Gene Cpha266_1640 details

Gene Information

• Locus tag: Cpha266_1640
• ID: 4568585
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Chlorobium phaeobacteroides DSM 266
• Kingdom: Bacteria
• Replicon accession: NC_008639
• Strand: +
• Start bp: 1867239
• End bp: 1870394
• Gene Length: 3156 bp
• Protein Length: 1051 aa
• Translation table: 11
• GC content: 48%
• IMG OID: 639766224
• Product: beta-phosphoglucomutase family hydrolase
• Protein accession: YP_912085
• Protein GI: 119357441
• COG category: [G] Carbohydrate transport and metabolism; [R] General function prediction only
• COG ID: [COG0637] Predicted phosphatase/phosphohexomutase; [COG1554] Trehalose and maltose hydrolases (possible phosphorylases)
• TIGRFAM ID: [TIGR01509] haloacid dehalogenase superfamily, subfamily IA, variant 3 with third motif having DD or ED; [TIGR02009] beta-phosphoglucomutase family hydrolase

Plasmid Coverage information

• Num covering plasmid clones: 11
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGAGTAACC TATTCAAAGG CGCCATTTTT GATCTTGACG GCGTCATCAC CGGAACAGCA 
AAGGTACACA GCCTTGCATG GGAAGCGATG TTCAATTCCT TTCTGAAAAG TTATGCCGAA 
GAAAACAATG AACCGTTCGT CCCGTTCGAT CCAGTCAACG ACTATCACCG ATATGTTGAC 
GGAAAACCAA GAATGGAGGG CGTGAAAAGC TTTCTCGCAT CCCGCAATAT TGAGTTGCAT 
TACGGCGATC TTGACGACAA CCCCGAAAAG GAGACGGTCT GTGGACTCGG TAATCGTAAA 
AACAGCCTGT TTACCGAAAT TCTCATGAAA GAGGGACCGG AAATCTATAC CTCCTCTGTT 
GATCTTATCA AAGAGCTGAT CGCCAAGGGA ATACGAATCG GTATTGCATC ATCGAGCAGA 
AACTGTCAAC TGATTCTGCA GCTTGCGAAT CTTGAAGAGC TGTTTGAAAC AAGAGTAGAC 
GGGGAAGTAT CCATTGAGCT TAATCTGAAA GGCAAACCAA ATCCTGATAT TTTTGTAACT 
GCCGCAGCAA ATCTTGGTCT TGAACCTCAC GAATGCGTCG TTGTTGAAGA TGCCATTTCA 
GGCGTACAGG CAGGTTCCCG AGGCAATTTC GGACTGGTTC TCGGCATTGC GCGCGAAATC 
GAAGGCTCAA AACTTCGTCA GGAAGGTGCT GACATTGTCG TTAAAGATCT GGGTGAAATC 
ACCATTTCGG ATATTGAACT TTGGTTCAAT GAAGGACTTG AAAAAGAGGG CTGGAACCTT 
GAGTATTCTC ATTTCTCTGC AAAAGATGAA AAACTCAGAG AAACATTGAC CTCTGTAGGC 
AACGGATATC TCGGCGTGCG CGGCGCATAC GAAGGATCGA AGGCATCGGG GCATCATTAT 
CCCGGAACCT ACATTGCAGG GATTTTCAAT AAACTGCCCT CCGATGTTCA CGGTCAAACC 
ATTTTCAACA ATGATTTCGT CAACTGTCCG AACTGGCTTC CCATCGAGTT CAGAATAGGA 
AAAGGCTCTT TTACCGATCC GTTCAAGGAA AAAATCCTCA GTTACCGACA GAACCTCGAC 
ATGCAGAACG GCAGCATGAC CCGCGAGATC GTTATCCAGG ACAACCTTGG AAGAATCAGC 
AGAATCAGCA GTCAACGGTT TGCAAGCATG GCAAACCCCC ACATCTGTGC AGTGAGGTTC 
ATCCTCAGAC CGATCAATTA CCAGGCAGAG GTGGAATTCA GAAGCTCCAT CGACGGACAG 
ATCGAAAACA AGGGCGTTAC CCGTTACCGT GAACTTGCAT CGGATCATCT TGAACATGTC 
TACGGCATAA CTGAAAAAGA TTCCATGTTC CTGCATGTCG AAACGAACGC ATCGCATTAC 
GGAATAGTAA CTGGAGCCGT GACAAGAGTT TTCTGTCACA CAAAACAGGA GTGCGTCGAA 
CGTTCCACAA CCAGCATACC CCGATATATC GCACAGACGT TCCGAATCCC GCTCTCTCCT 
GAAAAAAAAT GCACAATCGA AAAAATCGTC ACCATTCACA CTTCGCTTGA CGAGGAAAAA 
GGCGACCCGC TTGAAGCAGC CAAATTTTCT CTGCTCGCTG CCGATTCCTT TGATTCGCTC 
TTCAACGCGC ATATTGCTGC ATGGGAGAAA ATCTGGAAAA AAACCGATCT CAAAATTCAG 
GCAGACCGAT TCAGTCAAAA AGCGCTTCGA CTGCACACCT ATCACATGAT GTGCACAGCT 
TCTCCCCATA ATGCCTCAAT TGACGCAGGC ATGCCTGCAA GAGGGCTCAA CGGCGAAGCA 
TACAGAGGTC ATATCTTCTG GGACGAAATC TTTATCCTCC CATTTTTCAA CCGTCACTAC 
CCCGATATAG CAAAAGCTCT CCTGATGTAC CGCTATCATC GGCTTGACGC TGCAAGAGAG 
TATGCGCGCG AGCATGGATT CAAAGGCGCA ATGTTTCCCT GGCAAACCGC CGACGATGGA 
AAGGAGGACT CTCAAATCAT CCATTTCAAT CCGAAAAGCG GAACATGGGG ACCTGATCTC 
AGCCGAAAAC AGCGACATGT TTCCATTGCC GTTTTTTTCA ACACATGGCT CTACATATAC 
GATACAGCCG ATACGCAGTT TCTCGATGAG TACGGCGCCG AAATGATGTT CGAAATTGCC 
AGGTTCTGGG CAAGCATTGC ATCGTTCTCT CCTGAAACGG GCAGGTACCA TATCGAAGGG 
ATCATGGGTC CCGATGAGTT TCATGAAACC CTTCCCGGAA GCGGAAAAGA AGGACTGAGA 
GACAACTCCT ACACCAATAT CATGACGGTC TGGCTGCTTG AAAAAGCAGT TGAAACCGCC 
GAAAAGATAG ATCCGGCAGT GATGCGACAC CTGCTGGCAA AAATCAATCT CGGTTATGAC 
GAACTGCAGC ATTGGCGTGA TATCAGCAGT CATATGAATA TCCTGCTGGA CGAGAACGGC 
ATTCTCGAAC AGTTCGATGG ATACATGAGC CTCAAGGAGC TGGACTGGTC GCACTACCGC 
TCAAAGTACG GCAATATTCA CCGCATGGAC AGAATTCTTA AAGCTGAAGG TGATTCGCCC 
GACAACTACA AGGTTGCCAA ACAGGCTGAT GTCCTGATGA CTTTTTATAC CCTGTCACCG 
GAAGAGGTGG CCCGTCTTCT TGAGAAAAAC GGATACACCG TCGACGATCC GCAAAAGCTG 
GTTCAGAATA ACTACAACTA CTACGAACCA AGAACCTGTC ACGGATCAAC ACTGAGCAAG 
GTTGTGCACT CTATTATCTC GAGTTATCTG CCCAATGGAC GGGAAGCAGC ATGGAGATGG 
TTTTCCGAGT CCCTAAAAAG TGACATACTC GACACCCAGG GAGGCACAAC CCAGGAAGGC 
ATTCATTGCG GCGTCATGGC TGGCACCCTT GATATGGTCA TGCGATATTT CGCAGGAATC 
TCTTTCGAAC ATGACATGAT TCATGTAAAC CCAAACCTGC CGGAACACTG GAAAAAGCTC 
GAGCTTAATG TGCTTTTCCG CGCGAACCAC TATGTTTTGA GCATAGAATC CGAGAAAGTC 
TCCATACTGC TGACGGAATC GGAAAGCGAT CAGGTTCAGG GATGCATCAA TAAAGTGACG 
GTTGATCTGA AAAAAGGCAT TTTTTGTACG GTATAA 

