTGAGGAGCG AATGCCTCTG CCAGCTCCTT CACTGAGCCA CCAGCCTCCT 
CCAGCTCCAC GAGTCGAGAA GAAGCCTGAA TCAAAGAATG TGGACGATAT TTTGAAACCA 
CCGGGCCGGG AGAGCAGACC TGAGAGAATT GTTGTTATAA TGAGAGGATT ACCTGGCAGT 
GGAAAGACAC ATGTTGCAAA ACTTATTCGA GATAAGGAGG TAGAATTTGG AGGACCTGCA 
CCCAGAGTTC TAAGCCTGGA TGATTACTTC ATCACTGAAG TGGAAAAAGA AGAAAAAGAT 
CCAGATTCTG GAAAGAAAGT GAAAAAGAAG GTAATGGAAT ATGAATATGA AGCTGAGATG 
GAGGAGACTT ACCGCACCAG CATGTTCAAA ACTTTCAAAA AGACTCTGGA TGATGGCTTT 
TTTCCCTTCA TCATCCTGGA TGCCATCAAT GACAGAGTTA GGCATTTTGA CCAGTTTTGG 
AGTGCAGCAA AAACCAAGGG ATTTGAGGTA TATTTGGCTG AAATGAGTGC AGATAACCAG 
ACTTGTGGCA AGAGAAATAT TCATGGAAGA AAGCTTAAAG AAATAAATAA GATGGCTGAT 
CACTGGGAAA CTGCACCTCG TCACATGATG CGTCTAGATA TTCGTTCTTT GCTGCAAGAT 
GCTGCTATTG AAGAGGTAGA GATGGAAGAT TTTGATGCAA ATATCGAAGA ACAGAAAGAA 
GAAAAGAAAG ATGCAGAGGA AGAGGAAAGC GAACTGGGTT ACATTCCGAA AAGCAAATGG 
GAGATGGACA CATCTGAGGC AAAGCTAGAC AAGTTGGATG GCTTGAGGAC TGGTACTAAA 
AGGAAACGTG ACTGGGAGGC CATTGCCAGC AGAATGGAGG ATTATCTTCA GCTCCCCGAT 
GATTATGATA CTCGTGCTTC TGAGCCTGGG AAGAAGAGGG TCAGATGGGC AGACCTGGAA 
GAGAAGAAGG ATGCAGATAG GAAAAGGGCC ATAGGTTTTG TGGTCGGACA GACTGATTGG 
GAGAAGATCA CAGATGAAAG TGGTCACCTG GCTGAAAAAG CCCTCAATCG AACCAAATAT 
ATATGA

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

RefSeq	XP_011535268.1
CDS	499..5724
Translation	MQKHTQLQQILQQYQQIIQPPPHIQTMSVDMQLRHYEMQQQQFQHLYQEWEREFQLWEEQLHSYPHKDQLQEYEKQWKTWQGHMKATQSYLQEKVNSFQNMKNQYMGNMSMPPPFVPYSQMPPPLPTMPPPVLPPSLPPPVMPPALPATVPPPGMPPPVMPPSLPTSVPPPGMPPSLSSAGPPPVLPPPSLSSAGPPPVLPPPSLSSTAPPPVMPLPPLSSATPPPGIPPPGVPQGIPPQLTAAPVPPASSSQSSQVPEKPRPALLPTPVSFGSAPPTTYHPPLQSAGPSEQVNSKAPLSKSALPYSSFSSDQGLGESSAAPSQPITAVKDMPVRSGGLLPDPPRSSYLESPRGPRFDGPRRFEDLGSRCEGPRPKGPRFEGNRPDGPRPRYEGHPAEGTKSKWGMIPRGPASQFYITPSTSLSPRQSGPQWKGPKPAFGQQHQQQPKSQAEPLSGNKEPLADTSSNQQKNFKMQSAAFSIAADVKDVKAAQSNENLSDSQQEPPKSEVSEGPVEPSNWDQNVQSMETQIDKAQAVTQPVPLANKPVPAQSTFPSKTGGMEGGTAVATSSLTADNDFKPVGIGLPHSENNQDKGLPRPDNRDNRLEGNRGNSSSYRGPGQSRMEDTRDKGLVNRGRGQAISRGPGLVKQEDFRDKMMGRREDSREKMNRGEGSRDRGLVRPGSSREKVPGGLQGSQDRGAAGSRERGPPRRAGSQERGPLRRAGSRERIPPRRAGSRERGPPRGPGSRERGLGRSDFGRDRGPFRPEPGDGGEKMYPYHRDEPPRAPWNHGEERGHEEFPLDGRNAPMERERLDDWDRERYWRECERDYQDDTLELYNREDRFSAPPSRSHDGDRRGPWWDDWERDQDMDEDYNREMERDMDRDVDRISRPMDMYDRSLDNEWDRDYGRPLDEQESQFRERDIPSLPPLPPLPPLPPLDRYRDDRWREERNREHGYDRDFRDRGELRIREYPERGDTWREKRDYVPDRMDWERERLSDRWYPSDVDRHSPMAEHMPSSHHSSEMMGSDASLDSDQGLGGVMVLSQRQHEIILKAAQELKMLREQKEQLQKMKDFGSEPQMADHLPPQESRLQNTSSRPGMYPPPGSYRPPPPMGKPPGSIVRPSAPPARSSVPVTRPPVPIPPPPPPPPLPPPPPVIKPQTSAVEQERWDEDSFYGLWDTNDEQGLNSEFKSETAAIPSAPVLPPPPVHSSIPPPGPVPMGMPPMSKPPPVQQTVDYGHGRDISTNKVEQIPYGERITLRPDPLPERSTFETEHAGQRDRYDRERDREPYFDRQSNVIADHRDFKRDRETHRDRDRDRGVIDYDRDRFDRERRPRDDRAQSYRDKKDHSSSRRGGFDRPSYDRKSDRPVYEGPSMFGGERRTYPEERMPLPAPSLSHQPPPAPRVEKKPESKNVDDILKPPGRESRPERIVVIMRGLPGSGKTHVAKLIRDKEVEFGGPAPRVLSLDDYFITEVEKEEKDPDSGKKVKKKVMEYEYEAEMEETYRTSMFKTFKKTLDDGFFPFIILDAINDRVRHFDQFWSAAKTKGFEVYLAEMSADNQTCGKRNIHGRKLKEINKMADHWETAPRHMMRLDIRSLLQDAAIEEVEMEDFDANIEEQKEEKKDAEEEESELGYIPKSKWEMDTSEAKLDKLDGLRTGTKRKRDWEAIASRMEDYLQLPDDYDTRASEPGKKRVRWADLEEKKDADRKRAIGFVVGQTDWEKITDESGHLAEKALNRTKYI

Target ORF information:

RefSeq Version	XM_011536966.2
Organism	Homo sapiens(human)
Definition	Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X3, mRNA.

Target ORF information:

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

XM_011536966.2

ORF Insert Sequence:

ATGCAGAAGC ACACTCAGTT ACAGCAGATT CTACAACAGT ATCAGCAGAT TATACAGCCC 
CCACCACATA TACAGACCAT GTCTGTAGAT ATGCAGCTGC GGCATTATGA GATGCAGCAG 
CAACAGTTTC AACATCTTTA CCAAGAATGG GAGCGAGAGT TTCAGCTATG GGAGGAACAA 
CTCCATTCCT ATCCTCATAA AGATCAGCTT CAGGAGTATG AGAAGCAGTG GAAAACATGG 
CAGGGACATA TGAAAGCCAC TCAGAGCTAT CTCCAGGAGA AAGTCAATTC ATTTCAGAAC 
ATGAAGAACC AGTATATGGG GAACATGTCA ATGCCACCTC CTTTTGTTCC ATATTCTCAG 
ATGCCTCCAC CTCTACCTAC AATGCCCCCT CCAGTGTTGC CTCCTTCATT GCCACCACCA 
GTGATGCCCC CTGCCCTCCC TGCTACAGTG CCACCACCTG GCATGCCCCC ACCTGTTATG 
CCACCTTCTC TACCAACCTC TGTTCCCCCA CCAGGGATGC CTCCTTCTCT CTCTTCTGCA 
GGGCCACCAC CAGTTCTCCC CCCACCTTCC CTGTCTTCTG CAGGGCCACC ACCAGTTCTT 
CCCCCACCAT CTCTCTCTTC AACAGCACCT CCACCTGTCA TGCCCCTCCC ACCATTGTCT 
TCAGCTACAC CTCCTCCAGG AATACCTCCC CCTGGAGTTC CACAAGGGAT ACCTCCTCAG 
TTAACAGCAG CCCCAGTTCC ACCAGCCTCC AGTTCACAGA GCTCGCAAGT TCCAGAGAAA 
CCTAGACCAG CACTGCTTCC TACTCCTGTG TCTTTTGGTT CTGCCCCACC GACAACTTAC 
CATCCTCCGT TGCAATCAGC TGGTCCATCA GAACAAGTGA ATTCAAAAGC TCCTTTGAGC 
AAGTCTGCTC TGCCATACAG TTCATTCTCA TCTGATCAAG GACTTGGGGA GTCTTCAGCT 
GCTCCATCTC AGCCAATCAC TGCAGTGAAG GACATGCCAG TGAGATCAGG TGGCCTGCTT 
CCAGATCCTC CTAGAAGTAG TTACTTGGAA AGTCCAAGAG GCCCAAGATT TGATGGTCCT 
CGAAGATTTG AGGATTTAGG GTCAAGGTGT GAAGGACCGA GACCCAAAGG GCCTCGTTTT 
GAAGGAAATC GCCCCGATGG GCCAAGACCC AGATATGAAG GTCACCCAGC AGAGGGCACT 
AAAAGCAAGT GGGGAATGAT TCCCCGGGGG CCAGCATCTC AATTTTATAT TACCCCCAGT 
ACATCCCTAA GTCCTCGACA GAGTGGACCA CAGTGGAAAG GCCCCAAACC AGCTTTTGGA 
CAGCAGCATC AGCAGCAACC TAAGTCACAA GCAGAACCTC TTTCAGGAAA CAAAGAACCA 
TTAGCAGACA CCAGTAGTAA CCAGCAGAAG AATTTTAAAA TGCAATCAGC TGCATTTTCC 
ATTGCTGCAG ATGTAAAGGA TGTCAAGGCG GCTCAGTCAA ATGAGAATCT AAGCGACTCT 
CAACAAGAGC CACCTAAAAG TGAAGTCTCG GAAGGGCCCG TAGAGCCCTC TAATTGGGAC 
CAGAATGTTC AAAGTATGGA GACTCAAATC GACAAAGCCC AAGCTGTTAC TCAGCCTGTA 
CCCCTTGCGA ATAAGCCTGT ACCTGCTCAA TCTACTTTTC CTTCAAAAAC AGGGGGGATG 
GAGGGAGGAA CAGCAGTAGC AACATCATCA TTAACAGCAG ATAATGATTT TAAACCTGTG 
GGTATTGGTC TACCCCATTC AGAAAACAAC CAAGATAAAG GCCTGCCTCG GCCAGATAAT 
AGAGATAATA GATTAGAAGG CAATAGAGGC AACAGCTCAT CTTACAGAGG TCCTGGGCAA 
AGCAGAATGG AAGACACACG GGATAAAGGT CTAGTAAACA GAGGTCGCGG CCAGGCAATC 
AGTCGAGGCC CAGGATTGGT CAAGCAAGAA GACTTTCGGG ATAAGATGAT GGGTAGAAGA 
GAAGATAGTC GAGAGAAGAT GAACAGAGGA GAAGGTAGCC GGGACAGAGG GTTGGTGAGG 
CCTGGAAGCA GTCGGGAGAA AGTGCCAGGT GGTCTTCAAG GGAGCCAGGA CAGGGGTGCA 
GCTGGCAGCC GAGAAAGGGG ACCACCTCGG AGGGCTGGCA GTCAGGAGAG GGGACCTCTT 
CGAAGGGCTG GGAGTAGAGA GAGAATACCA CCCCGAAGAG CTGGGAGCAG GGAGAGAGGA 
CCACCTCGAG GGCCTGGCAG TCGAGAAAGG GGACTGGGAA GATCAGATTT TGGTCGTGAT 
AGAGGTCCAT TCAGACCAGA ACCAGGAGAT GGTGGGGAAA AAATGTATCC ATATCACCGG 
GATGAGCCTC CTAGGGCTCC ATGGAACCAT GGAGAAGAGC GAGGGCATGA AGAGTTTCCA 
TTAGATGGTA GAAATGCTCC AATGGAACGA GAAAGACTCG ATGACTGGGA TAGAGAGAGA 
TACTGGAGAG AATGTGAACG TGACTATCAA GATGATACAC TAGAGCTCTA TAACAGAGAG 
GACAGGTTCT CAGCACCACC ATCTCGGTCT CATGATGGAG ATAGGCGAGG CCCTTGGTGG 
GATGATTGGG AGAGAGACCA GGATATGGAT GAGGACTACA ATAGGGAAAT GGAAAGGGAC 
ATGGACAGGG ATGTGGATCG GATTTCAAGA CCTATGGATA TGTATGATAG AAGTTTGGAT 
AATGAGTGGG ACAGAGATTA TGGGAGACCA CTGGATGAAC AAGAATCACA GTTTCGTGAA 
CGGGATATTC CATCTCTTCC ACCTTTACCG CCCCTCCCAC CTCTTCCACC TTTGGATAGA 
TATCGGGATG ATAGATGGAG AGAAGAAAGA AATCGAGAGC ATGGGTATGA TCGAGATTTC 
CGTGATAGGG GTGAGTTGAG GATTCGAGAG TATCCAGAAA GAGGAGATAC ATGGCGGGAA 
AAGCGAGATT ATGTTCCTGA CAGAATGGAC TGGGAAAGAG AACGGTTGTC AGACAGATGG 
TACCCATCTG ATGTGGATAG ACATTCCCCC ATGGCGGAAC ATATGCCCTC CTCACATCAT 
TCCTCAGAAA TGATGGGGTC CGATGCAAGC TTAGACTCTG ACCAAGGCCT TGGAGGGGTA 
ATGGTTCTCA GTCAGAGGCA GCATGAAATC ATTTTGAAAG CTGCACAAGA ACTGAAAATG 
CTTCGGGAAC AGAAAGAACA GCTTCAAAAG ATGAAAGACT TCGGGTCTGA GCCACAGATG 
GCTGACCATC TACCACCTCA GGAATCAAGA TTGCAGAATA CATCTTCAAG ACCTGGAATG 
TATCCGCCTC CAGGGTCGTA TAGACCTCCC CCTCCTATGG GCAAACCACC AGGTTCAATT 
GTAAGACCCT CTGCTCCACC AGCAAGATCA TCTGTTCCTG TGACCAGGCC ACCTGTCCCA 
ATACCACCAC CTCCACCTCC TCCACCTCTA CCTCCTCCTC CTCCAGTGAT AAAGCCACAA 
ACTTCAGCTG TAGAACAGGA ACGATGGGAT GAAGATTCTT TCTATGGGCT CTGGGATACA 
AATGATGAAC AAGGACTGAA TTCAGAATTT AAGTCAGAAA CTGCAGCAAT TCCATCTGCT 
CCAGTATTAC CACCCCCACC TGTTCACTCT TCCATTCCCC CTCCTGGCCC AGTGCCTATG 
GGTATGCCAC CAATGTCCAA GCCACCACCA GTACAACAGA CTGTTGATTA TGGCCATGGC 
CGAGATATAT CCACTAATAA AGTTGAACAG ATACCTTATG GAGAAAGAAT AACTCTACGC 
CCAGATCCAC TACCTGAAAG ATCAACTTTT GAGACAGAGC ATGCAGGCCA ACGTGATCGT 
TATGATAGAG AAAGAGATCG TGAGCCTTAT TTTGATCGTC AAAGTAATGT CATAGCAGAT 
CATCGAGATT TTAAAAGGGA TCGTGAGACA CATAGAGATC GAGACCGGGA TCGTGGTGTT 
ATTGACTATG ACCGGGATCG ATTTGACAGA GAACGCCGAC CCCGAGATGA TAGAGCTCAG 
TCATATCGAG ACAAAAAAGA CCATTCCTCA TCCAGAAGAG GGGGTTTTGA TAGGCCATCC 
TATGACCGGA AGTCTGACCG ACCAGTCTAT GAAGGACCAT CCATGTTTGG AGGAGAACGA 
AGGACTTATC CTGAGGAGCG AATGCCTCTG CCAGCTCCTT CACTGAGCCA CCAGCCTCCT 
CCAGCTCCAC GAGTCGAGAA GAAGCCTGAA TCAAAGAATG TGGACGATAT TTTGAAACCA 
CCGGGCCGGG AGAGCAGACC TGAGAGAATT GTTGTTATAA TGAGAGGATT ACCTGGCAGT 
GGAAAGACAC ATGTTGCAAA ACTTATTCGA GATAAGGAGG TAGAATTTGG AGGACCTGCA 
CCCAGAGTTC TAAGCCTGGA TGATTACTTC ATCACTGAAG TGGAAAAAGA AGAAAAAGAT 
CCAGATTCTG GAAAGAAAGT GAAAAAGAAG GTAATGGAAT ATGAATATGA AGCTGAGATG 
GAGGAGACTT ACCGCACCAG CATGTTCAAA ACTTTCAAAA AGACTCTGGA TGATGGCTTT 
TTTCCCTTCA TCATCCTGGA TGCCATCAAT GACAGAGTTA GGCATTTTGA CCAGTTTTGG 
AGTGCAGCAA AAACCAAGGG ATTTGAGGTA TATTTGGCTG AAATGAGTGC AGATAACCAG 
ACTTGTGGCA AGAGAAATAT TCATGGAAGA AAGCTTAAAG AAATAAATAA GATGGCTGAT 
CACTGGGAAA CTGCACCTCG TCACATGATG CGTCTAGATA TTCGTTCTTT GCTGCAAGAT 
GCTGCTATTG AAGAGGTAGA GATGGAAGAT TTTGATGCAA ATATCGAAGA ACAGAAAGAA 
GAAAAGAAAG ATGCAGAGGA AGAGGAAAGC GAACTGGGTT ACATTCCGAA AAGCAAATGG 
GAGATGGACA CATCTGAGGC AAAGCTAGAC AAGTTGGATG GCTTGAGGAC TGGTACTAAA 
AGGAAACGTG ACTGGGAGGC CATTGCCAGC AGAATGGAGG ATTATCTTCA GCTCCCCGAT 
GATTATGATA CTCGTGCTTC TGAGCCTGGG AAGAAGAGGG TCAGATGGGC AGACCTGGAA 
GAGAAGAAGG ATGCAGATAG GAAAAGGGCC ATAGGTTTTG TGGTCGGACA GACTGATTGG 
GAGAAGATCA CAGATGAAAG TGGTCACCTG GCTGAAAAAG CCCTCAATCG AACCAAATAT 
ATATGA

