IL16 cDNA ORF clone, Nanorana parkeri

Gene
Clones
gRNAs

Summary

Gene Symbol	IL16
Entrez Gene ID	108800502
Full Name	interleukin 16
Gene Type	protein-coding
Organism	Nanorana parkeri

mRNA and Protein(s)

mRNA	Protein	Name
XM_018572488.1	XP_018427990.1	pro-interleukin-16

Pathways from BioSystems
Gene Ontology

The following IL16 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the IL16 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
ONa67991	XM_018572488.1 Latest version!	Nanorana parkeri interleukin 16 (IL16), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$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)

IL16 ( XM_018572488.1 ) cDNA ORF clone, Nanorana parkeri -> XP_018427990.1 Nanorana parkeri interleukin 16 (IL16), mRNA.

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CloneID	ONa67991
Clone ID Related Accession (Same CDS sequence)	XM_018572488.1
Accession Version	XM_018572488.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3861bp) 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	2016-09-29
Organism	Nanorana parkeri
Product	pro-interleukin-16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017308315.1) 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 :: Nanorana parkeri Annotation Release 100 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##

ATGCCAAACA AATATGGTTA CGAGAGAGGA AGCATTCTTA AGTCCTCACT GAAGATGGAC 
AGGCAGAACA GCACAGGAAA AAAAATCAAG AAAGGCAAAA ACTTCCGTTC CATATCCAAG 
TCACTTATGC TGTGCAACAC TAAGAACAGC GATGATGGGT CCAGCCAGGA GGAGAAATAC 
TCTGAAATCA CTGAGATATC ACGATGCAGT GTGCAAGATT GGGAATCACC TTTTGGTGGC 
ATTCCACAAA ACGATAACAT GATACCAGAG CCTACAACTA AGAAAATTAT CCTATCGAGA 
AGCACCTCTA ATGACAAAAG TCTGAACAAG TCCTCTCTTA AGGAAGCAGC TCTGAATGCA 
TTTGTAGAAA GTCAAGCTAA ACTGGAAAAC CATTCCCTAC TACAAATGAA GGTTCCATGT 
GTGAGGACAC GGAGTAACTC AACAAGTGTA AACCCGTACT GGATTGGTGA AATTGATGCA 
CCTGCAAGTA AGAAGCCCTT ACTTTACAGA GACAGACAAC CCCCCAACTT GTGTAGCAAC 
AGAAAGTCTT TATCTCAGCA ATTAGACTGT CCTTCGGGTA TTGTACAAGG TGTTTCCCGT 
TCATCGAGGT CACTGAGTTC TGCGCACCTA GCGAACACGA GAAGCTCTTC ACAAGTGTCT 
GTTATTTCCA ATATTATTTT AATGAAAGGC CAAGGCAAAG GACTTGGGTT CAGTATTGTT 
GGTGGGAAGG ACAGCATTTA TGGACCAGTT GGCATTTATG TGAAGACAAT ATTTCCAGAT 
GGTGCAGCTG CAGCTGATGG AAGACTGCAA GAAGGGGATG AAATTCTAGA ACTGAATGGA 
GAGTCAATGT ATGGCTTAAC ACATAATGAT GCTCTGCAAA AATTTAAGCA AGTGAAGAAA 
GGAGTTCTGA CACTAACAGT TCGAACAGGA CTCAGCCCTC CAGATTTTAA AGGATGCAAC 
TCTCAGATGG TCCGATCTAA AAGCTCCAGT ACCTGTGCAA TGAGGGACCA TAGCCCCCTT 
CATCCTGAGA ATACTTCCTC TTTATTCAGC TCCAACCCAA ATGACAGAGT CCTTATTGAG 
GTGTCATTAC AAAAAGAGTC CGGCGTTGGC CTGGGAATTG GCTTGTGTAG TGTTCCAAAC 
TGTGGAGGCA TTTCTGGAAT ATTTATCCAC ACTCTTTCTC CAGGGTCTGT GGCCCACATG 
GATGGACGGC TCAGAAAAGG TGATGAGCTT GTGGAAATAA ATGAACACAC TGTCACTAAC 
AAGCCACTGA ATGAAGTCTA TGCACTTCTA AGTCACTGTA ACACTGGAGC AGTCATTATC 
