| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pmob_0404 |
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| Symbol | |
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| ID | 5757413 |
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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 | Petrotoga mobilis SJ95 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010003 |
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| Strand | + |
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| Start bp | 434339 |
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| End bp | 437506 |
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| Gene Length | 3168 bp |
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| Protein Length | 1055 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 641301609 |
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| Product | TPR repeat-containing protein |
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| Protein accession | YP_001567469 |
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| Protein GI | 160901888 |
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| COG category | [K] Transcription |
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| COG ID | [COG2909] ATP-dependent transcriptional regulator |
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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 | 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 | ATGAAAATAT TAGAACCGGT TTTTAAGCCT CTCTTAATAA AACCATATCA TCAATATAGA
GAGAAGTTAC TAAATTCTTT GATCAATAAT AAAAGTAAAA ACTACATTCT AATAAAAGCT
CCTTCGGGAT ACGGTAAGAG CATTACTTTT AGTATGTATT TTAATACATT GAATGAACAA
AAAGTATGGA TTAGCTGCCC ACAGAATTAC TTTGATTTTG ACACCTTCCT CAATCATCTA
ATCTATATTT TGTTCAAAAC AATAAATCTG AAAATATTTG AAGATAATTC ACAAAATACT
ATTTCTTTTT TTACTGAAGA AGAAAAGGTT GTTGAACTAT TAAACGGTTT TTCAAGTTAT
ACGAAAGAAA TATTTATATT TGTTGATTCC TTCGAAAATG TTGTTTTTGA AGGGAAAAAT
GAAAATCTTC TTAAATTGTT ATTAAATTTC ATACCCCAAA ACGTTCATTT TCTTTTTACT
ACTAACCAAG AGTTTCCAAT CCCTTTAACA AAATTTGCTA TGGCAAATAA TGTTTACACT
ATTCAAGAAG AGGAACTAAA ATTTTCTTTT GATGAACTTA AAAATTATAT CAGCACAAAA
AAAATTAACT TGTCAGAAGA CAACTTGTTA GAGTTATACC AATTGACCGA TGGGATACCC
ACTTTTATTA ACATTTTATC CACATACATA GAGACAATAG ACCTAAAAAA ATATGATGCC
CTTATAGATT CAGCAAAAAA AATAGATGAA TATATAAACT TACTAACTGA AGCCTTATCA
GAAGATTTAA GAGAGTATTT GAAAGTTTTC AGCTTAATGA ATGAAATTGA GCCAAAGATT
TGTAAAGCAT ATTTCAATCT CAAAAGCGAT GAAAAAATTC ACGAGTCTTT TGAAAAGTTA
TACGATTTAA ACATGATAGA AAAAAAAGAT CCGCATTACT ACTATATGAA TGAAATATTC
CGTCGAACAA TCTCCAAAGG CATTGGAGAG AGAGAAAAAA TCCAGATATA CCAGACACTT
TTTAACATAT ATCAAAAAGA GCAAGATTAC TATGGACAAT TTCATTGCTT ACTGAATATG
AAAGATTTAG AAAAAGTCTA TGACTTCTTT CTCAACCATT CTGAGCTATT GATAAAAGAT
TTTTCAATCA TCAAAAAATG GTTAGATTTA ATACCCACCT CTTTTTTCAG CAACAACATT
GAATTGTACT ATTACCGCGG CGTTATAGAA GAGAAATATT CCATGTTTGA TGAAGCTCTT
TCAGATTATA GGCTTGTAAA AGATAATATC CATAAAATTT CCAATAAAAG TATTCTTGAG
AATATAGATA CACAAATAAT AGGAATTTAC TGGCATCAGG AAAAATATGA AAAGGTCATC
GAAATGGGAA ATGAATTGCT AAAAAGTATA CCAAATGAAA ACTACCAGAG CTTAACTTCC
TTGTACAATT TATTGGGAAC CAGTTATTCT TATCTTTCAA AATTAGATGA AGGGAAACTG
TATTTAAACA AGGCTATGGA ATTATGTGAA AGATTCAATT ATACAGAAAT GAAACCCTGG
CTTCTCAACA ACCTTGCTTA CAATATTTTT CTAATCGAAG GAAATTTAGA AAGTGCGGAA
AAATACTTCG TTAAATCCTT AAAAAGCTTT GAGGATTCAA AAGATCTATA TGGAAAAGCA
CTTTTAAATG CGAATCTTAC CGATTTTTAT ATTGAAACGC AAAAATATGA CAAAGCTAAA
GAGCATCTCA AAGCTTTTGA AAATATCTAC TTAGAAACTA AAAACATCGC CTACCTACCC
GTTCTAAAAA TCTTGCAAGC TAAACTAGAA GTAGAAAAAA ACGAATTAAA CTCTGCTCAA
AAAAGTTTAA TGGAAGCTGA AAATTATTCT TCAAGATCAA AATTTCTACA AGCAAATTAT
TACTTCGTCC AATCACTGTA TCTTTTAAAA AAAGATGAAC TTAAAGAGTC TTTTTCAACA
GTTGAAAAGG CAATCAAAAT TGCTAAAACT ATTTTCAATG AATATCAGAT ATTGAACTTT
GAACTACAAA AAGTTCGATT ATTGATCCAT TTAAAACAAT TCGAAAAAGC ACTATCACAC
ATTGGAAAAA TTATTCAGAT AGCCACAGAA GGGAAAGCAA AATTAATACT AACTGAAGCG
TTACTCTTAA AATTATTTTT AAGTAAATCA TTTAATTTGT CTTCTTATAA TGAAGATTTA
AAAACATTTA ACGAGTTATT ATCAGACAAC AATTACCAGT TTATTCTACA AAAATATCCC
GAAATAACGA GCTCAATTGA AGATCTTATA AAAATTAATT CAGGTGTGAA AATTCCTTCC
TTAGATGCTT CATTTAAATT GAGATTCGAA GCCTCACCAG AAATCTCTTA TCTTGAATCA
AAAAAAGCTT TATACCCAAA AATCTATCTC TTTGGTGAAT TTAGATTGGT ATGTGGCGAT
AAGGTTTTAA CTATGAGAAA GGTGAGAAAT CAAAAAGCGT TAGAACTTTT TAAATTTTTA
ACTTTGAATT ATGATCAATG GATTATTCAA GATCTCATAA TTGAAAATTT CTGGCCAAAT
TTACCTTTTG AAAAAAGTCG TCAAAGTTTA TACGTAGCAC TTCACGACAT ACGAAAGAGA
TTTCAAGAGT TTGGTTTGGT TGAGGAATAC ATACTTCAAA AAAATAAAAA TTACAAATTC
AATGTAAACA AGGTTTATTA CTTGGATTAC GAAGATTTTA TCCTCCATTT TGAAGAAGGA
AATAAATCAT TTAAAAACAA GCAATACTTA AAAGCTAAAG AACATTATTT AAAGGCTAAG
AAACTCTATT CCTATGGCCT TTTACCATCT AATATTTACG ACGATTGGGC AATCCCAAAG
ATAGAAGATG CTGAAAAATC TTATCTGTCA ATACTTGCTA TTTTGTATTC TTTAGAAAAA
GAGAAAGACA TTGAAATGGC AGAAAATTAT TTAGACGAAT ACTTACGGAT CGAACCTTTC
GCCGACGAAA TGAACATTGA GTACATCAAT CTTCTACTGA AAAAAGGTGA AAGAAAAAAG
GCTTTGGATT ATTACAAATA TATCAACGAG TTGTACAAAA AAGAGTTAGG AACAGCTTTT
AATTCAAAAG AAATAAGTTA CTTTGTCAAA GAGTTCCAAA TTTATTAA
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| Protein sequence | MKILEPVFKP LLIKPYHQYR EKLLNSLINN KSKNYILIKA PSGYGKSITF SMYFNTLNEQ
KVWISCPQNY FDFDTFLNHL IYILFKTINL KIFEDNSQNT ISFFTEEEKV VELLNGFSSY
TKEIFIFVDS FENVVFEGKN ENLLKLLLNF IPQNVHFLFT TNQEFPIPLT KFAMANNVYT
IQEEELKFSF DELKNYISTK KINLSEDNLL ELYQLTDGIP TFINILSTYI ETIDLKKYDA
LIDSAKKIDE YINLLTEALS EDLREYLKVF SLMNEIEPKI CKAYFNLKSD EKIHESFEKL
YDLNMIEKKD PHYYYMNEIF RRTISKGIGE REKIQIYQTL FNIYQKEQDY YGQFHCLLNM
KDLEKVYDFF LNHSELLIKD FSIIKKWLDL IPTSFFSNNI ELYYYRGVIE EKYSMFDEAL
SDYRLVKDNI HKISNKSILE NIDTQIIGIY WHQEKYEKVI EMGNELLKSI PNENYQSLTS
LYNLLGTSYS YLSKLDEGKL YLNKAMELCE RFNYTEMKPW LLNNLAYNIF LIEGNLESAE
KYFVKSLKSF EDSKDLYGKA LLNANLTDFY IETQKYDKAK EHLKAFENIY LETKNIAYLP
VLKILQAKLE VEKNELNSAQ KSLMEAENYS SRSKFLQANY YFVQSLYLLK KDELKESFST
VEKAIKIAKT IFNEYQILNF ELQKVRLLIH LKQFEKALSH IGKIIQIATE GKAKLILTEA
LLLKLFLSKS FNLSSYNEDL KTFNELLSDN NYQFILQKYP EITSSIEDLI KINSGVKIPS
LDASFKLRFE ASPEISYLES KKALYPKIYL FGEFRLVCGD KVLTMRKVRN QKALELFKFL
TLNYDQWIIQ DLIIENFWPN LPFEKSRQSL YVALHDIRKR FQEFGLVEEY ILQKNKNYKF
NVNKVYYLDY EDFILHFEEG NKSFKNKQYL KAKEHYLKAK KLYSYGLLPS NIYDDWAIPK
IEDAEKSYLS ILAILYSLEK EKDIEMAENY LDEYLRIEPF ADEMNIEYIN LLLKKGERKK
ALDYYKYINE LYKKELGTAF NSKEISYFVK EFQIY
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