| Gene Symbol | TTHERM_00566800 |
| Entrez Gene ID | 7844084 |
| Full Name | zinc carboxypeptidase family protein |
| Gene Type | protein-coding |
| Organism | Tetrahymena thermophila SB210 |
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TTHERM_00566800 cDNA ORF clone, Tetrahymena thermophila SB210
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Gene
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Clones
gRNAs
The following TTHERM_00566800 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00566800 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.
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Reference Sequences (Refseq)
CloneID OTe54423 Clone ID Related Accession (Same CDS sequence) XM_001022081.2 Accession Version XM_001022081.2 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 4737bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector 
User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1433692800000 Organism Tetrahymena thermophila SB210 Product zinc carboxypeptidase family 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_002476270). On Jun 9, 2015 this sequence version replaced XM_001022081.1. COMPLETENESS: incomplete on both ends.
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681ATGGCTACCC TCGCATAGTA GCTTTGGAAT TAACTTGGAG CTCCTTTAGA TATAGTTGAA
AAAGGAAAAT ATGCGCCAGA TAAATAGTTA GCTTGGAAAT TCAAAATACT TCCTAAAAAC
TTTGCATCAT CTAATGATTA GAGTTTTTGG CAAAAAACAG TTAAGAAGGA TTTAGTCGAA
TTTTTTAGTT AAGGATTGTA GTGTGATCAT GAATGTTAGC CAGATGATAA TTTTAGGTGC
AAGTTTTGTG GTAAGATCTT GAAGTGGATC GTTTATGGAC CTAATAAAAT TATGAAACCA
TATCATATTT ACTACTATGA TTTTAATTAC ATTATAATGG AAAAGAAAGA AAATGATGAT
ATTGTAACCT TCAATTTTAC TGAGATCAAC ACAATTTAAG CTTAAAGAGA GTTTGCTCTC
TATATAATAT GCCGTTAGCC TGGAATGGGA TTCGCAGATT ATTTAGCAAT AAGGAGCATG
CAGGTTCCTA AGACTATAGC TGATTATAAA TTTACAGGAG ACAAATTCCA TAAAAAATTT
GAGTTTTATG GTGATTTTGA AAGTGCTAAC CTCAAGACAA TGTTTATAGA TTAATAAGCA
TAGAAATGTA AGATACTATT GAAGTCTGAT TCAAATAGTT TTGGATTCGC TTAATGGTTT
TATTTTGGTG TTAAATTTTG GGGAAGTGAG CCTCATAAAG TTACTTTTTC AATAGCTAAC
CAAAAGAAGA CTCATTCATA ATTTTCTAAA GGCATGAAAT TTTATGTAGG ATACCTTGAT
CCAGAGAAAG GTCTAACTTG GTAACAATAC TCTTAAGATA TTATCTATAC CTAATCTGAA
TTTAGGAGGA AAAAGAAAGA AGATGAACCT TTCGAAGGAC CTTTGAGTTT GTTTTTTAAT
AAATTAGAAT TTGATTTTAC TTTCTAAACT TCAGGTGAGA GAGTTCTGTT TAGCTATTAC
AAACCATATA CATTTACAGA CTTGATTGAG TTTATAGAGA AAACTGAATA ATCTCTAAAG
GAAAAAGAGA ATGTTGTTGA GGATTTTTCT GCAAAATCAA GAACCACTTT TATTACAACA