CTCATTAGTA GACACCCAGA CCCACAGGTC TCTGAGCAGC AGCTGCAGCA AGCTATGACT 
GAAGTTATGG AAAAAGAATA TCCCCACTGG AATATGGAGG GTGATAGGAA GATGGCGTCA 
TGCTGCCATG GGAAATATCA ATGTGAGAGC TGCATAGAGA AGCATGCTGC ATACCTATAT 
TACAGCCGGA GGGAGCAGAG GCAAATGGTT CGCTCCAGCA GTGACAGCAA TTATAATCCT 
AGGCCAATGA ACCAGAACGC GGACTCCTGC CAACTGTATG GTCTGAAAAG TCGGGTGCAC 
AGCGTGGACG TGCCTGTGCG AACAGAGCCC ATACAGACTC ATTACTCTGC TCCTGTAAGG 
CTGGGAGATT ATTCACCTAC TGCCATTGAT GCTTTAACCT CAACTCAGGT CCTCTGCAAG 
AAAACTAGTA GCCACTCTGG AGAGATCATA GTTAAGAAGT TAACATCAAA ACCAGCTCCC 
CCACCTAGGA AATATTATAA GCAAGACTCA AAGGAAGATG AAGCAGGAAA TTCGATTCTG 
AAGGGAAACC AGCAATTGAC AGCCCACAGT GAGCTAGATA CATCCTTATC TTCTGCTGAC 
TCTTCTCATA CAACAACTGT TGATCAGATA TCTCCTGACT CAGGAAATTC GGTTGTGTCT 
CATCACAAGC CATTGTTAAG AAGACAGGTG TGTGTTGACT ACAGCTTTGA TACAACTGCA 
GAAGACCCGT GGGTCAGGAT TTCTGATTGT ATTAAAAACT TGTTTAGCCC CATCATAACT 
GAAGACCATA GTCTTATGGA TATGGATGGA AATATTAGCA CAGGGGAGGA TAGCTGTTCC 
TCTATACAAA CAGAACAAGA ATGCCAGCAA ATGTATGGTG ATGAATCCAG TTCTCAGACA 
GGGGGTAGTG AAGATTTAAC TATCCTGAAA AAAGGTCCTC CTGTGGCACC CAAGCCATCC 
TGGTTTCGCC AGAGTTTAAA AGGAACCAAG AATGTAAATC GCTCATGGGA CAATAGTGGT 
TTTGATAAAC CCAAAGAACC TAGTAACATT TCTAGACCAC ACGTTTCAAA CCGAACATCT 
TCAATCAAAC AGAGAATAAG TTCATTTGAA ACTTTTAGTA GCCCACACCC AGTAACAAAA 
GGGAACAACA GGCCTAGCTC TCAGTCTCCA GTGCAGCCTA AAAACCCAGT TCACAAGGAA 
GTTGAAGTAG AATGTGTTAC AGTGTCTTTC AATAAGGTCT CAGTGAACTC AGTTGAAAGT 
AAAGATGAAA AAGTAATTGA ACCTCAACTG GTATCTCCAG AACCGATGGA TAATATGGAA 
GCCAGAGTGT CTTCCTCCCC ACCAAAGATT AACATATTGA ATGTTAGAAG AAGCAGCAGT 
ACCAGTAATG AGCCCCAGAT CTACTCTTCA TATGCAGAGT TCACTGAGCC CCTACCATTC 
AAGACTCCAA GCCAAAGATC AAGGAGCTAC CCACTTTCTT CCAGTTCATC AGCTGGTACC 
ACAAAGAAAG GTGAAAACTG CAGCAAAATA TATTCTATTA GCAGTCAAGT GTCCTCTGCT 
CTGATGAAAT CATTGCTGGC TTTCCCTCAG TCTCCACTTC AGCAAAGTAA AGACTTATGG 
CAGAATGAGG CCACTGCAAC AGAGGAAAGC CCTTGCAACT CCTTCACTGA AAACCACCTG 
CCGGACACTG GATTCTCTGT GAACCTCTCT GAGCTAAAGG GGTATGGAAT GGGACAGCCG 
GTAAAAGAGA AGGAAGAGAC CATTTCTGAG CAGCCAGTCT TTCTGCCTTC ATCTGCAGCC 
AGTAACAGCC AGTCTGTCAT ATCTCTACTT CCCATTCAAG AGCTAAGCCA ACTAATAGAG 
GAAGTTAAAG CTCTGGATGA AGAAACACTT AAGGAATTTG ATGACATTCA TGTGGTGGTC 
CTACACAAGG AAGAAAATGC TGGCTTGGGC TTTAGCCTTG CTGGAGGACT TGATCTGGAA 
AACAAGGCAG TAACTGTCCA CAGAGTGTTC CCCGATGGTC TTACCTCTCA AGAAGGAACC 
ATTCAAAAGG GAGATAAAGT TTTGTCCATC AATGGAAAGT CACTGAAAGG TGTCACTCAT 
AGTGAAGCAT TGGGGATTTT ACGTGAGGCA CGTCTACCTA GACAGAGTGT TATAGTGATA 
AAGAAAGAAA AGGATGGAGA ACACAGCTCC AGCTCATCAG ACTGTGCTGG GACTGATGAA 
CAAACAGCTG GAAATTCGGA CGAGGCGGGA TTTATAACAA CTGTAACTCT GGAGAAGTCT 
ATGGCTGGCT TAGGGTTCAG CTTAGATGGA GGAAAAGGCT CCGTGCATGG AGATAAGCCA 
ATTGCCATCA ACAGAATATT TAAAGGTGTG TCAGAAAAGA ATGATGCTGT TCAGCCTGGA 
GATGAATTGC TGCAGTTGGG AAATATCTCT TTGCAGGGCC TCACTCGCTT TGAGGCCTGG 
ACTGCCATCA AAACTTTGCC CAGTGGGCCA GTTCAAGCTG TTATTAGAAG GAGCAGCATC 
GCTGGCTCAG TCAATCAATA A

