TTHERM_00378800 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00378800
Entrez Gene ID	7828278
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001015461.2	XP_001015461.2	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00378800 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00378800 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
OTe46277	XM_001015461.2 Latest version!	Tetrahymena thermophila SB210 hypothetical protein partial 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)

TTHERM_00378800 ( XM_001015461.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001015461.2 Tetrahymena thermophila SB210 hypothetical protein partial mRNA.

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CloneID	OTe46277
Clone ID Related Accession (Same CDS sequence)	XM_001015461.2
Accession Version	XM_001015461.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3978bp) 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	2015-06-08
Organism	Tetrahymena thermophila SB210
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_002476420). On Jun 9, 2015 this sequence version replaced XM_001015461.1. COMPLETENESS: incomplete on both ends.

ATGAAGAAGA AATTTACAAA TATTTAAAAT ATAGAATCGA ATAACTAAGC ATATCGATAA 
GCTATCCTTT AGTCTCTTTC TAAATTGAAT GATCAACACA CTGTAAAGAC AGGATTAGAG 
GAGTTAAAGG ATATTTTAAC AAATTATGCT ACAGATAATG ATAGAATTTT AATAGCGATT 
CTTGCAATTT AAGAATCAAA TACTGGGGGA TAGAAGATGT CTACTAAAAG AGAGTTTATT 
AAATTAATTG GGTTATTAGC ATAGATTTTT GAAGAAAAGA TATTGGATTA TTTGCCTAGA 
ATTTTAGCAA TTTTGAATAA AAAAATTAAA GAATGCGATT CCTCTCTGTA AGGAGTCGTT 
TCAGAAACGT TTGGGTAATT GATTGAGTAT TCGCTGAGAA AGGTAGATCC TTAGGTTGGT 
TTAAGGTATT TGTAATAAAC TGTAAAGGTA ATTTAACAGA ACTTCTCTCA CAACTCAGCT 
ACTATTTAAT AAGTTGCTGC AATGTCTTTA TAGAAAATTA TTTAAAGTGC ACCTCCTCTT 
TGCATGATTG ATATGAAGGA AGAAATTATT GGAGTCATAT TAGATTAATT AAGAACAAAT 
AAATAAGTTA ATTCTAATTT GTTGGATAGT TTATTAGCTT TAATTATGGG AATAGAAGAT 
TAATTCAGAC CTTTTGTACC TGCAACAATA CCTGTCCTTG TTGAACATGC TAATCATTCA 
GTCTGGAATG TAAGAAAAAT AGCAGTTGAT GTTATATACA CTCTTTGTGT TTTTATGTGT 
GATTCTTTAG AGCCTTTTAT CGAATAAATA GTAGAAAGTC TCAGCAATTG TCGTTTTGAT 
AAAATAAAAC ATGTCAGAGA TTCTGCTACT GTTGCACTAA ATACAATCAA AGAGAAATTG 
GGACCTTAGT ATGTTGAGAA AATTAATTAA TAAATAGAGA AAAAGCCAGT ACCCTCTTCA 
TTTCATCCAC CAACTAAAAA AGTGAACATA AACAATCAGC AATAGCACAA CAAATAGAAG 
CCTTAAAACC TTTCAAACGA AAATATAATT ATACCCAATG AGAGTTCTTT TAGGGAAAAT 
CCTCATAAAA ATAACTAGTT TAAGACAAAA TAGGAAGTTG AACGCAATTC TGCAAGTAAA 
AGAGGAAAGT CATAAGATAA TAATAATTAG TCTCATAAGA ATTAGCCAAA GGTTCATCAA 
GCCTTGAATA AAAAGTCAAT AAATCCTGAA TTTCTCAAAA ATGCAGTTAA AGGAGATGTC 
GAAATAAAGG AAGGTAAAAA AACACCACTT AAATCCAGAA ATGTTGGAGA ACAAGCCTAG 
TAATAATAAG TGAATGAATA AGAGTAACAG ATTAAAACAA ATTAAGATTT CGAATAATGG 
GATATGTACT AAAAGTAAAG ACAATAATAA ATGCTTGCAG AATATGATGA AGGAGGCTAG 