GAAAATACCT ACTATAAAAA AGAAATTATT GGCGGGTCAA GGCTTGGTCT ATCCTTATTC
ATGATAGAAA TTACTTGTCC TAAAAAGTTC AAACCGTCTA TCCCTTATGA TAAAAGGAAA
GTTGTGCTCA TTTTAGGTAG ACAGCACCCA TTTGAGACAC CATCTTCTTT AGTTTGCTAA
GGATTTATTA ATTTTCTTAT TTCAGATAAT CCTGTTGCTA GCCAGCTCAA AAGTATGTTT
ATTTTCAAAA TATGTCCTAT GGTAAATCCT GATGGAGTGG TTATTGGAAA TTCAAGAACA
AACCTATCTG GAGCAGACTT AAATAGGTCT TGGGAAAATC CAACACAGAA TGCTCATCCA
GAAGTATACT TTTTAAAATA GTATATTTCC AAAATGAGAG ATAAGAAGAA AGACATATTC
ATGTTTATAG ATTTGCATGC TACTGCAACA AAAGCAAATT CTTTTCTGGT TGGCTGTGAG
TAAGCTCACG GTTTAAGTTC TAATTATAAT TGGATCTCAA ATAGATTAAT AACTAAACTA
ATGCAAGAAA CGATGTGTCA CTTTAGAGAA AAGAACTGCA AATTTAATCT AAAACAAAAG
AATTAATGCA CAGCTAGAGT GATTCTTTGG AAAGAATTTA AAGCTAAATA CTCTTTCAAC
TTAGAATTCA GCATGAATGG ATATAGGTTA AATGAATTCT TTATGTCACA GCAATTTAGG
AAAGAAGAGA GAGATAGGCT GAAAGTATTA TTAGAGAATG GTAAAATTGA TTATGATGAA
TATGCAGAAT TGGTAGATTA AATAAAGCCA CCTAGTTAAG TTTCTGTGTC AGAACCTAAC
ACAAGCAGAT CTCATCAATC TCAAATAAAT GAGGAATAAA TCTAAAAAAA TTCTTAAACA
AGTAGAAGCC TAATCCGTTA AATTTCATAA GGATAGATTA ACAATGCTAC TTCTCCTTCA
TTACAAAATA GAAATCTTAA TAACTACAAT AATCCTAATA ATCCCGTTTT AAAAAAAGTA
CCAATAACAA AGTTTTAAAT AGAAGACTAT GAATAGATAG CTGTCGACTT CTGTCATAAT
CTTTTGAAAT TCACCCTTAT GACTTCTATG ATGTAAGTTG AAATAGAATA AAGTGGATAA
AAGGATTTGG ATATCTCGAA AGTTAAAAAA GAAAATGAAA TAAAAGACTA AATTTCTTAA
GGTGGCTCTT AAGAATAAAT TCGTTAAGCT GAAGGAACAA ATTCTTTTTC TTAAAAAGTT
GGAGAAATTT ACTAAAACTC ACCAAAATCG AGAAAGTCTT TTACAAAAAA AAATGAAGGC
AAATCCCCTA CAACAAATAA ATAATCTCCT CTTAAAAGGC TAAATTCTAT TGGACCCAAC
AAACTCTAAA AATAGAATTC AATAACTGTG AAGGAGAATG AATTACCTCA GAATGATCTT
GACTAAAATA ATAATGAAAT AAAGAAAACC CCTAAAAAGA AATTTGGTGG CAAATCAAAT
TTTTTTAAAA AAATTCAAAA AAAGATTTTA TTAGCTAATT CGAATTAAGA TGAAAGCGAA
GAAGGCGACT CTATTAATTC TTCATCCCAA ATGAATTTAG ATAACTCTGG AACTTAAGAG
TAAAGCAAGT ATGGGTTTAA ACTTAACTTA GAAGAAATTT AAAATAAAAA ATCTTTTGAA
AATTCATTTG AGGAAGACAA ATTATTCGTA AATTCTCCTA TCTAGAAATC GTCTGGTGCA
ACAAAGCTTT AAAAGCAATC TAGTTTTGCA ATTTAGACGT AAGACTCTAA AATGAACACA
ACAAATCAAA ATGTAAAAGT AGAAAATAAA AAATCTGGAA GTATTTTTAT GGAAAAGGAA
ATCATAGGTA GCAAACAAAA ATAGTTTAGT GCTAAATTAT AAAATTTGAC TAATCCTCCT
CCTTTGAATT TATAAGCATT TGAAATTCAA AGTCCCCTAA GTAACCAATC TTCTATAAAT
TATAAATCTA ATTCTATGAG TCCAGGATCA GGTAGTCCAT AAAATGGATA TCTTTAAAAG
ATTTCAAATA TAGGAAATGC CAAGCTTTCC CTCAGTAACT CAGGCTAAAG TTTCAAGCAA
TCGAAAAACT ATAAATTCAA GTCAAAATCA AAGCTGACTT ATTTTGTTAA GTTTATTATT
GGGCAATCTC TAAATATTAA AAATCTTTTT CCTGATATGA GGTCATATGA CTGGGAAGAT
