| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tmel_0136 |
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| Symbol | |
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| ID | 5296482 |
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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 | 143605 |
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| End bp | 147528 |
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| Gene Length | 3924 bp |
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| Protein Length | 1307 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 640768393 |
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| Product | alpha-2-macroglobulin domain-containing protein |
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| Protein accession | YP_001305398 |
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| Protein GI | 150020044 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2373] Large extracellular alpha-helical protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.317886 |
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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 | ATGAAAAAAA TACTAGCTAT TTTGCTTATT TTTGTATCCG CAATATCTTT TCCATACATT
TGGTTTTATT CTACCAATGT TTTAATTTAT CCCAATAGAA CGGTAAACTT TGAAACTGAC
GAAAACTTTT TCGTTAAAGT ATTTCGTTTT GATGTTTCAA AGGAAGCAGT AAAAGGTATT
TTCTCAAATG GTGGAACTCA ATCAGAGTTT TCTATAAAAA ACATCAAGAA AAATTTTTAT
TCACTAGAGC TTCCAGATGT TCCTGGTATA TATTATGTAA TTGTAAATGG AAAAGAAAGC
ATAGCAAGAC AAATACTTTT TGTGACAGAC CTTAAAGCTT TTATTGCTTC GACTAGCAAT
CAATTCTATT TCTCAGTATA TGATCTAAGA AATAAAAAAT TTTTGGAAAA ACTTTATTAC
TTTGACAATT ACACCACAAA AACCATAAAT GGTCCCATAT TCTCATTAAA TATTGAAAAA
TACAAAGATA AAGTTTTCTT CTTAAAAAAC AATATAGTTA TACTTTCAAA CTACGGAGGA
TGGTCAAATT ATCCTGAAAG GAAAACTGTA GTATTTACTG ATAAACCTAT ATACAAACCT
GGAGATACTA TACACGTAAG AATCAACGCA TTAAAAAAAG ACAATACCAA ATATATTCCA
TATCAAACAA AACTACATGT ATCTTTAAAA GACCCTTTTA ATAATATTGT TTATAAAGAT
ACATTTGAAA CTGACACATT TGGAGGAATA GTTTTTGATT ACAAAACAAC AGAAGAAATA
ATAACGGGAA ATTATACTTT AATCATCTCT GAAAACGATG AAATTCTTTC CAGGTATTAT
TTATTAGTTC AAGACTACAC AAAACCAACA TATACACTAT CTCTTACCGC TAATGCAACA
CAGCTTATTG TAAGCGATAC CTTACAGGTA AAATTAAATG CAGGATATTT AAATGGTGAT
CCAGTAAAAA ACGCTGAAGT TTTATTTTAT GCATTTAAAG GTTCCCATCT GATAAACAAA
ACCAAAGCAA TGACAAACGA AAATGGCAAA GCCACCTATA ACATCGTTAC AAAAGAGGCT
