SRAE_2000303100 cDNA ORF clone,

Gene
Clones
gRNAs

The following SRAE_2000303100 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SRAE_2000303100 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
OSt137118	XM_024654177.1 Latest version!	Strongyloides ratti Pro-interleukin-16 (SRAE_2000303100), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

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
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)

SRAE_2000303100 ( XM_024654177.1 ) cDNA ORF clone, -> XP_024507574.1 Strongyloides ratti Pro-interleukin-16 (SRAE_2000303100), partial mRNA.

Price & Availability↑

CloneID	OSt137118
Clone ID Related Accession (Same CDS sequence)	XM_024654177.1
Accession Version	XM_024654177.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3915bp) 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	2018-04-09
Organism	Strongyloides ratti
Product	Pro-interleukin-16
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_037308). COMPLETENESS: incomplete on both ends.

ATGAGTAATT TAAAAAAAAT AAACTTAAAA AAACCTCCTT CAACAACATC TAGAAATGGA 
CAAATAATAC AAACAATAAT TTTATATAGA AATTTTGAAG ATACCAGTCC ATTTAATACA 
AAAATTAAAA AAGACAATTC TTGTATTACT AATCAACAAA ATTTTAAAAA AAATTTTGGT 
TTTAGTATTG TTGGAGGAAT AGACTCACCA AAAGGAGCTT TAGGAATATT TGTAAAAACT 
ATTTGTCAAC ATGGTGTTGC CAGTAGGAGT GGCCTTCTTG AACCTGGTGA TGAAATATTA 
TCTGTAAATG GAGTTTCACT ACGTGGAAAA ACTCATGAAG AAAGTGTAAA AATATTAAAA 
AAGTATGGAC GTTGTAGTCT TGTATTGACA ATAGCAAAAA ATAACAAAAA CAAGTCTAGT 
GATTGTTCTT CAATTTATAA TAAAGAATCA AGTATTTGTA GCAATGAAAT AAGTAATAAA 
AAGCTAGATT TTAATAGTTC ATTTGAAATA TATCAAAGTT GCAATCAAGA AAAAATAAAT 
AATATTATTG AATATGACAA TGAAATAAAA AATTTCAATA ATATAAACGT AAATATTAGC 
ACTAATAATG AGAAAACCAC TACATTAGAA GAAGAAGAAC AATATTATCA AGTAATTTTT 
GAAGATGAAA ATGAAAAGAC TTTTGATAAT AAAATGAATA ATAAGATAAA TAATAGTATA 
TGCCCTTATT CTAATTTTTA TTCAACTCAA ACAAAAAAAA CTTTAAAACC TATAAATAAT 
TCTTTACAAT TAACTACAAC ACCAACTTTT TATAATTCAT TTTCTTTAAC AAAAAAAAAA 
AGAAATTCAT TATCAAAAAT ACCATCACCT TTTTTAAATC GTACTAAAAA AAAAGATTTG 
AAAAATTTTT ATAAATCAAC AAATAAAAGT TGTTGCCAAC AACAATTAAA TTTTTGTCAT 
CATAAATTTA ATGATAGAAA AAATTATTTA TTTGGTAGTA GTATAAAGAA AATTATAAAT 
AATTTACTAA ATAATAATAA TAATTGTACA ATGCAAAGGG TTGTAATATT GAAAAGAGAT 
AATTCAAAAG AACGATTAGG ATTAGGTGTA GCTATTGAGT CAGATGAAGA AGATGAGAGG 
GTTCTTTGTG TAACAGTAGA ACAAGTAGAC GAAGATTCAA TATCATATAT ACAAGGTCTT 
GCACCAGGTG ATCGCATTTG GCAGATTAAC GGAATTGATG TACATAAATG TAAAAGAATT 
GAATGCTTAT CACTATTTCA ATGTGCTCCA CTTCTTTTAA ATTTAGTTGT TAGTACTCCA 
TATAAAAAAA TATCAAAAAC ACCCCTTTAT AGTGATATCA TTTCAAATAA TCAACCATAT 
TTGGAATTAA GAAATCATAA TCATTTACCA TCTGAAAAAT ATAAAAATAT TAAAGAAGAT 
AATCAAGAGG TTCTTGAGAG TGAATATCAA ACCATAACAA CAGAATCAGA ATCATCTTTT 