TACTTTTCAT TCTAAGAAAT AGAATCTTAG TTAGGAGAAA AAGGAGTTGA GTTTAAATTG
ATACAAATGA TGAATCAAAA TATGGAACCT ATATTAGAAT ATGACACAGA CTCAAATCCT
GAAGATGACT TAATTGATTC TTTTTAGCAT TTGGATTATT TAAACGATAA AGATGATGAA
GATACAGAAA GGTAGAACAT AATAAAAGAT ATTAATTCTA AATTTGGAGA AAAATTTAAG
GGAAAGCTTA AAGGTTAAAA AATTGATGAT TTACAAGGTA TTTTAGATGG AAGCCATGAA
GTAGATGAAA ATGGAAAACT AAAGAAAAAA GAAATTAAAT AGCAAAAAAT AAATGAATTA
AATGGAGAAA ATTCAAATAT TTGGTTATCA AACTTAAAAA AGAATAGATC AAGACAAGAC
AGTAACTCAT CAAGAGGTTC TTCTAAAAAC AACGCAAATT AAGATTATGA AGACTCACCA
AACAGATCAA ATAGTAATTG GGCTAAAAAA AGTGATTACT CACTTAAGAG GTAAAGTCCA
AAGCACAGTA ATGATATTCA GAACTAATAA AATGGAAAAA CTTAAAGCTA TAACTCAAGG
CTCTTACTTC CAAAAGTTGA ACTATTGAAG TTGAAAAATC CGTTTTTACC TTCTTCTCAT
TAAGTTAACT AGTTTTACAA CTCAAAAAAC ATAACTAAAG TCCTATAGGA AGAAAGAGAT
TAGTTGCAAA CTCTCAAAAA AATTAAGAAA AAGAAAACTG ATTTAATGAT GCTTACAACT
TACAGCAGTT AAGGGTATTA AAAAGATAAG AAAATACAAA TAGACCCTTC CTTGTGCATG
GCAGGTGCTA CCTTCTTTTG TCCTTCAAAG ACAATATAAT AAAAATAGGA AATTGAGCAA
AATAATTCAC GTTCCTAGAC ATTGATCTAA AGCTCACATA AATTCTTAAG ATCATAACAA
AATAGCTTCA AAGACAGTGC TAATAGTACA GCTTATAATG CTCATTCTAA GTCATCCAGT
ATCATATAGT ACTCAAAAAA TAATCCTTTG AACAGAAAAG AAAGCGATTT ACTCTATAGT
TCAGATTATC TTTTAGAAAA CACTTAAATT TATAGAGATA ATAGCCATTA TAATAACGAT
TTTGTAAAAG AAGAAAGTAA AGTTTCCTTC AAAATAAAAA ACTCATAATT CGGTTCTCTA
ATACTACCAG TAGATAACTA TAAAATTCCA TAAATAAAGG AATAAAAGTA AACAAAGACT
CTAGTGGTTT ATTAAAGCCG ACTAAACAAA GATCCATATT AAATTTCTTC AGTTTGTAGA
AATGCTTCTT TATAGAAATT GAATGCAAAT TTATAATATC AAAGCAATTC AATCATAAAA
GATGAAAGTA AAAAAACTGT TGTCTCATTT TACAGAAAAG CGAACAAAGA AAGTTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_001022081.2 CDS 1..4737 Translation 
Target ORF information:
RefSeq Version XM_001022081.2 Organism Tetrahymena thermophila SB210 Definition Tetrahymena thermophila SB210 zinc carboxypeptidase family protein partial mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_001022081.2
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681ATGGCTACCC TCGCATAGTA GCTTTGGAAT TAACTTGGAG CTCCTTTAGA TATAGTTGAA
AAAGGAAAAT ATGCGCCAGA TAAATAGTTA GCTTGGAAAT TCAAAATACT TCCTAAAAAC
TTTGCATCAT CTAATGATTA GAGTTTTTGG CAAAAAACAG TTAAGAAGGA TTTAGTCGAA
TTTTTTAGTT AAGGATTGTA GTGTGATCAT GAATGTTAGC CAGATGATAA TTTTAGGTGC
AAGTTTTGTG GTAAGATCTT GAAGTGGATC GTTTATGGAC CTAATAAAAT TATGAAACCA
TATCATATTT ACTACTATGA TTTTAATTAC ATTATAATGG AAAAGAAAGA AAATGATGAT
ATTGTAACCT TCAATTTTAC TGAGATCAAC ACAATTTAAG CTTAAAGAGA GTTTGCTCTC