GGATATTACA GAATTCAGGC GTTAATTGTA GATGATTCTG GAATACAAAA TGAAAAAAAT
ATTTACGCAA TGGTAAAAGC AGACAACGTT GATATTAAAG GTGCTATTGA TAATGAAACA
TTAAAACTCA GAATCACAAA TATTTCTGGA GACCCATTAA ATGGCATTGG GGTTGTAAAC
ATAAATGAAA AAGAAATTTA TTTTGAAGTA AAAAATGGAT ACGCAGAAAT TGCCATACCC
AAAAATACTT GGTGGATAGA GGTAAAGTTT GGGAAAGAAG CCAAAGTAAT ATATAAAAGT
TTTTCAGTTA GTAATTCCGG AATTATAGTT GCAAATAAAA ACAGTGTGAA ACCTGGCGAA
AAAATTAAAG TGGCAATTGA TCCAAAAGAT GATATAGGAG TGTTGGTTAC CGGGGAAGAA
AAAATAAGAA AATTTAATAT TATCACTAAA AAATCCGAAA TAGAATTAAC AATTCCAATT
GATGAAATTT CATCAACATA TTTCATTGAG TTTTTTGGGT TAAAATATAA CGACAGAGTA
AAAATAAATG TAAACCATGA TAGAGTGAAA ACCTTGAAAA TTAAACTAGA TAAAACTCAA
TACAAACCCG GAGAAATTGC AAATATAAAG TTTGAAAATT CTAAATCTTT AAAAATCGTA
AGCGTTGTAG ATGAAGGAAT ATATTTATTA TCCAACGCAA AATCAGTTGT AAATCAACTC
TATCCTGAAA TTAATTATCC TTCATATGAA TTATACACTT CGAAAACATA TGTTTATTTT
AATAGGCTAT CTGAGTTTGA GAAATCAAAA AAAAGTCATA TATTTGCTTC TACAAAAGAA
TCTGAAGAAA GACGAATAAG GGAATATTTC CCAGAGACAG CATATTGGAA TCCATCATTG
ATGAAAAATG AAATTTCTTT AAAAACTCCA GATAGTATTA CCAAATGGAG AGTAACAGCT
TATGAAATTT CTAAGAATTA TATAGCAGAA GGCATCAAAA CTTTTGTTGT AACAAAACCT
TTTGAAGTAA AGATTTTCGC CCCGGAATTT TTGGTTGAGG GAGATAAGGT TATAGGTGAA
ATATATGTAA AGAACTATAC TGGAAAAATA GGAAAGGTTG ATGTGAAATT AAATGTAAAT
AATGGGATGG TTGATTTTAA TAGTGGAAGA TATAAGATAG AAAAAGAATT GAAAATTCCG
TTTACATTAA AAGACTTTAA AGAAGGTGAT TTAAAAATTA CAGCCGAAGC ATCAATGTTA
AGTGAATATG ATGGAATAAA ATTAACAATT CCTGTGAAAC CAATTTATAT TTCAAAAGAT
ACAAGCAAAG TTGTAAAGAT CGCTGGAAAA AAGGTTTTTG ATAAGGATGC AAAGATAAGA
GTAATAAATA ACTTAAAAGA TTTTTTAGAG CCTTCAATCA AAGCACTTAT ACATTACCCG
TATGGTTGTG TTGAGCAGAC AATGAGTTCT TTTTACCCTG TACTTGTTGC AAAATCTTTT
ATTGAATACC CAAACTTAGA TGACATTATT TTAAAAGGTC TTCAAAGACT TTTAAAATTC
CAGCATACAG ATGGAGGTTG GGGTTGGTGG ACTTTCGATG ATAGTGATTT ATTTATGACT
TCATATGTTT TAGAGGGTCT TTACTATACT AAAAAACTTG GATTTTTTGT TCCAGAGAAA
GTTATATTGG ATGGATTAGA ATACCTTAAA AATCAACCAA TCGATGGATA TGCGGCTTTT
ATCTTGAATC TTTATGGTGA AAAAAATATA GATTTTAAAG CAAGAAACGT AGTTGATTAT
GTATATACTG ATCCAGATAA AATATATGAA ATAGCAACTA TAGGTAAAGA TATTACATAT
ATCAAAAGCA ACCCATCAAA CCATTTCTAC ACATCAATAC ATCTTACTAG CATTGCTGTT
AGGACACTTA CAAGGTATAA CAAGTATCTT GATTTAAGAG ATAAAATGAT AAATTATCTT
TTAAATAGCA AAAAAGGGCC TTTCTGGTAT TCAACTAAAG ATACAGCTTT TGCAATTCTT
GCAATTATTG AAAGTCAGAA ATTAAATGAT TATAAGAGTA ACATAATTTT TGAAGCAAAA
GATAACAAAA TTTGCGTATC TGGAAATGGT TTTGTTGATG TTGAATCAAC TAAAAAGATA