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

YLPM1 ( XM_005267860.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_005267917.1 Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu47800
Clone ID Related Accession (Same CDS sequence)	XM_005267860.3 , XM_005267860.4
Accession Version	XM_005267860.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6186bp) 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	1465056000000
Organism	Homo sapiens(human)
Product	YLP motif-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 12, 2015 this sequence version replaced XM_005267860.2. ##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##

ATGTACCCGA ATTGGGGCCG GTATGGCGGG AGCAGCCACT ATCCGCCGCC ACCGGTCCCA 
CCGCCGCCGC CAGTGGCGCT TCCTGAGGCC TCGCCGGGGC CCGGGTACTC GAGCTCGACG 
ACTCCCGCGG CCCCCTCCTC CTCGGGCTTC ATGAGCTTCC GCGAACAGCA CTTGGCGCAG 
CTCCAGCAGC TGCAGCAGAT GCACCAGAAG CAAATGCAGT GCGTGCTTCA GCCCCACCAC 
CTTCCTCCGC CCCCTCTGCC GCCCCCGCCA GTGATGCCGG GGGGCGGCTA CGGAGACTGG 
CAGCCGCCAC CGCCACCGAT GCCCCCGCCA CCCGGGCCGG CCCTCAGCTA TCAGAAGCAG 
CAGCAGTACA AACACCAGAT GCTCCACCAC CAACGAGACG GGCCTCCTGG TTTGGTTCCA 
ATGGAGCTGG AATCCCCCCC TGAATCTCCC CCTGTGCCGC CTGGGTCCTA TATGCCCCCA 
TCTCAGTCTT ACATGCCCCC ACCTCAGCCG CCACCCTCTT ACTACCCCCC GACCTCATCT 
CAGCCCTACC TGCCTCCTGC TCAGCCGTCC CCTTCGCAGT CCCCACCTTC CCAATCCTAC 
CTGGCGCCCA CCCCTTCTTA CTCATCCTCC TCCTCTTCCT CGCAATCCTA TTTGAGCCAT 
TCCCAGTCCT ACTTGCCCTC TTCTCAGGCA TCTCCTTCCC GCCCCTCCCA GGGCCATTCT 
AAATCCCAAC TACTAGCTCC ACCACCACCG TCCGCCCCCC CTGGAAATAA GACAACTGTC 
CAGCAAGAGC CTTTGGAGAG TGGGGCCAAA AACAAGAGTA CTGAACAGCA GCAAGCCGCC 
CCTGAGCCAG ATCCCTCTAC GATGACTCCA CAGGAACAGC AGCAGTATTG GTATCGACAG 
CACTTGCTTA GTTTGCAACA GAGGACAAAA GTTCATTTGC CAGGACACAA AAAGGGTCCT 
GTGGTAGCAA AGGATACACC AGAGCCGGTA AAAGAAGAAG TTACAGTACC TGCCACCAGT 
CAAGTTCCAG AATCTCCTTC TTCTGAGGAG CCCCCATTGC CACCTCCAAA TGAGGAAGTG 
CCACCTCCTC TCCCACCTGA GGAACCCCAG TCTGAGGACC CAGAAGAAGA TGCCAGGTTA 
AAGCAGTTGC AGGCTGCAGC AGCACACTGG CAGCAGCACC AGCAGCATCG AGTCGGTTTC 
CAGTATCAGG GAATAATGCA GAAGCACACT CAGTTACAGC AGATTCTACA ACAGTATCAG 
CAGATTATAC AGCCCCCACC ACATATACAG ACCATGTCTG TAGATATGCA GCTGCGGCAT 
TATGAGATGC AGCAGCAACA GTTTCAACAT CTTTACCAAG AATGGGAGCG AGAGTTTCAG 
CTATGGGAGG AACAACTCCA TTCCTATCCT CATAAAGATC AGCTTCAGGA GTATGAGAAG 
CAGTGGAAAA CATGGCAGGG ACATATGAAA GCCACTCAGA GCTATCTCCA GGAGAAAGTC 
AATTCATTTC AGAACATGAA GAACCAGTAT ATGGGGAACA TGTCAATGCC ACCTCCTTTT 
GTTCCATATT CTCAGATGCC TCCACCTCTA CCTACAATGC CCCCTCCAGT GTTGCCTCCT 
TCATTGCCAC CACCAGTGAT GCCCCCTGCC CTCCCTGCTA CAGTGCCACC ACCTGGCATG 
CCCCCACCTG TTATGCCACC TTCTCTACCA ACCTCTGTTC CCCCACCAGG GATGCCTCCT 
TCTCTCTCTT CTGCAGGGCC ACCACCAGTT CTCCCCCCAC CTTCCCTGTC TTCTGCAGGG 
CCACCACCAG TTCTTCCCCC ACCATCTCTC TCTTCAACAG CACCTCCACC TGTCATGCCC 
CTCCCACCAT TGTCTTCAGC TACACCTCCT CCAGGAATAC CTCCCCCTGG AGTTCCACAA 
GGGATACCTC CTCAGTTAAC AGCAGCCCCA GTTCCACCAG CCTCCAGTTC ACAGAGCTCG 
CAAGTTCCAG AGAAACCTAG ACCAGCACTG CTTCCTACTC CTGTGTCTTT TGGTTCTGCC 
CCACCGACAA CTTACCATCC TCCGTTGCAA TCAGCTGGTC CATCAGAACA AGTGAATTCA 
AAAGCTCCTT TGAGCAAGTC TGCTCTGCCA TACAGTTCAT TCTCATCTGA TCAAGGACTT 
GGGGAGTCTT CAGCTGCTCC ATCTCAGCCA ATCACTGCAG TGAAGGACAT GCCAGTGAGA 
TCAGGTGGCC TGCTTCCAGA TCCTCCTAGA AGTAGTTACT TGGAAAGTCC AAGAGGCCCA 
AGATTTGATG GTCCTCGAAG ATTTGAGGAT TTAGGGTCAA GGTGTGAAGG ACCGAGACCC 
AAAGGGCCTC GTTTTGAAGG AAATCGCCCC GATGGGCCAA GACCCAGATA TGAAGGTCAC 
CCAGCAGAGG GCACTAAAAG CAAGTGGGGA ATGATTCCCC GGGGGCCAGC ATCTCAATTT 
TATATTACCC CCAGTACATC CCTAAGTCCT CGACAGAGTG GACCACAGTG GAAAGGCCCC 
AAACCAGCTT TTGGACAGCA GCATCAGCAG CAACCTAAGT CACAAGCAGA ACCTCTTTCA 
GGAAACAAAG AACCATTAGC AGACACCAGT AGTAACCAGC AGAAGAATTT TAAAATGCAA 
TCAGCTGCAT TTTCCATTGC TGCAGATGTA AAGGATGTCA AGGCGGCTCA GTCAAATGAG 
AATCTAAGCG ACTCTCAACA AGAGCCACCT AAAAGTGAAG TCTCGGAAGG GCCCGTAGAG 
CCCTCTAATT GGGACCAGAA TGTTCAAAGT ATGGAGACTC AAATCGACAA AGCCCAAGCT 
GTTACTCAGC CTGTACCCCT TGCGAATAAG CCTGTACCTG CTCAATCTAC TTTTCCTTCA 
AAAACAGGGG GGATGGAGGG AGGAACAGCA GTAGCAACAT CATCATTAAC AGCAGATAAT 
GATTTTAAAC CTGTGGGTAT TGGTCTACCC CATTCAGAAA ACAACCAAGA TAAAGGCCTG 
CCTCGGCCAG ATAATAGAGA TAATAGATTA GAAGGCAATA GAGGCAACAG CTCATCTTAC 
AGAGGTCCTG GGCAAAGCAG AATGGAAGAC ACACGGGATA AAGGTCTAGT AAACAGAGGT 
CGCGGCCAGG CAATCAGTCG AGGCCCAGGA TTGGTCAAGC AAGAAGACTT TCGGGATAAG 
ATGATGGGTA GAAGAGAAGA TAGTCGAGAG AAGATGAACA GAGGAGAAGG TAGCCGGGAC 
AGAGGGTTGG TGAGGCCTGG AAGCAGTCGG GAGAAAGTGC CAGGTGGTCT TCAAGGGAGC 
CAGGACAGGG GTGCAGCTGG CAGCCGAGAA AGGGGACCAC CTCGGAGGGC TGGCAGTCAG 
GAGAGGGGAC CTCTTCGAAG GGCTGGGAGT AGAGAGAGAA TACCACCCCG AAGAGCTGGG 
AGCAGGGAGA GAGGACCACC TCGAGGGCCT GGCAGTCGAG AAAGGGGACT GGGAAGATCA 
GATTTTGGTC GTGATAGAGG TCCATTCAGA CCAGAACCAG GAGATGGTGG GGAAAAAATG 
TATCCATATC ACCGGGATGA GCCTCCTAGG GCTCCATGGA ACCATGGAGA AGAGCGAGGG 
CATGAAGAGT TTCCATTAGA TGGTAGAAAT GCTCCAATGG AACGAGAAAG ACTCGATGAC 
TGGGATAGAG AGAGATACTG GAGAGAATGT GAACGTGACT ATCAAGATGA TACACTAGAG 
CTCTATAACA GAGAGGACAG GTTCTCAGCA CCACCATCTC GGTCTCATGA TGGAGATAGG 
CGAGGCCCTT GGTGGGATGA TTGGGAGAGA GACCAGGATA TGGATGAGGA CTACAATAGG 
GAAATGGAAA GGGACATGGA CAGGGATGTG GATCGGATTT CAAGACCTAT GGATATGTAT 
GATAGAAGTT TGGATAATGA GTGGGACAGA GATTATGGGA GACCACTGGA TGAACAAGAA 
TCACAGTTTC GTGAACGGGA TATTCCATCT CTTCCACCTT TACCGCCCCT CCCACCTCTT 
CCACCTTTGG ATAGATATCG GGATGATAGA TGGAGAGAAG AAAGAAATCG AGAGCATGGG 
TATGATCGAG ATTTCCGTGA TAGGGGTGAG TTGAGGATTC GAGAGTATCC AGAAAGAGGA 
GATACATGGC GGGAAAAGCG AGATTATGTT CCTGACAGAA TGGACTGGGA AAGAGAACGG 
TTGTCAGACA GATGGTACCC ATCTGATGTG GATAGACATT CCCCCATGGC GGAACATATG 
CCCTCCTCAC ATCATTCCTC AGAAATGATG GGGTCCGATG CAAGCTTAGA CTCTGACCAA 
GGCCTTGGAG GGGTAATGGT TCTCAGTCAG AGGCAGCATG AAATCATTTT GAAAGCTGCA 
CAAGAACTGA AAATGCTTCG GGAACAGAAA GAACAGCTTC AAAAGATGAA AGACTTCGGG 
TCTGAGCCAC AGATGGCTGA CCATCTACCA CCTCAGGAAT CAAGATTGCA GAATACATCT 
TCAAGACCTG GAATGTATCC GCCTCCAGGG TCGTATAGAC CTCCCCCTCC TATGGGCAAA 
CCACCAGGTT CAATTGTAAG ACCCTCTGCT CCACCAGCAA GATCATCTGT TCCTGTGACC 
AGGCCACCTG TCCCAATACC ACCACCTCCA CCTCCTCCAC CTCTACCTCC TCCTCCTCCA 
GTGATAAAGC CACAAACTTC AGCTGTAGAA CAGGAACGAT GGGATGAAGA TTCTTTCTAT 
GGGCTCTGGG ATACAAATGA TGAACAAGGA CTGAATTCAG AATTTAAGTC AGAAACTGCA 
GCAATTCCAT CTGCTCCAGT ATTACCACCC CCACCTGTTC ACTCTTCCAT TCCCCCTCCT 
GGCCCAGTGC CTATGGGTAT GCCACCAATG TCCAAGCCAC CACCAGTACA ACAGACTGTT 
GATTATGGCC ATGGCCGAGA TATATCCACT AATAAAGTTG AACAGATACC TTATGGAGAA 
AGAATAACTC TACGCCCAGA TCCACTACCT GAAAGATCAA CTTTTGAGAC AGAGCATGCA 
GGCCAACGTG ATCGTTATGA TAGAGAAAGA GATCGTGAGC CTTATTTTGA TCGTCAAAGT 
AATGTCATAG CAGATCATCG AGATTTTAAA AGGGATCGTG AGACACATAG AGATCGAGAC 
CGGGATCGTG GTGTTATTGA CTATGACCGG GATCGATTTG ACAGAGAACG CCGACCCCGA 
GATGATAGAG CTCAGTCATA TCGAGACAAA AAAGACCATT CCTCATCCAG AAGAGGGGGT 
TTTGATAGGC CATCCTATGA CCGGAAGTCT GACCGACCAG TCTATGAAGG ACCATCCATG 
TTTGGAGGAG AACGAAGGAC TTATCCTGAG GAGCGAATGC CTCTGCCAGC TCCTTCACTG 
AGCCACCAGC CTCCTCCAGC TCCACGAGTC GAGAAGAAGC CTGAATCAAA GAATGTGGAC 
GATATTTTGA AACCACCGGG CCGGGAGAGC AGACCTGAGA GAATTGTTGT TATAATGAGA 
GGATTACCTG GCAGTGGAAA GACACATGTT GCAAAACTTA TTCGAGATAA GGAGGTAGAA 
TTTGGAGGAC CTGCACCCAG AGTTCTAAGC CTGGATGATT ACTTCATCAC TGAAGTGGAA 
AAAGAAGAAA AAGATCCAGA TTCTGGAAAG AAAGTGAAAA AGAAGGTAAT GGAATATGAA 
TATGAAGCTG AGATGGAGGA GACTTACCGC ACCAGCATGT TCAAAACTTT CAAAAAGACT 
CTGGATGATG GCTTTTTTCC CTTCATCATC CTGGATGCCA TCAATGACAG AGTTAGGCAT 
TTTGACCAGT TTTGGAGTGC AGCAAAAACC AAGGGATTTG AGGTATATTT GGCTGAAATG 
AGTGCAGATA ACCAGACTTG TGGCAAGAGA AATATTCATG GAAGAAAGCT TAAAGAAATA 
AATAAGATGG CTGATCACTG GGAAACTGCA CCTCGTCACA TGATGCGTCT AGATATTCGT 
TCTTTGCTGC AAGATGCTGC TATTGAAGAG GTAGAGATGG AAGATTTTGA TGCAAATATC 
GAAGAACAGA AAGAAGAAAA GAAAGATGCA GAGGAAGAGG AAAGCGAACT GGGTTACATT 
CCGAAAAGCA AATGGGAGAT GGACACATCT GAGGCAAAGC TAGTATGCCA TGTGGAAGAG 
GTGTGA