GCTGACGAAG AATTTGAAGA AGGAGAAGAA GAAGAATAAA GTTCAAATGC AAATTATTAA 
AAGGAAAAGA GAAAAATCAA AAAGGCAAAT TTATAACTTG AAGATATCCA TGACTAATAA 
AATGAATAGT TTGACAATGA TATACAAATA TTTGTATCAG GATCGCCTCC TTCTAAAGCA 
GAAAGATAGA GACAGTACTA GAATATGATA AATGAGTAGT AGAAAAAACA GCATAAACCA 
CAAATTATTT AATATAATGA TAAGCACAAA CATCACGTCC ATCAAGATAA CTATAGAGAA 
TCGATGGGAT AGCAAGTTTA CTAAAGCCCT AACCATGAAG TTTAGAGTAA AAGCAGCCCA 
GATAGGTATA ATAGTGGCAA ATCTCATAGA CATTAGTAAA TTATAGATTA AGAGAGATAG 
AATGCTCATT AAATTCAAAG AAATATTTAG AAAATGCAGT AAGGACATAA GAGTTTAAAT 
GATTCATTAG TTGTTAATTA GTTGGCATAA ATTGAGGAGA ATTAAGCTAG GATTTTTGAG 
AGATTAGATT TTATTGAAAA TGATATGAAA ATAGAATAGC ATCACTTACA TTAAAGAATT 
GGATTTTTAG AAGACACCCT TGAGAAACTA TACTAAGCTC AGGCTTAAAA TTAACAACTA 
AATTAGTAAT TTATGAATTA TCGCTATTAG ATGCTTCAAT TCAATTAGCA GTAACAACAG 
TAATAACTAC TCAAGAATCT ATATGCTATA CAGCAAACCC CAGTAGTAAA TGGTTTCTTC 
CCTGGGAATA CCTTAGACCC AGCTACAGCT TAGTTCATGT AAGCCTAGTA GGAACTTTTG 
AATTAATAGT AATAACAGCT TTTCCCATTT GCTAATTTTA ATCAAGCTAA GAGTAACTAC 
ATGCAAACTG CATAATTTAA CTCTCAGCAA AGTGAATAGT AATCAAAAAA TGATGATAAT 
AAGCACAGAA AACATAATCC TTCTCCTTAA AAAAATATTG ATTCTTTACA GTCTCCTCCA 
AATGCCAACA GCTAAGGCTC AAATATTATT CATAATCATC ATAATAACTA TTCTTAATAA 
CTCCATTAAG GAGATGATCT AGAACATGAA AGAGCTGCAA ATTACTAAGA AGCAATAAAA 
AATAAAAAGA AAATCAATAA AGACCATCTT TTCGAATAGC AAAATGTAGA AATTTAAAAT 
CAAAAGAAAA AATAAGAATA ATCTCCTCCA AAAAATGCAA GTTTACCAAA ATAAACCTCT 
CCAGGCAAAA AGAAAAGCCC TTAAAAATAA GGCTAAGAAT AGCAAGCACA TCTAGAGTCA 
AATGTGATAG AAAAAATAAA TAAATCGATT TCAGAAGATA AACTTAATGA AGCATATGGT 
TTAGCTTTGA CTTCTAACGA TGATGAGATT CTTTTTGAAG TTATGAAATC TACAAAGGTA 
TGCACAAATA GACTGGATGA TATTCATATT GAGTTTCTAT TTAGTAAATT TAAAGGATAC 
TTAGAAAAGC TTAAGAATGT TAATGAGATT TTAAACTGGA TAAATGTGTC ATTAGAACAA 
AAAATACCAA TAAGTGAAAA TATCAAATAA TCGCTAAGGG AGAGTTTAAA GAAAATGATT 
GATAACAGTA TGGATAAAAA AGATGGAGTT TTGTAAAGTA GAGATCACCA CACAGCACTT 
AAGTTAATAA ACTAATTAGA GTAACACCCT GGAGTTTACA ATACATAACA GAAGTCTTTT 
ACTTAAATAT CTTCTTCAAA TAATATAAAT ACTGTTAATA TTTAGCCTAA TGCATAAACT 
TAATTTGCAA AAGCTAATTC TAATAACAAT ATATCTTCCC TAAACTCTGC AAAAGATTTA 
GGTTTTTTGA AAGATGACTA AAAGGCATCT TTATCCTTAC AACAAAATGA ATATTTGATA 
GGAATTAAAG ATAATCAATA CAAAGTTAAT TCTGCAAATT AAAATTTTCC AGCTGCACAG 
TAATAAAATC CTATTTAAAA TTAAAACAGC TATTAAAATA CATTCCCTTC TTCTACAACT 
TCAAACTAAC AAGTGTAGTA GTACCAATTC ACAAATCCTG AAATTAAGAG GACTCTCGAC 
TTTGGTTCAC CAAGTGTAAA TGAAAGCACG TTACCTTACA ATAATTATTT GGATAAACCA 
ATAGGAAATA TAGGGTAACA ATAGCATACT CAATCAAATA ATTTAGATTA CCTTAATTCA 
AATAATTTTA GTAAAAATGT TTCCTTAAAT AATTAACCTA CAAATTTAAG TAGCAATCCT 
TATTAAAATA GTGCAGTTGC AAGCAGTAGT TTGGGTTTTG GTAACAATTT AGCTTCATAA 
GCAAACAATA GTCTAGGGTT TGGAAATAAT CCCTCCACTG TTTCAGTCAC TAGCACTCAA 
TATAATACAA ACTAGTATTC AAGTAGTTTA AATCCTTAAA TCAGCAGCTT AAACCCATAA 
AATACTTTCA ATACTAAGAC GAGTGAGCAA ATAGTTTCCA CTCAACCATA CACTTTTGAA 
TAGAGATAAT ACTACTGA

