| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pmob_1436 |
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| Symbol | |
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| ID | 5757664 |
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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 | 1544466 |
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| End bp | 1547078 |
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| Gene Length | 2613 bp |
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| Protein Length | 870 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 641302630 |
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| Product | binding-protein-dependent transport systems inner membrane component |
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| Protein accession | YP_001568462 |
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| Protein GI | 160902881 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3833] ABC-type maltose transport systems, permease component |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | ATGGCTGTGA TCGAAAAGAA AAATTACACT TTAAGGCATA TAATATTGAT CATCTGTGTT
GTTGTAATAC TCTTTCCTCT TGTATGGTTA ATCTCTACAT CGATAAGAAG AGATAATGCC
GCATTTTCAC CAAAATTGTT TTCGAACAGA TTAACTATGA ATAATTATAA AGATTTAATC
CTTCAAACTC CAAATGTACC TGAAATAATA AACGAACTGA ACTCTCTTAG CTCGTACATT
GGGGAATACA GCGGGATATC TTTAACAGAA GCACAAAAAG AATCAATGAA ATTTATAACC
AGTTTGGAAG AATACTTTAC CGAAACTCAA AATAACTTCG AAGATTTAGA AAGCTCGTAT
GATGATATAT TTACACTTTA CGAAACACAG TATAAAGACC CGTTTTACAA AGATATAAAC
AAAATAAGAA TTGAAGATTA TCAAACCTTC GAAGAAGAGT TAACTGCAAT ACTTAATCTC
TCCGAAAGTA TGGGTATAAA CGTTGATATC ATGCCATTGC AAACATTGAT AAGTGATTAT
TTTACTCAAA GAAAAGAAAT AATGACCAGC TTTGAAAATA GCTCTTTAAA TAAAGATAGT
GAATACTATA TAGAAACGAT GAATACAATA CTGCAAATCC CGCTGAAAAC ATCTACTTGG
AGGGTAAGAA CTTATAGGAG ATGGATAAAA GAAGAACCCG AAGCTGAAAT ATTCGGAAAC
AACATTTTAT CTTTGGCAGA AAGATGGGAG AAAATTGAAA CAGAAATAGA ACGGATACAA
GAAGATATTC AAAAACAGGC TAATGAATTA TACGGTCAGT CTGTAACTCA AATATCTCAA
TTAGAAGCAG ATTTAAACAA TATAAATTCA CAAATATCAC AAATCACTTC ACAACAAGTG
CTTTTGGAAA GACAAAACAG TGATATATTC AACAGTTTAT CCGCACTTTT TGATATATTC
ATAGTCGAAA AAGAGCGATT GCATGCTTCT TACAACATAC TTGAGGGACA AGACTTATCG
AATGTAGAAG GAAAGTCACC ATTATTTGGT GAAGATAAAT CTTTTTACGA TAACGTTCAA
AAATTTTCTC AGATCATTCC TCCTGCTTAC GAGAATTTGA ATTCTATAGA CATATTCATC
GAAAACGGTT TTGTTGAAAC ACTTGAACTT TTCAATGAAG TCTATCAATT TTTAAACGAA
AACTTCACAA AAATATACGC CATAAAAGAT TCGAAAACAA TTTTGCCAGG TTATCAAGCG
GCAAAAAGTT CAACTTTAAA ACTTTCTGGA AGCATTAACG AATTACTTCC ACTAACATCA
CAATACAGTT CAAATACTCG TCAATTAGCC CAATACAGTG CTCAACTAAA TAATTTAAGA
GAACAAAAGA ACGAAATTCA AACCGCGCTT AGCCTGATCA AACAAGAAAA TGACGAAATT
TTAAGTAACT TAGAAAAAAC ACAAAACATT CCTTTTTTGT TAGTTTATAT GGAAAGCTCC
AATCAAGAAA TAACTAACAA CTTTGAGTCA ACTAATTATG CATCTTTCAT AAGTTCAAAA
TATTATCCGT ATTTTTCCCC TGATCGAAAC AGATATATAC TAATGAATTG GTATAAAAAT
TTGTTAGAGT CAAAACAAAG ATTCGACCAG GGAAGAGAAA ATTTAACTGC TATCCAAAAT
CAAATGGAAG AAAATATTAA TATATTCAAA ACAAACCTCA ACGAATATCT TACTTTGAAT
CAAGGCGGTA ACGTTACTAT TATTGAACCA CTTTCTGAGA TTCAAACACT TTATAACACA
CAATACGGAA AAGCTTCGGC TGATATAGCT CGTGCCTCAA GGATAGTTAG TGATCTTGCA
AATTACACTG ATTACTCCGA ATTAAAGTCC AAACTTAGGA ATATTGATAA AAATCTTTAT
TTATTGCAGC AAGATTGGTC AGCAAAAATA AGAAAACCGT TTACTAGATG GCTACTAAAT
TCCATAATGG TAGCTGGTAT AACATCAGTA TTAACTGTTT TAATAACCTC CATTGCAGCC
TACCCTTTTT CAAGGATGAG GTTTGTGGGA AGAAAGCAGG GGTTATTTTT CTTGATGATT
ATTCAGATGT TCCCAGCCGT AATGTTTATG ATAGCAATTT ATGGCATATT GAAATTTATG
GGTGATAACT TTGGGGTATT TGGTTTGGAT TCTTTAGATG GATTGATCTT TGCCTACATG
GGAGGAATTG CTTACAACAT GTGGCTGTTC AAAGGTTACT ATGACACTAT CCCGGACTCT
TTGGAAGAAT CTGCAATGAT TGACGGTGCT ACGAGGTTCC AAACCTTTTG GAGGATCGTA
TTGCCTCTAT CTCTACCCAT AATTGCTGTT GTTATGATAC TTACCTTCAT GAACATATTC
AACGAGTTTG TTATGGCAAG GATAATATTA CAAAGCGAAT CAAATTATAC CTATGCTGTT
GGATTGCAAA CTTTCTCCTC GGGACCTTAC GAAACAGAGT GGGGATTGTT CACCGCAGCC
TCACTATTGG GTGCTATCCC AATGATAATT CTATTTTTGT CTCTCCAAAG ATGGATAATC
GGAGGATTAA CTCAAGGCTC TGTAAAAGGT TAA
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| Protein sequence | MAVIEKKNYT LRHIILIICV VVILFPLVWL ISTSIRRDNA AFSPKLFSNR LTMNNYKDLI
LQTPNVPEII NELNSLSSYI GEYSGISLTE AQKESMKFIT SLEEYFTETQ NNFEDLESSY
DDIFTLYETQ YKDPFYKDIN KIRIEDYQTF EEELTAILNL SESMGINVDI MPLQTLISDY
FTQRKEIMTS FENSSLNKDS EYYIETMNTI LQIPLKTSTW RVRTYRRWIK EEPEAEIFGN
NILSLAERWE KIETEIERIQ EDIQKQANEL YGQSVTQISQ LEADLNNINS QISQITSQQV
LLERQNSDIF NSLSALFDIF IVEKERLHAS YNILEGQDLS NVEGKSPLFG EDKSFYDNVQ
KFSQIIPPAY ENLNSIDIFI ENGFVETLEL FNEVYQFLNE NFTKIYAIKD SKTILPGYQA
AKSSTLKLSG SINELLPLTS QYSSNTRQLA QYSAQLNNLR EQKNEIQTAL SLIKQENDEI
LSNLEKTQNI PFLLVYMESS NQEITNNFES TNYASFISSK YYPYFSPDRN RYILMNWYKN
LLESKQRFDQ GRENLTAIQN QMEENINIFK TNLNEYLTLN QGGNVTIIEP LSEIQTLYNT
QYGKASADIA RASRIVSDLA NYTDYSELKS KLRNIDKNLY LLQQDWSAKI RKPFTRWLLN
SIMVAGITSV LTVLITSIAA YPFSRMRFVG RKQGLFFLMI IQMFPAVMFM IAIYGILKFM
GDNFGVFGLD SLDGLIFAYM GGIAYNMWLF KGYYDTIPDS LEESAMIDGA TRFQTFWRIV
LPLSLPIIAV VMILTFMNIF NEFVMARIIL QSESNYTYAV GLQTFSSGPY ETEWGLFTAA
SLLGAIPMII LFLSLQRWII GGLTQGSVKG
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