TATGCTCAAA ATCAATTTAA TGACATAAAT CTTAAAAATA GATTATACAA AAAATATGAC
TTGTTATATG ACGGAAAATA TTTGGATGTT TTCTTACCAG TTAATACGCA ATTTATTCCA
ATAAATATGT CTAAGATATC TACTCCTACT TTTAGTTCAG AAATTCCGGA AGAAATAGCA
AGAATAATAA TTGATGGAAC ACCAGTATTA TTTGTTAATA ACAAACTTTT AATTGAAGGG
CCATTTAAAT TTGTTGGAAA TAATTATTAT TTTGAGAAAG GATATTATGA AATTAATTTT
ACTAAAAATT ATGATTATGA AATTCACAAA GGTGATGTTT TGAAAACTTC CATTTTTATA
GACGGAACAG GTGAATATTT GGTAGTTGAA GAATACCTTC CAGCATGTGC CCAGGTTTTA
AAAAATTATG TTGAAAGAAC ACCTGATTAT GAAGGAAAAT TTTCATACAG GTGGTATTCA
AATGAAGATA TATGGTATAG CTATAAAGAT GTGAAAAAAG ATAAAATTGT GTATTTTATA
AGATATTTAC ATCCAGGAAA ACTAGAATAT TATTGGAGGG TAACAAGTGA AGGAATTTTT
CATAAAAAAC CAACGTACGT ATACAACATG TACTATGAAG ATACTTTTGC TATTGGTTCA
CTTTATCCCT TTAATATCAA ATAG
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| Protein sequence | MKKILAILLI FVSAISFPYI WFYSTNVLIY PNRTVNFETD ENFFVKVFRF DVSKEAVKGI
FSNGGTQSEF SIKNIKKNFY SLELPDVPGI YYVIVNGKES IARQILFVTD LKAFIASTSN
QFYFSVYDLR NKKFLEKLYY FDNYTTKTIN GPIFSLNIEK YKDKVFFLKN NIVILSNYGG
WSNYPERKTV VFTDKPIYKP GDTIHVRINA LKKDNTKYIP YQTKLHVSLK DPFNNIVYKD
TFETDTFGGI VFDYKTTEEI ITGNYTLIIS ENDEILSRYY LLVQDYTKPT YTLSLTANAT
QLIVSDTLQV KLNAGYLNGD PVKNAEVLFY AFKGSHLINK TKAMTNENGK ATYNIVTKEA
GYYRIQALIV DDSGIQNEKN IYAMVKADNV DIKGAIDNET LKLRITNISG DPLNGIGVVN
INEKEIYFEV KNGYAEIAIP KNTWWIEVKF GKEAKVIYKS FSVSNSGIIV ANKNSVKPGE
KIKVAIDPKD DIGVLVTGEE KIRKFNIITK KSEIELTIPI DEISSTYFIE FFGLKYNDRV
KINVNHDRVK TLKIKLDKTQ YKPGEIANIK FENSKSLKIV SVVDEGIYLL SNAKSVVNQL
YPEINYPSYE LYTSKTYVYF NRLSEFEKSK KSHIFASTKE SEERRIREYF PETAYWNPSL
MKNEISLKTP DSITKWRVTA YEISKNYIAE GIKTFVVTKP FEVKIFAPEF LVEGDKVIGE
IYVKNYTGKI GKVDVKLNVN NGMVDFNSGR YKIEKELKIP FTLKDFKEGD LKITAEASML
SEYDGIKLTI PVKPIYISKD TSKVVKIAGK KVFDKDAKIR VINNLKDFLE PSIKALIHYP
YGCVEQTMSS FYPVLVAKSF IEYPNLDDII LKGLQRLLKF QHTDGGWGWW TFDDSDLFMT
SYVLEGLYYT KKLGFFVPEK VILDGLEYLK NQPIDGYAAF ILNLYGEKNI DFKARNVVDY
VYTDPDKIYE IATIGKDITY IKSNPSNHFY TSIHLTSIAV RTLTRYNKYL DLRDKMINYL
LNSKKGPFWY STKDTAFAIL AIIESQKLND YKSNIIFEAK DNKICVSGNG FVDVESTKKI
YAQNQFNDIN LKNRLYKKYD LLYDGKYLDV FLPVNTQFIP INMSKISTPT FSSEIPEEIA
RIIIDGTPVL FVNNKLLIEG PFKFVGNNYY FEKGYYEINF TKNYDYEIHK GDVLKTSIFI
DGTGEYLVVE EYLPACAQVL KNYVERTPDY EGKFSYRWYS NEDIWYSYKD VKKDKIVYFI
RYLHPGKLEY YWRVTSEGIF HKKPTYVYNM YYEDTFAIGS LYPFNIK
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