TATATAATAT GCCGTTAGCC TGGAATGGGA TTCGCAGATT ATTTAGCAAT AAGGAGCATG
CAGGTTCCTA AGACTATAGC TGATTATAAA TTTACAGGAG ACAAATTCCA TAAAAAATTT
GAGTTTTATG GTGATTTTGA AAGTGCTAAC CTCAAGACAA TGTTTATAGA TTAATAAGCA
TAGAAATGTA AGATACTATT GAAGTCTGAT TCAAATAGTT TTGGATTCGC TTAATGGTTT
TATTTTGGTG TTAAATTTTG GGGAAGTGAG CCTCATAAAG TTACTTTTTC AATAGCTAAC
CAAAAGAAGA CTCATTCATA ATTTTCTAAA GGCATGAAAT TTTATGTAGG ATACCTTGAT
CCAGAGAAAG GTCTAACTTG GTAACAATAC TCTTAAGATA TTATCTATAC CTAATCTGAA
TTTAGGAGGA AAAAGAAAGA AGATGAACCT TTCGAAGGAC CTTTGAGTTT GTTTTTTAAT
AAATTAGAAT TTGATTTTAC TTTCTAAACT TCAGGTGAGA GAGTTCTGTT TAGCTATTAC
AAACCATATA CATTTACAGA CTTGATTGAG TTTATAGAGA AAACTGAATA ATCTCTAAAG
GAAAAAGAGA ATGTTGTTGA GGATTTTTCT GCAAAATCAA GAACCACTTT TATTACAACA
GAAAATACCT ACTATAAAAA AGAAATTATT GGCGGGTCAA GGCTTGGTCT ATCCTTATTC
ATGATAGAAA TTACTTGTCC TAAAAAGTTC AAACCGTCTA TCCCTTATGA TAAAAGGAAA
GTTGTGCTCA TTTTAGGTAG ACAGCACCCA TTTGAGACAC CATCTTCTTT AGTTTGCTAA
GGATTTATTA ATTTTCTTAT TTCAGATAAT CCTGTTGCTA GCCAGCTCAA AAGTATGTTT
ATTTTCAAAA TATGTCCTAT GGTAAATCCT GATGGAGTGG TTATTGGAAA TTCAAGAACA
AACCTATCTG GAGCAGACTT AAATAGGTCT TGGGAAAATC CAACACAGAA TGCTCATCCA
GAAGTATACT TTTTAAAATA GTATATTTCC AAAATGAGAG ATAAGAAGAA AGACATATTC
ATGTTTATAG ATTTGCATGC TACTGCAACA AAAGCAAATT CTTTTCTGGT TGGCTGTGAG
TAAGCTCACG GTTTAAGTTC TAATTATAAT TGGATCTCAA ATAGATTAAT AACTAAACTA
ATGCAAGAAA CGATGTGTCA CTTTAGAGAA AAGAACTGCA AATTTAATCT AAAACAAAAG
AATTAATGCA CAGCTAGAGT GATTCTTTGG AAAGAATTTA AAGCTAAATA CTCTTTCAAC
TTAGAATTCA GCATGAATGG ATATAGGTTA AATGAATTCT TTATGTCACA GCAATTTAGG
AAAGAAGAGA GAGATAGGCT GAAAGTATTA TTAGAGAATG GTAAAATTGA TTATGATGAA
TATGCAGAAT TGGTAGATTA AATAAAGCCA CCTAGTTAAG TTTCTGTGTC AGAACCTAAC
ACAAGCAGAT CTCATCAATC TCAAATAAAT GAGGAATAAA TCTAAAAAAA TTCTTAAACA
AGTAGAAGCC TAATCCGTTA AATTTCATAA GGATAGATTA ACAATGCTAC TTCTCCTTCA
TTACAAAATA GAAATCTTAA TAACTACAAT AATCCTAATA ATCCCGTTTT AAAAAAAGTA
CCAATAACAA AGTTTTAAAT AGAAGACTAT GAATAGATAG CTGTCGACTT CTGTCATAAT
CTTTTGAAAT TCACCCTTAT GACTTCTATG ATGTAAGTTG AAATAGAATA AAGTGGATAA
AAGGATTTGG ATATCTCGAA AGTTAAAAAA GAAAATGAAA TAAAAGACTA AATTTCTTAA
GGTGGCTCTT AAGAATAAAT TCGTTAAGCT GAAGGAACAA ATTCTTTTTC TTAAAAAGTT
GGAGAAATTT ACTAAAACTC ACCAAAATCG AGAAAGTCTT TTACAAAAAA AAATGAAGGC
AAATCCCCTA CAACAAATAA ATAATCTCCT CTTAAAAGGC TAAATTCTAT TGGACCCAAC
AAACTCTAAA AATAGAATTC AATAACTGTG AAGGAGAATG AATTACCTCA GAATGATCTT
GACTAAAATA ATAATGAAAT AAAGAAAACC CCTAAAAAGA AATTTGGTGG CAAATCAAAT
TTTTTTAAAA AAATTCAAAA AAAGATTTTA TTAGCTAATT CGAATTAAGA TGAAAGCGAA
