| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cphamn1_1027 |
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| Symbol | |
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| ID | 6374698 |
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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 | Chlorobium phaeobacteroides BS1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010831 |
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| Strand | - |
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| Start bp | 1106534 |
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| End bp | 1109689 |
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| Gene Length | 3156 bp |
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| Protein Length | 1051 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 642683528 |
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| Product | beta-phosphoglucomutase family hydrolase |
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| Protein accession | YP_001959449 |
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| Protein GI | 189499979 |
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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 | 8 |
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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 | 21 |
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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 | ATGTTACAAG GTGTCATTTT CGATCTGGAC GGTGTTGTAA CCGGAACTGC AAAAATCCAT
AGTCTTGCCT GGGAGTCAAT GTTCAACTCA TTTCTGAAAG AGCATGCGGC TGCAAATCAG
GAGCCGTTCG TGCCTTTCGA GCCGAACAGG GACTACCTCG GATATGTTGA CGGAAAACCT
CGAATGGAAG GGGTCAGAAG TTTTCTTGAG TCCCGGAACA TTGAACTCCC GTTCGGAAAG
ATCGATGATA CCCCTGAAAT GCCTACAATC TGCGGGCTGG GCAACAAAAA AAACGAGGTT
TTCACGGAGA TACTCATCAA GGAAGGCCCT GAAGTATTCC AGAGTACCGT GGACTTCATC
CTCGAGCTTA AGTCCCGAGG CATCCGTATC GGTATCGCTT CCTCGAGCAG AAACTGCAAA
CTGATACTTG AACTTTCGAA ACTCGAACAT CTTTTTGAAA CCAGAGTTGA CGGGGAAGTA
TCTCTTGAGC TTGGCCTGAA AGGCAAACCA AACCCGGATA TTTTCACTAC CGCAGCGGAT
AATCTCGGCC TCCATCCTCA TGACTGCGTT GTCGTCGAAG ACGCGATTTC CGGCGTTCAG
GCGGGAGCAG CCGGGAATTT CGGTATGGTT CTCGGTATCG CCCGGGAAAT TGAGGGCATT
CGCCTGAAGG AAGAAGGCGC TGACATTGTC GTAAGAGACC TGGGAGAAAT CACTGTCGAT
GAGGTCTCGC GATGGTTTCA GGAAGAAATT CTCGACGATG GCTGGCAGTT GAACTACTCA
TCTTTCAAAC CAGAAGAGGA GAAGCTTCGG GAAACACTGA CCGCTATAGG CAACGGCTAT
CTCGGAACAA GAGGAGCTTA CGAAGGTTCA AAAGCCTCCC GGCACCACTA TCCCGGCACC
TATATAGCGG GTGTTTTCAA TAAAATCCCC TCGGACGTAC ATGGGGAATC GATTTTCAAC
AACGATTTCG TCAACTGCCC TAACTGGCTG CCCGTGGAGT TCAGGATTTG CTGCGGGGAC
TTCATCGATC CTTTCGAACA GAACATCCTG AGCTATCGTC AACGCCTTGA TACGCAACAT
GCCGTCATGA AGCGTGAGAT CGTTTTTCAG GACAATCTGG GAAGGATAAC GCGTATAGAA
AGCAGTCGCA TAGCGAGCAT GGATAATCCG CACCTCTGCG CTCTCGAGTT CTCCTACACT
CCGATAAACT ATTCCGGAGA CATTGAATTC AGACTCTCGA TCGATGGAAC AATCGAGAAC
AAGGGTGTTG AACGATACAG CTCTCTTGCT TCCGACCACC TGGAACATAT CGACAGCGGC
AGTTCCGGCG AAGGAATATT CCTGCATGTA CAGACAAGCT GTTCCCGCTA TCAGATTGTG
ACCCGCGCAA AAAGCAGCGC ACGGATTTCC GGAAACGCTG TTCAGCCACA GAAAACCGTG
AATGACGCAT CAAGATATAT CGCCGAGCAC TTCACCGTTT CGCTGCACAA AGGACAGGAA