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

RefSeq	XP_018427990.1
CDS	77..3937
Translation	MPNKYGYERGSILKSSLKMDRQNSTGKKIKKGKNFRSISKSLMLCNTKNSDDGSSQEEKYSEITEISRCSVQDWESPFGGIPQNDNMIPEPTTKKIILSRSTSNDKSLNKSSLKEAALNAFVESQAKLENHSLLQMKVPCVRTRSNSTSVNPYWIGEIDAPASKKPLLYRDRQPPNLCSNRKSLSQQLDCPSGIVQGVSRSSRSLSSAHLANTRSSSQVSVISNIILMKGQGKGLGFSIVGGKDSIYGPVGIYVKTIFPDGAAAADGRLQEGDEILELNGESMYGLTHNDALQKFKQVKKGVLTLTVRTGLSPPDFKGCNSQMVRSKSSSTCAMRDHSPLHPENTSSLFSSNPNDRVLIEVSLQKESGVGLGIGLCSVPNCGGISGIFIHTLSPGSVAHMDGRLRKGDELVEINEHTVTNKPLNEVYALLSHCNTGAVIILISRHPDPQVSEQQLQQAMTEVMEKEYPHWNMEGDRKMASCCHGKYQCESCIEKHAAYLYYSRREQRQMVRSSSDSNYNPRPMNQNADSCQLYGLKSRVHSVDVPVRTEPIQTHYSAPVRLGDYSPTAIDALTSTQVLCKKTSSHSGEIIVKKLTSKPAPPPRKYYKQDSKEDEAGNSILKGNQQLTAHSELDTSLSSADSSHTTTVDQISPDSGNSVVSHHKPLLRRQVCVDYSFDTTAEDPWVRISDCIKNLFSPIITEDHSLMDMDGNISTGEDSCSSIQTEQECQQMYGDESSSQTGGSEDLTILKKGPPVAPKPSWFRQSLKGTKNVNRSWDNSGFDKPKEPSNISRPHVSNRTSSIKQRISSFETFSSPHPVTKGNNRPSSQSPVQPKNPVHKEVEVECVTVSFNKVSVNSVESKDEKVIEPQLVSPEPMDNMEARVSSSPPKINILNVRRSSSTSNEPQIYSSYAEFTEPLPFKTPSQRSRSYPLSSSSSAGTTKKGENCSKIYSISSQVSSALMKSLLAFPQSPLQQSKDLWQNEATATEESPCNSFTENHLPDTGFSVNLSELKGYGMGQPVKEKEETISEQPVFLPSSAASNSQSVISLLPIQELSQLIEEVKALDEETLKEFDDIHVVVLHKEENAGLGFSLAGGLDLENKAVTVHRVFPDGLTSQEGTIQKGDKVLSINGKSLKGVTHSEALGILREARLPRQSVIVIKKEKDGEHSSSSSDCAGTDEQTAGNSDEAGFITTVTLEKSMAGLGFSLDGGKGSVHGDKPIAINRIFKGVSEKNDAVQPGDELLQLGNISLQGLTRFEAWTAIKTLPSGPVQAVIRRSSIAGSVNQ

Target ORF information:

RefSeq Version	XM_018572488.1
Organism	Nanorana parkeri
Definition	Nanorana parkeri interleukin 16 (IL16), mRNA.