GAAGGCGACT CTATTAATTC TTCATCCCAA ATGAATTTAG ATAACTCTGG AACTTAAGAG
TAAAGCAAGT ATGGGTTTAA ACTTAACTTA GAAGAAATTT AAAATAAAAA ATCTTTTGAA
AATTCATTTG AGGAAGACAA ATTATTCGTA AATTCTCCTA TCTAGAAATC GTCTGGTGCA
ACAAAGCTTT AAAAGCAATC TAGTTTTGCA ATTTAGACGT AAGACTCTAA AATGAACACA
ACAAATCAAA ATGTAAAAGT AGAAAATAAA AAATCTGGAA GTATTTTTAT GGAAAAGGAA
ATCATAGGTA GCAAACAAAA ATAGTTTAGT GCTAAATTAT AAAATTTGAC TAATCCTCCT
CCTTTGAATT TATAAGCATT TGAAATTCAA AGTCCCCTAA GTAACCAATC TTCTATAAAT
TATAAATCTA ATTCTATGAG TCCAGGATCA GGTAGTCCAT AAAATGGATA TCTTTAAAAG
ATTTCAAATA TAGGAAATGC CAAGCTTTCC CTCAGTAACT CAGGCTAAAG TTTCAAGCAA
TCGAAAAACT ATAAATTCAA GTCAAAATCA AAGCTGACTT ATTTTGTTAA GTTTATTATT
GGGCAATCTC TAAATATTAA AAATCTTTTT CCTGATATGA GGTCATATGA CTGGGAAGAT
TACTTTTCAT TCTAAGAAAT AGAATCTTAG TTAGGAGAAA AAGGAGTTGA GTTTAAATTG
ATACAAATGA TGAATCAAAA TATGGAACCT ATATTAGAAT ATGACACAGA CTCAAATCCT
GAAGATGACT TAATTGATTC TTTTTAGCAT TTGGATTATT TAAACGATAA AGATGATGAA
GATACAGAAA GGTAGAACAT AATAAAAGAT ATTAATTCTA AATTTGGAGA AAAATTTAAG
GGAAAGCTTA AAGGTTAAAA AATTGATGAT TTACAAGGTA TTTTAGATGG AAGCCATGAA
GTAGATGAAA ATGGAAAACT AAAGAAAAAA GAAATTAAAT AGCAAAAAAT AAATGAATTA
AATGGAGAAA ATTCAAATAT TTGGTTATCA AACTTAAAAA AGAATAGATC AAGACAAGAC
AGTAACTCAT CAAGAGGTTC TTCTAAAAAC AACGCAAATT AAGATTATGA AGACTCACCA
AACAGATCAA ATAGTAATTG GGCTAAAAAA AGTGATTACT CACTTAAGAG GTAAAGTCCA
AAGCACAGTA ATGATATTCA GAACTAATAA AATGGAAAAA CTTAAAGCTA TAACTCAAGG
CTCTTACTTC CAAAAGTTGA ACTATTGAAG TTGAAAAATC CGTTTTTACC TTCTTCTCAT
TAAGTTAACT AGTTTTACAA CTCAAAAAAC ATAACTAAAG TCCTATAGGA AGAAAGAGAT
TAGTTGCAAA CTCTCAAAAA AATTAAGAAA AAGAAAACTG ATTTAATGAT GCTTACAACT
TACAGCAGTT AAGGGTATTA AAAAGATAAG AAAATACAAA TAGACCCTTC CTTGTGCATG
GCAGGTGCTA CCTTCTTTTG TCCTTCAAAG ACAATATAAT AAAAATAGGA AATTGAGCAA
AATAATTCAC GTTCCTAGAC ATTGATCTAA AGCTCACATA AATTCTTAAG ATCATAACAA
AATAGCTTCA AAGACAGTGC TAATAGTACA GCTTATAATG CTCATTCTAA GTCATCCAGT
ATCATATAGT ACTCAAAAAA TAATCCTTTG AACAGAAAAG AAAGCGATTT ACTCTATAGT
TCAGATTATC TTTTAGAAAA CACTTAAATT TATAGAGATA ATAGCCATTA TAATAACGAT
TTTGTAAAAG AAGAAAGTAA AGTTTCCTTC AAAATAAAAA ACTCATAATT CGGTTCTCTA
ATACTACCAG TAGATAACTA TAAAATTCCA TAAATAAAGG AATAAAAGTA AACAAAGACT
CTAGTGGTTT ATTAAAGCCG ACTAAACAAA GATCCATATT AAATTTCTTC AGTTTGTAGA
AATGCTTCTT TATAGAAATT GAATGCAAAT TTATAATATC AAAGCAATTC AATCATAAAA
GATGAAAGTA AAAAAACTGT TGTCTCATTT TACAGAAAAG CGAACAAAGA AAGTTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
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