| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Paes_1462 |
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| Symbol | |
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| ID | 6460802 |
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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 | Prosthecochloris aestuarii DSM 271 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011059 |
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| Strand | + |
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| Start bp | 1597116 |
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| End bp | 1600268 |
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| Gene Length | 3153 bp |
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| Protein Length | 1050 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 642725449 |
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| Product | beta-phosphoglucomutase family hydrolase |
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| Protein accession | YP_002016129 |
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| Protein GI | 194334269 |
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| COG category | [G] Carbohydrate transport and metabolism
[R] General function prediction only |
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| COG ID | [COG0637] Predicted phosphatase/phosphohexomutase
[COG1554] Trehalose and maltose hydrolases (possible phosphorylases) |
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| TIGRFAM ID | [TIGR01509] haloacid dehalogenase superfamily, subfamily IA, variant 3 with third motif having DD or ED
[TIGR02009] beta-phosphoglucomutase family hydrolase |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | 18 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTTAAAG GTGTTATTTT CGATCTGGAC GGAGTCATAA CAGGTACGGC CAAAATTCAC
AGTCTGGCCT GGGAGTCCAT GTTCAACACC TTCCTTAAAG AGTATGCCGA GGCAAACAGT
GAACCTTTTA TACCGTTTGA TCCTGCACAG GATTACCTGA AATACGTCGA TGGTAAACCT
CGAATGGAAG GTGTAAGGAG TTTCCTGGAA TCCAGAGACA TCGAATTACC CTTCGGTGAT
CTTGACGACA TTCCTGAAAA GTCCACGATC TGTGCCCTGG GTAACCGCAA AAACAAGGAT
TTCACCGACA TCCTCGTCAA GGAAGGACCC GAAGTTTTCC AGACTTCCGT TGCTTTTATC
AAAGAGCTTA AAGCTCAGGG AATACGTATC GGCATTGCAT CATCGAGCCG CAACTGCAAG
CTGATTCTTG AACTTGCAGA GCTCGAAGAG CTCTTCGAAA CAAGAGTGGA CGGCGAAGTC
TCTATCGAAC TGGGCCTGAA AGGCAAGCCA AATCCTGATA TTTTCATCAC AGCTGCCGAA
AATCTCGGTC TGCATCCGCA CGACTGCGTT GTTGTTGAGG ATGCGATCTC AGGCGTTCAG
GCCGGCGCCA AAGGCAATTT CGGTCTCGTG CTGGGAATTG CCCGTGAAAT AGACGGGATC
CGCCTGAAAG AGGAAGGGGC AGATATCGTC GTGCGCGACC TTGGCGAGAT CACGGTTGAC
GACGTTCATC GCTGGTTTTC AGAAGGCGTT ATAGAAGACG GCTGGAACTT CCATTACAGC
GAATTCAACC CTGAACAGGA AAAACTCCGC GAAACCCTTA CCGCCATCGG CAACGGCTAC
CTCGGCACAC GAGGCGCTTA CGAAGGCAGC AAGGCCTCTC AGCATCATTA TCCTGGCACC
TACATCGCAG GCGTTTTCAA CAAACTCCCG TCGGAAGTCC ATGGCCAGAC CATTTACAAT
AATGATTTCG TCAACTGCCC CAACTGGCTG CCGATTGAGT TCAAGATCTG CTGCGGAGAG
TTTATAGATC CCTTCGAACA GAAGGTCCTC AGCTACAGGC AGAATCTCGA CATGCGCTCT
GCGGTCATGG AACGCGAAAT CGTGATCCAG GACAATCTCG GCAGGATAAC GCGTCTATCG
AGCCTTCGCC TTGCAAGCAT GGATAACCCC CATCTCTGCG CGCTGAAGTT TTCCCTGACA
CCGGTCAACT ACTCCGGAAC CATTGAGTTC CGAACGGCAA TTGACGGTGC GGTTGAAAAC
AAAAATGTCG CCCGTTACAG CTCACTCTCA TCCGATCATC TTGAACAAGT CGACAGCCGG
GGCGATGAAG ACAGCATCAT GCTGCATGTG CGCACCAAGA CATCGAAGTA CGACATCGTC
ACCAACGCCC GGACAGCTGT CAGCGTGTCG GGTTCGCCTG TCGCCGCGAA AAAAAGCATT
GAATCCGCGC CCCGCTCTAT CGCCCAGACG TTCAAGGTTG AGCTTCAAAC GGATGAAGAG
TGCACCATTG AAAAAATCGT CTCCATTCAC ACCTCGCTTG ACCGCGACCA TGACGACCCT
GTACAAGCTG CCTCGGCAAC GATAGGCGCA GCAGGCTCAT TCGATACGAT TCTTGCCGCG
CACCGTACCG CATGGGAAAA AATCTGGGCA ACATGCGACA TTGTCATCGA TGGAGATCGA
TTCAGCCAGA AAGCCCTGCG CTTTCACTCC TATCACCTCA TTTGCACCGC ATCTCCTCAC
AACCCGGGGA TTGATGCAGG AATGCCTGCG CGCGGGCTCA ACGGAGAAGC CTATCGCGGA
CATATCTTCT GGGATGAGAT CTTCATTCTG CCGTTCTTCT ATCAGCACCT GCCGGAAGTA
GCCAAAGCCC TGCTGCTCTA CCGTTACCGC AGGCTCGATG CGGCTAGAAA CTATGCAAGG
GAAAACGGTT ATCGCGGCGC AATGTTCCCG TGGCAGACAG CCGACGACGG TAACGAGGAT
ACCCAGACCA TCCACTACAA TCCGCAAAAC GGAACATGGG GACCGGACCT CAGCTGCAAC
CAGCGTCACG TCTCAATCGC AGTGTTCTAT AACACATGGC GCTATATCAA CGAAACCGGT
GACACCTCCT TCCTTGAAGA GTACGGAGCC GAAATGATGT TTGAAATCGC TCGATTCTGG
GCAAGCATCA CCCGCTACCA GAGCGACAGC GGCACCTACC ACATTGAAGG GGTCATGGGA
CCTGATGAAT TCCACGAAGC GCTTCCCGGA AGCGGCACTG ACGGCGTGAG AGATAACGCC
TATACCAATA TCATGACATC ATGGCTGCTC GAAAAAGCGG TAGAAATGAG CCAGAACCTC
GATCCTGATG TCATGGACAG ACTGATCAAG GATATCCAGA TCGGTTATGA CGAAATCGAG
GAGTGGAAAA AGATCAGCAG CAACATCAAT ATCATCCTGA ACGAGGACGA TATTCTTGAA
CAGTTCGACG GCTACATGAA TCTCAAAGAA CTCGACTGGG AGAGCTACCG AAAGAAATAC
GGCAATATCC ACCGCATGGA CAGGATCCTC AAAGCGGAGG GCGACTCGCC GGACAATTAC
AAGGTTGCCA AACAGGCTGA CGTTCTCATG ACATTCTATG CGCTTTCGCC GTCAGATGTC
TGCCATATTC TTGAAAAAAC AGGCCATCAT ATCGACGATC CGCTCCAGCT GGTCCGCAAC
AACTACAGCT ATTATGAACC CAGAACAAGC CACGGTTCAA CACTGAGCAA GGTTGTCCAC
GCCATTATTT CAAGCTACCT GCACGATGGC CATGCAACAG CGTGGAACTG GTTCATGGAA
TCGCTGAAAA GCGATATCCA GGATACCCAG GGAGGAACGA CACAGGAAGG CATCCACTGC
GGTGTTATGG CAGGAACACT TGATGTCGTC AGCCGCTACT TTGCAGGCAT TTCCTACAAA
GACGGCATCG TCAACGTCAA TCCGAACCTG CCCGACCTGT GGCGCAATCT TGAGCAGAGC
ATTACCTTCC GTCAATGCAC CTACAAGCTC ACCATAGATC ATCGCACCAT AAAGGCTGAA
CTCATTGCCG GACCGGACAG CCAGCAATCC ATCTGCCTCG GAGGCAGGAA AAAAACCATT
TCGAAAGGTC AAACGATCAC AGCTGAATGG TAA
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| Protein sequence | MLKGVIFDLD GVITGTAKIH SLAWESMFNT FLKEYAEANS EPFIPFDPAQ DYLKYVDGKP
RMEGVRSFLE SRDIELPFGD LDDIPEKSTI CALGNRKNKD FTDILVKEGP EVFQTSVAFI
KELKAQGIRI GIASSSRNCK LILELAELEE LFETRVDGEV SIELGLKGKP NPDIFITAAE
NLGLHPHDCV VVEDAISGVQ AGAKGNFGLV LGIAREIDGI RLKEEGADIV VRDLGEITVD
DVHRWFSEGV IEDGWNFHYS EFNPEQEKLR ETLTAIGNGY LGTRGAYEGS KASQHHYPGT
YIAGVFNKLP SEVHGQTIYN NDFVNCPNWL PIEFKICCGE FIDPFEQKVL SYRQNLDMRS
AVMEREIVIQ DNLGRITRLS SLRLASMDNP HLCALKFSLT PVNYSGTIEF RTAIDGAVEN
KNVARYSSLS SDHLEQVDSR GDEDSIMLHV RTKTSKYDIV TNARTAVSVS GSPVAAKKSI
ESAPRSIAQT FKVELQTDEE CTIEKIVSIH TSLDRDHDDP VQAASATIGA AGSFDTILAA
HRTAWEKIWA TCDIVIDGDR FSQKALRFHS YHLICTASPH NPGIDAGMPA RGLNGEAYRG
HIFWDEIFIL PFFYQHLPEV AKALLLYRYR RLDAARNYAR ENGYRGAMFP WQTADDGNED
TQTIHYNPQN GTWGPDLSCN QRHVSIAVFY NTWRYINETG DTSFLEEYGA EMMFEIARFW
ASITRYQSDS GTYHIEGVMG PDEFHEALPG SGTDGVRDNA YTNIMTSWLL EKAVEMSQNL
DPDVMDRLIK DIQIGYDEIE EWKKISSNIN IILNEDDILE QFDGYMNLKE LDWESYRKKY
GNIHRMDRIL KAEGDSPDNY KVAKQADVLM TFYALSPSDV CHILEKTGHH IDDPLQLVRN
NYSYYEPRTS HGSTLSKVVH AIISSYLHDG HATAWNWFME SLKSDIQDTQ GGTTQEGIHC
GVMAGTLDVV SRYFAGISYK DGIVNVNPNL PDLWRNLEQS ITFRQCTYKL TIDHRTIKAE
LIAGPDSQQS ICLGGRKKTI SKGQTITAEW
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