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

RefSeq	XP_005267917.1
CDS	169..6354
Translation	MYPNWGRYGGSSHYPPPPVPPPPPVALPEASPGPGYSSSTTPAAPSSSGFMSFREQHLAQLQQLQQMHQKQMQCVLQPHHLPPPPLPPPPVMPGGGYGDWQPPPPPMPPPPGPALSYQKQQQYKHQMLHHQRDGPPGLVPMELESPPESPPVPPGSYMPPSQSYMPPPQPPPSYYPPTSSQPYLPPAQPSPSQSPPSQSYLAPTPSYSSSSSSSQSYLSHSQSYLPSSQASPSRPSQGHSKSQLLAPPPPSAPPGNKTTVQQEPLESGAKNKSTEQQQAAPEPDPSTMTPQEQQQYWYRQHLLSLQQRTKVHLPGHKKGPVVAKDTPEPVKEEVTVPATSQVPESPSSEEPPLPPPNEEVPPPLPPEEPQSEDPEEDARLKQLQAAAAHWQQHQQHRVGFQYQGIMQKHTQLQQILQQYQQIIQPPPHIQTMSVDMQLRHYEMQQQQFQHLYQEWEREFQLWEEQLHSYPHKDQLQEYEKQWKTWQGHMKATQSYLQEKVNSFQNMKNQYMGNMSMPPPFVPYSQMPPPLPTMPPPVLPPSLPPPVMPPALPATVPPPGMPPPVMPPSLPTSVPPPGMPPSLSSAGPPPVLPPPSLSSAGPPPVLPPPSLSSTAPPPVMPLPPLSSATPPPGIPPPGVPQGIPPQLTAAPVPPASSSQSSQVPEKPRPALLPTPVSFGSAPPTTYHPPLQSAGPSEQVNSKAPLSKSALPYSSFSSDQGLGESSAAPSQPITAVKDMPVRSGGLLPDPPRSSYLESPRGPRFDGPRRFEDLGSRCEGPRPKGPRFEGNRPDGPRPRYEGHPAEGTKSKWGMIPRGPASQFYITPSTSLSPRQSGPQWKGPKPAFGQQHQQQPKSQAEPLSGNKEPLADTSSNQQKNFKMQSAAFSIAADVKDVKAAQSNENLSDSQQEPPKSEVSEGPVEPSNWDQNVQSMETQIDKAQAVTQPVPLANKPVPAQSTFPSKTGGMEGGTAVATSSLTADNDFKPVGIGLPHSENNQDKGLPRPDNRDNRLEGNRGNSSSYRGPGQSRMEDTRDKGLVNRGRGQAISRGPGLVKQEDFRDKMMGRREDSREKMNRGEGSRDRGLVRPGSSREKVPGGLQGSQDRGAAGSRERGPPRRAGSQERGPLRRAGSRERIPPRRAGSRERGPPRGPGSRERGLGRSDFGRDRGPFRPEPGDGGEKMYPYHRDEPPRAPWNHGEERGHEEFPLDGRNAPMERERLDDWDRERYWRECERDYQDDTLELYNREDRFSAPPSRSHDGDRRGPWWDDWERDQDMDEDYNREMERDMDRDVDRISRPMDMYDRSLDNEWDRDYGRPLDEQESQFRERDIPSLPPLPPLPPLPPLDRYRDDRWREERNREHGYDRDFRDRGELRIREYPERGDTWREKRDYVPDRMDWERERLSDRWYPSDVDRHSPMAEHMPSSHHSSEMMGSDASLDSDQGLGGVMVLSQRQHEIILKAAQELKMLREQKEQLQKMKDFGSEPQMADHLPPQESRLQNTSSRPGMYPPPGSYRPPPPMGKPPGSIVRPSAPPARSSVPVTRPPVPIPPPPPPPPLPPPPPVIKPQTSAVEQERWDEDSFYGLWDTNDEQGLNSEFKSETAAIPSAPVLPPPPVHSSIPPPGPVPMGMPPMSKPPPVQQTVDYGHGRDISTNKVEQIPYGERITLRPDPLPERSTFETEHAGQRDRYDRERDREPYFDRQSNVIADHRDFKRDRETHRDRDRDRGVIDYDRDRFDRERRPRDDRAQSYRDKKDHSSSRRGGFDRPSYDRKSDRPVYEGPSMFGGERRTYPEERMPLPAPSLSHQPPPAPRVEKKPESKNVDDILKPPGRESRPERIVVIMRGLPGSGKTHVAKLIRDKEVEFGGPAPRVLSLDDYFITEVEKEEKDPDSGKKVKKKVMEYEYEAEMEETYRTSMFKTFKKTLDDGFFPFIILDAINDRVRHFDQFWSAAKTKGFEVYLAEMSADNQTCGKRNIHGRKLKEINKMADHWETAPRHMMRLDIRSLLQDAAIEEVEMEDFDANIEEQKEEKKDAEEEESELGYIPKSKWEMDTSEAKLVCHVEEV

Target ORF information:

RefSeq Version	XM_005267860.3
Organism	Homo sapiens(human)
Definition	Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X1, mRNA.

Target ORF information:

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

XM_005267860.3

ORF Insert Sequence:

ATGTACCCGA ATTGGGGCCG GTATGGCGGG AGCAGCCACT ATCCGCCGCC ACCGGTCCCA 
CCGCCGCCGC CAGTGGCGCT TCCTGAGGCC TCGCCGGGGC CCGGGTACTC GAGCTCGACG 
ACTCCCGCGG CCCCCTCCTC CTCGGGCTTC ATGAGCTTCC GCGAACAGCA CTTGGCGCAG 
CTCCAGCAGC TGCAGCAGAT GCACCAGAAG CAAATGCAGT GCGTGCTTCA GCCCCACCAC 
CTTCCTCCGC CCCCTCTGCC GCCCCCGCCA GTGATGCCGG GGGGCGGCTA CGGAGACTGG 
CAGCCGCCAC CGCCACCGAT GCCCCCGCCA CCCGGGCCGG CCCTCAGCTA TCAGAAGCAG 
CAGCAGTACA AACACCAGAT GCTCCACCAC CAACGAGACG GGCCTCCTGG TTTGGTTCCA 
ATGGAGCTGG AATCCCCCCC TGAATCTCCC CCTGTGCCGC CTGGGTCCTA TATGCCCCCA 
TCTCAGTCTT ACATGCCCCC ACCTCAGCCG CCACCCTCTT ACTACCCCCC GACCTCATCT 
CAGCCCTACC TGCCTCCTGC TCAGCCGTCC CCTTCGCAGT CCCCACCTTC CCAATCCTAC 
CTGGCGCCCA CCCCTTCTTA CTCATCCTCC TCCTCTTCCT CGCAATCCTA TTTGAGCCAT 
TCCCAGTCCT ACTTGCCCTC TTCTCAGGCA TCTCCTTCCC GCCCCTCCCA GGGCCATTCT 
AAATCCCAAC TACTAGCTCC ACCACCACCG TCCGCCCCCC CTGGAAATAA GACAACTGTC 
CAGCAAGAGC CTTTGGAGAG TGGGGCCAAA AACAAGAGTA CTGAACAGCA GCAAGCCGCC 
CCTGAGCCAG ATCCCTCTAC GATGACTCCA CAGGAACAGC AGCAGTATTG GTATCGACAG 
CACTTGCTTA GTTTGCAACA GAGGACAAAA GTTCATTTGC CAGGACACAA AAAGGGTCCT 
GTGGTAGCAA AGGATACACC AGAGCCGGTA AAAGAAGAAG TTACAGTACC TGCCACCAGT 
CAAGTTCCAG AATCTCCTTC TTCTGAGGAG CCCCCATTGC CACCTCCAAA TGAGGAAGTG 
CCACCTCCTC TCCCACCTGA GGAACCCCAG TCTGAGGACC CAGAAGAAGA TGCCAGGTTA 
AAGCAGTTGC AGGCTGCAGC AGCACACTGG CAGCAGCACC AGCAGCATCG AGTCGGTTTC 
CAGTATCAGG GAATAATGCA GAAGCACACT CAGTTACAGC AGATTCTACA ACAGTATCAG 
CAGATTATAC AGCCCCCACC ACATATACAG ACCATGTCTG TAGATATGCA GCTGCGGCAT 
TATGAGATGC AGCAGCAACA GTTTCAACAT CTTTACCAAG AATGGGAGCG AGAGTTTCAG 
CTATGGGAGG AACAACTCCA TTCCTATCCT CATAAAGATC AGCTTCAGGA GTATGAGAAG 
CAGTGGAAAA CATGGCAGGG ACATATGAAA GCCACTCAGA GCTATCTCCA GGAGAAAGTC 
AATTCATTTC AGAACATGAA GAACCAGTAT ATGGGGAACA TGTCAATGCC ACCTCCTTTT 
GTTCCATATT CTCAGATGCC TCCACCTCTA CCTACAATGC CCCCTCCAGT GTTGCCTCCT 
TCATTGCCAC CACCAGTGAT GCCCCCTGCC CTCCCTGCTA CAGTGCCACC ACCTGGCATG 
CCCCCACCTG TTATGCCACC TTCTCTACCA ACCTCTGTTC CCCCACCAGG GATGCCTCCT 
TCTCTCTCTT CTGCAGGGCC ACCACCAGTT CTCCCCCCAC CTTCCCTGTC TTCTGCAGGG 
CCACCACCAG TTCTTCCCCC ACCATCTCTC TCTTCAACAG CACCTCCACC TGTCATGCCC 
CTCCCACCAT TGTCTTCAGC TACACCTCCT CCAGGAATAC CTCCCCCTGG AGTTCCACAA 
GGGATACCTC CTCAGTTAAC AGCAGCCCCA GTTCCACCAG CCTCCAGTTC ACAGAGCTCG 
CAAGTTCCAG AGAAACCTAG ACCAGCACTG CTTCCTACTC CTGTGTCTTT TGGTTCTGCC 
CCACCGACAA CTTACCATCC TCCGTTGCAA TCAGCTGGTC CATCAGAACA AGTGAATTCA 
AAAGCTCCTT TGAGCAAGTC TGCTCTGCCA TACAGTTCAT TCTCATCTGA TCAAGGACTT 
GGGGAGTCTT CAGCTGCTCC ATCTCAGCCA ATCACTGCAG TGAAGGACAT GCCAGTGAGA 
TCAGGTGGCC TGCTTCCAGA TCCTCCTAGA AGTAGTTACT TGGAAAGTCC AAGAGGCCCA 
AGATTTGATG GTCCTCGAAG ATTTGAGGAT TTAGGGTCAA GGTGTGAAGG ACCGAGACCC 
AAAGGGCCTC GTTTTGAAGG AAATCGCCCC GATGGGCCAA GACCCAGATA TGAAGGTCAC 
CCAGCAGAGG GCACTAAAAG CAAGTGGGGA ATGATTCCCC GGGGGCCAGC ATCTCAATTT 
TATATTACCC CCAGTACATC CCTAAGTCCT CGACAGAGTG GACCACAGTG GAAAGGCCCC 
AAACCAGCTT TTGGACAGCA GCATCAGCAG CAACCTAAGT CACAAGCAGA ACCTCTTTCA 
GGAAACAAAG AACCATTAGC AGACACCAGT AGTAACCAGC AGAAGAATTT TAAAATGCAA 
TCAGCTGCAT TTTCCATTGC TGCAGATGTA AAGGATGTCA AGGCGGCTCA GTCAAATGAG 
AATCTAAGCG ACTCTCAACA AGAGCCACCT AAAAGTGAAG TCTCGGAAGG GCCCGTAGAG 
CCCTCTAATT GGGACCAGAA TGTTCAAAGT ATGGAGACTC AAATCGACAA AGCCCAAGCT 
GTTACTCAGC CTGTACCCCT TGCGAATAAG CCTGTACCTG CTCAATCTAC TTTTCCTTCA 
AAAACAGGGG GGATGGAGGG AGGAACAGCA GTAGCAACAT CATCATTAAC AGCAGATAAT 
GATTTTAAAC CTGTGGGTAT TGGTCTACCC CATTCAGAAA ACAACCAAGA TAAAGGCCTG 
CCTCGGCCAG ATAATAGAGA TAATAGATTA GAAGGCAATA GAGGCAACAG CTCATCTTAC 
AGAGGTCCTG GGCAAAGCAG AATGGAAGAC ACACGGGATA AAGGTCTAGT AAACAGAGGT 
CGCGGCCAGG CAATCAGTCG AGGCCCAGGA TTGGTCAAGC AAGAAGACTT TCGGGATAAG 
ATGATGGGTA GAAGAGAAGA TAGTCGAGAG AAGATGAACA GAGGAGAAGG TAGCCGGGAC 
AGAGGGTTGG TGAGGCCTGG AAGCAGTCGG GAGAAAGTGC CAGGTGGTCT TCAAGGGAGC 
CAGGACAGGG GTGCAGCTGG CAGCCGAGAA AGGGGACCAC CTCGGAGGGC TGGCAGTCAG 
GAGAGGGGAC CTCTTCGAAG GGCTGGGAGT AGAGAGAGAA TACCACCCCG AAGAGCTGGG 
AGCAGGGAGA GAGGACCACC TCGAGGGCCT GGCAGTCGAG AAAGGGGACT GGGAAGATCA 
GATTTTGGTC GTGATAGAGG TCCATTCAGA CCAGAACCAG GAGATGGTGG GGAAAAAATG 
TATCCATATC ACCGGGATGA GCCTCCTAGG GCTCCATGGA ACCATGGAGA AGAGCGAGGG 
CATGAAGAGT TTCCATTAGA TGGTAGAAAT GCTCCAATGG AACGAGAAAG ACTCGATGAC 
TGGGATAGAG AGAGATACTG GAGAGAATGT GAACGTGACT ATCAAGATGA TACACTAGAG 
CTCTATAACA GAGAGGACAG GTTCTCAGCA CCACCATCTC GGTCTCATGA TGGAGATAGG 
CGAGGCCCTT GGTGGGATGA TTGGGAGAGA GACCAGGATA TGGATGAGGA CTACAATAGG 
GAAATGGAAA GGGACATGGA CAGGGATGTG GATCGGATTT CAAGACCTAT GGATATGTAT 
GATAGAAGTT TGGATAATGA GTGGGACAGA GATTATGGGA GACCACTGGA TGAACAAGAA 
TCACAGTTTC GTGAACGGGA TATTCCATCT CTTCCACCTT TACCGCCCCT CCCACCTCTT 
CCACCTTTGG ATAGATATCG GGATGATAGA TGGAGAGAAG AAAGAAATCG AGAGCATGGG 
TATGATCGAG ATTTCCGTGA TAGGGGTGAG TTGAGGATTC GAGAGTATCC AGAAAGAGGA 
GATACATGGC GGGAAAAGCG AGATTATGTT CCTGACAGAA TGGACTGGGA AAGAGAACGG 
TTGTCAGACA GATGGTACCC ATCTGATGTG GATAGACATT CCCCCATGGC GGAACATATG 
CCCTCCTCAC ATCATTCCTC AGAAATGATG GGGTCCGATG CAAGCTTAGA CTCTGACCAA 
GGCCTTGGAG GGGTAATGGT TCTCAGTCAG AGGCAGCATG AAATCATTTT GAAAGCTGCA 
CAAGAACTGA AAATGCTTCG GGAACAGAAA GAACAGCTTC AAAAGATGAA AGACTTCGGG 
TCTGAGCCAC AGATGGCTGA CCATCTACCA CCTCAGGAAT CAAGATTGCA GAATACATCT 
TCAAGACCTG GAATGTATCC GCCTCCAGGG TCGTATAGAC CTCCCCCTCC TATGGGCAAA 
CCACCAGGTT CAATTGTAAG ACCCTCTGCT CCACCAGCAA GATCATCTGT TCCTGTGACC 
AGGCCACCTG TCCCAATACC ACCACCTCCA CCTCCTCCAC CTCTACCTCC TCCTCCTCCA 
GTGATAAAGC CACAAACTTC AGCTGTAGAA CAGGAACGAT GGGATGAAGA TTCTTTCTAT 
GGGCTCTGGG ATACAAATGA TGAACAAGGA CTGAATTCAG AATTTAAGTC AGAAACTGCA 
GCAATTCCAT CTGCTCCAGT ATTACCACCC CCACCTGTTC ACTCTTCCAT TCCCCCTCCT 
GGCCCAGTGC CTATGGGTAT GCCACCAATG TCCAAGCCAC CACCAGTACA ACAGACTGTT 
GATTATGGCC ATGGCCGAGA TATATCCACT AATAAAGTTG AACAGATACC TTATGGAGAA 
AGAATAACTC TACGCCCAGA TCCACTACCT GAAAGATCAA CTTTTGAGAC AGAGCATGCA 
GGCCAACGTG ATCGTTATGA TAGAGAAAGA GATCGTGAGC CTTATTTTGA TCGTCAAAGT 
AATGTCATAG CAGATCATCG AGATTTTAAA AGGGATCGTG AGACACATAG AGATCGAGAC 
CGGGATCGTG GTGTTATTGA CTATGACCGG GATCGATTTG ACAGAGAACG CCGACCCCGA 
GATGATAGAG CTCAGTCATA TCGAGACAAA AAAGACCATT CCTCATCCAG AAGAGGGGGT 
TTTGATAGGC CATCCTATGA CCGGAAGTCT GACCGACCAG TCTATGAAGG ACCATCCATG 
TTTGGAGGAG AACGAAGGAC TTATCCTGAG GAGCGAATGC CTCTGCCAGC TCCTTCACTG 
AGCCACCAGC CTCCTCCAGC TCCACGAGTC GAGAAGAAGC CTGAATCAAA GAATGTGGAC 
GATATTTTGA AACCACCGGG CCGGGAGAGC AGACCTGAGA GAATTGTTGT TATAATGAGA 
GGATTACCTG GCAGTGGAAA GACACATGTT GCAAAACTTA TTCGAGATAA GGAGGTAGAA 
TTTGGAGGAC CTGCACCCAG AGTTCTAAGC CTGGATGATT ACTTCATCAC TGAAGTGGAA 
AAAGAAGAAA AAGATCCAGA TTCTGGAAAG AAAGTGAAAA AGAAGGTAAT GGAATATGAA 
TATGAAGCTG AGATGGAGGA GACTTACCGC ACCAGCATGT TCAAAACTTT CAAAAAGACT 
CTGGATGATG GCTTTTTTCC CTTCATCATC CTGGATGCCA TCAATGACAG AGTTAGGCAT 
TTTGACCAGT TTTGGAGTGC AGCAAAAACC AAGGGATTTG AGGTATATTT GGCTGAAATG 
AGTGCAGATA ACCAGACTTG TGGCAAGAGA AATATTCATG GAAGAAAGCT TAAAGAAATA 
AATAAGATGG CTGATCACTG GGAAACTGCA CCTCGTCACA TGATGCGTCT AGATATTCGT 
TCTTTGCTGC AAGATGCTGC TATTGAAGAG GTAGAGATGG AAGATTTTGA TGCAAATATC 
GAAGAACAGA AAGAAGAAAA GAAAGATGCA GAGGAAGAGG AAAGCGAACT GGGTTACATT 
CCGAAAAGCA AATGGGAGAT GGACACATCT GAGGCAAAGC TAGTATGCCA TGTGGAAGAG 
GTGTGA

