CILP cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	CILP
Entrez Gene ID	100475451
Full Name	cartilage intermediate layer protein
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019794137.1	XP_019649696.1	cartilage intermediate layer protein 1

Pathways from BioSystems
Gene Ontology

The following CILP gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CILP cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAc26603	XM_019794137.1 Latest version!	Ailuropoda melanoleuca cartilage intermediate layer protein (CILP), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00

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

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

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

Reference Sequences (Refseq)

CILP ( XM_019794137.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019649696.1 Ailuropoda melanoleuca cartilage intermediate layer protein (CILP), mRNA.

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CloneID	OAc26603
Clone ID Related Accession (Same CDS sequence)	XM_019794137.1
Accession Version	XM_019794137.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3570bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	cartilage intermediate layer protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217335.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTCCCA CAGGGCCTGG GGGAAAGATG GCGGGGACCA AGGCTTGGGT GTTCTTCTTC 
CTGGTCCTGG AAGTCACCTC TGTGTCGGGG AGGCAGATGA TGCTCACCCA GGCCGTAAGA 
AGAGTCCAGC CTGGCAGGAG GACCTCCAGC TTTTTTGCCA AGCCTGTTGA CTCTCTGGAA 
AGTCCCGGTG AGTGGACGAC GTGGTTCAAC ATCGACCACC CAGGTGGGCA GGGTGACTAT 
GAGCGGCTGG ATGCCATTCA CTTCTACTAC GGGGACCGTG TGTGTGCTCG GCCCCTGCGG 
CTGGAGGCTC GGACCACCGA CTGGATGCCT GCAGGCAGCA CTGGCCAGGT GGTCCATGGC 
AGTCCCCGGG AGGGCTTCTG GTGCCTCAAC AGGGAGCAGC GGCCCGGCCA GAACTGCTCC 
AATTACACCG TGCGCTTCCT CTGCCCACCA GGGTCCCTGC GCCGAGACAC GGAGCGCATC 
TGGAGCCCAT GGTCTCCCTG GAGCAATTGT TCTGCTGCTT GTGGTCACAC TGGAGTCCAG 
ACCCGAACAC GCACCTGCTT GGTGGAGACG GTGTCACTGT GCAGTGAGGC CTCTGAGGAG 
GGCCGCCTCT GCATGGACCA GGCCTGTAGA GCCTGTGACC TGACCTGCCC CATGGGCCAG 
GTGAATGCTG ACTGCGATGC CTGCATGTGC CAGGACTTCG TGCTACACGG AGCTGTCTCC 
CTCCCTGGGG GTGCCCCAGC CTCAGGGGCC ACCGTCTACC TGCTGACCAA GACACCTAAG 
CCACTGACCA AGACAGACAG CCATGGGAGG TTCCGAGTCC CTGGCTTGTG CCCTGATGGC 
AAAAGCATTC TGAAGATCAC AAAGACCAAG TTTGCCCCCA TCATGCTCAA GATGCCCAAG 
ACTAGCCTAA AGGCAGCCAC TGTCAACGCG GAGTTCATGA GGGCAGAGAC TCCATACATC 
GTGATGAACC CAGAGACAAA AGCACGGAGA GCTGGGCAGA GTGTGTCCCT ATGCTGTAAG 
GCCACGGGGA AGCCCAGTCC AGACAAGTAT TTCTGGTACC ACAATGACAC GCTGCTGAAC 
CCCTCCCTCT ACAAGCATGA GAGCAAGCTG GTGCTGAGGA ACCTGCAACG GGACCAGGCT 
GGCAGGTACT TCTGCAAGGC CCAGAGTGAC GCCGGGGCTG TGAAGTCACG GGTGGCCCAG 