GATAAATTAC CACTGTCATT ATCAAATATT CCTCAATATT TAACAACTGA TTATCTTTGC 
GAAACGGTCA ACTATCAAAT GTCATCTAGA AAAACAGATC AACCTTCAAT TAACGCGATA 
AAAATGTTAA TTAATCATAA TATGAATAAA ATAGAAGATA AAGGAAAGAA AGATTACTCT 
TTAAACTCAT CAAATGACAT AATAAAAAAG GATCATGCTA AAGAAGAAGT ACAAAATACT 
TATTCCCCAA CATTATCTCT TATAAATACT TTTTCATCAA CCTCTTCTAT CTCTCCAGAT 
CCTCACTCTC CAACACATAG TGAAGATTCA GGATTTCAAA ATGACCATGC AACAGCTGTC 
AAAAGTAAAA ATCTTTTACA AATATCAACA TCACCAGTTC CAGTTCGTAA TAATTCTTCC 
AAAATTTCTA CAAATCATAC TACATCTACT TCACCTACCA GATACAGGAG TGTTTTTGCA 
AGAACACAAG ACAGTGTTGA TATAGAAAAA AATATTTTCT TATCTGAGGA GGGAAAATCT 
GTTGATGAGA TTAGTAAATG CACAAAAAGC AATTTAAATG ATAATAAAAT GTTTAATGGA 
ACTATTGATT GTTTTATTAA AGCTAAAAAT TCCAACACTT TGTATGGATA TATGGATTGT 
AAAATGTCTA AAAGTCAACC TCTTGTTTTA AAAAAAATTA TTTTATCAAA CACCGAGAAG 
TCAGGGCCTG TTGTTCCACC AAAACCAAAA TTATCCAGTG AAAATAATTC ATCACTCTTG 
GAAAATAAAA ATTGTCTTAA AGATAATAAA ATTTTTAGTC GTGCCAGTGT TATTCATAAC 
TCAGAGAATT GTGATGTAAA AAAAGAATCA ACTGAAGATG GTACTAAAAT TATTCAACAA 
GAAAAAATAA AACCAAAAGT TTTGTCGTTA ATACAAAAGT TTCAAACAGG AAATATTGTT 
CATGAGGATT CAGATGAGGA GATTGAAAAT ATATCACTAA AAGGGGATAA TAAAAATAAT 
TCAGGAGTAT TATTTGAAAC AAATAAAGAT TCTACTGGAG AAATTATATT ACAAGAAGAC 
TTTCTCATTG AACAGGACCG TTGCCTTGAA ACAATTATTA ATAGTCAAAA TATTAATAAT 
AAAATTAATA CTTCTCTACC AAAAAGAGAA ATATCCAATG AAAAGTACTT TACCTTTAGT 
AGTGAGGAGA AATTTAAAAG TTTAGCGGAA AAGTATAGAG AACCAACTCC TACCAAAGAA 
GTCATCTCTC CTGCTCTAAA AGTACTGTTA GAAAAAGATT TTTATAATAG TAATAATATA 
TCATCTTCTT CATCATCATC AACTTCTAGA ACTAACCTTT TAACAAAAAG TGAAGACTCT 
TGTAATACTA GTAAAGATGA TGAATTACTA CCAAATATAA CAACCAATTC TAGTACATAT 
TCTTCTCGAA ATTCGACACC AATTCCAACA ATTGAAAAGT TTAGTCAACT TCCACCATCA 
TCTTACTGTA TTGAAAAAAA AGAAGAATAT AATTTCGCTA AAACTATCAC CTCTACAACA 
AATAACGAAA TAATTGAAAG TAATAAACAA CATAATTTTA TCGAAAAGTG CAAACCAATC 
AAGGAACAAA ATGTTTCACC ATTATTAGGT ATTGGTAATA ATAGTAATTC ATCAAGATTA 
AGTAACAATC AAAAAATGTC CCCATTAAAT TTAACAAAAA GTCAAATAGA AGAATTACAG 
GAAATATTAA AGGATCAGTA TGGAGAGTAT GAATTTTTTG TTGTTAATAT GACACGGGTA 
GCTGGAATAA CAGATGGTAG TGTTGGAATA ATACTAACTG CTGCTGAATC AACATCAAAT 
TTGTCAACAA TAACAGTTCA AAGAGTTATA ACGGGATCAG TTGCCGATAG GGAGGGTACT 
CTTCTTAAAG GAGATAGACT ATTTTTTATT CAAGGAAAAT CGACAATGAA TATGTCTGCT 
GCTGATGCCA GGAGAGAGTT AAAAGCTCCA GCACAAATTG TTACTGTTGT GGCAGGACGA 
TTAAATAAAT TTAAAGTTTT TCGTGTCTCA TCTTCTCTTG GTGGTAGTGA AAGTGATAAT 
GTTTTTACTG GAGATCCTAA TATGTTTACT TATTCAGATG AAACACAAAC AATAACATTA 
ATAAAAAATA CCATTGGTGT TGGTTTTAGT TTGGATGGAG GTGTTGATTC ATCTTTTGGG 
AATAGGCCTA TTATTATAAA AAGACTTTTT AATGGTGGTG AAGCTTTAAA AAGTGGTTTA 
ATTACAGTTG GTGATATTTT AGAAAAAGTT GAAGATACAT CTTTAGAAGG TATGACATAT 
CTTGATGCCT GGAAAATGCT CAAAACATTA CCTGAAGGTA AAGTTAGGTT ATGCATAAGG 
AAAATTCAAA AATAA