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

RefSeq	XP_001015461.2
CDS	1..3978
Translation	MKKKFTNINIESNNAYRAILSLSKLNDQHTVKTGLEELKDILTNYATDNDRILIAILAIESNTGGKMSTKREFIKLIGLLAIFEEKILDYLPRILAILNKKIKECDSSLGVVSETFGLIEYSLRKVDPVGLRYL*TVKVIQNFSHNSATI*VAAMSLKIISAPPLCMIDMKEEIIGVILDLRTNKVNSNLLDSLLALIMGIEDFRPFVPATIPVLVEHANHSVWNVRKIAVDVIYTLCVFMCDSLEPFIEIVESLSNCRFDKIKHVRDSATVALNTIKEKLGPYVEKIN*IEKKPVPSSFHPPTKKVNINNQQHNKKPNLSNENIIIPNESSFRENPHKNNFKTKEVERNSASKRGKSDNNNSHKNPKVHQALNKKSINPEFLKNAVKGDVEIKEGKKTPLKSRNVGEQA**VNEEQIKTNDFEWDMYKRQMLAEYDEGGADEEFEEGEEEESSNANYKEKRKIKKANLLEDIHDNEFDNDIQIFVSGSPPSKAERRQYNMINE*KKQHKPQIIYNDKHKHHVHQDNYRESMGQVYSPNHEVSKSSPDRYNSGKSHRHIIDERNAHIQRNIKMQGHKSLNDSLVVNLAIEENARIFERLDFIENDMKIEHHLHRIGFLEDTLEKLYAQANQLN*FMNYRYMLQFNQQQ*LLKNLYAIQQTPVVNGFFPGNTLDPATAFMAELLN**QLFPFANFNQAKSNYMQTAFNSQQSE*SKNDDNKHRKHNPSPKNIDSLQSPPNANSGSNIIHNHHNNYSLHGDDLEHERAANYEAIKNKKKINKDHLFEQNVEINQKKKESPPKNASLPKTSPGKKKSPKGEQAHLESNVIEKINKSISEDKLNEAYGLALTSNDDEILFEVMKSTKVCTNRLDDIHIEFLFSKFKGYLEKLKNVNEILNWINVSLEQKIPISENIKSLRESLKKMIDNSMDKKDGVLSRDHHTALKLINLEHPGVYNTQKSFTISSSNNINTVNIPNATFAKANSNNNISSLNSAKDLGFLKDDKASLSLQQNEYLIGIKDNQYKVNSANNFPAAQNPINNSYNTFPSSTTSNQVYQFTNPEIKRTLDFGSPSVNESTLPYNNYLDKPIGNIGQHTQSNNLDYLNSNNFSKNVSLNNPTNLSSNPYNSAVASSSLGFGNNLASANNSLGFGNNPSTVSVTSTQYNTNYSSSLNPISSLNPNTFNTKTSEQIVSTQPYTFER*YY

Target ORF information:

RefSeq Version	XM_001015461.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 hypothetical protein partial mRNA.