CTGACTGTCA TAGCCGCTGA TGAGACTCCT TGCGATCCAA CCCCTGAGAG CTACCTTATC 
CGGCTGCCCC ACGATTGCTT CCAGAATGCC ACCAACTCCT TCTACTATGA CGTGGGCCAT 
TGCCCTGTCA AGACCTGTGC GGGGCAGCAG GATAACGGGA TCAGGTGCCG GGATGCTATG 
GAGCACTGCT GTGGCATCTC CAAAACAGAG GAGAGGGAGA TCCAGTGCAG CGGGTACACG 
CTGCCCACCA AGGTGGCCAT GGAGTGCAGC TGCCAGCGGT GTACAGAGAC CCGGAGTATC 
GTGCGTGGCC GCGTCAGTGC TGCTGACAAC GGGGAACCCA TGCGCTTTGG CCACGTGTAC 
CTGGGGAACA ACCGTGTGAG CATGACTGGC TACAAGGGCA CTTTCACCCT CCATGTTCCC 
CAGGACACGG AGAGGTTGGT GCTCACATTC GTGGACAGGT TGCAGAAGTT CGTCAACACC 
ACTAAAGTGC TGCCCTTCAA CAAGAAGGGG AGTGCGGTGT TTCATGAGAT CAAGATGCTT 
CGGAAGAAAG AGCCCATCAC GTTGGAGGCC ATGGACACCA ACATCATCCC CCTAGGGGAG 
ATGGCTGGAG AAGACCCTGT GGCTGAGCTG GAGATCCCAT CCAAGAGTTT CTACAGGCAG 
AATGGGGAGC CCTACACAGG AAAAGTCAAG GCCAGTGTGA CCTTCCTGGA CCCCCGGAAT 
ATTTCCACAG CCACGGCTGC CCAGAGTGAC CTGAACTTCA TCAACGATGA AGGAGACACT 
TTCCCCCTTC GGACATATGG TATGTTCTCT GTGGACTTCA CAGATGAGGC TACCTCAGAG 
TCACTTAACG TTGGCAAGGT GAAGGTCCAC CTTGACTCGA CCCAGGTCAA GATGCCAGAG 
CACGTGCCCA CAATGAAACT CTGGTCGCTC AACCCAGACA CAGGCTTGTG GGAGGAGGAA 
GGTGACTTCG AATTTGAAAG CCAAAGGCGG AACAAAAGGG AAGAGAGAAC CTTCCTGGTG 
GGCAATATGG AGATCCGTGA AAGGAGGCTC TTCAACCTGG ATGTACCAGA AAGCAGGAGG 
TGCTTTATCA AGGTCAGGGC GTACCGGAGT GAGAGGTTCT TGCCCAGTGA GCAGATCCAG 
GGGGTTGTGA TCTCTGTGAT CAACCTGGAG CCCAGGACTG GCTTCTCGTC CAACCCCAGG 
GCCTGGGGCC GCTTTGACAG TGTCATCACG GGCCCCAACG GGGCCTGTGT GCCTGCCTTC 
TGTGACGACC AGTCCCCCGA TGCCTATTCC GCCTATGTCT TGGCAAGCCT GGCTGGGGAA 
GAACTAGAAG CAGTAGAGTC TTCTCCTAAA TTCAACCCAA ATGCAATTGG GGTCCCTCAG 
CCCTATCTCA ATAAGCTCAA ATACCGTCGG ACAGATCACG ACGACCCACG GGTTAAGAAG 
ACAGCTTTCC AGATCAGCAT GGCCAAGCCA AGGCCCAATT CAGCTGAGGA GAGCAACGGG 
CCCATCTATG CCTTCGAGAA CCTCCAGGCA TGTGAGGAGG CACCACCCAG TGCAGCCCAC 
TTCCGGTTTT ACCAGATCGA GGGGGATCGG TATGACTACA ACACTGTCCC CTTCAACGAG 
GATGACCCTA TGAGCTGGAC TGATGACTAC CTGGCATGGT GGCCCAAGCC AATGGAGTTC 
AGGGCCTGCT ACATCAAGGT GAAGATTGTG GGGCCAGTGG AGGTGAACGT GCGATCCCGC 
AACATGGGGG GCACCCACCG GCGGACAGTG GGGAAGTTGT ATGGAATCCG GGATGTGAGG 
AGCACACGGG ACAGGGACCA GCCCAATGTC TCGTCTGCCT GTTTAGAGTT CAAGTGCAGT 
GGGATGCTCT ATGACCAGGA CCGTGTGGAC CGCACACTGG TGAAGGTCAT CCCTCAGGGC 
AGCTGCCATC GAGCCAGTGT AAACCCCATG CTCCATGAGT ACCTGGTCAA CCACCTACCG 
CTAGCAGTCA ACAATGACAG CAGTGAGTAC ACCATGCTGG CCCCCCTGGA TCCCCTGGGC 
CACAACTATG GCATCTATAC TGTCACCGAC CAGGACCCTC GCACGGCCAA GGAGATTGCA 
CTTGGCCGGT GCTTTGATGG CACATCCGAT GGCTCCTCCA GAGTCATGAA GAGCAACGTG 
GGAGTGGCCC TCACCTTTAA CTGCGTAGAG AGGCAGGTGG GCCGCCAGAG TGCCTTCCAG 
TACCTCCAAA GCCCCCCTGC CCGGTCCCCT GCCACAAACA CTGTCAGAGG AAGCGCGCTG 
GCAGGGAGAC AGCAGCGGGC TAGCAGGCGT GGCCAGCGGC GGCGTGAAGT GGTGGCTCCT 
GGGGTTGCTC TGCAGCCTGT GAGCAACTAA

