| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3677 |
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| Symbol | |
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| ID | 4243984 |
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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 | 5641369 |
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| End bp | 5645715 |
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| Gene Length | 4347 bp |
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| Protein Length | 1448 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 638108624 |
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| Product | TPR repeat-containing protein |
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| Protein accession | YP_723211 |
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| Protein GI | 113477150 |
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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 | 0.114945 |
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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 | 15 |
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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 | ATGGATGAAC AACGCCTAAC CGCATACGCT AAACTAATTC AACAACTCCT AAAGTGTCCT
GAAGGTCAAG AGTCAAATGT TCTCCAAAAC CACCAACACC TCATAGATGA AAGATTAATT
CCTGTAATGC AGAAATATGG TCAATATCTG GCTAAAACAG GTAATGAAAA TCAAGCTCAA
TGTTTTTTGA ATATAGCTCA AACCCTAGCA CAACAGTTAA ATAAGTTGCC AAATGCTGTT
GCTGAGGAGT CTTACATGAC TCTACTGGAA CAGCTAAGAA CAGCAAAGTT AGAAAATTGC
GACGACTCGG CACCTGTCTA CCATATCCTA GATCACAACC GAGACCTTCT TGATGAAAAT
ATTGCTCGTG TTCTCCCACA ATATGCATCT GACTTGATCA CCAAACTTAC TGCTGAAGAT
ACTGGTGGTT TTGTTGACTT GATCGAAAGC CTGAGTTATG ATTTTTATAG TTTTCCACGG
GGCAACAGAA AAGCTAATAT AGAAATAGCG ATCGCTGGAT ATTTATTTGT CCTCAGCTAC
CGTCAGGAAA ATACAGAAAA ATGGGCAGGA GCTCAAAATA ATCTCGGTGC TGCCTACTTT
TACAGAATAA GGGGAGACAA AGCCGAAAAT ATTGAAGCTG CCATTGCTGC ATGCAAACAA
GCTTTGCTGG TGTTCACCCA AACTGACTTC CCCATGGACT GGGCAACAAC TCAAAATAAT
CTCGGCGGTG CCTACTTTTA CAGAATAAGG GGAGACAAAG CCGAAAATAT TGAAGCCGCC
ATTGCTGCAT TCCAACAAGC TTTGCTGGTG TTCACCCAAA CTGACTTCCC CATCAACTGG
GCAGGAACTC AAAATAATCT CGGCCTTGCC TACATTGACA GAATAAGGGG AGACAAAGCC
GAAAATATTG AAGCTGCCAT TGCTGCATTC CAACAAGCTT TGCTGGTGCA CACCCAAACA
GACTTCCCCA TGGACTGGGC AAATACTCAA AATAATCTCG GCATTGCCTA CATTTACAGA
ATAAGGGGAG ACAAAGCCGA AAATATTGAA GCTGCCATTG CTGCACACGA ACAAGCTTTG
CTGGTGTACA CCCAAACTGA CTTCCCCATG GACTGGGCAA ATACTCAAAA TAATCTCGGC
ATTGCCTACA GTGACAGAAT AAGGGGAGAC AAAGCCGAAA ATATTGAAGC CGCCATTGCT
GCATTCCAAC AAGCTTTGCT GGTGTTCACC CAAACTGACT TCCCCATCAA CTGGGCAGCA
