| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_4959 |
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| Symbol | |
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| ID | 4246613 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Trichodesmium erythraeum IMS101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008312 |
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| Strand | - |
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| Start bp | 7559014 |
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| End bp | 7563648 |
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| Gene Length | 4635 bp |
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| Protein Length | 1544 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 638109770 |
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| Product | TPR repeat-containing protein |
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| Protein accession | YP_724346 |
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| Protein GI | 113478285 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4995] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.117684 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 33 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGACAACA AACGCATAGA AGCATACGTC AACCTCATTA ACCAACTGCT AAATTCCCCC
AGCGGTGAGG TAGAAAAAAT CCTCGAAGCC AACCAAGAGT TGGTAGATGA AGGGTTACTG
GAAATAATGG AACTTTACGC ACAACAACTG GCAGAAAACG ATGACGAAAA TGCTCAAAAC
GCTGCTAATT TTTTACGTCA TCTCAGGAGT CAGCTTGTAG AGTTACTAGA AATTTCAGAA
TATTCTCCCT CAACTCATTA CTCATCGGCA GAATATTTTA ATTTCTTAGA AGAGGTATTG
GAGGCAACTG CAGAAAGCAA AGGTGACTCG AAGGTTGTCT ACCCATTCCT GCAGCAAAAC
TTAGATAAAC TTGATGATAA CTTTGCTGAT ATATTGCGAA ACTGGGCAAC TGCTAAATTT
TCTGAAGCGG AGGCGGGTGT AGCAGAATAC ATTGCTATGT GTGTTGGTGA GTTAAGTAAC
CTCATTCAGC AATTTCCTCT GGGCAGCCAA GCAAACAACA TGGAAATTAG CATTGCAGGT
TATGAAGTAG TGCTAAAGGT TTTTACACAT AAGAGTCACC GGGAAAATTG GGCAACTATT
CAAAATAATC TCGGCGCTGC CTACAGAGAC AGAATAAGGG GAGACAAAGC GGAAAATATT
GAAGCTGCCA TTGCTGCATA CCAACAAGCT TTGCTGGTGC GCACCCAAAC AGACTTCCCC
ATGGACTGGG CAGGAACTCA AAATAATCTC GGCATTGCCT ACAGAAACAG AATAAGGGGA
GACAAAGCCG AAAATATTGA AGCCGCCATT GCTGCATTCC AACAAGCTTT GCTGGTGTAC
ACCCAAACTG ACTTCCCCAT CAACTGGGCA ATGACTCAAA ATAATCTCGG CGGTGCCTAC
TTTTACAGAA TAAGGGGAGA CAAAGCCGAA AATATTGAAG CCGCCATTGC TGCATACCAA
CAAGCTTTGC TGGTGTACAC CCAAACTGAC TTCCCCATGG ACTGGGCAAT GACTCAAAAT
AATCTCGGCG CTGCCTACAG AAACAGAATA AGGGGAGACA AAGCCGAAAA TATTGAAGCC
GCCATTGCTG CATGCCAACA AGCTTTGCTG GTGTACACCC AAACTGACTT CCCCATCGAC
TGGGCAATGA CTCAAAATAA TCTCGGCGGT GCCTACTTTT ACAGAATAAG GGGAGACAAA
GCCGAAAATA TTGAAGCCGC CATTGCTGCA TACCAACAAG CTTTGCTGGT GTTCACCCAA
ACTGACTTCC CCATCGACTG GGCAATGACT CAAAATAATC TCGGCGCTGC CTACAGTGAC