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

RefSeq	XP_019649696.1
CDS	125..3694
Translation	MFPTGPGGKMAGTKAWVFFFLVLEVTSVSGRQMMLTQAVRRVQPGRRTSSFFAKPVDSLESPGEWTTWFNIDHPGGQGDYERLDAIHFYYGDRVCARPLRLEARTTDWMPAGSTGQVVHGSPREGFWCLNREQRPGQNCSNYTVRFLCPPGSLRRDTERIWSPWSPWSNCSAACGHTGVQTRTRTCLVETVSLCSEASEEGRLCMDQACRACDLTCPMGQVNADCDACMCQDFVLHGAVSLPGGAPASGATVYLLTKTPKPLTKTDSHGRFRVPGLCPDGKSILKITKTKFAPIMLKMPKTSLKAATVNAEFMRAETPYIVMNPETKARRAGQSVSLCCKATGKPSPDKYFWYHNDTLLNPSLYKHESKLVLRNLQRDQAGRYFCKAQSDAGAVKSRVAQLTVIAADETPCDPTPESYLIRLPHDCFQNATNSFYYDVGHCPVKTCAGQQDNGIRCRDAMEHCCGISKTEEREIQCSGYTLPTKVAMECSCQRCTETRSIVRGRVSAADNGEPMRFGHVYLGNNRVSMTGYKGTFTLHVPQDTERLVLTFVDRLQKFVNTTKVLPFNKKGSAVFHEIKMLRKKEPITLEAMDTNIIPLGEMAGEDPVAELEIPSKSFYRQNGEPYTGKVKASVTFLDPRNISTATAAQSDLNFINDEGDTFPLRTYGMFSVDFTDEATSESLNVGKVKVHLDSTQVKMPEHVPTMKLWSLNPDTGLWEEEGDFEFESQRRNKREERTFLVGNMEIRERRLFNLDVPESRRCFIKVRAYRSERFLPSEQIQGVVISVINLEPRTGFSSNPRAWGRFDSVITGPNGACVPAFCDDQSPDAYSAYVLASLAGEELEAVESSPKFNPNAIGVPQPYLNKLKYRRTDHDDPRVKKTAFQISMAKPRPNSAEESNGPIYAFENLQACEEAPPSAAHFRFYQIEGDRYDYNTVPFNEDDPMSWTDDYLAWWPKPMEFRACYIKVKIVGPVEVNVRSRNMGGTHRRTVGKLYGIRDVRSTRDRDQPNVSSACLEFKCSGMLYDQDRVDRTLVKVIPQGSCHRASVNPMLHEYLVNHLPLAVNNDSSEYTMLAPLDPLGHNYGIYTVTDQDPRTAKEIALGRCFDGTSDGSSRVMKSNVGVALTFNCVERQVGRQSAFQYLQSPPARSPATNTVRGSALAGRQQRASRRGQRRREVVAPGVALQPVSN

Target ORF information:

RefSeq Version	XM_019794137.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca cartilage intermediate layer protein (CILP), mRNA.