ACTCAAAATA ATCTCGGCAT TGCCTACAGT AAGAGAATAA GGGGAGACAA AGCCGAAAAT
ATTGAAGCCG CCATTGCTGC ATACGAACAA GCTTTGCTGG TGTACACCCA AACTGACTTC
CCCATCAACT GGGCAATGAC TCAAAATAAT CTCGGCCTTG CCTACATTGA CAGAATAAGG
GGAGACAAAG CCGAAAATAT TGAAGCTGCC ATTGCTGCAT TCCAACAAGC TTTGCTGGTG
CACACCCAAA CAGACTTCCC CATGGACTGG GCAGGAACTC AAAATAATCT CGGCCTTGCC
TACATTTACA GAATAAGGGG AGACAAAGCC GAAAATATTG AAGCCGCCAT TGCTGCATAC
CAACAAGCTT TGCTGGTGTA CACCCAAACT GACTTCCCCA TCAACTGGGC AAATACTCAA
AATAATCTCG GCATTGCCCA CTGGGAGAGA ATAAGGGGAG ACAAAGCCGA AAATATTGAA
GCCGCCATTG CTGCATACCA ACAAGCTTTG CTGGTGTACA CCCAAACTGA CTTCCCCATG
GACTGGGCAA ATACTCAAAA TAATCTCGGC ATTGCCTACA GTGACAGAAT AAGGGGAGAC
AAAGCCGAAA ATATTGAAGC TGCCATTGCT GCATACCAAC AAGCTTTGCT GGTGTACACC
CAAACTGACT TCCCCATGGA CTGGGCAATG ACTCAAAATA ATCTCGGCGC TGCCTACAGA
GACAGAATAA GGGGAGACAA AGCCCAAAAT ATTGAAGCTG CCATTGCTGC ATACCAACAA
GCTTTGCTGG TGCGCACCCA AACTGACTTA CCCAGGGACT GGGCAATGAC TCAAAATAAT
CTCGGCAATT CCTACAGAGA CAGAATAAAG GGAGACAAAG CCGAAAATAT TGAAGCTGCC
ATTGATGCAT ACAAAGAAGC TTTGCTGGTG TATACCCAAA CTGACTTCCC CATCGACTGG
GCAGCAACTC AAAATAATCT CGGCATTGCC TACAGTGACA GAATAAGGGG AGACAAAGCC
GAAAATATTG AAGCCGCCAT TTCCTGCTAT GATGCTGCTT TAAGAGTCAC AAAACCAGAA
AACCTACCAG CAGAGTGTTT ACAAACTGCC CGTAACCTAG CTAGCCTTGC CGCAAAACAA
CAAAACTATG AACTCGCCAT TAAGAACTAT GAACTCGCCA TTGCCGCCAT AGAGAAAAGT
CGAGACTGGA TACCCGATGA AATGGCAAGA CAAGAAATCT TGCGCAACAA TATATATGTC
TATGAAAACA TGGTTCAAGC TTGCGTCAAG ACCCAACAAT ATGACAAAGC TTTAGAAACA
GTAGAAAGGT TCCGCTGTCG TCGCTTGCTA GATTTAATTC TCGCTAAACA TTTCTACAAA
GCTCACGAAG TTCCAGAAGA TATCCGCAAC TTAGAAGCAC AGATGGAAGA TAAACAACGA
GAAATTGACT GTTTACGTCA GCGGCTAACA ACCCCCAAAG GTGTTCAGGA ACAAACTGGA
GGAAGTCCTC ATGTCTCCCG GGATGAGTGG GATGATATTA CCGAAGAAGT TGAAAAGTTG
ATAACAGAAA AACAGGAAAT TTGGCAACAG CTCCGGGAGT TAGACCCCGT ATTATCAGAA
GGTATTCAAG CGCCCACTGT TAGTGTGGAG ACAATGAAAG AATTATTAGA AACTCCACAA
CAACCAGGAG CAGCATTTGA TGTCACCGGA TCAAAGAGTC CTTCCCCCCA ACAAAAGGGA
GGGAAACAAA CAAAGGATGT TGCTCTCCTG AGTTTCTACA CAACAGATGA TGATACTTAT
GTTTTTATCC TCACTCAAGC AGGGGTAAAA TTGCACTTTT GTCAAGGGCA AGGTTACACC
AAACTTCAAT TGTGGTTACG AGAGAGTTGG TTAAAACCAT ACTCCGAAAG AAATTATTTA
GCAGAAAAAC ATGCTGCAGC AAACTTAGCC AAATGCGATA TTGATGCCAT TAAGTCAATT
GACTCCAAGC CATCCAAAGT CCTAGTCAAA CTCACCGATG GCACAACAAC AGAAATTGAA
CTTGCCCAGT TTGAAACAAC CCGGAAACAA GAGAAACACA AACTATACAA ACAATGGCAA
GACCAAATGG AAGAGACCTT AAAAGAATTA GCAGACAGAC TGCAAATAAA CCAACTCATA
GAAAAACTCA CCGACATCAA AGAAATTATT CTAGTACCCT TTATGTATCT GCATCAAATT
CCTTTGCTAG TGTTGCCCCT AGATAACGGT CAATACTTAG GAGAAAAATT CCGGGTGAGA
ACGGCACCCA GCACCCAGGT CTTAACATTT TGTCAGAAAC AACCCCCAAC TCGAGAAAAA
