| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tmel_1449 |
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| Symbol | |
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| ID | 5296511 |
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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 | Thermosipho melanesiensis BI429 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009616 |
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| Strand | - |
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| Start bp | 1444959 |
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| End bp | 1448321 |
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| Gene Length | 3363 bp |
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| Protein Length | 1120 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 640769728 |
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| Product | TP901 family phage tail tape measure protein |
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| Protein accession | YP_001306681 |
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| Protein GI | 150021327 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01760] phage tail tape measure protein, TP901 family, core region |
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Plasmid Coverage information |
| Num covering plasmid clones | 24 |
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| Plasmid unclonability p-value | 1 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCCAAAAC AAGAAACACT TGGAGTAGTA ATAAAAGCTT CAGATTCAGC GAGTCCTGTT
CTAAGAACCG TGTCAAGAAA CTTGGATACT TTTCAAAAGA AAATTGATAA TGTGAGAAAA
AATCTTCAGC AATTTTCAAG TGCAATCAAT ACTGCTTTAA AATACACAGT TGCATTCACA
GGGGCTTTAG CTGGAGCAGT TAGTGCTTCA ACTTATTTTG CAGCCAAGGT AGAAAAGTCA
TTTCAAAATG CACGCACAAT GATGAAAATG ACAGGCGAAC AAGCAAGAGA GATGCAAAAA
CAATTAATTA ATTTATCCGT AGCAACAGGA AAACCTTTAG ATGAGCTTAA TAACGCTTTA
TACATGCTGG GGTCTGCTGG CGTTGAAGCA AAAGATAGCT TAAACGTGTT AAAAGCAACT
GCTGTTTCTT CAATTGCAGG TGCAACGGAT TTAACAACTA CATTTCAAAG TGCTATTTCT
ATCATCAATG CATATGGATT GAGCATAGAT AAACTCACCA CAGTGTATGC AATGCAGTTT
GAAGCAGTTA AAAAAGGGTT ATTGACTTAT GAAGAACTTG CAAGGGACTT TGGCCAGTTA
ATCCCAGCCG CAAGAAACTT AGGAGTAGGA CTAAAGGAAG CACTTGCAGG ATATACCGCA
CTTACAACAG CAGGTTTTAG ATCTTCTGAG GCAGCAAATG CAGCAGAAGG AGCATTTATG
GATATGCTCC AGCAAGCAGA TAAGTTCAAG GAATTAGGGA TTAACCTTTA TGATGCAAAT
GGAAAATTTG TTGGGCTAAC AAAGGTCGTA GAACAATTTA GAAAGAAACT TGAAGGACTT
ACCGATGATG AAAAAAGAGC TTTTTTGCAA CAACTTGCAC TTTCTGAAAC AGGTTCGAGA
GCGTTATTAA CATGGATCAA CAATTATGAA AAATTTGAAG ACGTATTAAG CGGGATAAAG
GGTGATACAG AAGCTTTAAA TGAAGCATAT CAGCTACAAA CACAATCTGT TTCTTATTTA
CTTGATAAAT TGAAAGCAAG TTTAGGAGCT TTAAACATGA CTTTATTCAA CGCAGTAAGA
AGTGGAGTAA TTGACTTCTT GAGCAAGCTA ATTGCCGGAA TAAGGCAGTT AACAAAATGG
ATTGATGAAA ATAAAGAAAC AGTAGGAAAA GCAGTTTGGG CGTTGCTCAG GTTGGGGGCT
ACTTTAATAG GCATATTAAT ATCTTTAAAA TTGTTTACTC AAATTGCACA GATAGGAACT
TTCTTACTAA GACCATTTAC GTTAGCTTTA ATAGGAGCAG TAACTGCTCT ATACATGCTT
TGGAAGAGCA AAAATGAAGG AAAAGATTTT GCAGATTTCT TGCAATGGTT GTTCAACCTA
ATGGTTAATA TATTTATAAA ACTATTAAAT TGGATACAAT CAATTGATTG GGAAAACATT
TGGAAAGGAG TAAAAGATGT ATTTGGTTGG CTGTGGAATG GGCTTACGAA AGGATTTAAA
ACTGTTTGGG ATTGGACAGT TACAGGTTTA GAAAAACTTT GGGATATTAT GTCATGGATT
GGAGAAAAAG CTTGGGAAGG TATAGAAACG GCATGGGATT GGCTTGTAAA CGGTGTTGAT