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

RefSeq	XP_024507574.1
CDS	1..3915
Translation	MSNLKKINLKKPPSTTSRNGQIIQTIILYRNFEDTSPFNTKIKKDNSCITNQQNFKKNFGFSIVGGIDSPKGALGIFVKTICQHGVASRSGLLEPGDEILSVNGVSLRGKTHEESVKILKKYGRCSLVLTIAKNNKNKSSDCSSIYNKESSICSNEISNKKLDFNSSFEIYQSCNQEKINNIIEYDNEIKNFNNINVNISTNNEKTTTLEEEEQYYQVIFEDENEKTFDNKMNNKINNSICPYSNFYSTQTKKTLKPINNSLQLTTTPTFYNSFSLTKKKRNSLSKIPSPFLNRTKKKDLKNFYKSTNKSCCQQQLNFCHHKFNDRKNYLFGSSIKKIINNLLNNNNNCTMQRVVILKRDNSKERLGLGVAIESDEEDERVLCVTVEQVDEDSISYIQGLAPGDRIWQINGIDVHKCKRIECLSLFQCAPLLLNLVVSTPYKKISKTPLYSDIISNNQPYLELRNHNHLPSEKYKNIKEDNQEVLESEYQTITTESESSFDKLPLSLSNIPQYLTTDYLCETVNYQMSSRKTDQPSINAIKMLINHNMNKIEDKGKKDYSLNSSNDIIKKDHAKEEVQNTYSPTLSLINTFSSTSSISPDPHSPTHSEDSGFQNDHATAVKSKNLLQISTSPVPVRNNSSKISTNHTTSTSPTRYRSVFARTQDSVDIEKNIFLSEEGKSVDEISKCTKSNLNDNKMFNGTIDCFIKAKNSNTLYGYMDCKMSKSQPLVLKKIILSNTEKSGPVVPPKPKLSSENNSSLLENKNCLKDNKIFSRASVIHNSENCDVKKESTEDGTKIIQQEKIKPKVLSLIQKFQTGNIVHEDSDEEIENISLKGDNKNNSGVLFETNKDSTGEIILQEDFLIEQDRCLETIINSQNINNKINTSLPKREISNEKYFTFSSEEKFKSLAEKYREPTPTKEVISPALKVLLEKDFYNSNNISSSSSSSTSRTNLLTKSEDSCNTSKDDELLPNITTNSSTYSSRNSTPIPTIEKFSQLPPSSYCIEKKEEYNFAKTITSTTNNEIIESNKQHNFIEKCKPIKEQNVSPLLGIGNNSNSSRLSNNQKMSPLNLTKSQIEELQEILKDQYGEYEFFVVNMTRVAGITDGSVGIILTAAESTSNLSTITVQRVITGSVADREGTLLKGDRLFFIQGKSTMNMSAADARRELKAPAQIVTVVAGRLNKFKVFRVSSSLGGSESDNVFTGDPNMFTYSDETQTITLIKNTIGVGFSLDGGVDSSFGNRPIIIKRLFNGGEALKSGLITVGDILEKVEDTSLEGMTYLDAWKMLKTLPEGKVRLCIRKIQK

Target ORF information:

RefSeq Version	XM_024654177.1
Organism	Strongyloides ratti
Definition	Strongyloides ratti Pro-interleukin-16 (SRAE_2000303100), partial mRNA.