AGAATAAGGG GAGAAAAAGC CGAAAATATT GAAGCTGCCA TTGCTGCATG CCAACAAGCT
TTGCTGGTGT ACACCCAAAC TGACTTCCCC ATGGACTGGG CAATGACTCA AAATAATCTC
GGCGCTGCCT ACAGAGACAG AATAAGGGGA GACAAAGCCG AAAATATTGA AGCCGCCATT
GCTGCATTCC AACAAGCTTT GCTGGTGTAC ACCCAAACTG ACTTCCCCAT CAACTGGGCA
ATGACTCAAA ATAATCTCGG CATTGCCTAC AGTGACAGAA TAAGGGGAGA CAAAGCCGAA
AATATTGAAG CCGCCATTGC TGCATACCAA CAAGCTTTGC TGGTGTACAC CCAAACTGAC
TTCCCCATGG ACTGGGCAAT GACTCAAAAT AATCTCGGCG CTGCCTACAG AAACAGAATA
AGGGGAGACA AAGCCGAAAA TATTGAAGCC GCCATTGCTG CATGCCAACA AGCTTTGCTG
GTGCGCACCC AAACTGACTT CCCCATGGAC TGGGCAAATA CTCAAAATAA TCTCGGCTCT
GCCTACGGTA ACAGAATAAA GGGAGACCAA GCCGAAAATA TTGAAGCTGC CATTGCTGCA
TTCCAACAAG CTTTGCTGGT GCGCACCCAA ACTGACTTCC CCATGGACTG GGCAAATACT
CAAAATAATC TCGGCATTGC CTACAGAGAC AGAATAAGGG GAGACAAAGC CGAAAATATT
GAAGCTGCCA TTGCTGCATA CCAACAAGCT TTGCTGGTGT ACACCCAAAC TGACTTCCCC
ATCAACTGGG CAAGAACTCA AAATAATCTC GGCATTGCCT ACAGTGACAG AATAAGGGGA
GACAAAGCCG AAAATATTGA AGCTGCCATT GCTGCATACC AACAAGCTTT GCTGGTGCGC
ACCCAAACTG ACTTCCCCAT GGAATGGGCA ATGACTCAAA ATAATCTCGG CAATGCCTAC
AGTGACAGAA TAAGGGGAGA CAAAGCCCAA AATATTAAAG CTGCCATTGC TGCATTCCAA
CAAGCTTTGC TGGTGTACAC CCAAACTGAC TTCCCCATCA ACTGGGCAGC AGCTCAAAAT
AATCTCGGCC TTGCCTACAG TGACAGAATA AGGGGAGACA AAGCCGAAAA TATTGAAGCC
GCCATTGCTG CAAATATTGA AGCCGCCATT GCTGCATACG AACAAGCTTT GCAGGTGCGC
ACCCAAACTG ACTTCCCCAT CGACTGGGCA CAAACTCAAA ATAATCTCGG CATTGCCTAC
AGTGACAGAA TAAGGGGAGA CAAAGCCGAA AATATTGAAG CTGCCATTGC TGCATACCAA
CAAGCTTTGC TGGTGCGCAC CCAAACTGAC TTCCCCATGG AATGGGCACA AACTCAAAAT
AATCTCGGCC TTGCCTACAT TTACAGAATA AGGGGAGACA AAGCCGAAAA TATTGAAGCC
GCCATTGCTG CATACGAACA AGCTTTGCTG GTGCGCACCC TAGAAGCAGA CCCCATCAAC
CACCTCCAAA CCACCAACAA CCTAGGCAAC CTATATTTCG ACAACCAAAA CTGGCAACTC
GCCGCCGACA ACTATAAAAA AGCCATAACC GCAGTGGAAC TCAGCCGCAG TTGGTCAAAA
GATGACGACC GTCGCCAAGA AATCATCGAA GAGTCTATAG GTGTCTACCG CAAGATAGTA
CAAGCTTACG TGAATAGCGA TCAAATAGAA AAAGCCTTAG AATATGTAGA GCGTTCTCGC
TCCAAACGGT TAGTAGACAT AATGGCAAGT AACGATCGCT ACTCCCAAGG TGAAATGCCA
GGAGAAGTTG AAGAACGGTT AAAAGAACAC GAAGCTATTC AACAGCAAAT TAATCAACTT
TGGGAACAAC AACAAAAGGG CAGTCAAATA GAGTCGAAAG ATTTAGCTGT AGCAACTAGG
GGGCGAGCTG CGACAGAAGC CAGAAACAAA CGCATTGGGG AATTAGAAGC CAAAAAGCAG
GAAGTTTATA AAAAAATCCG CAGCTTCGAC CGGGTATTAG CAGAGGGAAT TCAAGTTGCC
CCACTGGAAT TTCCAAAAAT TCAAGCATTG ATCCAGGAGC CCACCACAGC GATATTGAGT
TTTTATACTA TCACCGACGA TACCTATTTA TTTGTATTGC GACAAGATGG GGTAAAAGTT
CATACTTACG AAGGGTTGGG GCTTAAAGAA CTGCAAAACT GGATTTGGGA AAAATGGTTT
GGGTCTTACC TCTCATCCCG GGAAGAATGG CAACAACAGA TGCCTGAATT TTTACAGGAT
GTAAGTAAGA AGTTAAAATT AGAGGAATTA TGCAAATCTT ATCTTCAAGA CATTGAAGAA
TTGATATTAA TTCCCCATTT ATCCTTGCAC TTTCTCCCTT GGAACGCAAT GCCAGTAGCA
GAGTCAGGAG AAGACAAATA TCTAGGTGAC CGTTTCCGTA TCCGCACCCT GGCCAGTTGC
CAAATTCTAG ACTTTTGTAC CGAACGGGAA GAAATTCAAG GGGAAGTCAA ACAAGGCATT