 

Protein sequence

MSNLFKGAIF DLDGVITGTA KVHSLAWEAM FNSFLKSYAE ENNEPFVPFD PVNDYHRYVD 
GKPRMEGVKS FLASRNIELH YGDLDDNPEK ETVCGLGNRK NSLFTEILMK EGPEIYTSSV 
DLIKELIAKG IRIGIASSSR NCQLILQLAN LEELFETRVD GEVSIELNLK GKPNPDIFVT 
AAANLGLEPH ECVVVEDAIS GVQAGSRGNF GLVLGIAREI EGSKLRQEGA DIVVKDLGEI 
TISDIELWFN EGLEKEGWNL EYSHFSAKDE KLRETLTSVG NGYLGVRGAY EGSKASGHHY 
PGTYIAGIFN KLPSDVHGQT IFNNDFVNCP NWLPIEFRIG KGSFTDPFKE KILSYRQNLD 
MQNGSMTREI VIQDNLGRIS RISSQRFASM ANPHICAVRF ILRPINYQAE VEFRSSIDGQ 
IENKGVTRYR ELASDHLEHV YGITEKDSMF LHVETNASHY GIVTGAVTRV FCHTKQECVE 
RSTTSIPRYI AQTFRIPLSP EKKCTIEKIV TIHTSLDEEK GDPLEAAKFS LLAADSFDSL 
FNAHIAAWEK IWKKTDLKIQ ADRFSQKALR LHTYHMMCTA SPHNASIDAG MPARGLNGEA 
YRGHIFWDEI FILPFFNRHY PDIAKALLMY RYHRLDAARE YAREHGFKGA MFPWQTADDG 
KEDSQIIHFN PKSGTWGPDL SRKQRHVSIA VFFNTWLYIY DTADTQFLDE YGAEMMFEIA 
RFWASIASFS PETGRYHIEG IMGPDEFHET LPGSGKEGLR DNSYTNIMTV WLLEKAVETA 
EKIDPAVMRH LLAKINLGYD ELQHWRDISS HMNILLDENG ILEQFDGYMS LKELDWSHYR 
SKYGNIHRMD RILKAEGDSP DNYKVAKQAD VLMTFYTLSP EEVARLLEKN GYTVDDPQKL 
VQNNYNYYEP RTCHGSTLSK VVHSIISSYL PNGREAAWRW FSESLKSDIL DTQGGTTQEG 
IHCGVMAGTL DMVMRYFAGI SFEHDMIHVN PNLPEHWKKL ELNVLFRANH YVLSIESEKV 
SILLTESESD QVQGCINKVT VDLKKGIFCT V