Target ORF information:

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

XM_024654177.1

ORF Insert Sequence:

ATGAGTAATT TAAAAAAAAT AAACTTAAAA AAACCTCCTT CAACAACATC TAGAAATGGA 
CAAATAATAC AAACAATAAT TTTATATAGA AATTTTGAAG ATACCAGTCC ATTTAATACA 
AAAATTAAAA AAGACAATTC TTGTATTACT AATCAACAAA ATTTTAAAAA AAATTTTGGT 
TTTAGTATTG TTGGAGGAAT AGACTCACCA AAAGGAGCTT TAGGAATATT TGTAAAAACT 
ATTTGTCAAC ATGGTGTTGC CAGTAGGAGT GGCCTTCTTG AACCTGGTGA TGAAATATTA 
TCTGTAAATG GAGTTTCACT ACGTGGAAAA ACTCATGAAG AAAGTGTAAA AATATTAAAA 
AAGTATGGAC GTTGTAGTCT TGTATTGACA ATAGCAAAAA ATAACAAAAA CAAGTCTAGT 
GATTGTTCTT CAATTTATAA TAAAGAATCA AGTATTTGTA GCAATGAAAT AAGTAATAAA 
AAGCTAGATT TTAATAGTTC ATTTGAAATA TATCAAAGTT GCAATCAAGA AAAAATAAAT 
AATATTATTG AATATGACAA TGAAATAAAA AATTTCAATA ATATAAACGT AAATATTAGC 
ACTAATAATG AGAAAACCAC TACATTAGAA GAAGAAGAAC AATATTATCA AGTAATTTTT 
GAAGATGAAA ATGAAAAGAC TTTTGATAAT AAAATGAATA ATAAGATAAA TAATAGTATA 
TGCCCTTATT CTAATTTTTA TTCAACTCAA ACAAAAAAAA CTTTAAAACC TATAAATAAT 
TCTTTACAAT TAACTACAAC ACCAACTTTT TATAATTCAT TTTCTTTAAC AAAAAAAAAA 
AGAAATTCAT TATCAAAAAT ACCATCACCT TTTTTAAATC GTACTAAAAA AAAAGATTTG 
AAAAATTTTT ATAAATCAAC AAATAAAAGT TGTTGCCAAC AACAATTAAA TTTTTGTCAT 
CATAAATTTA ATGATAGAAA AAATTATTTA TTTGGTAGTA GTATAAAGAA AATTATAAAT 
AATTTACTAA ATAATAATAA TAATTGTACA ATGCAAAGGG TTGTAATATT GAAAAGAGAT 
AATTCAAAAG AACGATTAGG ATTAGGTGTA GCTATTGAGT CAGATGAAGA AGATGAGAGG 
GTTCTTTGTG TAACAGTAGA ACAAGTAGAC GAAGATTCAA TATCATATAT ACAAGGTCTT 
GCACCAGGTG ATCGCATTTG GCAGATTAAC GGAATTGATG TACATAAATG TAAAAGAATT 
GAATGCTTAT CACTATTTCA ATGTGCTCCA CTTCTTTTAA ATTTAGTTGT TAGTACTCCA 
TATAAAAAAA TATCAAAAAC ACCCCTTTAT AGTGATATCA TTTCAAATAA TCAACCATAT 
TTGGAATTAA GAAATCATAA TCATTTACCA TCTGAAAAAT ATAAAAATAT TAAAGAAGAT 
AATCAAGAGG TTCTTGAGAG TGAATATCAA ACCATAACAA CAGAATCAGA ATCATCTTTT 
GATAAATTAC CACTGTCATT ATCAAATATT CCTCAATATT TAACAACTGA TTATCTTTGC 
GAAACGGTCA ACTATCAAAT GTCATCTAGA AAAACAGATC AACCTTCAAT TAACGCGATA 
AAAATGTTAA TTAATCATAA TATGAATAAA ATAGAAGATA AAGGAAAGAA AGATTACTCT 
TTAAACTCAT CAAATGACAT AATAAAAAAG GATCATGCTA AAGAAGAAGT ACAAAATACT 
TATTCCCCAA CATTATCTCT TATAAATACT TTTTCATCAA CCTCTTCTAT CTCTCCAGAT 
CCTCACTCTC CAACACATAG TGAAGATTCA GGATTTCAAA ATGACCATGC AACAGCTGTC 
AAAAGTAAAA ATCTTTTACA AATATCAACA TCACCAGTTC CAGTTCGTAA TAATTCTTCC 
