IL16 cDNA ORF clone, Loxodonta africana(African savanna elephant)

Gene
Clones
gRNAs

Summary

Gene Symbol	IL16
Entrez Gene ID	100654800
Full Name	interleukin 16
Gene Type	protein-coding
Organism	Loxodonta africana(African savanna elephant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010593789.1	XP_010592091.1	LOW QUALITY PROTEIN: pro-interleukin-16
XM_023552984.1	XP_023408752.1	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
OLo102608	XM_023552984.1 Latest version!	Loxodonta africana interleukin 16 (IL16), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$307.30 $439.00
OLo44599	XM_010593789.1 Latest version!	Loxodonta africana interleukin 16 (IL16), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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
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*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)

IL16 ( XM_023552984.1 ) cDNA ORF clone, Loxodonta africana(African savanna elephant) -> XP_023408752.1 Loxodonta africana interleukin 16 (IL16), mRNA.

Price & Availability↑

CloneID	OLo102608
Clone ID Related Accession (Same CDS sequence)	XM_023552984.1
Accession Version	XM_023552984.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1737bp) 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	2018-01-15
Organism	Loxodonta africana(African savanna elephant)
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_003573448.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Loxodonta africana Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGCCAC ACAGCCGTTC CGGAAAGAGC AGGAAATCTG CAAAATTCCG GTCCATCTCT 
CGGTCCCTGA TCCTCTGTAA TGCTAAGACC AGTGATGATG GCTCTAGCCC TGATGAGAAA 
TATCCCGATC CCTTTGAGAT GTCCCTGGGC CGGGGCAAGG AGGGAATTTG CCACTCCTCT 
GTGCAGCTGG CAGACACGTC GGAGGCTGGG CCCAGCAGCA TTCCTGATCT AGCACTGGCC 
TCTGAGGCTG CAAATCTCCA AGCAGCTGGG AGTGATAGAG GCAAGACCTG TAGAAGGATA 
TTCTTCATGA AGGAGTCTTC CACAACTTCC TCTCAAGAAA AGCCTGGAAA ACTAGAAGCA 
CAAAGTAATA ACTTCCTGCT TCCCAAAGCC TGCCACCAAA GGACACGCAG CAACTCAACC 
AGTGTTAACC CCTACTGCCC GGGAGAGATA GATTTTCCCA TGACCAAGAA CTCTGTGACA 
TCCACAGACA GGCAGCCTTA TTCTCTCTGC AGTAACAGAA AGTCACTCTC CCAACAACTG 
GACTACCCAG CAGGAAAGGC TGTGGGCACT TCCAGACCGA CGCGGTCACT GAGCACAGCT 
CAGCTCTTGC AGCCTTCCGG GGTGCTCCAG GCTTCGGTCA TCTCCAACAT TGTGCTGATG 
AAGGGCCAGG CCAAGGGCCT GGGCTTCAGC ATCGTTGGGG GAAAAGACAG CATTTACGGC 
CCCATTGGAA TTTACGTCAA AACCATCTTT GCAGGGGGAG CAGCAGCAGC TGATGGAAGG 
CTGCAAGAAG GTGATGAAAT TCTGGAACTC AATGGTGAAT CAATGGCTGG GCTAACACAC 
CAGGATGCTC TGCAGAAATT CAAGCAAGCC AAGAAGGGCC TCCTCACGCT CACAGTGCGC 
ACCCGCCTCA CGGCCCCCCA CTCCCTGCCC AGCCACCTGT CTCCGCCGCT GTGCCGCTCC 
CTGAGCTCCA GCACCTGTGC CAACAAGGAC AGCAGCCCCT TCACCGCAGA AAGCCCTGTG 
GCTCCTGCCA ACACTGCCAA GCCCAATTAC AGAATCATGG TGGAAGTGTC TCTGAAGAAA 
GAGGCTGGCG TTGGCCTGGG GATCGGCCTG TGCAGTGTCC CCTACTTCCA GTGCATCTCG 
GGCATCTTTG TTCACACGCT GTCTCCTGGG TCTGTGGCGC ATCTGGATGG ACGGCTCCGG 
TGTGGTGATG AGATTGTGGA GATCAATGAT TCCCCTGTGC ACTGCATGAC GCTCAACGAA 
GTCTATGAGA TTCTGAGTCA CTGCAGTCCT GGCCCCATCC CCATCATTGT TAGCCGACAT 
CCAGACCCAC AGGTCTCTGA ACAGCAACTC AAAGAAGCAG TGGCCCAGGC TGTGGAGAAC 
ATCAAGTTTG GAAAGGAGAG GCATCAGTGG AGTCTGGAAG GTGTCAAAAG GCTGGAGAGC 
AGCTGGCACG GGCGACCAAC CTTAGAGAAA GAGCGGGAGA AGAACTCAGC ACCCCCACAG 
CGCAGGGCTC AGAAGGTCAT GGTCCGCTCC AGCAGTGACA GCAGCTACAT GTCTGGGTCC 
CCAGGAGGGA GTCCCTGCAG CGGCGGTGGA GAGCAGCAGC CCCTGACTTG GAAATCAGCA 
CTCAGAATAC CAGCCTGCAC CTTGGGCAGG AGACCCAGGT GCCGCCCTCG GCAGGGGCCA 
GATTGCCCCA GGAGAGCCCG CCCATCCCTG GGATCCAGGA CCACCACCCA CCACTGA