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

YLPM1 ( XM_005267860.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_005267917.1 Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu47800
Clone ID Related Accession (Same CDS sequence)	XM_005267860.3 , XM_005267860.4
Accession Version	XM_005267860.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6186bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	YLP motif-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) 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_005267860.3. ##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##

ATGTACCCGA ATTGGGGCCG GTATGGCGGG AGCAGCCACT ATCCGCCGCC ACCGGTCCCA 
CCGCCGCCGC CAGTGGCGCT TCCTGAGGCC TCGCCGGGGC CCGGGTACTC GAGCTCGACG 
ACTCCCGCGG CCCCCTCCTC CTCGGGCTTC ATGAGCTTCC GCGAACAGCA CTTGGCGCAG 
CTCCAGCAGC TGCAGCAGAT GCACCAGAAG CAAATGCAGT GCGTGCTTCA GCCCCACCAC 
CTTCCTCCGC CCCCTCTGCC GCCCCCGCCA GTGATGCCGG GGGGCGGCTA CGGAGACTGG 
CAGCCGCCAC CGCCACCGAT GCCCCCGCCA CCCGGGCCGG CCCTCAGCTA TCAGAAGCAG 
CAGCAGTACA AACACCAGAT GCTCCACCAC CAACGAGACG GGCCTCCTGG TTTGGTTCCA 
ATGGAGCTGG AATCCCCCCC TGAATCTCCC CCTGTGCCGC CTGGGTCCTA TATGCCCCCA 
TCTCAGTCTT ACATGCCCCC ACCTCAGCCG CCACCCTCTT ACTACCCCCC GACCTCATCT 
CAGCCCTACC TGCCTCCTGC TCAGCCGTCC CCTTCGCAGT CCCCACCTTC CCAATCCTAC 
CTGGCGCCCA CCCCTTCTTA CTCATCCTCC TCCTCTTCCT CGCAATCCTA TTTGAGCCAT 
TCCCAGTCCT ACTTGCCCTC TTCTCAGGCA TCTCCTTCCC GCCCCTCCCA GGGCCATTCT 
AAATCCCAAC TACTAGCTCC ACCACCACCG TCCGCCCCCC CTGGAAATAA GACAACTGTC 
CAGCAAGAGC CTTTGGAGAG TGGGGCCAAA AACAAGAGTA CTGAACAGCA GCAAGCCGCC 
CCTGAGCCAG ATCCCTCTAC GATGACTCCA CAGGAACAGC AGCAGTATTG GTATCGACAG 
CACTTGCTTA GTTTGCAACA GAGGACAAAA GTTCATTTGC CAGGACACAA AAAGGGTCCT 
GTGGTAGCAA AGGATACACC AGAGCCGGTA AAAGAAGAAG TTACAGTACC TGCCACCAGT 
CAAGTTCCAG AATCTCCTTC TTCTGAGGAG CCCCCATTGC CACCTCCAAA TGAGGAAGTG 
CCACCTCCTC TCCCACCTGA GGAACCCCAG TCTGAGGACC CAGAAGAAGA TGCCAGGTTA 
AAGCAGTTGC AGGCTGCAGC AGCACACTGG CAGCAGCACC AGCAGCATCG AGTCGGTTTC 
CAGTATCAGG GAATAATGCA GAAGCACACT CAGTTACAGC AGATTCTACA ACAGTATCAG 
CAGATTATAC AGCCCCCACC ACATATACAG ACCATGTCTG TAGATATGCA GCTGCGGCAT 
TATGAGATGC AGCAGCAACA GTTTCAACAT CTTTACCAAG AATGGGAGCG AGAGTTTCAG 
CTATGGGAGG AACAACTCCA TTCCTATCCT CATAAAGATC AGCTTCAGGA GTATGAGAAG 
CAGTGGAAAA CATGGCAGGG ACATATGAAA GCCACTCAGA GCTATCTCCA GGAGAAAGTC 
AATTCATTTC AGAACATGAA GAACCAGTAT ATGGGGAACA TGTCAATGCC ACCTCCTTTT 
GTTCCATATT CTCAGATGCC TCCACCTCTA CCTACAATGC CCCCTCCAGT GTTGCCTCCT 
TCATTGCCAC CACCAGTGAT GCCCCCTGCC CTCCCTGCTA CAGTGCCACC ACCTGGCATG 
CCCCCACCTG TTATGCCACC TTCTCTACCA ACCTCTGTTC CCCCACCAGG GATGCCTCCT 
TCTCTCTCTT CTGCAGGGCC ACCACCAGTT CTCCCCCCAC CTTCCCTGTC TTCTGCAGGG 
CCACCACCAG TTCTTCCCCC ACCATCTCTC TCTTCAACAG CACCTCCACC TGTCATGCCC 
CTCCCACCAT TGTCTTCAGC TACACCTCCT CCAGGAATAC CTCCCCCTGG AGTTCCACAA 
GGGATACCTC CTCAGTTAAC AGCAGCCCCA GTTCCACCAG CCTCCAGTTC ACAGAGCTCG 
CAAGTTCCAG AGAAACCTAG ACCAGCACTG CTTCCTACTC CTGTGTCTTT TGGTTCTGCC 
CCACCGACAA CTTACCATCC TCCGTTGCAA TCAGCTGGTC CATCAGAACA AGTGAATTCA 
AAAGCTCCTT TGAGCAAGTC TGCTCTGCCA TACAGTTCAT TCTCATCTGA TCAAGGACTT 
GGGGAGTCTT CAGCTGCTCC ATCTCAGCCA ATCACTGCAG TGAAGGACAT GCCAGTGAGA 
TCAGGTGGCC TGCTTCCAGA TCCTCCTAGA AGTAGTTACT TGGAAAGTCC AAGAGGCCCA 
AGATTTGATG GTCCTCGAAG ATTTGAGGAT TTAGGGTCAA GGTGTGAAGG ACCGAGACCC 
AAAGGGCCTC GTTTTGAAGG AAATCGCCCC GATGGGCCAA GACCCAGATA TGAAGGTCAC 
CCAGCAGAGG GCACTAAAAG CAAGTGGGGA ATGATTCCCC GGGGGCCAGC ATCTCAATTT 
TATATTACCC CCAGTACATC CCTAAGTCCT CGACAGAGTG GACCACAGTG GAAAGGCCCC 
AAACCAGCTT TTGGACAGCA GCATCAGCAG CAACCTAAGT CACAAGCAGA ACCTCTTTCA 
GGAAACAAAG AACCATTAGC AGACACCAGT AGTAACCAGC AGAAGAATTT TAAAATGCAA 
TCAGCTGCAT TTTCCATTGC TGCAGATGTA AAGGATGTCA AGGCGGCTCA GTCAAATGAG 
AATCTAAGCG ACTCTCAACA AGAGCCACCT AAAAGTGAAG TCTCGGAAGG GCCCGTAGAG 
CCCTCTAATT GGGACCAGAA TGTTCAAAGT ATGGAGACTC AAATCGACAA AGCCCAAGCT 
GTTACTCAGC CTGTACCCCT TGCGAATAAG CCTGTACCTG CTCAATCTAC TTTTCCTTCA 
AAAACAGGGG GGATGGAGGG AGGAACAGCA GTAGCAACAT CATCATTAAC AGCAGATAAT 
GATTTTAAAC CTGTGGGTAT TGGTCTACCC CATTCAGAAA ACAACCAAGA TAAAGGCCTG 
CCTCGGCCAG ATAATAGAGA TAATAGATTA GAAGGCAATA GAGGCAACAG CTCATCTTAC 
AGAGGTCCTG GGCAAAGCAG AATGGAAGAC ACACGGGATA AAGGTCTAGT AAACAGAGGT 
CGCGGCCAGG CAATCAGTCG AGGCCCAGGA TTGGTCAAGC AAGAAGACTT TCGGGATAAG 
ATGATGGGTA GAAGAGAAGA TAGTCGAGAG AAGATGAACA GAGGAGAAGG TAGCCGGGAC 
AGAGGGTTGG TGAGGCCTGG AAGCAGTCGG GAGAAAGTGC CAGGTGGTCT TCAAGGGAGC 
CAGGACAGGG GTGCAGCTGG CAGCCGAGAA AGGGGACCAC CTCGGAGGGC TGGCAGTCAG 
GAGAGGGGAC CTCTTCGAAG GGCTGGGAGT AGAGAGAGAA TACCACCCCG AAGAGCTGGG 
AGCAGGGAGA GAGGACCACC TCGAGGGCCT GGCAGTCGAG AAAGGGGACT GGGAAGATCA 
GATTTTGGTC GTGATAGAGG TCCATTCAGA CCAGAACCAG GAGATGGTGG GGAAAAAATG 
TATCCATATC ACCGGGATGA GCCTCCTAGG GCTCCATGGA ACCATGGAGA AGAGCGAGGG 
CATGAAGAGT TTCCATTAGA TGGTAGAAAT GCTCCAATGG AACGAGAAAG ACTCGATGAC 
TGGGATAGAG AGAGATACTG GAGAGAATGT GAACGTGACT ATCAAGATGA TACACTAGAG 
CTCTATAACA GAGAGGACAG GTTCTCAGCA CCACCATCTC GGTCTCATGA TGGAGATAGG 
CGAGGCCCTT GGTGGGATGA TTGGGAGAGA GACCAGGATA TGGATGAGGA CTACAATAGG 
GAAATGGAAA GGGACATGGA CAGGGATGTG GATCGGATTT CAAGACCTAT GGATATGTAT 
GATAGAAGTT TGGATAATGA GTGGGACAGA GATTATGGGA GACCACTGGA TGAACAAGAA 
TCACAGTTTC GTGAACGGGA TATTCCATCT CTTCCACCTT TACCGCCCCT CCCACCTCTT 
CCACCTTTGG ATAGATATCG GGATGATAGA TGGAGAGAAG AAAGAAATCG AGAGCATGGG 
TATGATCGAG ATTTCCGTGA TAGGGGTGAG TTGAGGATTC GAGAGTATCC AGAAAGAGGA 
GATACATGGC GGGAAAAGCG AGATTATGTT CCTGACAGAA TGGACTGGGA AAGAGAACGG 
TTGTCAGACA GATGGTACCC ATCTGATGTG GATAGACATT CCCCCATGGC GGAACATATG 
CCCTCCTCAC ATCATTCCTC AGAAATGATG GGGTCCGATG CAAGCTTAGA CTCTGACCAA 
GGCCTTGGAG GGGTAATGGT TCTCAGTCAG AGGCAGCATG AAATCATTTT GAAAGCTGCA 
CAAGAACTGA AAATGCTTCG GGAACAGAAA GAACAGCTTC AAAAGATGAA AGACTTCGGG 
TCTGAGCCAC AGATGGCTGA CCATCTACCA CCTCAGGAAT CAAGATTGCA GAATACATCT 
TCAAGACCTG GAATGTATCC GCCTCCAGGG TCGTATAGAC CTCCCCCTCC TATGGGCAAA 
CCACCAGGTT CAATTGTAAG ACCCTCTGCT CCACCAGCAA GATCATCTGT TCCTGTGACC 
AGGCCACCTG TCCCAATACC ACCACCTCCA CCTCCTCCAC CTCTACCTCC TCCTCCTCCA 
GTGATAAAGC CACAAACTTC AGCTGTAGAA CAGGAACGAT GGGATGAAGA TTCTTTCTAT 
GGGCTCTGGG ATACAAATGA TGAACAAGGA CTGAATTCAG AATTTAAGTC AGAAACTGCA 
GCAATTCCAT CTGCTCCAGT ATTACCACCC CCACCTGTTC ACTCTTCCAT TCCCCCTCCT 
GGCCCAGTGC CTATGGGTAT GCCACCAATG TCCAAGCCAC CACCAGTACA ACAGACTGTT 
GATTATGGCC ATGGCCGAGA TATATCCACT AATAAAGTTG AACAGATACC TTATGGAGAA 
AGAATAACTC TACGCCCAGA TCCACTACCT GAAAGATCAA CTTTTGAGAC AGAGCATGCA 
GGCCAACGTG ATCGTTATGA TAGAGAAAGA GATCGTGAGC CTTATTTTGA TCGTCAAAGT 
AATGTCATAG CAGATCATCG AGATTTTAAA AGGGATCGTG AGACACATAG AGATCGAGAC 
CGGGATCGTG GTGTTATTGA CTATGACCGG GATCGATTTG ACAGAGAACG CCGACCCCGA 
GATGATAGAG CTCAGTCATA TCGAGACAAA AAAGACCATT CCTCATCCAG AAGAGGGGGT 
TTTGATAGGC CATCCTATGA CCGGAAGTCT GACCGACCAG TCTATGAAGG ACCATCCATG 
TTTGGAGGAG AACGAAGGAC TTATCCTGAG GAGCGAATGC CTCTGCCAGC TCCTTCACTG 
AGCCACCAGC CTCCTCCAGC TCCACGAGTC GAGAAGAAGC CTGAATCAAA GAATGTGGAC 
GATATTTTGA AACCACCGGG CCGGGAGAGC AGACCTGAGA GAATTGTTGT TATAATGAGA 
GGATTACCTG GCAGTGGAAA GACACATGTT GCAAAACTTA TTCGAGATAA GGAGGTAGAA 
TTTGGAGGAC CTGCACCCAG AGTTCTAAGC CTGGATGATT ACTTCATCAC TGAAGTGGAA 
AAAGAAGAAA AAGATCCAGA TTCTGGAAAG AAAGTGAAAA AGAAGGTAAT GGAATATGAA 
TATGAAGCTG AGATGGAGGA GACTTACCGC ACCAGCATGT TCAAAACTTT CAAAAAGACT 
CTGGATGATG GCTTTTTTCC CTTCATCATC CTGGATGCCA TCAATGACAG AGTTAGGCAT 
TTTGACCAGT TTTGGAGTGC AGCAAAAACC AAGGGATTTG AGGTATATTT GGCTGAAATG 
AGTGCAGATA ACCAGACTTG TGGCAAGAGA AATATTCATG GAAGAAAGCT TAAAGAAATA 
AATAAGATGG CTGATCACTG GGAAACTGCA CCTCGTCACA TGATGCGTCT AGATATTCGT 
TCTTTGCTGC AAGATGCTGC TATTGAAGAG GTAGAGATGG AAGATTTTGA TGCAAATATC 
GAAGAACAGA AAGAAGAAAA GAAAGATGCA GAGGAAGAGG AAAGCGAACT GGGTTACATT 
CCGAAAAGCA AATGGGAGAT GGACACATCT GAGGCAAAGC TAGTATGCCA TGTGGAAGAG 
GTGTGA