Target ORF information:

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

XM_018572488.1

ORF Insert Sequence:

ATGCCAAACA AATATGGTTA CGAGAGAGGA AGCATTCTTA AGTCCTCACT GAAGATGGAC 
AGGCAGAACA GCACAGGAAA AAAAATCAAG AAAGGCAAAA ACTTCCGTTC CATATCCAAG 
TCACTTATGC TGTGCAACAC TAAGAACAGC GATGATGGGT CCAGCCAGGA GGAGAAATAC 
TCTGAAATCA CTGAGATATC ACGATGCAGT GTGCAAGATT GGGAATCACC TTTTGGTGGC 
ATTCCACAAA ACGATAACAT GATACCAGAG CCTACAACTA AGAAAATTAT CCTATCGAGA 
AGCACCTCTA ATGACAAAAG TCTGAACAAG TCCTCTCTTA AGGAAGCAGC TCTGAATGCA 
TTTGTAGAAA GTCAAGCTAA ACTGGAAAAC CATTCCCTAC TACAAATGAA GGTTCCATGT 
GTGAGGACAC GGAGTAACTC AACAAGTGTA AACCCGTACT GGATTGGTGA AATTGATGCA 
CCTGCAAGTA AGAAGCCCTT ACTTTACAGA GACAGACAAC CCCCCAACTT GTGTAGCAAC 
AGAAAGTCTT TATCTCAGCA ATTAGACTGT CCTTCGGGTA TTGTACAAGG TGTTTCCCGT 
TCATCGAGGT CACTGAGTTC TGCGCACCTA GCGAACACGA GAAGCTCTTC ACAAGTGTCT 
GTTATTTCCA ATATTATTTT AATGAAAGGC CAAGGCAAAG GACTTGGGTT CAGTATTGTT 
GGTGGGAAGG ACAGCATTTA TGGACCAGTT GGCATTTATG TGAAGACAAT ATTTCCAGAT 
GGTGCAGCTG CAGCTGATGG AAGACTGCAA GAAGGGGATG AAATTCTAGA ACTGAATGGA 
GAGTCAATGT ATGGCTTAAC ACATAATGAT GCTCTGCAAA AATTTAAGCA AGTGAAGAAA 
GGAGTTCTGA CACTAACAGT TCGAACAGGA CTCAGCCCTC CAGATTTTAA AGGATGCAAC 
TCTCAGATGG TCCGATCTAA AAGCTCCAGT ACCTGTGCAA TGAGGGACCA TAGCCCCCTT 
CATCCTGAGA ATACTTCCTC TTTATTCAGC TCCAACCCAA ATGACAGAGT CCTTATTGAG 
GTGTCATTAC AAAAAGAGTC CGGCGTTGGC CTGGGAATTG GCTTGTGTAG TGTTCCAAAC 
TGTGGAGGCA TTTCTGGAAT ATTTATCCAC ACTCTTTCTC CAGGGTCTGT GGCCCACATG 
GATGGACGGC TCAGAAAAGG TGATGAGCTT GTGGAAATAA ATGAACACAC TGTCACTAAC 
AAGCCACTGA ATGAAGTCTA TGCACTTCTA AGTCACTGTA ACACTGGAGC AGTCATTATC 
CTCATTAGTA GACACCCAGA CCCACAGGTC TCTGAGCAGC AGCTGCAGCA AGCTATGACT 
GAAGTTATGG AAAAAGAATA TCCCCACTGG AATATGGAGG GTGATAGGAA GATGGCGTCA 
TGCTGCCATG GGAAATATCA ATGTGAGAGC TGCATAGAGA AGCATGCTGC ATACCTATAT 
TACAGCCGGA GGGAGCAGAG GCAAATGGTT CGCTCCAGCA GTGACAGCAA TTATAATCCT 
AGGCCAATGA ACCAGAACGC GGACTCCTGC CAACTGTATG GTCTGAAAAG TCGGGTGCAC 
AGCGTGGACG TGCCTGTGCG AACAGAGCCC ATACAGACTC ATTACTCTGC TCCTGTAAGG 
CTGGGAGATT ATTCACCTAC TGCCATTGAT GCTTTAACCT CAACTCAGGT CCTCTGCAAG 
AAAACTAGTA GCCACTCTGG AGAGATCATA GTTAAGAAGT TAACATCAAA ACCAGCTCCC 
CCACCTAGGA AATATTATAA GCAAGACTCA AAGGAAGATG AAGCAGGAAA TTCGATTCTG 