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

RefSeq	XP_023408752.1
CDS	378..2114
Translation	MEPHSRSGKSRKSAKFRSISRSLILCNAKTSDDGSSPDEKYPDPFEMSLGRGKEGICHSSVQLADTSEAGPSSIPDLALASEAANLQAAGSDRGKTCRRIFFMKESSTTSSQEKPGKLEAQSNNFLLPKACHQRTRSNSTSVNPYCPGEIDFPMTKNSVTSTDRQPYSLCSNRKSLSQQLDYPAGKAVGTSRPTRSLSTAQLLQPSGVLQASVISNIVLMKGQAKGLGFSIVGGKDSIYGPIGIYVKTIFAGGAAAADGRLQEGDEILELNGESMAGLTHQDALQKFKQAKKGLLTLTVRTRLTAPHSLPSHLSPPLCRSLSSSTCANKDSSPFTAESPVAPANTAKPNYRIMVEVSLKKEAGVGLGIGLCSVPYFQCISGIFVHTLSPGSVAHLDGRLRCGDEIVEINDSPVHCMTLNEVYEILSHCSPGPIPIIVSRHPDPQVSEQQLKEAVAQAVENIKFGKERHQWSLEGVKRLESSWHGRPTLEKEREKNSAPPQRRAQKVMVRSSSDSSYMSGSPGGSPCSGGGEQQPLTWKSALRIPACTLGRRPRCRPRQGPDCPRRARPSLGSRTTTHH

Target ORF information:

RefSeq Version	XM_023552984.1
Organism	Loxodonta africana(African savanna elephant)
Definition	Loxodonta africana interleukin 16 (IL16), mRNA.

Target ORF information:

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

XM_023552984.1

ORF Insert Sequence:

ATGGAGCCAC ACAGCCGTTC CGGAAAGAGC AGGAAATCTG CAAAATTCCG GTCCATCTCT 
CGGTCCCTGA TCCTCTGTAA TGCTAAGACC AGTGATGATG GCTCTAGCCC TGATGAGAAA 
TATCCCGATC CCTTTGAGAT GTCCCTGGGC CGGGGCAAGG AGGGAATTTG CCACTCCTCT 
GTGCAGCTGG CAGACACGTC GGAGGCTGGG CCCAGCAGCA TTCCTGATCT AGCACTGGCC 
TCTGAGGCTG CAAATCTCCA AGCAGCTGGG AGTGATAGAG GCAAGACCTG TAGAAGGATA 
TTCTTCATGA AGGAGTCTTC CACAACTTCC TCTCAAGAAA AGCCTGGAAA ACTAGAAGCA 
CAAAGTAATA ACTTCCTGCT TCCCAAAGCC TGCCACCAAA GGACACGCAG CAACTCAACC 
AGTGTTAACC CCTACTGCCC GGGAGAGATA GATTTTCCCA TGACCAAGAA CTCTGTGACA 
TCCACAGACA GGCAGCCTTA TTCTCTCTGC AGTAACAGAA AGTCACTCTC CCAACAACTG 
GACTACCCAG CAGGAAAGGC TGTGGGCACT TCCAGACCGA CGCGGTCACT GAGCACAGCT 
CAGCTCTTGC AGCCTTCCGG GGTGCTCCAG GCTTCGGTCA TCTCCAACAT TGTGCTGATG 
AAGGGCCAGG CCAAGGGCCT GGGCTTCAGC ATCGTTGGGG GAAAAGACAG CATTTACGGC 
CCCATTGGAA TTTACGTCAA AACCATCTTT GCAGGGGGAG CAGCAGCAGC TGATGGAAGG 
CTGCAAGAAG GTGATGAAAT TCTGGAACTC AATGGTGAAT CAATGGCTGG GCTAACACAC 
CAGGATGCTC TGCAGAAATT CAAGCAAGCC AAGAAGGGCC TCCTCACGCT CACAGTGCGC 
ACCCGCCTCA CGGCCCCCCA CTCCCTGCCC AGCCACCTGT CTCCGCCGCT GTGCCGCTCC 
CTGAGCTCCA GCACCTGTGC CAACAAGGAC AGCAGCCCCT TCACCGCAGA AAGCCCTGTG 
GCTCCTGCCA ACACTGCCAA GCCCAATTAC AGAATCATGG TGGAAGTGTC TCTGAAGAAA 
GAGGCTGGCG TTGGCCTGGG GATCGGCCTG TGCAGTGTCC CCTACTTCCA GTGCATCTCG 
GGCATCTTTG TTCACACGCT GTCTCCTGGG TCTGTGGCGC ATCTGGATGG ACGGCTCCGG 
TGTGGTGATG AGATTGTGGA GATCAATGAT TCCCCTGTGC ACTGCATGAC GCTCAACGAA 
GTCTATGAGA TTCTGAGTCA CTGCAGTCCT GGCCCCATCC CCATCATTGT TAGCCGACAT 
CCAGACCCAC AGGTCTCTGA ACAGCAACTC AAAGAAGCAG TGGCCCAGGC TGTGGAGAAC 
ATCAAGTTTG GAAAGGAGAG GCATCAGTGG AGTCTGGAAG GTGTCAAAAG GCTGGAGAGC 
AGCTGGCACG GGCGACCAAC CTTAGAGAAA GAGCGGGAGA AGAACTCAGC ACCCCCACAG 
CGCAGGGCTC AGAAGGTCAT GGTCCGCTCC AGCAGTGACA GCAGCTACAT GTCTGGGTCC 
CCAGGAGGGA GTCCCTGCAG CGGCGGTGGA GAGCAGCAGC CCCTGACTTG GAAATCAGCA 
CTCAGAATAC CAGCCTGCAC CTTGGGCAGG AGACCCAGGT GCCGCCCTCG GCAGGGGCCA 
GATTGCCCCA GGAGAGCCCG CCCATCCCTG GGATCCAGGA CCACCACCCA CCACTGA

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

IL16 ( XM_010593789.1 ) cDNA ORF clone, Loxodonta africana(African savanna elephant) -> XP_010592091.1 Loxodonta africana interleukin 16 (IL16), mRNA.