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

RefSeq	XP_005267917.1
CDS	175..6360
Translation	MYPNWGRYGGSSHYPPPPVPPPPPVALPEASPGPGYSSSTTPAAPSSSGFMSFREQHLAQLQQLQQMHQKQMQCVLQPHHLPPPPLPPPPVMPGGGYGDWQPPPPPMPPPPGPALSYQKQQQYKHQMLHHQRDGPPGLVPMELESPPESPPVPPGSYMPPSQSYMPPPQPPPSYYPPTSSQPYLPPAQPSPSQSPPSQSYLAPTPSYSSSSSSSQSYLSHSQSYLPSSQASPSRPSQGHSKSQLLAPPPPSAPPGNKTTVQQEPLESGAKNKSTEQQQAAPEPDPSTMTPQEQQQYWYRQHLLSLQQRTKVHLPGHKKGPVVAKDTPEPVKEEVTVPATSQVPESPSSEEPPLPPPNEEVPPPLPPEEPQSEDPEEDARLKQLQAAAAHWQQHQQHRVGFQYQGIMQKHTQLQQILQQYQQIIQPPPHIQTMSVDMQLRHYEMQQQQFQHLYQEWEREFQLWEEQLHSYPHKDQLQEYEKQWKTWQGHMKATQSYLQEKVNSFQNMKNQYMGNMSMPPPFVPYSQMPPPLPTMPPPVLPPSLPPPVMPPALPATVPPPGMPPPVMPPSLPTSVPPPGMPPSLSSAGPPPVLPPPSLSSAGPPPVLPPPSLSSTAPPPVMPLPPLSSATPPPGIPPPGVPQGIPPQLTAAPVPPASSSQSSQVPEKPRPALLPTPVSFGSAPPTTYHPPLQSAGPSEQVNSKAPLSKSALPYSSFSSDQGLGESSAAPSQPITAVKDMPVRSGGLLPDPPRSSYLESPRGPRFDGPRRFEDLGSRCEGPRPKGPRFEGNRPDGPRPRYEGHPAEGTKSKWGMIPRGPASQFYITPSTSLSPRQSGPQWKGPKPAFGQQHQQQPKSQAEPLSGNKEPLADTSSNQQKNFKMQSAAFSIAADVKDVKAAQSNENLSDSQQEPPKSEVSEGPVEPSNWDQNVQSMETQIDKAQAVTQPVPLANKPVPAQSTFPSKTGGMEGGTAVATSSLTADNDFKPVGIGLPHSENNQDKGLPRPDNRDNRLEGNRGNSSSYRGPGQSRMEDTRDKGLVNRGRGQAISRGPGLVKQEDFRDKMMGRREDSREKMNRGEGSRDRGLVRPGSSREKVPGGLQGSQDRGAAGSRERGPPRRAGSQERGPLRRAGSRERIPPRRAGSRERGPPRGPGSRERGLGRSDFGRDRGPFRPEPGDGGEKMYPYHRDEPPRAPWNHGEERGHEEFPLDGRNAPMERERLDDWDRERYWRECERDYQDDTLELYNREDRFSAPPSRSHDGDRRGPWWDDWERDQDMDEDYNREMERDMDRDVDRISRPMDMYDRSLDNEWDRDYGRPLDEQESQFRERDIPSLPPLPPLPPLPPLDRYRDDRWREERNREHGYDRDFRDRGELRIREYPERGDTWREKRDYVPDRMDWERERLSDRWYPSDVDRHSPMAEHMPSSHHSSEMMGSDASLDSDQGLGGVMVLSQRQHEIILKAAQELKMLREQKEQLQKMKDFGSEPQMADHLPPQESRLQNTSSRPGMYPPPGSYRPPPPMGKPPGSIVRPSAPPARSSVPVTRPPVPIPPPPPPPPLPPPPPVIKPQTSAVEQERWDEDSFYGLWDTNDEQGLNSEFKSETAAIPSAPVLPPPPVHSSIPPPGPVPMGMPPMSKPPPVQQTVDYGHGRDISTNKVEQIPYGERITLRPDPLPERSTFETEHAGQRDRYDRERDREPYFDRQSNVIADHRDFKRDRETHRDRDRDRGVIDYDRDRFDRERRPRDDRAQSYRDKKDHSSSRRGGFDRPSYDRKSDRPVYEGPSMFGGERRTYPEERMPLPAPSLSHQPPPAPRVEKKPESKNVDDILKPPGRESRPERIVVIMRGLPGSGKTHVAKLIRDKEVEFGGPAPRVLSLDDYFITEVEKEEKDPDSGKKVKKKVMEYEYEAEMEETYRTSMFKTFKKTLDDGFFPFIILDAINDRVRHFDQFWSAAKTKGFEVYLAEMSADNQTCGKRNIHGRKLKEINKMADHWETAPRHMMRLDIRSLLQDAAIEEVEMEDFDANIEEQKEEKKDAEEEESELGYIPKSKWEMDTSEAKLVCHVEEV

Target ORF information:

RefSeq Version	XM_005267860.4
Organism	Homo sapiens(human)
Definition	Homo sapiens YLP motif containing 1 (YLPM1), transcript variant X1, mRNA.

Target ORF information:

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

XM_005267860.4

ORF Insert Sequence:

ATGTACCCGA ATTGGGGCCG GTATGGCGGG AGCAGCCACT ATCCGCCGCC ACCGGTCCCA 
CCGCCGCCGC CAGTGGCGCT TCCTGAGGCC TCGCCGGGGC CCGGGTACTC GAGCTCGACG 
ACTCCCGCGG CCCCCTCCTC CTCGGGCTTC ATGAGCTTCC GCGAACAGCA CTTGGCGCAG 
CTCCAGCAGC TGCAGCAGAT GCACCAGAAG CAAATGCAGT GCGTGCTTCA GCCCCACCAC 
CTTCCTCCGC CCCCTCTGCC GCCCCCGCCA GTGATGCCGG GGGGCGGCTA CGGAGACTGG 
CAGCCGCCAC CGCCACCGAT GCCCCCGCCA CCCGGGCCGG CCCTCAGCTA TCAGAAGCAG 
CAGCAGTACA AACACCAGAT GCTCCACCAC CAACGAGACG GGCCTCCTGG TTTGGTTCCA 
ATGGAGCTGG AATCCCCCCC TGAATCTCCC CCTGTGCCGC CTGGGTCCTA TATGCCCCCA 
TCTCAGTCTT ACATGCCCCC ACCTCAGCCG CCACCCTCTT ACTACCCCCC GACCTCATCT 
CAGCCCTACC TGCCTCCTGC TCAGCCGTCC CCTTCGCAGT CCCCACCTTC CCAATCCTAC 
CTGGCGCCCA CCCCTTCTTA CTCATCCTCC TCCTCTTCCT CGCAATCCTA TTTGAGCCAT 
TCCCAGTCCT ACTTGCCCTC TTCTCAGGCA TCTCCTTCCC GCCCCTCCCA GGGCCATTCT 
AAATCCCAAC TACTAGCTCC ACCACCACCG TCCGCCCCCC CTGGAAATAA GACAACTGTC 
CAGCAAGAGC CTTTGGAGAG TGGGGCCAAA AACAAGAGTA CTGAACAGCA GCAAGCCGCC 
CCTGAGCCAG ATCCCTCTAC GATGACTCCA CAGGAACAGC AGCAGTATTG GTATCGACAG 
CACTTGCTTA GTTTGCAACA GAGGACAAAA GTTCATTTGC CAGGACACAA AAAGGGTCCT 
GTGGTAGCAA AGGATACACC AGAGCCGGTA AAAGAAGAAG TTACAGTACC TGCCACCAGT 
CAAGTTCCAG AATCTCCTTC TTCTGAGGAG CCCCCATTGC CACCTCCAAA TGAGGAAGTG 
CCACCTCCTC TCCCACCTGA GGAACCCCAG TCTGAGGACC CAGAAGAAGA TGCCAGGTTA 
AAGCAGTTGC AGGCTGCAGC AGCACACTGG CAGCAGCACC AGCAGCATCG AGTCGGTTTC 
CAGTATCAGG GAATAATGCA GAAGCACACT CAGTTACAGC AGATTCTACA ACAGTATCAG 
CAGATTATAC AGCCCCCACC ACATATACAG ACCATGTCTG TAGATATGCA GCTGCGGCAT 
TATGAGATGC AGCAGCAACA GTTTCAACAT CTTTACCAAG AATGGGAGCG AGAGTTTCAG 
CTATGGGAGG AACAACTCCA TTCCTATCCT CATAAAGATC AGCTTCAGGA GTATGAGAAG 
CAGTGGAAAA CATGGCAGGG ACATATGAAA GCCACTCAGA GCTATCTCCA GGAGAAAGTC 
AATTCATTTC AGAACATGAA GAACCAGTAT ATGGGGAACA TGTCAATGCC ACCTCCTTTT 
GTTCCATATT CTCAGATGCC TCCACCTCTA CCTACAATGC CCCCTCCAGT GTTGCCTCCT 
TCATTGCCAC CACCAGTGAT GCCCCCTGCC CTCCCTGCTA CAGTGCCACC ACCTGGCATG 
CCCCCACCTG TTATGCCACC TTCTCTACCA ACCTCTGTTC CCCCACCAGG GATGCCTCCT 
TCTCTCTCTT CTGCAGGGCC ACCACCAGTT CTCCCCCCAC CTTCCCTGTC TTCTGCAGGG 
CCACCACCAG TTCTTCCCCC ACCATCTCTC TCTTCAACAG CACCTCCACC TGTCATGCCC 
CTCCCACCAT TGTCTTCAGC TACACCTCCT CCAGGAATAC CTCCCCCTGG AGTTCCACAA 
GGGATACCTC CTCAGTTAAC AGCAGCCCCA GTTCCACCAG CCTCCAGTTC ACAGAGCTCG 
CAAGTTCCAG AGAAACCTAG ACCAGCACTG CTTCCTACTC CTGTGTCTTT TGGTTCTGCC 
CCACCGACAA CTTACCATCC TCCGTTGCAA TCAGCTGGTC CATCAGAACA AGTGAATTCA 
AAAGCTCCTT TGAGCAAGTC TGCTCTGCCA TACAGTTCAT TCTCATCTGA TCAAGGACTT 
GGGGAGTCTT CAGCTGCTCC ATCTCAGCCA ATCACTGCAG TGAAGGACAT GCCAGTGAGA 
TCAGGTGGCC TGCTTCCAGA TCCTCCTAGA AGTAGTTACT TGGAAAGTCC AAGAGGCCCA 
AGATTTGATG GTCCTCGAAG ATTTGAGGAT TTAGGGTCAA GGTGTGAAGG ACCGAGACCC 
AAAGGGCCTC GTTTTGAAGG AAATCGCCCC GATGGGCCAA GACCCAGATA TGAAGGTCAC 
CCAGCAGAGG GCACTAAAAG CAAGTGGGGA ATGATTCCCC GGGGGCCAGC ATCTCAATTT 
TATATTACCC CCAGTACATC CCTAAGTCCT CGACAGAGTG GACCACAGTG GAAAGGCCCC 
AAACCAGCTT TTGGACAGCA GCATCAGCAG CAACCTAAGT CACAAGCAGA ACCTCTTTCA 
GGAAACAAAG AACCATTAGC AGACACCAGT AGTAACCAGC AGAAGAATTT TAAAATGCAA 
TCAGCTGCAT TTTCCATTGC TGCAGATGTA AAGGATGTCA AGGCGGCTCA GTCAAATGAG 
AATCTAAGCG ACTCTCAACA AGAGCCACCT AAAAGTGAAG TCTCGGAAGG GCCCGTAGAG 
CCCTCTAATT GGGACCAGAA TGTTCAAAGT ATGGAGACTC AAATCGACAA AGCCCAAGCT 
GTTACTCAGC CTGTACCCCT TGCGAATAAG CCTGTACCTG CTCAATCTAC TTTTCCTTCA 
AAAACAGGGG GGATGGAGGG AGGAACAGCA GTAGCAACAT CATCATTAAC AGCAGATAAT 
GATTTTAAAC CTGTGGGTAT TGGTCTACCC CATTCAGAAA ACAACCAAGA TAAAGGCCTG 
CCTCGGCCAG ATAATAGAGA TAATAGATTA GAAGGCAATA GAGGCAACAG CTCATCTTAC 
AGAGGTCCTG GGCAAAGCAG AATGGAAGAC ACACGGGATA AAGGTCTAGT AAACAGAGGT 
CGCGGCCAGG CAATCAGTCG AGGCCCAGGA TTGGTCAAGC AAGAAGACTT TCGGGATAAG 
ATGATGGGTA GAAGAGAAGA TAGTCGAGAG AAGATGAACA GAGGAGAAGG TAGCCGGGAC 
AGAGGGTTGG TGAGGCCTGG AAGCAGTCGG GAGAAAGTGC CAGGTGGTCT TCAAGGGAGC 
CAGGACAGGG GTGCAGCTGG CAGCCGAGAA AGGGGACCAC CTCGGAGGGC TGGCAGTCAG 
GAGAGGGGAC CTCTTCGAAG GGCTGGGAGT AGAGAGAGAA TACCACCCCG AAGAGCTGGG 
AGCAGGGAGA GAGGACCACC TCGAGGGCCT GGCAGTCGAG AAAGGGGACT GGGAAGATCA 
GATTTTGGTC GTGATAGAGG TCCATTCAGA CCAGAACCAG GAGATGGTGG GGAAAAAATG 
TATCCATATC ACCGGGATGA GCCTCCTAGG GCTCCATGGA ACCATGGAGA AGAGCGAGGG 
CATGAAGAGT TTCCATTAGA TGGTAGAAAT GCTCCAATGG AACGAGAAAG ACTCGATGAC 
TGGGATAGAG AGAGATACTG GAGAGAATGT GAACGTGACT ATCAAGATGA TACACTAGAG 
CTCTATAACA GAGAGGACAG GTTCTCAGCA CCACCATCTC GGTCTCATGA TGGAGATAGG 
CGAGGCCCTT GGTGGGATGA TTGGGAGAGA GACCAGGATA TGGATGAGGA CTACAATAGG 
GAAATGGAAA GGGACATGGA CAGGGATGTG GATCGGATTT CAAGACCTAT GGATATGTAT 
GATAGAAGTT TGGATAATGA GTGGGACAGA GATTATGGGA GACCACTGGA TGAACAAGAA 
TCACAGTTTC GTGAACGGGA TATTCCATCT CTTCCACCTT TACCGCCCCT CCCACCTCTT 
CCACCTTTGG ATAGATATCG GGATGATAGA TGGAGAGAAG AAAGAAATCG AGAGCATGGG 
TATGATCGAG ATTTCCGTGA TAGGGGTGAG TTGAGGATTC GAGAGTATCC AGAAAGAGGA 
GATACATGGC GGGAAAAGCG AGATTATGTT CCTGACAGAA TGGACTGGGA AAGAGAACGG 
TTGTCAGACA GATGGTACCC ATCTGATGTG GATAGACATT CCCCCATGGC GGAACATATG 
CCCTCCTCAC ATCATTCCTC AGAAATGATG GGGTCCGATG CAAGCTTAGA CTCTGACCAA 
GGCCTTGGAG GGGTAATGGT TCTCAGTCAG AGGCAGCATG AAATCATTTT GAAAGCTGCA 
CAAGAACTGA AAATGCTTCG GGAACAGAAA GAACAGCTTC AAAAGATGAA AGACTTCGGG 
TCTGAGCCAC AGATGGCTGA CCATCTACCA CCTCAGGAAT CAAGATTGCA GAATACATCT 
TCAAGACCTG GAATGTATCC GCCTCCAGGG TCGTATAGAC CTCCCCCTCC TATGGGCAAA 
CCACCAGGTT CAATTGTAAG ACCCTCTGCT CCACCAGCAA GATCATCTGT TCCTGTGACC 
AGGCCACCTG TCCCAATACC ACCACCTCCA CCTCCTCCAC CTCTACCTCC TCCTCCTCCA 
GTGATAAAGC CACAAACTTC AGCTGTAGAA CAGGAACGAT GGGATGAAGA TTCTTTCTAT 
GGGCTCTGGG ATACAAATGA TGAACAAGGA CTGAATTCAG AATTTAAGTC AGAAACTGCA 
GCAATTCCAT CTGCTCCAGT ATTACCACCC CCACCTGTTC ACTCTTCCAT TCCCCCTCCT 
GGCCCAGTGC CTATGGGTAT GCCACCAATG TCCAAGCCAC CACCAGTACA ACAGACTGTT 
GATTATGGCC ATGGCCGAGA TATATCCACT AATAAAGTTG AACAGATACC TTATGGAGAA 
AGAATAACTC TACGCCCAGA TCCACTACCT GAAAGATCAA CTTTTGAGAC AGAGCATGCA 
GGCCAACGTG ATCGTTATGA TAGAGAAAGA GATCGTGAGC CTTATTTTGA TCGTCAAAGT 
AATGTCATAG CAGATCATCG AGATTTTAAA AGGGATCGTG AGACACATAG AGATCGAGAC 
CGGGATCGTG GTGTTATTGA CTATGACCGG GATCGATTTG ACAGAGAACG CCGACCCCGA 
GATGATAGAG CTCAGTCATA TCGAGACAAA AAAGACCATT CCTCATCCAG AAGAGGGGGT 
TTTGATAGGC CATCCTATGA CCGGAAGTCT GACCGACCAG TCTATGAAGG ACCATCCATG 
TTTGGAGGAG AACGAAGGAC TTATCCTGAG GAGCGAATGC CTCTGCCAGC TCCTTCACTG 
AGCCACCAGC CTCCTCCAGC TCCACGAGTC GAGAAGAAGC CTGAATCAAA GAATGTGGAC 
GATATTTTGA AACCACCGGG CCGGGAGAGC AGACCTGAGA GAATTGTTGT TATAATGAGA 
GGATTACCTG GCAGTGGAAA GACACATGTT GCAAAACTTA TTCGAGATAA GGAGGTAGAA 
TTTGGAGGAC CTGCACCCAG AGTTCTAAGC CTGGATGATT ACTTCATCAC TGAAGTGGAA 
AAAGAAGAAA AAGATCCAGA TTCTGGAAAG AAAGTGAAAA AGAAGGTAAT GGAATATGAA 
TATGAAGCTG AGATGGAGGA GACTTACCGC ACCAGCATGT TCAAAACTTT CAAAAAGACT 
CTGGATGATG GCTTTTTTCC CTTCATCATC CTGGATGCCA TCAATGACAG AGTTAGGCAT 
TTTGACCAGT TTTGGAGTGC AGCAAAAACC AAGGGATTTG AGGTATATTT GGCTGAAATG 
AGTGCAGATA ACCAGACTTG TGGCAAGAGA AATATTCATG GAAGAAAGCT TAAAGAAATA 
AATAAGATGG CTGATCACTG GGAAACTGCA CCTCGTCACA TGATGCGTCT AGATATTCGT 
TCTTTGCTGC AAGATGCTGC TATTGAAGAG GTAGAGATGG AAGATTTTGA TGCAAATATC 
GAAGAACAGA AAGAAGAAAA GAAAGATGCA GAGGAAGAGG AAAGCGAACT GGGTTACATT 
CCGAAAAGCA AATGGGAGAT GGACACATCT GAGGCAAAGC TAGTATGCCA TGTGGAAGAG 
GTGTGA

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

YLPM1 ( NM_019589.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_062535.2 Homo sapiens YLP motif containing 1 (YLPM1), mRNA.