GTGGAAGACA CTCACAACGA CCTACCTTGT TCCAGTTATG AAGCGCAATA TATAGCCCAA
ATGTATGGAG TCCCAGAACA CCAACGCCTG CGAGGTGAAG CCGCAACTAT AGACAGTTAC
AAACTATTAT TATCTCAGGT ACAACGGTTA TTGTCAACCC ATCACGCTCA ATCTCGCATA
GACAACTGTA TGGAGTCAGC GTTAGTGTTA GCGGACGGCA GACTTACTTT AGGGCAACTA
TTATCTCCTG CCTTCCGTTT CCCAGATCTA GATGAAGTAT TCATCGACTG TTGTGAGACC
AATTTCGGTC GAGTGCAAAT CTCCGATGAC GTGTTAACAT TAAACACAGG GTTTTTATGT
GCAGGTGCCA GGGGTGTGAT CAGCAGTTTG TGGTCTGTAG ATGACTTAGG AACATGTTTA
TTTTCGATTT TTTATCACCA ACTGCGCCAA GAAGGAAAAA ATCGTTCTCT GGCATTGCAA
CTAGGACAAC GACAGTTACG AGAATTAACG GGCAAAGAAC TCAAGAAGAA ATATAAAAAG
GAGTTAGAAA GTTCGTTAGA TGAAAAGTTG GAACCGGCAT ATAAGCAACT TCAGGAAATA
GAACGCAGAC GTGATGGTTA TACCAAAAGT TCCGTGGAAT ATCAGGAGTT AGAGGAGGAG
CGGGAAAAAC TTGTAGCTAT TTATGAGCGT ATTTTTTATA CTAAGAATAA GTACCTGAAA
GCAGCTTGTA AAAAAGAACA TCCCTTTGAG CATCCGGCGT ATTGGAGTGC GTTTATTTGT
GCAGGGTTGA GTTAG
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| Protein sequence | MDNKRIEAYV NLINQLLNSP SGEVEKILEA NQELVDEGLL EIMELYAQQL AENDDENAQN
AANFLRHLRS QLVELLEISE YSPSTHYSSA EYFNFLEEVL EATAESKGDS KVVYPFLQQN
LDKLDDNFAD ILRNWATAKF SEAEAGVAEY IAMCVGELSN LIQQFPLGSQ ANNMEISIAG
YEVVLKVFTH KSHRENWATI QNNLGAAYRD RIRGDKAENI EAAIAAYQQA LLVRTQTDFP
MDWAGTQNNL GIAYRNRIRG DKAENIEAAI AAFQQALLVY TQTDFPINWA MTQNNLGGAY
FYRIRGDKAE NIEAAIAAYQ QALLVYTQTD FPMDWAMTQN NLGAAYRNRI RGDKAENIEA
AIAACQQALL VYTQTDFPID WAMTQNNLGG AYFYRIRGDK AENIEAAIAA YQQALLVFTQ
TDFPIDWAMT QNNLGAAYSD RIRGEKAENI EAAIAACQQA LLVYTQTDFP MDWAMTQNNL
GAAYRDRIRG DKAENIEAAI AAFQQALLVY TQTDFPINWA MTQNNLGIAY SDRIRGDKAE
NIEAAIAAYQ QALLVYTQTD FPMDWAMTQN NLGAAYRNRI RGDKAENIEA AIAACQQALL
VRTQTDFPMD WANTQNNLGS AYGNRIKGDQ AENIEAAIAA FQQALLVRTQ TDFPMDWANT
QNNLGIAYRD RIRGDKAENI EAAIAAYQQA LLVYTQTDFP INWARTQNNL GIAYSDRIRG
DKAENIEAAI AAYQQALLVR TQTDFPMEWA MTQNNLGNAY SDRIRGDKAQ NIKAAIAAFQ
QALLVYTQTD FPINWAAAQN NLGLAYSDRI RGDKAENIEA AIAANIEAAI AAYEQALQVR
TQTDFPIDWA QTQNNLGIAY SDRIRGDKAE NIEAAIAAYQ QALLVRTQTD FPMEWAQTQN
NLGLAYIYRI RGDKAENIEA AIAAYEQALL VRTLEADPIN HLQTTNNLGN LYFDNQNWQL
AADNYKKAIT AVELSRSWSK DDDRRQEIIE ESIGVYRKIV QAYVNSDQIE KALEYVERSR
SKRLVDIMAS NDRYSQGEMP GEVEERLKEH EAIQQQINQL WEQQQKGSQI ESKDLAVATR
GRAATEARNK RIGELEAKKQ EVYKKIRSFD RVLAEGIQVA PLEFPKIQAL IQEPTTAILS
FYTITDDTYL FVLRQDGVKV HTYEGLGLKE LQNWIWEKWF GSYLSSREEW QQQMPEFLQD
VSKKLKLEEL CKSYLQDIEE LILIPHLSLH FLPWNAMPVA ESGEDKYLGD RFRIRTLASC
QILDFCTERE EIQGEVKQGI VEDTHNDLPC SSYEAQYIAQ MYGVPEHQRL RGEAATIDSY
KLLLSQVQRL LSTHHAQSRI DNCMESALVL ADGRLTLGQL LSPAFRFPDL DEVFIDCCET
NFGRVQISDD VLTLNTGFLC AGARGVISSL WSVDDLGTCL FSIFYHQLRQ EGKNRSLALQ
LGQRQLRELT GKELKKKYKK ELESSLDEKL EPAYKQLQEI ERRRDGYTKS SVEYQELEEE
REKLVAIYER IFYTKNKYLK AACKKEHPFE HPAYWSAFIC AGLS
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