Price & Availability↑

CloneID	OLo44599
Clone ID Related Accession (Same CDS sequence)	XM_010593789.1
Accession Version	XM_010593789.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3984bp) 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	2014-12-10
Organism	Loxodonta africana(African savanna elephant)
Product	LOW QUALITY PROTEIN: pro-interleukin-16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003573448.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Loxodonta africana Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGAGCCAC ACAGCCGTTC CGGAAAGAGC AGGAAATCTG CAAAATTCCG GTCCATCTCT 
CGGTCCCTGA TCCTCTGTAA TGCTAAGACC AGTGATGATG GCTCTAGCCC TGATGAGAAA 
TATCCCGATC CCTTTGAGAT GTCCCTGGGC CGGGGCAAGG AGGGAATTTG CCACTCCTCT 
GTGCAGCTGG CAGACACGTC GGAGGCTGGG CCCAGCAGCA TTCCTGATCT AGCACTGGCC 
TCTGAGGCTG CAAATCTCCA AGCAGCTGGG AGTGATAGAG GCAAGACCTG TAGAAGGATA 
TTCTTCATGA AGGAGTCTTC CACAACTTCC TCTCAAGAAA AGCCTGGAAA ACTAGAAGCA 
CAAAGTAATA ACTTCCTGCT TCCCAAAGCC TGCCACCAAA GGACACGCAG CAACTCAACC 
AGTGTTAACC CCTACTGCCC GGGAGAGATA GATTTTCCCA TGACCAAGAA CTCTGTGACA 
TCCACAGACA GGCAGCCTTA TTCTCTCTGC AGTAACAGAA AGTCACTCTC CCAACAACTG 
GACTACCCAG CAGGAAAGGC TGTGGGCACT TCCAGACCGA CGCGGTCACT GAGCACAGCT 
CAGCTCTTGC AGCCTTCCGG GGTGCTCCAG GCTTCGGTCA TCTCCAACAT TGTGCTGATG 
AAGGGCCAGG CCAAGGGCCT GGGCTTCAGC ATCGTTGGGG GAAAAGACAG CATTTACGGC 
CCCATTGGAA TTTACGTCAA AACCATCTTT GCAGGGGGAG CAGCAGCAGC TGATGGAAGG 
CTGCAAGAAG GTGATGAAAT TCTGGAACTC AATGGTGAAT CAATGGCTGG GCTAACACAC 
CAGGATGCTC TGCAGAAATT CAAGCAAGCC AAGAAGGGCC TCCTCACGCT CACAGTGCGC 
ACCCGCCTCA CGGCCCCCCA CTCCCTGCCC AGCCACCTGT CTCCGCCGCT GTGCCGCTCC 
CTGAGCTCCA GCACCTGTGC CAACAAGGAC AGCAGCCCCT TCACCGCAGA AAGCCCTGTG 
GCTCCTGCCA ACACTGCCAA GCCCAATTAC AGAATCATGG TGGAAGTGTC TCTGAAGAAA 
GAGGCTGGCG TTGGCCTGGG GATCGGCCTG TGCAGTGTCC CCTACTTCCA GTGCATCTCG 
GGCATCTTTG TTCACACGCT GTCTCCTGGG TCTGTGGCGC ATCTGGATGG ACGGCTCCGG 
TGTGGTGATG AGATTGTGGA GATCAATGAT TCCCCTGTGC ACTGCATGAC GCTCAACGAA 
GTCTATGAGA TTCTGAGTCA CTGCAGTCCT GGCCCCATCC CCATCATTGT TAGCCGACAT 
CCAGACCCAC AGGTCTCTGA ACAGCAACTC AAAGAAGCAG TGGCCCAGGC TGTGGAGAAC 
ATCAAGTTTG GAAAGGAGAG GCATCAGTGG AGTCTGGAAG GTGTCAAAAG GCTGGAGAGC 
AGCTGGCACG GGCGACCAAC CTTAGAGAAA GAGCGGGAGA AGAACTCAGC ACCCCCACAG 
CGCAGGGCTC AGAAGGTCAT GGTCCGCTCC AGCAGTGACA GCAGCTACAT GTCTGGGTCC 
CCAGGAGGGA GTCCCTGCAG CGGCGGTGGA GAGCAGNCAG CCCCTGACTT GGAAATCAGC 
ACTCAGAATA CCAGCCTGCA CCTTGGGCAG GAGACCCAGG TGCCGCCCTC GGCAGGGGCC 
AGATTGCCCC AGGAGAGCCC GCCCATCCCT GGGATCCAGG ACCACCACCC ACCACTGAGA 