TGTACCGTAG AAAAAATAGT CGCGGTTCAT ACCTCGCTCG ACAGTGACCA GAGTGACCCT
GTAGCTGCCG CCGACAAAAC CATCGCCTCG GCATCAGGCT TTTCAGATCT TTTTGAATCC
CATAAAAAAG CCTGGGAGAA GATATGGGAG CGATGCAATA TCACAATAGA CGGCGACCGC
TTCAGCCAGA AAGCCCTGCG TTTTCATATC TATCATCTTC TGGGAACCGC CTCGCCGCAT
AACCCTCGTA TCGATGCAGG CATGCCGGCA AGAGGCCTCA ACGGTGAAGC CTACCGGGGA
CACATTTTCT GGGACGAGAT CTATATTCTG CCCTTCTTCA CCCAGCATTT CCCCGATACT
GCAAAAGCCC TGCTGATGTA CCGTTACCAG AGGCTCGACG CGGCAAGGGA GTATGCACGG
GAAAACGGGT TCAAAGGCGC GATGTTCCCC TGGCAGACCG CTGACGATGG CAGCGAAGAA
ACACAGGTTG TTCACTATAA CCCGCAGAGC GATACCTGGG GCCCTGATTT AAGCAGAAAC
CAGAGACATG TCTCGATCGC GGTATTCTAC AATACCTGGC GCTATGCGCA TGAAACCGGT
GACAGGGGTT TTCTGGAACA GTATGGCGCT GAAATGCTCT TTGAGATCGC TCGTTTCTGG
GCAAGCATAG CCAAACGCCT CCCGGGGAGC GACGACTATC ATATTGAAGG CGTTATGGGA
CCGGATGAGT TCCATGAAAA ACTTCCGGGA AGTTCCGGGG ACGGAATAAC CGATAATGCG
TATACCAACA TCATGACCGC CTGGCTTCTC GACAAGGCCG TCAAACTGAC TGAAACCATA
GAGCCTTCCG TAATGGAAAA GCTGGTCGCT GATATCGGTC TCGGGCATGA TGAAATCGAG
ACATGGAAAG AGATATGCAG CAACCTGCAT GTCATTATCA CAGATGAAGG CATCATCGAG
CAATTCGACG GCTACATGGA ACTCAAGGAG CTCGACTGGG AAAAGTACAG AAAAAAATAC
GGCAACATCC ACCGTATGGA CAGGATACTG AAAGCCGAAG GTGATACTCC GGACAAGTAC
AAGGTCGCCA AGCAGGCTGA CGTGCTGATG ACCTACTATG CCCTGTCTCC GCTCGAGGTT
CAGCAAATCC TTGAAAAAAA CGGACACAAA ATCGATGATC CGATAAAAAT GGTTCAGAAT
AACTACACAT TCTATGAACC ACGTACCAGC CACGGTTCAA CGCTCAGCAA GGTTGTTCAC
TCCATCATAT CGAGCTATCT GCATGACGGC CATGAAACCG CCTGGCAATG GTTTACAGAA
TCTCTGAAAA GCGATATCAT GGATACCCAG GGCGGGACGA CCCAGGAAGG GATCCACTGT
GGCGTGATGG GAGGGACACT TGATACCGTC ACGAGGTACT TTGCCGGTAT ATCGTTCGCG
AATGAAATCC TGCATGTTCA ACCGAACCTG CCGTCTCACT GGAGATCACT GGAACTGAAG
ATATGTTTCC GTAACAACTG GTACAGCATT ATCATCGACC GGAAAACCGT TACGGTAACC
CTTCTTGAGA GTACTGAAGA AACCGTAACC GTCAGCATAG CCGGAAAAAA TAAAACCATC
GGCAGAGGAG AAAAGGCAGT CGACAACGTC TCTTAG
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| Protein sequence | MLQGVIFDLD GVVTGTAKIH SLAWESMFNS FLKEHAAANQ EPFVPFEPNR DYLGYVDGKP
RMEGVRSFLE SRNIELPFGK IDDTPEMPTI CGLGNKKNEV FTEILIKEGP EVFQSTVDFI
LELKSRGIRI GIASSSRNCK LILELSKLEH LFETRVDGEV SLELGLKGKP NPDIFTTAAD
NLGLHPHDCV VVEDAISGVQ AGAAGNFGMV LGIAREIEGI RLKEEGADIV VRDLGEITVD
EVSRWFQEEI LDDGWQLNYS SFKPEEEKLR ETLTAIGNGY LGTRGAYEGS KASRHHYPGT
YIAGVFNKIP SDVHGESIFN NDFVNCPNWL PVEFRICCGD FIDPFEQNIL SYRQRLDTQH
AVMKREIVFQ DNLGRITRIE SSRIASMDNP HLCALEFSYT PINYSGDIEF RLSIDGTIEN
KGVERYSSLA SDHLEHIDSG SSGEGIFLHV QTSCSRYQIV TRAKSSARIS GNAVQPQKTV
NDASRYIAEH FTVSLHKGQE CTVEKIVAVH TSLDSDQSDP VAAADKTIAS ASGFSDLFES
HKKAWEKIWE RCNITIDGDR FSQKALRFHI YHLLGTASPH NPRIDAGMPA RGLNGEAYRG
HIFWDEIYIL PFFTQHFPDT AKALLMYRYQ RLDAAREYAR ENGFKGAMFP WQTADDGSEE
TQVVHYNPQS DTWGPDLSRN QRHVSIAVFY NTWRYAHETG DRGFLEQYGA EMLFEIARFW
ASIAKRLPGS DDYHIEGVMG PDEFHEKLPG SSGDGITDNA YTNIMTAWLL DKAVKLTETI
EPSVMEKLVA DIGLGHDEIE TWKEICSNLH VIITDEGIIE QFDGYMELKE LDWEKYRKKY
GNIHRMDRIL KAEGDTPDKY KVAKQADVLM TYYALSPLEV QQILEKNGHK IDDPIKMVQN
NYTFYEPRTS HGSTLSKVVH SIISSYLHDG HETAWQWFTE SLKSDIMDTQ GGTTQEGIHC
GVMGGTLDTV TRYFAGISFA NEILHVQPNL PSHWRSLELK ICFRNNWYSI IIDRKTVTVT
LLESTEETVT VSIAGKNKTI GRGEKAVDNV S
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