| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tmel_1569 |
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| Symbol | |
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| ID | 5297652 |
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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 | 1555301 |
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| End bp | 1557901 |
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| Gene Length | 2601 bp |
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| Protein Length | 866 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640769845 |
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| Product | valyl-tRNA synthetase |
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| Protein accession | YP_001306798 |
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| Protein GI | 150021444 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0525] Valyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00422] valyl-tRNA synthetase |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | GTGAATAAAG AAATTGGAAC AAGATATGAA CCAAACTCTA TTGAAAAAAA ATGGTATAAA
TTTTGGCTTG AAAAAGGTTA TTTTACACCC CAAAATGACA ATAGTCGTCC CAAATATTCT
ATCGTAATAC CACCTCCAAA TATTACCGGC AAAATACATA TGGGCCATGC CCTGAATATT
ACACTTCAAG ATATATTAAC TCGTTATAAA AGAATGAATG GATTTAAAAC ATTATGGCTT
CCCGGTGAAG ATCATGCGGG AATTGCCACT CAAACTGCTG TGGAAAAAAA GATAGAAAAA
GAAGGAAAAA AACGAGAAGA TCTAGGAAGG AAAAAATTTT TGGAAATAGT ATGGGACTGG
GCAAGTACAT ACAGAAAAAC GATAAAACAA CAAATAATGG CGATAGGTGC CTCGGTAGAC
TGGTCAAGAG AAAGATTTAC ACTTGATGAA GGACTTTCTA AAGCTGTAAA AAAAGTTTTT
GTTTCGTTGT ACAAAAAGGG ATTGATATAT AAAGGAAAAT ATATTGTAAA CTGGTGTCCA
AGATGTAAAA CTGTTTTGTC AGATGAAGAA GTTGAATACC ATGAACATGA TGGAAAATTA
TATTACATTA AATATCCATT TGTAGATGGC ACAGGAGAGA TAGTTATTGC TACTACACGT
CCTGAAACCA TGTTAGGAGA TACCGCAGTT GCAGTTTCTC CATCAGATGA AAGATATAAA
GATGTTGTTG GAAAAGAAGT TATTTTACCT TTGGTAGGCA GAAAAATAAA AATCATTGCA
GATATACACG CAGATCCAAA ATTTGGTACT GGTGCATTAA AAGTTACGCC TGCCCATGAT
CCTAACGATT ATTTAATTGG GCAGCGCCAC AACTTAGAAT TTATAAATAT TTTTAACGAC
GACATGACAA TTAACGAAAA TGGTGGAAAA TACAAAGGCC TTGACAGATA TGAGGCACGT
GAAAAAATAG TGGAAGATTT GGAAAAGGAA GGTTTCCTTG TAAAAATTGA AAATTTAAAA
CATTCCGTTG GTCACTGTTA TAGATGTGAT ACGGTAATTG AACCTATGTT AATGAATCAA
TGGTTTGTAA AAATGGAACC ACTTGCAAAA AAAGCAATCG ATGCTGTAGA AAATGAACAT
ATAAAATTTT ATCCACAAAG ATGGAAAAAA GTATATCTAA ACTGGATGTA CAATATTAGA
GACTGGTGTA TAAGTAGACA ACTGTGGTGG GGACACAGAA TCCCAATTTG GTATTGTCAA
GATTGTGGGC ATATTAACGT TTCAGAAGAT AAAGTAACAA AATGTGAAAA ATGCGGTAGC
ACAAATCTTC GACAAGAAGA AGATGTGCTT GATACGTGGT TTTCATCTGC TCTTTGGCCA
TTTAGTACAT TAGGTTGGCC AAATGAAACA AAAGATTTAA AAGAATTTTA TCCAACAGAT
GTACTTGTAA CGGGTTTTGA TATTATATTC TTCTGGGTTG CAAGAATGAT AATGATGGGT
TATGAATTTA TGGATGAAAA ACCTTTTAGT GATGTATACA TTCACCAATT GGTTAGAGAC
AAGTTTGGAA GGAAAATGAG CAAATCACTT GGAAATGGTA TTGATCCAAT CGAAGTTATA
GAAGAATATG GAGCCGATCC AATGAGATTT TCACTTTCCA CATTAGCTGC CCAGGGCCGT
GATATAAAAC TAGATTTAAA ACACATAGAA ACCAGCAAAA AATTTGCCAA CAAAATATGG
AATGCTACAA GATTTGTAAT TTTAAACCTA GAAGATTTCC AAAAACAAGA TCTTGATAAC
CTAAACCTAT CTGATAAATG GATATTATCA AGATTACAAA AAACTATTAA AAACGTTACA
CACGCAATTG AAAATTATGA ATTTAACGTT GCTGCAAAAG AAATATATAA TTTCTTCTGG
GATGAATTGT GTGATTGGTA TATAGAAATA TCAAAACCAA GACTTAAAAC AAACGAAAGA
TCCCTAGTAC AAAATGTATT AGTATATGTA TTAGATAACA GCTTAAAATT ACTACACCCA
ATAATGCCCT TTATAACAGA AGAACTTTGG CAAAAACTTC CAACTTCTGG TGAATCAATT
ACAATATCAA ATTGGCCTAA AGTAGATGAA GAATTTATTG ATGAGGAAAG CGAAAGAAAA
TTTTCACTTA TCATGAATAT AACTAAAGGC ATTAGAAATG TAAAAGCAGA GATAAATATT
CCACAAAGTA AAAAAGTTAA CATTACAACA ATGGTAAAAT TTACCGATGA AGAAGAACTT
TACATAAAAG TACTTGGAAA TGTAGAAAAT ATAACATTTT CAAATATAAA ACCTGAAAAA
TCTGCAAGTG CATACGTGGA TAACAATTTG GAAGTTTACG TAGAGCTTGG GAATATGATT
GACATCGATT CAGAAATAAA CAGATTAAAC AAAAAAATTG AAAAGTTAGA AAAAGATGCT
GAAAAATTTA GAAAGAAATT ATCCAACAAA AAATTCTTAG AAGGTGCTCC AGAAGATATT
ATTGAAGAAG CACGTGAAAA ACTTGAAACA ATAGAAGGGC AAATTGAAAA AATTAAAAGT
ATAATCAATT CTCTTCAGTG A
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| Protein sequence | MNKEIGTRYE PNSIEKKWYK FWLEKGYFTP QNDNSRPKYS IVIPPPNITG KIHMGHALNI
TLQDILTRYK RMNGFKTLWL PGEDHAGIAT QTAVEKKIEK EGKKREDLGR KKFLEIVWDW
ASTYRKTIKQ QIMAIGASVD WSRERFTLDE GLSKAVKKVF VSLYKKGLIY KGKYIVNWCP
RCKTVLSDEE VEYHEHDGKL YYIKYPFVDG TGEIVIATTR PETMLGDTAV AVSPSDERYK
DVVGKEVILP LVGRKIKIIA DIHADPKFGT GALKVTPAHD PNDYLIGQRH NLEFINIFND
DMTINENGGK YKGLDRYEAR EKIVEDLEKE GFLVKIENLK HSVGHCYRCD TVIEPMLMNQ
WFVKMEPLAK KAIDAVENEH IKFYPQRWKK VYLNWMYNIR DWCISRQLWW GHRIPIWYCQ
DCGHINVSED KVTKCEKCGS TNLRQEEDVL DTWFSSALWP FSTLGWPNET KDLKEFYPTD
VLVTGFDIIF FWVARMIMMG YEFMDEKPFS DVYIHQLVRD KFGRKMSKSL GNGIDPIEVI
EEYGADPMRF SLSTLAAQGR DIKLDLKHIE TSKKFANKIW NATRFVILNL EDFQKQDLDN
LNLSDKWILS RLQKTIKNVT HAIENYEFNV AAKEIYNFFW DELCDWYIEI SKPRLKTNER
SLVQNVLVYV LDNSLKLLHP IMPFITEELW QKLPTSGESI TISNWPKVDE EFIDEESERK
FSLIMNITKG IRNVKAEINI PQSKKVNITT MVKFTDEEEL YIKVLGNVEN ITFSNIKPEK
SASAYVDNNL EVYVELGNMI DIDSEINRLN KKIEKLEKDA EKFRKKLSNK KFLEGAPEDI
IEEAREKLET IEGQIEKIKS IINSLQ
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