Target ORF information:

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

XM_001015461.2

ORF Insert Sequence:

ATGAAGAAGA AATTTACAAA TATTTAAAAT ATAGAATCGA ATAACTAAGC ATATCGATAA 
GCTATCCTTT AGTCTCTTTC TAAATTGAAT GATCAACACA CTGTAAAGAC AGGATTAGAG 
GAGTTAAAGG ATATTTTAAC AAATTATGCT ACAGATAATG ATAGAATTTT AATAGCGATT 
CTTGCAATTT AAGAATCAAA TACTGGGGGA TAGAAGATGT CTACTAAAAG AGAGTTTATT 
AAATTAATTG GGTTATTAGC ATAGATTTTT GAAGAAAAGA TATTGGATTA TTTGCCTAGA 
ATTTTAGCAA TTTTGAATAA AAAAATTAAA GAATGCGATT CCTCTCTGTA AGGAGTCGTT 
TCAGAAACGT TTGGGTAATT GATTGAGTAT TCGCTGAGAA AGGTAGATCC TTAGGTTGGT 
TTAAGGTATT TGTAATAAAC TGTAAAGGTA ATTTAACAGA ACTTCTCTCA CAACTCAGCT 
ACTATTTAAT AAGTTGCTGC AATGTCTTTA TAGAAAATTA TTTAAAGTGC ACCTCCTCTT 
TGCATGATTG ATATGAAGGA AGAAATTATT GGAGTCATAT TAGATTAATT AAGAACAAAT 
AAATAAGTTA ATTCTAATTT GTTGGATAGT TTATTAGCTT TAATTATGGG AATAGAAGAT 
TAATTCAGAC CTTTTGTACC TGCAACAATA CCTGTCCTTG TTGAACATGC TAATCATTCA 
GTCTGGAATG TAAGAAAAAT AGCAGTTGAT GTTATATACA CTCTTTGTGT TTTTATGTGT 
GATTCTTTAG AGCCTTTTAT CGAATAAATA GTAGAAAGTC TCAGCAATTG TCGTTTTGAT 
AAAATAAAAC ATGTCAGAGA TTCTGCTACT GTTGCACTAA ATACAATCAA AGAGAAATTG 
GGACCTTAGT ATGTTGAGAA AATTAATTAA TAAATAGAGA AAAAGCCAGT ACCCTCTTCA 
TTTCATCCAC CAACTAAAAA AGTGAACATA AACAATCAGC AATAGCACAA CAAATAGAAG 
CCTTAAAACC TTTCAAACGA AAATATAATT ATACCCAATG AGAGTTCTTT TAGGGAAAAT 
CCTCATAAAA ATAACTAGTT TAAGACAAAA TAGGAAGTTG AACGCAATTC TGCAAGTAAA 
AGAGGAAAGT CATAAGATAA TAATAATTAG TCTCATAAGA ATTAGCCAAA GGTTCATCAA 
GCCTTGAATA AAAAGTCAAT AAATCCTGAA TTTCTCAAAA ATGCAGTTAA AGGAGATGTC 
GAAATAAAGG AAGGTAAAAA AACACCACTT AAATCCAGAA ATGTTGGAGA ACAAGCCTAG 
TAATAATAAG TGAATGAATA AGAGTAACAG ATTAAAACAA ATTAAGATTT CGAATAATGG 
GATATGTACT AAAAGTAAAG ACAATAATAA ATGCTTGCAG AATATGATGA AGGAGGCTAG 
GCTGACGAAG AATTTGAAGA AGGAGAAGAA GAAGAATAAA GTTCAAATGC AAATTATTAA 
AAGGAAAAGA GAAAAATCAA AAAGGCAAAT TTATAACTTG AAGATATCCA TGACTAATAA 
AATGAATAGT TTGACAATGA TATACAAATA TTTGTATCAG GATCGCCTCC TTCTAAAGCA 
GAAAGATAGA GACAGTACTA GAATATGATA AATGAGTAGT AGAAAAAACA GCATAAACCA 
CAAATTATTT AATATAATGA TAAGCACAAA CATCACGTCC ATCAAGATAA CTATAGAGAA 
TCGATGGGAT AGCAAGTTTA CTAAAGCCCT AACCATGAAG TTTAGAGTAA AAGCAGCCCA 
GATAGGTATA ATAGTGGCAA ATCTCATAGA CATTAGTAAA TTATAGATTA AGAGAGATAG 
AATGCTCATT AAATTCAAAG AAATATTTAG AAAATGCAGT AAGGACATAA GAGTTTAAAT 