AACCTGCCAC TTTACGGTAT CGTCGAAAAT ACTAAAAATG ATCTACCATA TACCCCCACA
GAATGTCAAT TGGTAGCACA AATTTATGGA GTCGCCCCCG AACACCATCT CAAAGGGAGC
AAGGAAGCAA CCAAAGCCAA ATATAAAAAG TTGTTGACCA GAGAAAAAGT ATTAGGTTTG
CTCTCCAGTC ACCACGCCAC ATCTAATTTA ACTCAACCTT TAGAGTCTAA GTTATTACTG
GGAGACACGG ACTTAACATT AGGGGAGTTG CTCAATGCCA CCATTCGTTG CCCCCAGTTA
GGAGACCTAT TTCTCTCCTG TTGTGAAACA GCACTAGGAA ATTCAGAATT AACGGACGAT
ATTTTTACAC TCAGCGCGGC ATTTTTATCA GCAGGAGCAT CAAACGTCAT CAGTAGTTTG
TGGGCAGTCA ATGACTTGGC AACAACAATA TTATCATATT TTTTCCACCG CAACCGGGCG
GCAGGTATTC CTAGTGTAGA TGCGTTATGG CAAGGACAGA TGGAGTTAAA AGAGTTAACT
TTGGCAAAAG CGGAGGAGAA TTTGAATAAT GCAGAGGCAG TATTAGAAGA ATTTGTAGAG
GGGAGCGTAG AATATCAGGA AAAGGAGAAA ATAGCTGATA ACTGTCAGGA AATTTATGAT
TTAGTATTCA AGGCTAAAAA AGTAATAGGG AGAGAAAAAC CTTTTGATCA TCCTTTTTAT
TGGGCTGGTT TTGTTTGTCA AGGATAA
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| Protein sequence | MDEQRLTAYA KLIQQLLKCP EGQESNVLQN HQHLIDERLI PVMQKYGQYL AKTGNENQAQ
CFLNIAQTLA QQLNKLPNAV AEESYMTLLE QLRTAKLENC DDSAPVYHIL DHNRDLLDEN
IARVLPQYAS DLITKLTAED TGGFVDLIES LSYDFYSFPR GNRKANIEIA IAGYLFVLSY
RQENTEKWAG AQNNLGAAYF YRIRGDKAEN IEAAIAACKQ ALLVFTQTDF PMDWATTQNN
LGGAYFYRIR GDKAENIEAA IAAFQQALLV FTQTDFPINW AGTQNNLGLA YIDRIRGDKA
ENIEAAIAAF QQALLVHTQT DFPMDWANTQ NNLGIAYIYR IRGDKAENIE AAIAAHEQAL
LVYTQTDFPM DWANTQNNLG IAYSDRIRGD KAENIEAAIA AFQQALLVFT QTDFPINWAA
TQNNLGIAYS KRIRGDKAEN IEAAIAAYEQ ALLVYTQTDF PINWAMTQNN LGLAYIDRIR
GDKAENIEAA IAAFQQALLV HTQTDFPMDW AGTQNNLGLA YIYRIRGDKA ENIEAAIAAY
QQALLVYTQT DFPINWANTQ NNLGIAHWER IRGDKAENIE AAIAAYQQAL LVYTQTDFPM
DWANTQNNLG IAYSDRIRGD KAENIEAAIA AYQQALLVYT QTDFPMDWAM TQNNLGAAYR
DRIRGDKAQN IEAAIAAYQQ ALLVRTQTDL PRDWAMTQNN LGNSYRDRIK GDKAENIEAA
IDAYKEALLV YTQTDFPIDW AATQNNLGIA YSDRIRGDKA ENIEAAISCY DAALRVTKPE
NLPAECLQTA RNLASLAAKQ QNYELAIKNY ELAIAAIEKS RDWIPDEMAR QEILRNNIYV
YENMVQACVK TQQYDKALET VERFRCRRLL DLILAKHFYK AHEVPEDIRN LEAQMEDKQR
EIDCLRQRLT TPKGVQEQTG GSPHVSRDEW DDITEEVEKL ITEKQEIWQQ LRELDPVLSE
GIQAPTVSVE TMKELLETPQ QPGAAFDVTG SKSPSPQQKG GKQTKDVALL SFYTTDDDTY
VFILTQAGVK LHFCQGQGYT KLQLWLRESW LKPYSERNYL AEKHAAANLA KCDIDAIKSI
DSKPSKVLVK LTDGTTTEIE LAQFETTRKQ EKHKLYKQWQ DQMEETLKEL ADRLQINQLI
EKLTDIKEII LVPFMYLHQI PLLVLPLDNG QYLGEKFRVR TAPSTQVLTF CQKQPPTREK
NLPLYGIVEN TKNDLPYTPT ECQLVAQIYG VAPEHHLKGS KEATKAKYKK LLTREKVLGL
LSSHHATSNL TQPLESKLLL GDTDLTLGEL LNATIRCPQL GDLFLSCCET ALGNSELTDD
IFTLSAAFLS AGASNVISSL WAVNDLATTI LSYFFHRNRA AGIPSVDALW QGQMELKELT
LAKAEENLNN AEAVLEEFVE GSVEYQEKEK IADNCQEIYD LVFKAKKVIG REKPFDHPFY
WAGFVCQG
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