AAGGGAAACC AGCAATTGAC AGCCCACAGT GAGCTAGATA CATCCTTATC TTCTGCTGAC 
TCTTCTCATA CAACAACTGT TGATCAGATA TCTCCTGACT CAGGAAATTC GGTTGTGTCT 
CATCACAAGC CATTGTTAAG AAGACAGGTG TGTGTTGACT ACAGCTTTGA TACAACTGCA 
GAAGACCCGT GGGTCAGGAT TTCTGATTGT ATTAAAAACT TGTTTAGCCC CATCATAACT 
GAAGACCATA GTCTTATGGA TATGGATGGA AATATTAGCA CAGGGGAGGA TAGCTGTTCC 
TCTATACAAA CAGAACAAGA ATGCCAGCAA ATGTATGGTG ATGAATCCAG TTCTCAGACA 
GGGGGTAGTG AAGATTTAAC TATCCTGAAA AAAGGTCCTC CTGTGGCACC CAAGCCATCC 
TGGTTTCGCC AGAGTTTAAA AGGAACCAAG AATGTAAATC GCTCATGGGA CAATAGTGGT 
TTTGATAAAC CCAAAGAACC TAGTAACATT TCTAGACCAC ACGTTTCAAA CCGAACATCT 
TCAATCAAAC AGAGAATAAG TTCATTTGAA ACTTTTAGTA GCCCACACCC AGTAACAAAA 
GGGAACAACA GGCCTAGCTC TCAGTCTCCA GTGCAGCCTA AAAACCCAGT TCACAAGGAA 
GTTGAAGTAG AATGTGTTAC AGTGTCTTTC AATAAGGTCT CAGTGAACTC AGTTGAAAGT 
AAAGATGAAA AAGTAATTGA ACCTCAACTG GTATCTCCAG AACCGATGGA TAATATGGAA 
GCCAGAGTGT CTTCCTCCCC ACCAAAGATT AACATATTGA ATGTTAGAAG AAGCAGCAGT 
ACCAGTAATG AGCCCCAGAT CTACTCTTCA TATGCAGAGT TCACTGAGCC CCTACCATTC 
AAGACTCCAA GCCAAAGATC AAGGAGCTAC CCACTTTCTT CCAGTTCATC AGCTGGTACC 
ACAAAGAAAG GTGAAAACTG CAGCAAAATA TATTCTATTA GCAGTCAAGT GTCCTCTGCT 
CTGATGAAAT CATTGCTGGC TTTCCCTCAG TCTCCACTTC AGCAAAGTAA AGACTTATGG 
CAGAATGAGG CCACTGCAAC AGAGGAAAGC CCTTGCAACT CCTTCACTGA AAACCACCTG 
CCGGACACTG GATTCTCTGT GAACCTCTCT GAGCTAAAGG GGTATGGAAT GGGACAGCCG 
GTAAAAGAGA AGGAAGAGAC CATTTCTGAG CAGCCAGTCT TTCTGCCTTC ATCTGCAGCC 
AGTAACAGCC AGTCTGTCAT ATCTCTACTT CCCATTCAAG AGCTAAGCCA ACTAATAGAG 
GAAGTTAAAG CTCTGGATGA AGAAACACTT AAGGAATTTG ATGACATTCA TGTGGTGGTC 
CTACACAAGG AAGAAAATGC TGGCTTGGGC TTTAGCCTTG CTGGAGGACT TGATCTGGAA 
AACAAGGCAG TAACTGTCCA CAGAGTGTTC CCCGATGGTC TTACCTCTCA AGAAGGAACC 
ATTCAAAAGG GAGATAAAGT TTTGTCCATC AATGGAAAGT CACTGAAAGG TGTCACTCAT 
AGTGAAGCAT TGGGGATTTT ACGTGAGGCA CGTCTACCTA GACAGAGTGT TATAGTGATA 
AAGAAAGAAA AGGATGGAGA ACACAGCTCC AGCTCATCAG ACTGTGCTGG GACTGATGAA 
CAAACAGCTG GAAATTCGGA CGAGGCGGGA TTTATAACAA CTGTAACTCT GGAGAAGTCT 
ATGGCTGGCT TAGGGTTCAG CTTAGATGGA GGAAAAGGCT CCGTGCATGG AGATAAGCCA 
ATTGCCATCA ACAGAATATT TAAAGGTGTG TCAGAAAAGA ATGATGCTGT TCAGCCTGGA 
GATGAATTGC TGCAGTTGGG AAATATCTCT TTGCAGGGCC TCACTCGCTT TGAGGCCTGG 
ACTGCCATCA AAACTTTGCC CAGTGGGCCA GTTCAAGCTG TTATTAGAAG GAGCAGCATC 
GCTGGCTCAG TCAATCAATA A