GATTCATTAG TTGTTAATTA GTTGGCATAA ATTGAGGAGA ATTAAGCTAG GATTTTTGAG 
AGATTAGATT TTATTGAAAA TGATATGAAA ATAGAATAGC ATCACTTACA TTAAAGAATT 
GGATTTTTAG AAGACACCCT TGAGAAACTA TACTAAGCTC AGGCTTAAAA TTAACAACTA 
AATTAGTAAT TTATGAATTA TCGCTATTAG ATGCTTCAAT TCAATTAGCA GTAACAACAG 
TAATAACTAC TCAAGAATCT ATATGCTATA CAGCAAACCC CAGTAGTAAA TGGTTTCTTC 
CCTGGGAATA CCTTAGACCC AGCTACAGCT TAGTTCATGT AAGCCTAGTA GGAACTTTTG 
AATTAATAGT AATAACAGCT TTTCCCATTT GCTAATTTTA ATCAAGCTAA GAGTAACTAC 
ATGCAAACTG CATAATTTAA CTCTCAGCAA AGTGAATAGT AATCAAAAAA TGATGATAAT 
AAGCACAGAA AACATAATCC TTCTCCTTAA AAAAATATTG ATTCTTTACA GTCTCCTCCA 
AATGCCAACA GCTAAGGCTC AAATATTATT CATAATCATC ATAATAACTA TTCTTAATAA 
CTCCATTAAG GAGATGATCT AGAACATGAA AGAGCTGCAA ATTACTAAGA AGCAATAAAA 
AATAAAAAGA AAATCAATAA AGACCATCTT TTCGAATAGC AAAATGTAGA AATTTAAAAT 
CAAAAGAAAA AATAAGAATA ATCTCCTCCA AAAAATGCAA GTTTACCAAA ATAAACCTCT 
CCAGGCAAAA AGAAAAGCCC TTAAAAATAA GGCTAAGAAT AGCAAGCACA TCTAGAGTCA 
AATGTGATAG AAAAAATAAA TAAATCGATT TCAGAAGATA AACTTAATGA AGCATATGGT 
TTAGCTTTGA CTTCTAACGA TGATGAGATT CTTTTTGAAG TTATGAAATC TACAAAGGTA 
TGCACAAATA GACTGGATGA TATTCATATT GAGTTTCTAT TTAGTAAATT TAAAGGATAC 
TTAGAAAAGC TTAAGAATGT TAATGAGATT TTAAACTGGA TAAATGTGTC ATTAGAACAA 
AAAATACCAA TAAGTGAAAA TATCAAATAA TCGCTAAGGG AGAGTTTAAA GAAAATGATT 
GATAACAGTA TGGATAAAAA AGATGGAGTT TTGTAAAGTA GAGATCACCA CACAGCACTT 
AAGTTAATAA ACTAATTAGA GTAACACCCT GGAGTTTACA ATACATAACA GAAGTCTTTT 
ACTTAAATAT CTTCTTCAAA TAATATAAAT ACTGTTAATA TTTAGCCTAA TGCATAAACT 
TAATTTGCAA AAGCTAATTC TAATAACAAT ATATCTTCCC TAAACTCTGC AAAAGATTTA 
GGTTTTTTGA AAGATGACTA AAAGGCATCT TTATCCTTAC AACAAAATGA ATATTTGATA 
GGAATTAAAG ATAATCAATA CAAAGTTAAT TCTGCAAATT AAAATTTTCC AGCTGCACAG 
TAATAAAATC CTATTTAAAA TTAAAACAGC TATTAAAATA CATTCCCTTC TTCTACAACT 
TCAAACTAAC AAGTGTAGTA GTACCAATTC ACAAATCCTG AAATTAAGAG GACTCTCGAC 
TTTGGTTCAC CAAGTGTAAA TGAAAGCACG TTACCTTACA ATAATTATTT GGATAAACCA 
ATAGGAAATA TAGGGTAACA ATAGCATACT CAATCAAATA ATTTAGATTA CCTTAATTCA 
AATAATTTTA GTAAAAATGT TTCCTTAAAT AATTAACCTA CAAATTTAAG TAGCAATCCT 
TATTAAAATA GTGCAGTTGC AAGCAGTAGT TTGGGTTTTG GTAACAATTT AGCTTCATAA 
GCAAACAATA GTCTAGGGTT TGGAAATAAT CCCTCCACTG TTTCAGTCAC TAGCACTCAA 
TATAATACAA ACTAGTATTC AAGTAGTTTA AATCCTTAAA TCAGCAGCTT AAACCCATAA 
AATACTTTCA ATACTAAGAC GAGTGAGCAA ATAGTTTCCA CTCAACCATA CACTTTTGAA 
TAGAGATAAT ACTACTGA