CTGAAGAAAT CCTTTGAGAT TTTAGTTAGA AAGCCCACAT CCTCCAAGCC CAAGCCTCCA 
CCCAGAAAAT ACTTTAAAAG TGACAGCGAC CCCCAGAAGA GTTTGGAAGA GAGAGACAAC 
TCTATATGCC CTTCTGGGCA CAATTTGCCC ACCTGTGACC AGGAAGCAAG AGAGCTGTTG 
CCACTCCACG CACTGCAGGA AGACACGGCA GGGGGAACCC CCTGCACCCT TGCATGCTGC 
CCGGGACCTG GAGTCACCCC GCAGTCTATA GCCTCCACAG AGGACCAGCC AGGGAAGAGA 
GCCAACCCAG TGCATCAAAC ATCCCCCATA AAACACCCAC TGCTTAAGAG GCAGGCTCGG 
ATGGACTATA GCCTTGACGC CACAGCCGAA GACCCTTGGA TTAGAATTTC TGACTGCATC 
AAAAACTTAT TTAGCCCCAT AATGAGTGAG AACCATGGCC ACATGCTGCT ACAGCCCAAT 
GTCCACTTGG GTGAGGAAGA TGGGACACAG GGCCACTCAG ATGGGGCCCT GGCAAAGTTG 
GACGCTGCCA ATGGTGCTCC CAAAGTTTAC AAGACAGCAG ACAGCAACAC TGTGAAGAAA 
GGTCCTCCTG TGGCCCCCAA GCCAGCCTGG TTTCGCCAAA GCTTGAAAGG TTTGCGGAAT 
CGTGCTCCAG ACCTCAAAAG GCTGCCCAGT GCAGCCTCAC CCACCCAGCC AACACCTGCA 
CCCAGGGAGC ATTCTGGGCC TCACCCGCGG GCCTCCTCCT CCATCAAGCA GAGAATCAGC 
TCTTTTGAAA CATTTGGCTC CTCTCAACTT GCAGATAGAG GAGCCCAGAG ACTAAGCCTC 
CAATCCCCCC TTGGAGACGG AGCAAAACCT TCTGGAAAGC AAGAGGGAGG ACGGGTTTCT 
GGCCTCTTTG TGCGAGGGGC TCCATCCACA GGTGAGCAAC AGCAGTCAGA GAAAGAGCAG 
CTGCCCCCAG CTTCCCCTGC GGCTTCAGAA GCTAGAGACA CCAGTGTGTC TGAGTCCCCT 
CCCCCAGGGC TGCAGCTCAC TCAGAAGACC CCTGCCACTG ACCCAGACCC TCTTCTGAGG 
CTGCTATCCG CACAGACTGA GGAATCGCAA GGCCCCGTTG TCAAGACGCT GAGCCAGCGG 
GCACGGAGCT TCCCTCTGTC CAGGACCCAG TCCTGTGAAG TGAGGCCATT GGATGAAAAG 
ACCAGTAGAC TGTACTCCAT CAGCAGCCAA GTGTCATCGG CTGTCATGAA ATCTTTGCTC 
TGCCTTCCGT CTTCAGTCTC CTGTGGCCAG AATCCCTGCA TCCCCAAGGA AGGGGCACCT 
CCAACGCCAT CATCCAACGA AGACCCAGCA AATAGTTCTG CTGAAATGTC TGCCTCAGAC 
ACGGGGTTCT CGCTCAACCT TTCGGAGCTG AGAGAATACA CAGAGGGCCT GACGGAGCCG 
AAGGAAGCTG ACGACTGGAA CCACAGTTCC CCTCAGGCTG GCCAATCTGT TATCTCTCTG 
CTGAGCTCAG AGGAACTGAA GAAGCTCATA GAGGAAGTGA AGGTTCTGGA TGAATCAATG 
TTAAAGCAAT TAGACAGCAT CCATGTCACC ATCTTGCACA AGGAGGAAGG GGCCGGCCTT 
GGTTTCAGCT TGGCAGGAGG AGCAGATCTA GAAACCAAGG TGATCACGGT TCACCGAGTG 
TTCCCAAATG GGTTGGCTGC CCAGGAAGGG ACTATTCAGA AGGGCAATGA GGTCCTGTCC 
ATCAACGGGA AGTCTCTCAA AGGGGCCACG CACACAGATG CCCTGGCCAT CCTCCGCCAA 
GCTCGGGACC CACGGCAAGC TGTGATTGTC ACGAGGAAGC CAGCTTTGGA GGTCACGCCG 
GACCTGAACT CCTCCACTGA CTCTGCAGCC TCAATCTCTG TAGCCAGCGA TGCGTCTGTA 
GAATCCACAG AGGCCATGGT CTGCACAGTG ACGCTGGAGA AGACCTCTGC AGGGTTGGGC 
TTCAGCCTGG AAGGAGGAAA GGGCTCACTG CACGGAGACA AGCCTCTCAC CATTAACAGG 
ATATTCAAAG GGGCAGCTTC AGAACAGAGT GAAATCATCC AGCCAGGAGA TGAGATCCTA 
CAACTGGCTG GTGCTACTGT GCAAGGCCTC ACACGGCTTG AAGCCTGGAA CGTCATCAAG 
GCATTGCCTG ATGGGCCTGT CACTGTTGTC ATTAGGAGGA AAAGCGTGCA GTCCAAGGGG 
ACCACAGTCA CTGGAGACCC CTAA