Price & Availability↑

CloneID	OHu28225
Clone ID Related Accession (Same CDS sequence)	NM_019589.3 , NM_019589.2
Accession Version	NM_019589.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6441bp) 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	1565020800000
Organism	Homo sapiens(human)
Product	YLP motif-containing protein 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC007956.5, AK095760.1, DB096717.1, AK090435.1, BC007792.1 and BX102033.1. On Nov 23, 2018 this sequence version replaced NM_019589.2. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. There are no publicly available full-length transcripts representing this RefSeq; it is supported by partial transcript data and by protein evidence in PMID:17890166. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000325680.12/ ENSP00000324463.7 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGTACCCGA ATTGGGGCCG GTATGGCGGG AGCAGCCACT ATCCGCCGCC ACCGGTCCCA 
CCGCCGCCGC CAGTGGCGCT TCCTGAGGCC TCGCCGGGGC CCGGGTACTC GAGCTCGACG 
ACTCCCGCGG CCCCCTCCTC CTCGGGCTTC ATGAGCTTCC GCGAACAGCA CTTGGCGCAG 
CTCCAGCAGC TGCAGCAGAT GCACCAGAAG CAAATGCAGT GCGTGCTTCA GCCCCACCAC 
CTTCCTCCGC CCCCTCTGCC GCCCCCGCCA GTGATGCCGG GGGGCGGCTA CGGAGACTGG 
CAGCCGCCAC CGCCACCGAT GCCCCCGCCA CCCGGGCCGG CCCTCAGCTA TCAGAAGCAG 
CAGCAGTACA AACACCAGAT GCTCCACCAC CAACGAGACG GGCCTCCTGG TTTGGTTCCA 
ATGGAGCTGG AATCCCCCCC TGAATCTCCC CCTGTGCCGC CTGGGTCCTA TATGCCCCCA 
TCTCAGTCTT ACATGCCCCC ACCTCAGCCG CCACCCTCTT ACTACCCCCC GACCTCATCT 
CAGCCCTACC TGCCTCCTGC TCAGCCGTCC CCTTCGCAGT CCCCACCTTC CCAATCCTAC 
CTGGCGCCCA CCCCTTCTTA CTCATCCTCC TCCTCTTCCT CGCAATCCTA TTTGAGCCAT 
TCCCAGTCCT ACTTGCCCTC TTCTCAGGCA TCTCCTTCCC GCCCCTCCCA GGGCCATTCT 
AAATCCCAAC TACTAGCTCC ACCACCACCG TCCGCCCCCC CTGGAAATAA GACAACTGTC 
CAGCAAGAGC CTTTGGAGAG TGGGGCCAAA AACAAGAGTA CTGAACAGCA GCAAGCCGCC 
CCTGAGCCAG ATCCCTCTAC GATGACTCCA CAGGAACAGC AGCAGTATTG GTATCGACAG 
CACTTGCTTA GTTTGCAACA GAGGACAAAA GTTCATTTGC CAGGACACAA AAAGGGTCCT 
GTGGTAGCAA AGGATACACC AGAGCCGGTA AAAGAAGAAG TTACAGTACC TGCCACCAGT 
CAAGTTCCAG AATCTCCTTC TTCTGAGGAG CCCCCATTGC CACCTCCAAA TGAGGAAGTG 
CCACCTCCTC TCCCACCTGA GGAACCCCAG TCTGAGGACC CAGAAGAAGA TGCCAGGTTA 
AAGCAGTTGC AGGCTGCAGC AGCACACTGG CAGCAGCACC AGCAGCATCG AGTCGGTTTC 
CAGTATCAGG GAATAATGCA GAAGCACACT CAGTTACAGC AGATTCTACA ACAGTATCAG 
CAGATTATAC AGCCCCCACC ACATATACAG ACCATGTCTG TAGATATGCA GCTGCGGCAT 
TATGAGATGC AGCAGCAACA GTTTCAACAT CTTTACCAAG AATGGGAGCG AGAGTTTCAG 
CTATGGGAGG AACAACTCCA TTCCTATCCT CATAAAGATC AGCTTCAGGA GTATGAGAAG 
CAGTGGAAAA CATGGCAGGG ACATATGAAA GCCACTCAGA GCTATCTCCA GGAGAAAGTC 
AATTCATTTC AGAACATGAA GAACCAGTAT ATGGGGAACA TGTCAATGCC ACCTCCTTTT 
GTTCCATATT CTCAGATGCC TCCACCTCTA CCTACAATGC CCCCTCCAGT GTTGCCTCCT 
TCATTGCCAC CACCAGTGAT GCCCCCTGCC CTCCCTGCTA CAGTGCCACC ACCTGGCATG 
CCCCCACCTG TTATGCCACC TTCTCTACCA ACCTCTGTTC CCCCACCAGG GATGCCTCCT 
TCTCTCTCTT CTGCAGGGCC ACCACCAGTT CTCCCCCCAC CTTCCCTGTC TTCTGCAGGG 
CCACCACCAG TTCTTCCCCC ACCATCTCTC TCTTCAACAG CACCTCCACC TGTCATGCCC 
CTCCCACCAT TGTCTTCAGC TACACCTCCT CCAGGAATAC CTCCCCCTGG AGTTCCACAA 
GGGATACCTC CTCAGTTAAC AGCAGCCCCA GTTCCACCAG CCTCCAGTTC ACAGAGCTCG 
CAAGTTCCAG AGAAACCTAG ACCAGCACTG CTTCCTACTC CTGTGTCTTT TGGTTCTGCC 
CCACCGACAA CTTACCATCC TCCGTTGCAA TCAGCTGGTC CATCAGAACA AGTGAATTCA 
AAAGCTCCTT TGAGCAAGTC TGCTCTGCCA TACAGTTCAT TCTCATCTGA TCAAGGACTT 
GGGGAGTCTT CAGCTGCTCC ATCTCAGCCA ATCACTGCAG TGAAGGACAT GCCAGTGAGA 
TCAGGTGGCC TGCTTCCAGA TCCTCCTAGA AGTAGTTACT TGGAAAGTCC AAGAGGCCCA 
AGATTTGATG GTCCTCGAAG ATTTGAGGAT TTAGGGTCAA GGTGTGAAGG ACCGAGACCC 
AAAGGGCCTC GTTTTGAAGG AAATCGCCCC GATGGGCCAA GACCCAGATA TGAAGGTCAC 
CCAGCAGAGG GCACTAAAAG CAAGTGGGGA ATGATTCCCC GGGGGCCAGC ATCTCAATTT 
TATATTACCC CCAGTACATC CCTAAGTCCT CGACAGAGTG GACCACAGTG GAAAGGCCCC 
AAACCAGCTT TTGGACAGCA GCATCAGCAG CAACCTAAGT CACAAGCAGA ACCTCTTTCA 
GGAAACAAAG AACCATTAGC AGACACCAGT AGTAACCAGC AGAAGAATTT TAAAATGCAA 
TCAGCTGCAT TTTCCATTGC TGCAGATGTA AAGGATGTCA AGGCGGCTCA GTCAAATGAG 
AATCTAAGCG ACTCTCAACA AGAGCCACCT AAAAGTGAAG TCTCGGAAGG GCCCGTAGAG 
CCCTCTAATT GGGACCAGAA TGTTCAAAGT ATGGAGACTC AAATCGACAA AGCCCAAGCT 
GTTACTCAGC CTGTACCCCT TGCGAATAAG CCTGTACCTG CTCAATCTAC TTTTCCTTCA 
AAAACAGGGG GGATGGAGGG AGGAACAGCA GTAGCAACAT CATCATTAAC AGCAGATAAT 
GATTTTAAAC CTGTGGGTAT TGGTCTACCC CATTCAGAAA ACAACCAAGA TAAAGGCCTG 
CCTCGGCCAG ATAATAGAGA TAATAGATTA GAAGGCAATA GAGGCAACAG CTCATCTTAC 
AGAGGTCCTG GGCAAAGCAG AATGGAAGAC ACACGGGATA AAGGTCTAGT AAACAGAGGT 
CGCGGCCAGG CAATCAGTCG AGGCCCAGGA TTGGTCAAGC AAGAAGACTT TCGGGATAAG 
ATGATGGGTA GAAGAGAAGA TAGTCGAGAG AAGATGAACA GAGGAGAAGG TAGCCGGGAC 
AGAGGGTTGG TGAGGCCTGG AAGCAGTCGG GAGAAAGTGC CAGGTGGTCT TCAAGGGAGC 
CAGGACAGGG GTGCAGCTGG CAGCCGAGAA AGGGGACCAC CTCGGAGGGC TGGCAGTCAG 
GAGAGGGGAC CTCTTCGAAG GGCTGGGAGT AGAGAGAGAA TACCACCCCG AAGAGCTGGG 
AGCAGGGAGA GAGGACCACC TCGAGGGCCT GGCAGTCGAG AAAGGGGACT GGGAAGATCA 
GATTTTGGTC GTGATAGAGG TCCATTCAGA CCAGAACCAG GAGATGGTGG GGAAAAAATG 
TATCCATATC ACCGGGATGA GCCTCCTAGG GCTCCATGGA ACCATGGAGA AGAGCGAGGG 
CATGAAGAGT TTCCATTAGA TGGTAGAAAT GCTCCAATGG AACGAGAAAG ACTCGATGAC 
TGGGATAGAG AGAGATACTG GAGAGAATGT GAACGTGACT ATCAAGATGA TACACTAGAG 
CTCTATAACA GAGAGGACAG GTTCTCAGCA CCACCATCTC GGTCTCATGA TGGAGATAGG 
CGAGGCCCTT GGTGGGATGA TTGGGAGAGA GACCAGGATA TGGATGAGGA CTACAATAGG 
GAAATGGAAA GGGACATGGA CAGGGATGTG GATCGGATTT CAAGACCTAT GGATATGTAT 
GATAGAAGTT TGGATAATGA GTGGGACAGA GATTATGGGA GACCACTGGA TGAACAAGAA 
TCACAGTTTC GTGAACGGGA TATTCCATCT CTTCCACCTT TACCGCCCCT CCCACCTCTT 
CCACCTTTGG ATAGATATCG GGATGATAGA TGGAGAGAAG AAAGAAATCG AGAGCATGGG 
TATGATCGAG ATTTCCGTGA TAGGGGTGAG TTGAGGATTC GAGAGTATCC AGAAAGAGGA 
GATACATGGC GGGAAAAGCG AGATTATGTT CCTGACAGAA TGGACTGGGA AAGAGAACGG 
TTGTCAGACA GATGGTACCC ATCTGATGTG GATAGACATT CCCCCATGGC GGAACATATG 
CCCTCCTCAC ATCATTCCTC AGAAATGATG GGGTCCGATG CAAGCTTAGA CTCTGACCAA 
GGCCTTGGAG GGGTAATGGT TCTCAGTCAG AGGCAGCATG AAATCATTTT GAAAGCTGCA 
CAAGAACTGA AAATGCTTCG GGAACAGAAA GAACAGCTTC AAAAGATGAA AGACTTCGGG 
TCTGAGCCAC AGATGGCTGA CCATCTACCA CCTCAGGAAT CAAGATTGCA GAATACATCT 
TCAAGACCTG GAATGTATCC GCCTCCAGGG TCGTATAGAC CTCCCCCTCC TATGGGCAAA 
CCACCAGGTT CAATTGTAAG ACCCTCTGCT CCACCAGCAA GATCATCTGT TCCTGTGACC 
AGGCCACCTG TCCCAATACC ACCACCTCCA CCTCCTCCAC CTCTACCTCC TCCTCCTCCA 
GTGATAAAGC CACAAACTTC AGCTGTAGAA CAGGAACGAT GGGATGAAGA TTCTTTCTAT 
GGGCTCTGGG ATACAAATGA TGAACAAGGA CTGAATTCAG AATTTAAGTC AGAAACTGCA 
GCAATTCCAT CTGCTCCAGT ATTACCACCC CCACCTGTTC ACTCTTCCAT TCCCCCTCCT 
GGCCCAGTGC CTATGGGTAT GCCACCAATG TCCAAGCCAC CACCAGTACA ACAGACTGTT 
GATTATGGCC ATGGCCGAGA TATATCCACT AATAAAGTTG AACAGATACC TTATGGAGAA 
AGAATAACTC TACGCCCAGA TCCACTACCT GAAAGATCAA CTTTTGAGAC AGAGCATGCA 
GGCCAACGTG ATCGTTATGA TAGAGAAAGA GATCGTGAGC CTTATTTTGA TCGTCAAAGT 
AATGTCATAG CAGATCATCG AGATTTTAAA AGGGATCGTG AGACACATAG AGATCGAGAC 
CGGGATCGTG GTGTTATTGA CTATGACCGG GATCGATTTG ACAGAGAACG CCGACCCCGA 
GATGATAGAG CTCAGTCATA TCGAGACAAA AAAGACCATT CCTCATCCAG AAGAGGGGGT 
TTTGATAGGC CATCCTATGA CCGGAAGTCT GACCGACCAG TCTATGAAGG ACCATCCATG 
TTTGGAGGAG AACGAAGGAC TTATCCTGAG GAGCGAATGC CTCTGCCAGC TCCTTCACTG 
AGCCACCAGC CTCCTCCAGC TCCACGAGTC GAGAAGAAGC CTGAATCAAA GAATGTGGAC 
GATATTTTGA AACCACCGGG CCGGGAGAGC AGACCTGAGA GAATTGTTGT TATAATGAGA 
GGATTACCTG GCAGTGGAAA GACACATGTT GCAAAACTTA TTCGAGATAA GGAGGTAGAA 
TTTGGAGGAC CTGCACCCAG AGTTCTAAGC CTGGATGATT ACTTCATCAC TGAAGTGGAA 
AAAGAAGAAA AAGATCCAGA TTCTGGAAAG AAAGTGAAAA AGAAGGTAAT GGAATATGAA 
TATGAAGCTG AGATGGAGGA GACTTACCGC ACCAGCATGT TCAAAACTTT CAAAAAGACT 
CTGGATGATG GCTTTTTTCC CTTCATCATC CTGGATGCCA TCAATGACAG AGTTAGGCAT 
TTTGACCAGT TTTGGAGTGC AGCAAAAACC AAGGGATTTG AGGTATATTT GGCTGAAATG 
AGTGCAGATA ACCAGACTTG TGGCAAGAGA AATATTCATG GAAGAAAGCT TAAAGAAATA 
AATAAGATGG CTGATCACTG GGAAACTGCA CCTCGTCACA TGATGCGTCT AGATATTCGT 
TCTTTGCTGC AAGATGCTGC TATTGAAGAG GTAGAGATGG AAGATTTTGA TGCAAATATC 
GAAGAACAGA AAGAAGAAAA GAAAGATGCA GAGGAAGAGG AAAGCGAACT GGGTTACATT 
CCGAAAAGCA AATGGGAGAT GGACACATCT GAGGCAAAGC TAGACAAGTT GGATGGCTTG 
AGGACTGGTA CTAAAAGGAA ACGTGACTGG GAGGCCATTG CCAGCAGAAT GGAGGATTAT 
CTTCAGCTCC CCGATGATTA TGATACTCGT GCTTCTGAGC CTGGGAAGAA GAGGGTCAGA 
TGGGCAGACC TGGAAGAGAA GAAGGATGCA GATAGGAAAA GGGCCATAGG TTTTGTGGTC 
GGACAGACTG ATTGGGAGAA GATCACAGAT GAAAGTGGTC ACCTGGCTGA AAAAGCCCTC 
AATCGAACCA AATATATATG A

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

RefSeq	NP_062535.2
CDS	175..6615
Translation	MYPNWGRYGGSSHYPPPPVPPPPPVALPEASPGPGYSSSTTPAAPSSSGFMSFREQHLAQLQQLQQMHQKQMQCVLQPHHLPPPPLPPPPVMPGGGYGDWQPPPPPMPPPPGPALSYQKQQQYKHQMLHHQRDGPPGLVPMELESPPESPPVPPGSYMPPSQSYMPPPQPPPSYYPPTSSQPYLPPAQPSPSQSPPSQSYLAPTPSYSSSSSSSQSYLSHSQSYLPSSQASPSRPSQGHSKSQLLAPPPPSAPPGNKTTVQQEPLESGAKNKSTEQQQAAPEPDPSTMTPQEQQQYWYRQHLLSLQQRTKVHLPGHKKGPVVAKDTPEPVKEEVTVPATSQVPESPSSEEPPLPPPNEEVPPPLPPEEPQSEDPEEDARLKQLQAAAAHWQQHQQHRVGFQYQGIMQKHTQLQQILQQYQQIIQPPPHIQTMSVDMQLRHYEMQQQQFQHLYQEWEREFQLWEEQLHSYPHKDQLQEYEKQWKTWQGHMKATQSYLQEKVNSFQNMKNQYMGNMSMPPPFVPYSQMPPPLPTMPPPVLPPSLPPPVMPPALPATVPPPGMPPPVMPPSLPTSVPPPGMPPSLSSAGPPPVLPPPSLSSAGPPPVLPPPSLSSTAPPPVMPLPPLSSATPPPGIPPPGVPQGIPPQLTAAPVPPASSSQSSQVPEKPRPALLPTPVSFGSAPPTTYHPPLQSAGPSEQVNSKAPLSKSALPYSSFSSDQGLGESSAAPSQPITAVKDMPVRSGGLLPDPPRSSYLESPRGPRFDGPRRFEDLGSRCEGPRPKGPRFEGNRPDGPRPRYEGHPAEGTKSKWGMIPRGPASQFYITPSTSLSPRQSGPQWKGPKPAFGQQHQQQPKSQAEPLSGNKEPLADTSSNQQKNFKMQSAAFSIAADVKDVKAAQSNENLSDSQQEPPKSEVSEGPVEPSNWDQNVQSMETQIDKAQAVTQPVPLANKPVPAQSTFPSKTGGMEGGTAVATSSLTADNDFKPVGIGLPHSENNQDKGLPRPDNRDNRLEGNRGNSSSYRGPGQSRMEDTRDKGLVNRGRGQAISRGPGLVKQEDFRDKMMGRREDSREKMNRGEGSRDRGLVRPGSSREKVPGGLQGSQDRGAAGSRERGPPRRAGSQERGPLRRAGSRERIPPRRAGSRERGPPRGPGSRERGLGRSDFGRDRGPFRPEPGDGGEKMYPYHRDEPPRAPWNHGEERGHEEFPLDGRNAPMERERLDDWDRERYWRECERDYQDDTLELYNREDRFSAPPSRSHDGDRRGPWWDDWERDQDMDEDYNREMERDMDRDVDRISRPMDMYDRSLDNEWDRDYGRPLDEQESQFRERDIPSLPPLPPLPPLPPLDRYRDDRWREERNREHGYDRDFRDRGELRIREYPERGDTWREKRDYVPDRMDWERERLSDRWYPSDVDRHSPMAEHMPSSHHSSEMMGSDASLDSDQGLGGVMVLSQRQHEIILKAAQELKMLREQKEQLQKMKDFGSEPQMADHLPPQESRLQNTSSRPGMYPPPGSYRPPPPMGKPPGSIVRPSAPPARSSVPVTRPPVPIPPPPPPPPLPPPPPVIKPQTSAVEQERWDEDSFYGLWDTNDEQGLNSEFKSETAAIPSAPVLPPPPVHSSIPPPGPVPMGMPPMSKPPPVQQTVDYGHGRDISTNKVEQIPYGERITLRPDPLPERSTFETEHAGQRDRYDRERDREPYFDRQSNVIADHRDFKRDRETHRDRDRDRGVIDYDRDRFDRERRPRDDRAQSYRDKKDHSSSRRGGFDRPSYDRKSDRPVYEGPSMFGGERRTYPEERMPLPAPSLSHQPPPAPRVEKKPESKNVDDILKPPGRESRPERIVVIMRGLPGSGKTHVAKLIRDKEVEFGGPAPRVLSLDDYFITEVEKEEKDPDSGKKVKKKVMEYEYEAEMEETYRTSMFKTFKKTLDDGFFPFIILDAINDRVRHFDQFWSAAKTKGFEVYLAEMSADNQTCGKRNIHGRKLKEINKMADHWETAPRHMMRLDIRSLLQDAAIEEVEMEDFDANIEEQKEEKKDAEEEESELGYIPKSKWEMDTSEAKLDKLDGLRTGTKRKRDWEAIASRMEDYLQLPDDYDTRASEPGKKRVRWADLEEKKDADRKRAIGFVVGQTDWEKITDESGHLAEKALNRTKYI

Target ORF information:

RefSeq Version	NM_019589.3
Organism	Homo sapiens(human)
Definition	Homo sapiens YLP motif containing 1 (YLPM1), mRNA.