TGGCTCTGGG AGAATGTTTT ACAACCATTA GGAACTGGAA TATGGGAAAC ATTGAAGACA
ACTTGGGACT GGATTGTAAA TGGCTTAACG TGGTTATGGG ATAACATTTT ACAACCTATT
GGTCAAGCAA TATGGGAAAC TATTTCTTCT ACTTGGGAAT GGACTGTTTC AGATATTGAA
TGGCTCTGGG AAAATGTTTT AAAACCAATA GGAGAAGGAA CATGGGAAGC TTTACAAACA
ACATGGGATT GGATTATTCA GGGATTGGAG TTTATAAAAG AAATAATGAA ATACTTTGGC
GGTCTTGTTC AAACAACATG GGAAATTGCT GTGAAGATCT CGGGCGATGT TATAGATTTC
TTCAAAAAAG GCTTTGAAAA ACAAGGAGAA ATTGAATTAA AAAAACAGGA AATGGCAAAG
GAAATAATGG ATGATAAACA AACTCCTTGG TGGATGAAAA TATTAGCATG GATGGGACTG
TTCTATCAAC CAGGATATGC CGAAGGTGGA TATACAGGCA ATGGAGGCAA ACATGAACCG
GCTGGCATAG TGCACAAAGG GGAATACGTT GTCCCGGCGT GGATGGTTAA AAAGTATCCA
TCGATGGTTT CAGTGCTGGA AAAGATTAGA ACGAGAGGAT ACAACAAAGG TGGAATTGTA
GATGCAATTA TAAGCTATTT CACAGATGGA GGGATAGCAA ACGACGTAAA AACGGTAGCG
GGAACGCTAA AGCAAATAGC GGATATAATT AAAAAGACGG GCCCTGAGTC TGCGGAAGCT
TTAAAGATCA TCGCTGAAAA AATCGGGGAA CAACAACAGG ACGCTAAAAA GAGTAAAAGC
AAACTGCAAA TGCTCATAGA TATGGTACGC GGGGCAGTGG CAAAATACTA TCAAGCTAAT
AAAGGGCTGT TCGATACTTT TATAAACGCG ATAAAGGTTG CGCAGGCTGC AACGCCGCAA
CTGACGTGGT TGAAAGACTT GGGAACCGCG CTTGTAAAAA CTGCAAAAAC TGGATCACTT
GCAGGTTTTG ATATTCTCGC ACCGTTTAAA ACAACAATAG AAGGGTTTAA AGGGCTGGGT
AGTAGTTTAG GAAGTCTGTT TGAAAGCATT CTCGGAAAGC TTGGCCCTAT GCTTGCAACT
CTTGAAAACG TAATGCAATT GCTTGATCCC ATCGGTGTGG TTGTCCAGGG CATCATGGAA
GTACTTGGCA CCGTCATCAA CCGTGCGCTG GAGCCGTTCG TAAAGATCCT GCAGATTTTC
GGTAGATTAC TTGGAACGCT CCTGCTTCCG TTACTGGAGC CGTTCCTTGG CCTGCTTCAG
GCGTTTGCAA ACATTCTCGT TTGGGCATAC AACACGGTGA TTGTGCCGAT AGCAAGAGGA
TTTTATATAG CATTCGCAAT GATAGTTAAC GCTTTCAATT GGCTCTACAA CATGGTTTCT
GACGTTGTGA GAGCGCTTAC GTTCGGATTT GTTAACATGG GAAAACGCGC CGTGAAATCC
TGGGAGCAGA TAACAAAAGA GGCTGAGGAG AAGATCGGAA AAATAAACAT CAGCGATGAG
AACTTCGGAG CCGAAATAAC GCAGACGTAT ACGGCGAATG TAACAAGAAG TGGACCGGAA
ACAGTGAATA TCTATCAGTA CTTCCAAAAC AGTAATTTCT TGGATAGTGC AGAGGCTTTT
AAAGAGATGG TAGTAAAAGC TGTAAGAGAA GCACTCGAAG AGGGCACGTT GGTAATTACG
TGA
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| Protein sequence | MPKQETLGVV IKASDSASPV LRTVSRNLDT FQKKIDNVRK NLQQFSSAIN TALKYTVAFT
GALAGAVSAS TYFAAKVEKS FQNARTMMKM TGEQAREMQK QLINLSVATG KPLDELNNAL
YMLGSAGVEA KDSLNVLKAT AVSSIAGATD LTTTFQSAIS IINAYGLSID KLTTVYAMQF
EAVKKGLLTY EELARDFGQL IPAARNLGVG LKEALAGYTA LTTAGFRSSE AANAAEGAFM
DMLQQADKFK ELGINLYDAN GKFVGLTKVV EQFRKKLEGL TDDEKRAFLQ QLALSETGSR
ALLTWINNYE KFEDVLSGIK GDTEALNEAY QLQTQSVSYL LDKLKASLGA LNMTLFNAVR
SGVIDFLSKL IAGIRQLTKW IDENKETVGK AVWALLRLGA TLIGILISLK LFTQIAQIGT
FLLRPFTLAL IGAVTALYML WKSKNEGKDF ADFLQWLFNL MVNIFIKLLN WIQSIDWENI
WKGVKDVFGW LWNGLTKGFK TVWDWTVTGL EKLWDIMSWI GEKAWEGIET AWDWLVNGVD
WLWENVLQPL GTGIWETLKT TWDWIVNGLT WLWDNILQPI GQAIWETISS TWEWTVSDIE
WLWENVLKPI GEGTWEALQT TWDWIIQGLE FIKEIMKYFG GLVQTTWEIA VKISGDVIDF
FKKGFEKQGE IELKKQEMAK EIMDDKQTPW WMKILAWMGL FYQPGYAEGG YTGNGGKHEP
AGIVHKGEYV VPAWMVKKYP SMVSVLEKIR TRGYNKGGIV DAIISYFTDG GIANDVKTVA
GTLKQIADII KKTGPESAEA LKIIAEKIGE QQQDAKKSKS KLQMLIDMVR GAVAKYYQAN
KGLFDTFINA IKVAQAATPQ LTWLKDLGTA LVKTAKTGSL AGFDILAPFK TTIEGFKGLG
SSLGSLFESI LGKLGPMLAT LENVMQLLDP IGVVVQGIME VLGTVINRAL EPFVKILQIF
GRLLGTLLLP LLEPFLGLLQ AFANILVWAY NTVIVPIARG FYIAFAMIVN AFNWLYNMVS
DVVRALTFGF VNMGKRAVKS WEQITKEAEE KIGKINISDE NFGAEITQTY TANVTRSGPE
TVNIYQYFQN SNFLDSAEAF KEMVVKAVRE ALEEGTLVIT
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