Target ORF information:

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

XM_019794137.1

ORF Insert Sequence:

ATGTTTCCCA CAGGGCCTGG GGGAAAGATG GCGGGGACCA AGGCTTGGGT GTTCTTCTTC 
CTGGTCCTGG AAGTCACCTC TGTGTCGGGG AGGCAGATGA TGCTCACCCA GGCCGTAAGA 
AGAGTCCAGC CTGGCAGGAG GACCTCCAGC TTTTTTGCCA AGCCTGTTGA CTCTCTGGAA 
AGTCCCGGTG AGTGGACGAC GTGGTTCAAC ATCGACCACC CAGGTGGGCA GGGTGACTAT 
GAGCGGCTGG ATGCCATTCA CTTCTACTAC GGGGACCGTG TGTGTGCTCG GCCCCTGCGG 
CTGGAGGCTC GGACCACCGA CTGGATGCCT GCAGGCAGCA CTGGCCAGGT GGTCCATGGC 
AGTCCCCGGG AGGGCTTCTG GTGCCTCAAC AGGGAGCAGC GGCCCGGCCA GAACTGCTCC 
AATTACACCG TGCGCTTCCT CTGCCCACCA GGGTCCCTGC GCCGAGACAC GGAGCGCATC 
TGGAGCCCAT GGTCTCCCTG GAGCAATTGT TCTGCTGCTT GTGGTCACAC TGGAGTCCAG 
ACCCGAACAC GCACCTGCTT GGTGGAGACG GTGTCACTGT GCAGTGAGGC CTCTGAGGAG 
GGCCGCCTCT GCATGGACCA GGCCTGTAGA GCCTGTGACC TGACCTGCCC CATGGGCCAG 
GTGAATGCTG ACTGCGATGC CTGCATGTGC CAGGACTTCG TGCTACACGG AGCTGTCTCC 
CTCCCTGGGG GTGCCCCAGC CTCAGGGGCC ACCGTCTACC TGCTGACCAA GACACCTAAG 
CCACTGACCA AGACAGACAG CCATGGGAGG TTCCGAGTCC CTGGCTTGTG CCCTGATGGC 
AAAAGCATTC TGAAGATCAC AAAGACCAAG TTTGCCCCCA TCATGCTCAA GATGCCCAAG 
ACTAGCCTAA AGGCAGCCAC TGTCAACGCG GAGTTCATGA GGGCAGAGAC TCCATACATC 
GTGATGAACC CAGAGACAAA AGCACGGAGA GCTGGGCAGA GTGTGTCCCT ATGCTGTAAG 
GCCACGGGGA AGCCCAGTCC AGACAAGTAT TTCTGGTACC ACAATGACAC GCTGCTGAAC 
CCCTCCCTCT ACAAGCATGA GAGCAAGCTG GTGCTGAGGA ACCTGCAACG GGACCAGGCT 
GGCAGGTACT TCTGCAAGGC CCAGAGTGAC GCCGGGGCTG TGAAGTCACG GGTGGCCCAG 
CTGACTGTCA TAGCCGCTGA TGAGACTCCT TGCGATCCAA CCCCTGAGAG CTACCTTATC 
CGGCTGCCCC ACGATTGCTT CCAGAATGCC ACCAACTCCT TCTACTATGA CGTGGGCCAT 
TGCCCTGTCA AGACCTGTGC GGGGCAGCAG GATAACGGGA TCAGGTGCCG GGATGCTATG 
GAGCACTGCT GTGGCATCTC CAAAACAGAG GAGAGGGAGA TCCAGTGCAG CGGGTACACG 
CTGCCCACCA AGGTGGCCAT GGAGTGCAGC TGCCAGCGGT GTACAGAGAC CCGGAGTATC 
GTGCGTGGCC GCGTCAGTGC TGCTGACAAC GGGGAACCCA TGCGCTTTGG CCACGTGTAC 
CTGGGGAACA ACCGTGTGAG CATGACTGGC TACAAGGGCA CTTTCACCCT CCATGTTCCC 
CAGGACACGG AGAGGTTGGT GCTCACATTC GTGGACAGGT TGCAGAAGTT CGTCAACACC 
ACTAAAGTGC TGCCCTTCAA CAAGAAGGGG AGTGCGGTGT TTCATGAGAT CAAGATGCTT 