Target ORF information:

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

NM_019589.3

ORF Insert Sequence:

ATGTACCCGA ATTGGGGCCG GTATGGCGGG AGCAGCCACT ATCCGCCGCC ACCGGTCCCA 
CCGCCGCCGC CAGTGGCGCT TCCTGAGGCC TCGCCGGGGC CCGGGTACTC GAGCTCGACG 
ACTCCCGCGG CCCCCTCCTC CTCGGGCTTC ATGAGCTTCC GCGAACAGCA CTTGGCGCAG 
CTCCAGCAGC TGCAGCAGAT GCACCAGAAG CAAATGCAGT GCGTGCTTCA GCCCCACCAC 
CTTCCTCCGC CCCCTCTGCC GCCCCCGCCA GTGATGCCGG GGGGCGGCTA CGGAGACTGG 
CAGCCGCCAC CGCCACCGAT GCCCCCGCCA CCCGGGCCGG CCCTCAGCTA TCAGAAGCAG 
CAGCAGTACA AACACCAGAT GCTCCACCAC CAACGAGACG GGCCTCCTGG TTTGGTTCCA 
ATGGAGCTGG AATCCCCCCC TGAATCTCCC CCTGTGCCGC CTGGGTCCTA TATGCCCCCA 
TCTCAGTCTT ACATGCCCCC ACCTCAGCCG CCACCCTCTT ACTACCCCCC GACCTCATCT 
CAGCCCTACC TGCCTCCTGC TCAGCCGTCC CCTTCGCAGT CCCCACCTTC CCAATCCTAC 
CTGGCGCCCA CCCCTTCTTA CTCATCCTCC TCCTCTTCCT CGCAATCCTA TTTGAGCCAT 
TCCCAGTCCT ACTTGCCCTC TTCTCAGGCA TCTCCTTCCC GCCCCTCCCA GGGCCATTCT 
AAATCCCAAC TACTAGCTCC ACCACCACCG TCCGCCCCCC CTGGAAATAA GACAACTGTC 
CAGCAAGAGC CTTTGGAGAG TGGGGCCAAA AACAAGAGTA CTGAACAGCA GCAAGCCGCC 
CCTGAGCCAG ATCCCTCTAC GATGACTCCA CAGGAACAGC AGCAGTATTG GTATCGACAG 
CACTTGCTTA GTTTGCAACA GAGGACAAAA GTTCATTTGC CAGGACACAA AAAGGGTCCT 
GTGGTAGCAA AGGATACACC AGAGCCGGTA AAAGAAGAAG TTACAGTACC TGCCACCAGT 
CAAGTTCCAG AATCTCCTTC TTCTGAGGAG CCCCCATTGC CACCTCCAAA TGAGGAAGTG 
CCACCTCCTC TCCCACCTGA GGAACCCCAG TCTGAGGACC CAGAAGAAGA TGCCAGGTTA 
AAGCAGTTGC AGGCTGCAGC AGCACACTGG CAGCAGCACC AGCAGCATCG AGTCGGTTTC 
CAGTATCAGG GAATAATGCA GAAGCACACT CAGTTACAGC AGATTCTACA ACAGTATCAG 
CAGATTATAC AGCCCCCACC ACATATACAG ACCATGTCTG TAGATATGCA GCTGCGGCAT 
TATGAGATGC AGCAGCAACA GTTTCAACAT CTTTACCAAG AATGGGAGCG AGAGTTTCAG 
CTATGGGAGG AACAACTCCA TTCCTATCCT CATAAAGATC AGCTTCAGGA GTATGAGAAG 
CAGTGGAAAA CATGGCAGGG ACATATGAAA GCCACTCAGA GCTATCTCCA GGAGAAAGTC 
AATTCATTTC AGAACATGAA GAACCAGTAT ATGGGGAACA TGTCAATGCC ACCTCCTTTT 
GTTCCATATT CTCAGATGCC TCCACCTCTA CCTACAATGC CCCCTCCAGT GTTGCCTCCT 
TCATTGCCAC CACCAGTGAT GCCCCCTGCC CTCCCTGCTA CAGTGCCACC ACCTGGCATG 
CCCCCACCTG TTATGCCACC TTCTCTACCA ACCTCTGTTC CCCCACCAGG GATGCCTCCT 
TCTCTCTCTT CTGCAGGGCC ACCACCAGTT CTCCCCCCAC CTTCCCTGTC TTCTGCAGGG 
CCACCACCAG TTCTTCCCCC ACCATCTCTC TCTTCAACAG CACCTCCACC TGTCATGCCC 
CTCCCACCAT TGTCTTCAGC TACACCTCCT CCAGGAATAC CTCCCCCTGG AGTTCCACAA 
GGGATACCTC CTCAGTTAAC AGCAGCCCCA GTTCCACCAG CCTCCAGTTC ACAGAGCTCG 
CAAGTTCCAG AGAAACCTAG ACCAGCACTG CTTCCTACTC CTGTGTCTTT TGGTTCTGCC 
CCACCGACAA CTTACCATCC TCCGTTGCAA TCAGCTGGTC CATCAGAACA AGTGAATTCA 
AAAGCTCCTT TGAGCAAGTC TGCTCTGCCA TACAGTTCAT TCTCATCTGA TCAAGGACTT 
GGGGAGTCTT CAGCTGCTCC ATCTCAGCCA ATCACTGCAG TGAAGGACAT GCCAGTGAGA 
TCAGGTGGCC TGCTTCCAGA TCCTCCTAGA AGTAGTTACT TGGAAAGTCC AAGAGGCCCA 
AGATTTGATG GTCCTCGAAG ATTTGAGGAT TTAGGGTCAA GGTGTGAAGG ACCGAGACCC 
AAAGGGCCTC GTTTTGAAGG AAATCGCCCC GATGGGCCAA GACCCAGATA TGAAGGTCAC 
CCAGCAGAGG GCACTAAAAG CAAGTGGGGA ATGATTCCCC GGGGGCCAGC ATCTCAATTT 
TATATTACCC CCAGTACATC CCTAAGTCCT CGACAGAGTG GACCACAGTG GAAAGGCCCC 
AAACCAGCTT TTGGACAGCA GCATCAGCAG CAACCTAAGT CACAAGCAGA ACCTCTTTCA 
GGAAACAAAG AACCATTAGC AGACACCAGT AGTAACCAGC AGAAGAATTT TAAAATGCAA 
TCAGCTGCAT TTTCCATTGC TGCAGATGTA AAGGATGTCA AGGCGGCTCA GTCAAATGAG 
AATCTAAGCG ACTCTCAACA AGAGCCACCT AAAAGTGAAG TCTCGGAAGG GCCCGTAGAG 
CCCTCTAATT GGGACCAGAA TGTTCAAAGT ATGGAGACTC AAATCGACAA AGCCCAAGCT 
GTTACTCAGC CTGTACCCCT TGCGAATAAG CCTGTACCTG CTCAATCTAC TTTTCCTTCA 
AAAACAGGGG GGATGGAGGG AGGAACAGCA GTAGCAACAT CATCATTAAC AGCAGATAAT 
GATTTTAAAC CTGTGGGTAT TGGTCTACCC CATTCAGAAA ACAACCAAGA TAAAGGCCTG 
CCTCGGCCAG ATAATAGAGA TAATAGATTA GAAGGCAATA GAGGCAACAG CTCATCTTAC 
AGAGGTCCTG GGCAAAGCAG AATGGAAGAC ACACGGGATA AAGGTCTAGT AAACAGAGGT 
CGCGGCCAGG CAATCAGTCG AGGCCCAGGA TTGGTCAAGC AAGAAGACTT TCGGGATAAG 
ATGATGGGTA GAAGAGAAGA TAGTCGAGAG AAGATGAACA GAGGAGAAGG TAGCCGGGAC 
AGAGGGTTGG TGAGGCCTGG AAGCAGTCGG GAGAAAGTGC CAGGTGGTCT TCAAGGGAGC 
CAGGACAGGG GTGCAGCTGG CAGCCGAGAA AGGGGACCAC CTCGGAGGGC TGGCAGTCAG 
GAGAGGGGAC CTCTTCGAAG GGCTGGGAGT AGAGAGAGAA TACCACCCCG AAGAGCTGGG 
AGCAGGGAGA GAGGACCACC TCGAGGGCCT GGCAGTCGAG AAAGGGGACT GGGAAGATCA 
GATTTTGGTC GTGATAGAGG TCCATTCAGA CCAGAACCAG GAGATGGTGG GGAAAAAATG 
TATCCATATC ACCGGGATGA GCCTCCTAGG GCTCCATGGA ACCATGGAGA AGAGCGAGGG 
CATGAAGAGT TTCCATTAGA TGGTAGAAAT GCTCCAATGG AACGAGAAAG ACTCGATGAC 
TGGGATAGAG AGAGATACTG GAGAGAATGT GAACGTGACT ATCAAGATGA TACACTAGAG 
CTCTATAACA GAGAGGACAG GTTCTCAGCA CCACCATCTC GGTCTCATGA TGGAGATAGG 
CGAGGCCCTT GGTGGGATGA TTGGGAGAGA GACCAGGATA TGGATGAGGA CTACAATAGG 
GAAATGGAAA GGGACATGGA CAGGGATGTG GATCGGATTT CAAGACCTAT GGATATGTAT 
GATAGAAGTT TGGATAATGA GTGGGACAGA GATTATGGGA GACCACTGGA TGAACAAGAA 
TCACAGTTTC GTGAACGGGA TATTCCATCT CTTCCACCTT TACCGCCCCT CCCACCTCTT 
CCACCTTTGG ATAGATATCG GGATGATAGA TGGAGAGAAG AAAGAAATCG AGAGCATGGG 
TATGATCGAG ATTTCCGTGA TAGGGGTGAG TTGAGGATTC GAGAGTATCC AGAAAGAGGA 
GATACATGGC GGGAAAAGCG AGATTATGTT CCTGACAGAA TGGACTGGGA AAGAGAACGG 
TTGTCAGACA GATGGTACCC ATCTGATGTG GATAGACATT CCCCCATGGC GGAACATATG 
CCCTCCTCAC ATCATTCCTC AGAAATGATG GGGTCCGATG CAAGCTTAGA CTCTGACCAA 
GGCCTTGGAG GGGTAATGGT TCTCAGTCAG AGGCAGCATG AAATCATTTT GAAAGCTGCA 
CAAGAACTGA AAATGCTTCG GGAACAGAAA GAACAGCTTC AAAAGATGAA AGACTTCGGG 
TCTGAGCCAC AGATGGCTGA CCATCTACCA CCTCAGGAAT CAAGATTGCA GAATACATCT 
TCAAGACCTG GAATGTATCC GCCTCCAGGG TCGTATAGAC CTCCCCCTCC TATGGGCAAA 
CCACCAGGTT CAATTGTAAG ACCCTCTGCT CCACCAGCAA GATCATCTGT TCCTGTGACC 
AGGCCACCTG TCCCAATACC ACCACCTCCA CCTCCTCCAC CTCTACCTCC TCCTCCTCCA 
GTGATAAAGC CACAAACTTC AGCTGTAGAA CAGGAACGAT GGGATGAAGA TTCTTTCTAT 
GGGCTCTGGG ATACAAATGA TGAACAAGGA CTGAATTCAG AATTTAAGTC AGAAACTGCA 
GCAATTCCAT CTGCTCCAGT ATTACCACCC CCACCTGTTC ACTCTTCCAT TCCCCCTCCT 
GGCCCAGTGC CTATGGGTAT GCCACCAATG TCCAAGCCAC CACCAGTACA ACAGACTGTT 
GATTATGGCC ATGGCCGAGA TATATCCACT AATAAAGTTG AACAGATACC TTATGGAGAA 
AGAATAACTC TACGCCCAGA TCCACTACCT GAAAGATCAA CTTTTGAGAC AGAGCATGCA 
GGCCAACGTG ATCGTTATGA TAGAGAAAGA GATCGTGAGC CTTATTTTGA TCGTCAAAGT 
AATGTCATAG CAGATCATCG AGATTTTAAA AGGGATCGTG AGACACATAG AGATCGAGAC 
CGGGATCGTG GTGTTATTGA CTATGACCGG GATCGATTTG ACAGAGAACG CCGACCCCGA 
GATGATAGAG CTCAGTCATA TCGAGACAAA AAAGACCATT CCTCATCCAG AAGAGGGGGT 
TTTGATAGGC CATCCTATGA CCGGAAGTCT GACCGACCAG TCTATGAAGG ACCATCCATG 
TTTGGAGGAG AACGAAGGAC TTATCCTGAG GAGCGAATGC CTCTGCCAGC TCCTTCACTG 
AGCCACCAGC CTCCTCCAGC TCCACGAGTC GAGAAGAAGC CTGAATCAAA GAATGTGGAC 
GATATTTTGA AACCACCGGG CCGGGAGAGC AGACCTGAGA GAATTGTTGT TATAATGAGA 
GGATTACCTG GCAGTGGAAA GACACATGTT GCAAAACTTA TTCGAGATAA GGAGGTAGAA 
TTTGGAGGAC CTGCACCCAG AGTTCTAAGC CTGGATGATT ACTTCATCAC TGAAGTGGAA 
AAAGAAGAAA AAGATCCAGA TTCTGGAAAG AAAGTGAAAA AGAAGGTAAT GGAATATGAA 
TATGAAGCTG AGATGGAGGA GACTTACCGC ACCAGCATGT TCAAAACTTT CAAAAAGACT 
CTGGATGATG GCTTTTTTCC CTTCATCATC CTGGATGCCA TCAATGACAG AGTTAGGCAT 
TTTGACCAGT TTTGGAGTGC AGCAAAAACC AAGGGATTTG AGGTATATTT GGCTGAAATG 
AGTGCAGATA ACCAGACTTG TGGCAAGAGA AATATTCATG GAAGAAAGCT TAAAGAAATA 
AATAAGATGG CTGATCACTG GGAAACTGCA CCTCGTCACA TGATGCGTCT AGATATTCGT 
TCTTTGCTGC AAGATGCTGC TATTGAAGAG GTAGAGATGG AAGATTTTGA TGCAAATATC 
GAAGAACAGA AAGAAGAAAA GAAAGATGCA GAGGAAGAGG AAAGCGAACT GGGTTACATT 
CCGAAAAGCA AATGGGAGAT GGACACATCT GAGGCAAAGC TAGACAAGTT GGATGGCTTG 
AGGACTGGTA CTAAAAGGAA ACGTGACTGG GAGGCCATTG CCAGCAGAAT GGAGGATTAT 
CTTCAGCTCC CCGATGATTA TGATACTCGT GCTTCTGAGC CTGGGAAGAA GAGGGTCAGA 
TGGGCAGACC TGGAAGAGAA GAAGGATGCA GATAGGAAAA GGGCCATAGG TTTTGTGGTC 
GGACAGACTG ATTGGGAGAA GATCACAGAT GAAAGTGGTC ACCTGGCTGA AAAAGCCCTC 
AATCGAACCA AATATATATG A

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

PubMed

Systematic Analysis of Human Protein Phosphatase Interactions and Dynamics.
Cell systems4(4)430-444.e5(2017 04)
Yadav L,Tamene F,Göös H,van Drogen A,Katainen R,Aebersold R,Gstaiger M,Varjosalo M

The mRNA-bound proteome and its global occupancy profile on protein-coding transcripts.
Molecular cell46(5)674-90(2012 Jun)
Baltz AG,Munschauer M,Schwanhäusser B,Vasile A,Murakawa Y,Schueler M,Youngs N,Penfold-Brown D,Drew K,Milek M,Wyler E,Bonneau R,Selbach M,Dieterich C,Landthaler M

Protein phosphatase 1α interacting proteins in the human brain.
Omics : a journal of integrative biology16(1-2)3-17(2012 Jan-Feb)
Esteves SL,Domingues SC,da Cruz e Silva OA,Fardilha M,da Cruz e Silva EF

Comparison of an expanded ataxia interactome with patient medical records reveals a relationship between macular degeneration and ataxia.
Human molecular genetics20(3)510-27(2011 Feb)
Kahle JJ,Gulbahce N,Shaw CA,Lim J,Hill DE,Barabási AL,Zoghbi HY

The nuclear PP1 interacting protein ZAP3 (ZAP) is a putative nucleoside kinase that complexes with SAM68, CIA, NF110/45, and HNRNP-G.
Biochimica et biophysica acta1774(10)1339-50(2007 Oct)
Ulke-Lemée A,Trinkle-Mulcahy L,Chaulk S,Bernstein NK,Morrice N,Glover M,Lamond AI,Moorhead GB

REQUEST A QUOTE

EMAIL

gene@genscript.com

PHONE

1-877-436-7274

ONLINE FORM

Online Quote Submission

ONLINE FORM

Online Quote Submission

YLPM1 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:

Most Popular Services

Services & Products

News & Blogs

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM