| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fnod_0294 |
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| Symbol | |
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| ID | 5453040 |
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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 | Fervidobacterium nodosum Rt17-B1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009718 |
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| Strand | - |
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| Start bp | 314951 |
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| End bp | 317947 |
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| Gene Length | 2997 bp |
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| Protein Length | 998 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 640874040 |
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| Product | extracellular solute-binding protein |
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| Protein accession | YP_001409817 |
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| Protein GI | 154248992 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1653] ABC-type sugar transport system, periplasmic component |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | GTGAAAAAAG TTCTGATTTT GTTCTTCGCT ATATTTATTA TTTTTATTGC TATTTCATTT
ATTTTATACC TTTTTGGAAG TTCCGAGTAC AGCAAGTACA AAAGTTCTAT AGAAAGATTT
TTAATTAGTC AAAAAACTTT TGACTACGTT ACTCTTTCAA AGCATAACAA GAATTTGTTT
AATCAGATGA GATATGGCAA AATTATATCT AACTCGTTTA ATTTTCCAGT ATCTATTTCT
ATTAAAAATG GTGAAGAAAA AACTTTAGAA TTGGATATTC CAGAGGAAGG AAATTATTAC
ATTATCGCAT CGATCAGGTC CCTTAACCCT GTAACAACTA ACGGTTCTTT AGAAGTTTCA
ATAAATAATT CTGAAGACAA TTCCAAAATT TACCAAGTTT TTCTGGATAC ATTCTTATAC
TACGATTTCT CACAAAAGTT GTACGATAGA TACGGAAATG AAATTACTCC AGAACAATTT
ATGCCAAACC AAGAAACGCT ATCGTTTTTC AAAGATGCTA AAAGAATATC AAGTAAACCT
TTAATATTTA ACCTAAAATA TGGCAATAAT ACTATTAAAA TAAAAAACCT CAAACAAGAC
ATATATATAT CCAATTTGTA CTTTGTAAAA GTTGATAAAA TTGAGAATAT CCAATCTTAC
AGTGAGTATT TAAAATCTTT CAATAAACCT GATAATTCAG CAAATTCAAT TCCAATTGCA
ATAGAAGCGG AAAGAATTTT TGGAAAGTCA GATTTCCTCG TATCAATTAT CAACACACAA
ACATCGGATG TAACGCCATA CGAGCCTCTC AAAAGGAAAA TAAATGTAAT TGACCAGAAC
ACATATAAAC AGTCTGGTCA AGAAGTTCAC TGGTACGTTG ATATACAAAC ACCAGGGCTT
TACAAAATAG CCTTTAGATA CCAACAATCT TTAAATCGTG GAGTACCTGT TTTTAGGAGA
ATATACGTTG ATGGAGAAGT ACCATTTAAA GAATTTGATA ATTACGCTTT TGAGTACACA
GGATACAAAT GGGTGGATAA AGTTTTATTA GATTCCAAAG GTAATCCTTA CTTTGTTTAC
CTTGATAAAG GTCCACACCT TATAACTCTC GAAGTAACGA CCGGACTTTT TGAACAAACC
ATAGTTTACC TGCAAGATAC TATAAAAAAA CTACAAAGGA TAGGACTAGA CTTAAGAAAA
CTCGTTGGAA ATAACCTTGA CCCAAATAGG ACCTGGGATA TACAAAAGTA CCTGCCAAAT
GTCTTGTCCG ATTTACAAGA AATTTCTAAG AACTTGAGAA AAGAGTACAA TAGAATCATT
TCTATCGTTG GTGAAAAAGG TGTTCCATAC GTTTCGGATA TGATCGTTTC AGCAGAGCTT
ATAGATAAAA TTATTGAAAA ACCTGAAAGG TTACCATTCT TTATAGATGA AATCAGCGAA
GGTTCGTCTT CAATAGCCCA AAGATTGTCC GAACTTTCAA TGAGATTGAA AGAACAACCC
ATGGGTATAG ATAAAATGTT TGTATTTCAA GGGGATTTAA AAAACTATAT AAAGCCAGTC
AACTCGTTCT TAGTCGCAGC CTATGAAGAA ATATACAAAT TGTGGCTTTC CTTGTTTAAC
AAAAATGAAG CTTACTCTGT TTACGAGAAG GTTGATCCGA GAAGTTTAAA AGTTTGGATT
AATAGACCTG TTCAGTATGT TGAAACACTC CAATATTTAA TAGACACAGA CTTTACAAGG
AAGACAGGTA TAAATGTCGT TCTTTCAATT ATGCCAAACG AGCAGAAGTT GATTTTAGCA
AGCTCAGCAG GTAATACACC TGATGTAGCA ATGAGTATAA GCAATTGGAT ACCATTTGAA
CTTGCAATTA GAAATGCTCT TTACCCTATT TCAAATTTCC CAGATTTTTA TGAATTCGTT
TCAAAGAACA TAAATATGGA AACACTCCTT CCAATGGTTA TAGATGACAA GATTTATGGC
ATAACCGAAA CTCAAAATTT CTACGTCTTA TTCTACAGAA AGGACATAAT GAATATTTTA
GGTATACCTA TACCAGATAC TTGGGATGAT GTTAAGAAAA TTCTTCCCGA GCTTCAAAGA
AGAGGTATGA ACTTCTTCAT ACCGATGGCT GAGCAAACGA CAAAATATTT CAACACAACT
GCTCCATTTT TCTTCCAAAA TAACGCAAGA CTTTACACAG AAGATGGTTT AAAAACAGCG
ATAAATGAAG AAAATTCTGT TAAAGCTTTT GAACTTATGA CAGAATTATT CTCTATCTAT
GGTATACCAG AACAAGTTGC AAGTTTTTAT AACTCGTTTA GGTATGGAAG AATTCCGATA
GGTATCGGTG ATTTTGGTTT GTATGTAACT CTTTCCAATG CAGCTGACGA AATTTATGGA
CTGTGGGCTA TCGCACCTTC ACCAGGGGTT AAAACACCTG ATGGTAAAGT TCTGAGATAC
CAAGTTGCCG GTGACAGAGC AGATGTTATA TTTGCAAATT CTGATAAAAA AGAAAAGGCA
TGGCTGTTCT TAAAATGGTG GCTTTCTAAA GAAACACAGA TAAAATTTGC GAGAGCTTTA
GTAAATAGAT ACGGTCCAAC GTACCTTTGG AATACTTCAA ATATTCAGGC ATTTAAAGAA
TTAGATTTCT TTTCTGAGGA AGAAAAGAAA GTGATACTTG AGCAATGGAG ATGGATAAGA
GAAGTTCAAA GACATCCCGG TGGATATATG ACAGAACGTG AAATAAGCAA CATTTGGAAT
AGGGTTGTGA TTGAAGGTTA TCCATTACGT TCTTCCATCG ACAGATCTGT CATCACAATA
AACAGGGAAC TCGAAAGAAA ACTTACAGAG TTCGGATATA TAGTCAATGG CAAACCAGTA
AAAACGTATA AAATGTACAC AAATATTGAT GAGTTCTTAG TAAAAAACCT TGGTGAAGCA
GCTAATGAAT ACTTAGAAAA TCAAAGATTA CTTTGGGGTG GTACTTATGA AAAATAA
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| Protein sequence | MKKVLILFFA IFIIFIAISF ILYLFGSSEY SKYKSSIERF LISQKTFDYV TLSKHNKNLF
NQMRYGKIIS NSFNFPVSIS IKNGEEKTLE LDIPEEGNYY IIASIRSLNP VTTNGSLEVS
INNSEDNSKI YQVFLDTFLY YDFSQKLYDR YGNEITPEQF MPNQETLSFF KDAKRISSKP
LIFNLKYGNN TIKIKNLKQD IYISNLYFVK VDKIENIQSY SEYLKSFNKP DNSANSIPIA
IEAERIFGKS DFLVSIINTQ TSDVTPYEPL KRKINVIDQN TYKQSGQEVH WYVDIQTPGL
YKIAFRYQQS LNRGVPVFRR IYVDGEVPFK EFDNYAFEYT GYKWVDKVLL DSKGNPYFVY
LDKGPHLITL EVTTGLFEQT IVYLQDTIKK LQRIGLDLRK LVGNNLDPNR TWDIQKYLPN
VLSDLQEISK NLRKEYNRII SIVGEKGVPY VSDMIVSAEL IDKIIEKPER LPFFIDEISE
GSSSIAQRLS ELSMRLKEQP MGIDKMFVFQ GDLKNYIKPV NSFLVAAYEE IYKLWLSLFN
KNEAYSVYEK VDPRSLKVWI NRPVQYVETL QYLIDTDFTR KTGINVVLSI MPNEQKLILA
SSAGNTPDVA MSISNWIPFE LAIRNALYPI SNFPDFYEFV SKNINMETLL PMVIDDKIYG
ITETQNFYVL FYRKDIMNIL GIPIPDTWDD VKKILPELQR RGMNFFIPMA EQTTKYFNTT
APFFFQNNAR LYTEDGLKTA INEENSVKAF ELMTELFSIY GIPEQVASFY NSFRYGRIPI
GIGDFGLYVT LSNAADEIYG LWAIAPSPGV KTPDGKVLRY QVAGDRADVI FANSDKKEKA
WLFLKWWLSK ETQIKFARAL VNRYGPTYLW NTSNIQAFKE LDFFSEEEKK VILEQWRWIR
EVQRHPGGYM TEREISNIWN RVVIEGYPLR SSIDRSVITI NRELERKLTE FGYIVNGKPV
KTYKMYTNID EFLVKNLGEA ANEYLENQRL LWGGTYEK
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