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

RefSeq	XP_010592091.1
CDS	378..4361
Translation	MEPHSRSGKSRKSAKFRSISRSLILCNAKTSDDGSSPDEKYPDPFEMSLGRGKEGICHSSVQLADTSEAGPSSIPDLALASEAANLQAAGSDRGKTCRRIFFMKESSTTSSQEKPGKLEAQSNNFLLPKACHQRTRSNSTSVNPYCPGEIDFPMTKNSVTSTDRQPYSLCSNRKSLSQQLDYPAGKAVGTSRPTRSLSTAQLLQPSGVLQASVISNIVLMKGQAKGLGFSIVGGKDSIYGPIGIYVKTIFAGGAAAADGRLQEGDEILELNGESMAGLTHQDALQKFKQAKKGLLTLTVRTRLTAPHSLPSHLSPPLCRSLSSSTCANKDSSPFTAESPVAPANTAKPNYRIMVEVSLKKEAGVGLGIGLCSVPYFQCISGIFVHTLSPGSVAHLDGRLRCGDEIVEINDSPVHCMTLNEVYEILSHCSPGPIPIIVSRHPDPQVSEQQLKEAVAQAVENIKFGKERHQWSLEGVKRLESSWHGRPTLEKEREKNSAPPQRRAQKVMVRSSSDSSYMSGSPGGSPCSGGGEQnullAPDLEISTQNTSLHLGQETQVPPSAGARLPQESPPIPGIQDHHPPLRLKKSFEILVRKPTSSKPKPPPRKYFKSDSDPQKSLEERDNSICPSGHNLPTCDQEARELLPLHALQEDTAGGTPCTLACCPGPGVTPQSIASTEDQPGKRANPVHQTSPIKHPLLKRQARMDYSLDATAEDPWIRISDCIKNLFSPIMSENHGHMLLQPNVHLGEEDGTQGHSDGALAKLDAANGAPKVYKTADSNTVKKGPPVAPKPAWFRQSLKGLRNRAPDLKRLPSAASPTQPTPAPREHSGPHPRASSSIKQRISSFETFGSSQLADRGAQRLSLQSPLGDGAKPSGKQEGGRVSGLFVRGAPSTGEQQQSEKEQLPPASPAASEARDTSVSESPPPGLQLTQKTPATDPDPLLRLLSAQTEESQGPVVKTLSQRARSFPLSRTQSCEVRPLDEKTSRLYSISSQVSSAVMKSLLCLPSSVSCGQNPCIPKEGAPPTPSSNEDPANSSAEMSASDTGFSLNLSELREYTEGLTEPKEADDWNHSSPQAGQSVISLLSSEELKKLIEEVKVLDESMLKQLDSIHVTILHKEEGAGLGFSLAGGADLETKVITVHRVFPNGLAAQEGTIQKGNEVLSINGKSLKGATHTDALAILRQARDPRQAVIVTRKPALEVTPDLNSSTDSAASISVASDASVESTEAMVCTVTLEKTSAGLGFSLEGGKGSLHGDKPLTINRIFKGAASEQSEIIQPGDEILQLAGATVQGLTRLEAWNVIKALPDGPVTVVIRRKSVQSKGTTVTGDP

Target ORF information:

RefSeq Version	XM_010593789.1
Organism	Loxodonta africana(African savanna elephant)
Definition	Loxodonta africana interleukin 16 (IL16), mRNA.

Target ORF information:

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

XM_010593789.1

ORF Insert Sequence:

ATGGAGCCAC ACAGCCGTTC CGGAAAGAGC AGGAAATCTG CAAAATTCCG GTCCATCTCT 
CGGTCCCTGA TCCTCTGTAA TGCTAAGACC AGTGATGATG GCTCTAGCCC TGATGAGAAA 
TATCCCGATC CCTTTGAGAT GTCCCTGGGC CGGGGCAAGG AGGGAATTTG CCACTCCTCT 
GTGCAGCTGG CAGACACGTC GGAGGCTGGG CCCAGCAGCA TTCCTGATCT AGCACTGGCC 
TCTGAGGCTG CAAATCTCCA AGCAGCTGGG AGTGATAGAG GCAAGACCTG TAGAAGGATA 
TTCTTCATGA AGGAGTCTTC CACAACTTCC TCTCAAGAAA AGCCTGGAAA ACTAGAAGCA 
CAAAGTAATA ACTTCCTGCT TCCCAAAGCC TGCCACCAAA GGACACGCAG CAACTCAACC 
AGTGTTAACC CCTACTGCCC GGGAGAGATA GATTTTCCCA TGACCAAGAA CTCTGTGACA 
TCCACAGACA GGCAGCCTTA TTCTCTCTGC AGTAACAGAA AGTCACTCTC CCAACAACTG 
GACTACCCAG CAGGAAAGGC TGTGGGCACT TCCAGACCGA CGCGGTCACT GAGCACAGCT 
CAGCTCTTGC AGCCTTCCGG GGTGCTCCAG GCTTCGGTCA TCTCCAACAT TGTGCTGATG 
AAGGGCCAGG CCAAGGGCCT GGGCTTCAGC ATCGTTGGGG GAAAAGACAG CATTTACGGC 
CCCATTGGAA TTTACGTCAA AACCATCTTT GCAGGGGGAG CAGCAGCAGC TGATGGAAGG 
CTGCAAGAAG GTGATGAAAT TCTGGAACTC AATGGTGAAT CAATGGCTGG GCTAACACAC 
CAGGATGCTC TGCAGAAATT CAAGCAAGCC AAGAAGGGCC TCCTCACGCT CACAGTGCGC 
ACCCGCCTCA CGGCCCCCCA CTCCCTGCCC AGCCACCTGT CTCCGCCGCT GTGCCGCTCC 
CTGAGCTCCA GCACCTGTGC CAACAAGGAC AGCAGCCCCT TCACCGCAGA AAGCCCTGTG 
GCTCCTGCCA ACACTGCCAA GCCCAATTAC AGAATCATGG TGGAAGTGTC TCTGAAGAAA 
GAGGCTGGCG TTGGCCTGGG GATCGGCCTG TGCAGTGTCC CCTACTTCCA GTGCATCTCG 
GGCATCTTTG TTCACACGCT GTCTCCTGGG TCTGTGGCGC ATCTGGATGG ACGGCTCCGG 
TGTGGTGATG AGATTGTGGA GATCAATGAT TCCCCTGTGC ACTGCATGAC GCTCAACGAA 
GTCTATGAGA TTCTGAGTCA CTGCAGTCCT GGCCCCATCC CCATCATTGT TAGCCGACAT 
CCAGACCCAC AGGTCTCTGA ACAGCAACTC AAAGAAGCAG TGGCCCAGGC TGTGGAGAAC 
ATCAAGTTTG GAAAGGAGAG GCATCAGTGG AGTCTGGAAG GTGTCAAAAG GCTGGAGAGC 
AGCTGGCACG GGCGACCAAC CTTAGAGAAA GAGCGGGAGA AGAACTCAGC ACCCCCACAG 
CGCAGGGCTC AGAAGGTCAT GGTCCGCTCC AGCAGTGACA GCAGCTACAT GTCTGGGTCC 
CCAGGAGGGA GTCCCTGCAG CGGCGGTGGA GAGCAGNCAG CCCCTGACTT GGAAATCAGC 
ACTCAGAATA CCAGCCTGCA CCTTGGGCAG GAGACCCAGG TGCCGCCCTC GGCAGGGGCC 
AGATTGCCCC AGGAGAGCCC GCCCATCCCT GGGATCCAGG ACCACCACCC ACCACTGAGA 
CTGAAGAAAT CCTTTGAGAT TTTAGTTAGA AAGCCCACAT CCTCCAAGCC CAAGCCTCCA 
CCCAGAAAAT ACTTTAAAAG TGACAGCGAC CCCCAGAAGA GTTTGGAAGA GAGAGACAAC 
TCTATATGCC CTTCTGGGCA CAATTTGCCC ACCTGTGACC AGGAAGCAAG AGAGCTGTTG 
CCACTCCACG CACTGCAGGA AGACACGGCA GGGGGAACCC CCTGCACCCT TGCATGCTGC 