AAAATTTCTA CAAATCATAC TACATCTACT TCACCTACCA GATACAGGAG TGTTTTTGCA 
AGAACACAAG ACAGTGTTGA TATAGAAAAA AATATTTTCT TATCTGAGGA GGGAAAATCT 
GTTGATGAGA TTAGTAAATG CACAAAAAGC AATTTAAATG ATAATAAAAT GTTTAATGGA 
ACTATTGATT GTTTTATTAA AGCTAAAAAT TCCAACACTT TGTATGGATA TATGGATTGT 
AAAATGTCTA AAAGTCAACC TCTTGTTTTA AAAAAAATTA TTTTATCAAA CACCGAGAAG 
TCAGGGCCTG TTGTTCCACC AAAACCAAAA TTATCCAGTG AAAATAATTC ATCACTCTTG 
GAAAATAAAA ATTGTCTTAA AGATAATAAA ATTTTTAGTC GTGCCAGTGT TATTCATAAC 
TCAGAGAATT GTGATGTAAA AAAAGAATCA ACTGAAGATG GTACTAAAAT TATTCAACAA 
GAAAAAATAA AACCAAAAGT TTTGTCGTTA ATACAAAAGT TTCAAACAGG AAATATTGTT 
CATGAGGATT CAGATGAGGA GATTGAAAAT ATATCACTAA AAGGGGATAA TAAAAATAAT 
TCAGGAGTAT TATTTGAAAC AAATAAAGAT TCTACTGGAG AAATTATATT ACAAGAAGAC 
TTTCTCATTG AACAGGACCG TTGCCTTGAA ACAATTATTA ATAGTCAAAA TATTAATAAT 
AAAATTAATA CTTCTCTACC AAAAAGAGAA ATATCCAATG AAAAGTACTT TACCTTTAGT 
AGTGAGGAGA AATTTAAAAG TTTAGCGGAA AAGTATAGAG AACCAACTCC TACCAAAGAA 
GTCATCTCTC CTGCTCTAAA AGTACTGTTA GAAAAAGATT TTTATAATAG TAATAATATA 
TCATCTTCTT CATCATCATC AACTTCTAGA ACTAACCTTT TAACAAAAAG TGAAGACTCT 
TGTAATACTA GTAAAGATGA TGAATTACTA CCAAATATAA CAACCAATTC TAGTACATAT 
TCTTCTCGAA ATTCGACACC AATTCCAACA ATTGAAAAGT TTAGTCAACT TCCACCATCA 
TCTTACTGTA TTGAAAAAAA AGAAGAATAT AATTTCGCTA AAACTATCAC CTCTACAACA 
AATAACGAAA TAATTGAAAG TAATAAACAA CATAATTTTA TCGAAAAGTG CAAACCAATC 
AAGGAACAAA ATGTTTCACC ATTATTAGGT ATTGGTAATA ATAGTAATTC ATCAAGATTA 
AGTAACAATC AAAAAATGTC CCCATTAAAT TTAACAAAAA GTCAAATAGA AGAATTACAG 
GAAATATTAA AGGATCAGTA TGGAGAGTAT GAATTTTTTG TTGTTAATAT GACACGGGTA 
GCTGGAATAA CAGATGGTAG TGTTGGAATA ATACTAACTG CTGCTGAATC AACATCAAAT 
TTGTCAACAA TAACAGTTCA AAGAGTTATA ACGGGATCAG TTGCCGATAG GGAGGGTACT 
CTTCTTAAAG GAGATAGACT ATTTTTTATT CAAGGAAAAT CGACAATGAA TATGTCTGCT 
GCTGATGCCA GGAGAGAGTT AAAAGCTCCA GCACAAATTG TTACTGTTGT GGCAGGACGA 
TTAAATAAAT TTAAAGTTTT TCGTGTCTCA TCTTCTCTTG GTGGTAGTGA AAGTGATAAT 
GTTTTTACTG GAGATCCTAA TATGTTTACT TATTCAGATG AAACACAAAC AATAACATTA 
ATAAAAAATA CCATTGGTGT TGGTTTTAGT TTGGATGGAG GTGTTGATTC ATCTTTTGGG 
AATAGGCCTA TTATTATAAA AAGACTTTTT AATGGTGGTG AAGCTTTAAA AAGTGGTTTA 
ATTACAGTTG GTGATATTTT AGAAAAAGTT GAAGATACAT CTTTAGAAGG TATGACATAT 
CTTGATGCCT GGAAAATGCT CAAAACATTA CCTGAAGGTA AAGTTAGGTT ATGCATAAGG 
AAAATTCAAA AATAA