CGGAAGAAAG AGCCCATCAC GTTGGAGGCC ATGGACACCA ACATCATCCC CCTAGGGGAG 
ATGGCTGGAG AAGACCCTGT GGCTGAGCTG GAGATCCCAT CCAAGAGTTT CTACAGGCAG 
AATGGGGAGC CCTACACAGG AAAAGTCAAG GCCAGTGTGA CCTTCCTGGA CCCCCGGAAT 
ATTTCCACAG CCACGGCTGC CCAGAGTGAC CTGAACTTCA TCAACGATGA AGGAGACACT 
TTCCCCCTTC GGACATATGG TATGTTCTCT GTGGACTTCA CAGATGAGGC TACCTCAGAG 
TCACTTAACG TTGGCAAGGT GAAGGTCCAC CTTGACTCGA CCCAGGTCAA GATGCCAGAG 
CACGTGCCCA CAATGAAACT CTGGTCGCTC AACCCAGACA CAGGCTTGTG GGAGGAGGAA 
GGTGACTTCG AATTTGAAAG CCAAAGGCGG AACAAAAGGG AAGAGAGAAC CTTCCTGGTG 
GGCAATATGG AGATCCGTGA AAGGAGGCTC TTCAACCTGG ATGTACCAGA AAGCAGGAGG 
TGCTTTATCA AGGTCAGGGC GTACCGGAGT GAGAGGTTCT TGCCCAGTGA GCAGATCCAG 
GGGGTTGTGA TCTCTGTGAT CAACCTGGAG CCCAGGACTG GCTTCTCGTC CAACCCCAGG 
GCCTGGGGCC GCTTTGACAG TGTCATCACG GGCCCCAACG GGGCCTGTGT GCCTGCCTTC 
TGTGACGACC AGTCCCCCGA TGCCTATTCC GCCTATGTCT TGGCAAGCCT GGCTGGGGAA 
GAACTAGAAG CAGTAGAGTC TTCTCCTAAA TTCAACCCAA ATGCAATTGG GGTCCCTCAG 
CCCTATCTCA ATAAGCTCAA ATACCGTCGG ACAGATCACG ACGACCCACG GGTTAAGAAG 
ACAGCTTTCC AGATCAGCAT GGCCAAGCCA AGGCCCAATT CAGCTGAGGA GAGCAACGGG 
CCCATCTATG CCTTCGAGAA CCTCCAGGCA TGTGAGGAGG CACCACCCAG TGCAGCCCAC 
TTCCGGTTTT ACCAGATCGA GGGGGATCGG TATGACTACA ACACTGTCCC CTTCAACGAG 
GATGACCCTA TGAGCTGGAC TGATGACTAC CTGGCATGGT GGCCCAAGCC AATGGAGTTC 
AGGGCCTGCT ACATCAAGGT GAAGATTGTG GGGCCAGTGG AGGTGAACGT GCGATCCCGC 
AACATGGGGG GCACCCACCG GCGGACAGTG GGGAAGTTGT ATGGAATCCG GGATGTGAGG 
AGCACACGGG ACAGGGACCA GCCCAATGTC TCGTCTGCCT GTTTAGAGTT CAAGTGCAGT 
GGGATGCTCT ATGACCAGGA CCGTGTGGAC CGCACACTGG TGAAGGTCAT CCCTCAGGGC 
AGCTGCCATC GAGCCAGTGT AAACCCCATG CTCCATGAGT ACCTGGTCAA CCACCTACCG 
CTAGCAGTCA ACAATGACAG CAGTGAGTAC ACCATGCTGG CCCCCCTGGA TCCCCTGGGC 
CACAACTATG GCATCTATAC TGTCACCGAC CAGGACCCTC GCACGGCCAA GGAGATTGCA 
CTTGGCCGGT GCTTTGATGG CACATCCGAT GGCTCCTCCA GAGTCATGAA GAGCAACGTG 
GGAGTGGCCC TCACCTTTAA CTGCGTAGAG AGGCAGGTGG GCCGCCAGAG TGCCTTCCAG 
TACCTCCAAA GCCCCCCTGC CCGGTCCCCT GCCACAAACA CTGTCAGAGG AAGCGCGCTG 
GCAGGGAGAC AGCAGCGGGC TAGCAGGCGT GGCCAGCGGC GGCGTGAAGT GGTGGCTCCT 
GGGGTTGCTC TGCAGCCTGT GAGCAACTAA