CCGGGACCTG GAGTCACCCC GCAGTCTATA GCCTCCACAG AGGACCAGCC AGGGAAGAGA 
GCCAACCCAG TGCATCAAAC ATCCCCCATA AAACACCCAC TGCTTAAGAG GCAGGCTCGG 
ATGGACTATA GCCTTGACGC CACAGCCGAA GACCCTTGGA TTAGAATTTC TGACTGCATC 
AAAAACTTAT TTAGCCCCAT AATGAGTGAG AACCATGGCC ACATGCTGCT ACAGCCCAAT 
GTCCACTTGG GTGAGGAAGA TGGGACACAG GGCCACTCAG ATGGGGCCCT GGCAAAGTTG 
GACGCTGCCA ATGGTGCTCC CAAAGTTTAC AAGACAGCAG ACAGCAACAC TGTGAAGAAA 
GGTCCTCCTG TGGCCCCCAA GCCAGCCTGG TTTCGCCAAA GCTTGAAAGG TTTGCGGAAT 
CGTGCTCCAG ACCTCAAAAG GCTGCCCAGT GCAGCCTCAC CCACCCAGCC AACACCTGCA 
CCCAGGGAGC ATTCTGGGCC TCACCCGCGG GCCTCCTCCT CCATCAAGCA GAGAATCAGC 
TCTTTTGAAA CATTTGGCTC CTCTCAACTT GCAGATAGAG GAGCCCAGAG ACTAAGCCTC 
CAATCCCCCC TTGGAGACGG AGCAAAACCT TCTGGAAAGC AAGAGGGAGG ACGGGTTTCT 
GGCCTCTTTG TGCGAGGGGC TCCATCCACA GGTGAGCAAC AGCAGTCAGA GAAAGAGCAG 
CTGCCCCCAG CTTCCCCTGC GGCTTCAGAA GCTAGAGACA CCAGTGTGTC TGAGTCCCCT 
CCCCCAGGGC TGCAGCTCAC TCAGAAGACC CCTGCCACTG ACCCAGACCC TCTTCTGAGG 
CTGCTATCCG CACAGACTGA GGAATCGCAA GGCCCCGTTG TCAAGACGCT GAGCCAGCGG 
GCACGGAGCT TCCCTCTGTC CAGGACCCAG TCCTGTGAAG TGAGGCCATT GGATGAAAAG 
ACCAGTAGAC TGTACTCCAT CAGCAGCCAA GTGTCATCGG CTGTCATGAA ATCTTTGCTC 
TGCCTTCCGT CTTCAGTCTC CTGTGGCCAG AATCCCTGCA TCCCCAAGGA AGGGGCACCT 
CCAACGCCAT CATCCAACGA AGACCCAGCA AATAGTTCTG CTGAAATGTC TGCCTCAGAC 
ACGGGGTTCT CGCTCAACCT TTCGGAGCTG AGAGAATACA CAGAGGGCCT GACGGAGCCG 
AAGGAAGCTG ACGACTGGAA CCACAGTTCC CCTCAGGCTG GCCAATCTGT TATCTCTCTG 
CTGAGCTCAG AGGAACTGAA GAAGCTCATA GAGGAAGTGA AGGTTCTGGA TGAATCAATG 
TTAAAGCAAT TAGACAGCAT CCATGTCACC ATCTTGCACA AGGAGGAAGG GGCCGGCCTT 
GGTTTCAGCT TGGCAGGAGG AGCAGATCTA GAAACCAAGG TGATCACGGT TCACCGAGTG 
TTCCCAAATG GGTTGGCTGC CCAGGAAGGG ACTATTCAGA AGGGCAATGA GGTCCTGTCC 
ATCAACGGGA AGTCTCTCAA AGGGGCCACG CACACAGATG CCCTGGCCAT CCTCCGCCAA 
GCTCGGGACC CACGGCAAGC TGTGATTGTC ACGAGGAAGC CAGCTTTGGA GGTCACGCCG 
GACCTGAACT CCTCCACTGA CTCTGCAGCC TCAATCTCTG TAGCCAGCGA TGCGTCTGTA 
GAATCCACAG AGGCCATGGT CTGCACAGTG ACGCTGGAGA AGACCTCTGC AGGGTTGGGC 
TTCAGCCTGG AAGGAGGAAA GGGCTCACTG CACGGAGACA AGCCTCTCAC CATTAACAGG 
ATATTCAAAG GGGCAGCTTC AGAACAGAGT GAAATCATCC AGCCAGGAGA TGAGATCCTA 
CAACTGGCTG GTGCTACTGT GCAAGGCCTC ACACGGCTTG AAGCCTGGAA CGTCATCAAG 
GCATTGCCTG ATGGGCCTGT CACTGTTGTC ATTAGGAGGA AAAGCGTGCA GTCCAAGGGG 
ACCACAGTCA CTGGAGACCC CTAA