| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_1833 |
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| Symbol | |
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| ID | 7287757 |
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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 | Cyanothece sp. PCC 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | - |
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| Start bp | 1706075 |
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| End bp | 1708660 |
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| Gene Length | 2586 bp |
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| Protein Length | 861 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 643584831 |
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| Product | alpha-glucan phosphorylase |
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| Protein accession | YP_002482561 |
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| Protein GI | 220907250 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0058] Glucan phosphorylase |
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| TIGRFAM ID | [TIGR02094] alpha-glucan phosphorylases |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.199755 |
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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 | 24 |
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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 | ATGCTGCAGC CCATTCGCGT CTTCAATGTT TCCCCCGCTT TACCAGAACG GCTGGAACCC
TTGCGTCGGT TGGCTTACAA TCTCTACTGG AGCTGGAATA ACGAAGCCTC AGACCTGTTT
TATCGCCTTG ACCGTGACCT GTGGGAGTCC AGCCGCCACA ATCCGGTGTT ACTTTTAGGC
ACAATCAGCC AGCAGCGCTT ACTGGAAATC CTCAATGATG AAGGGTTTTT GGCCCAGATG
GATCGGGTCA GCCAGCAGTT TGACGATTAT TTGAACGAAG CCGCCTGGTA TCAAAAACAT
CGGGGTAAAA ATACCGGAGA GTGCTATGCC TATTTTTCCG CCGAATTTGG GCTGACGGAT
TGCCTGCCAA TTTACTCCGG GGGGCTAGGA ATTCTGGCGG GGGATCACCT CAAGTCGGCC
AGTGATCTGG GGTTACCGCT GGTGGGGGTC GGTTTACTAT ATCAGCGCGG CTATTTTTCT
CAATATCTCA ATGCCGATGG CTGGCAGCAG GAACAGTATC CGATTAATGA CTTTTACAAT
ATGCCCCTGC ATCTGGAGCG GCAGGCAGAT GGCACAGAAC TGCGGATCAA GCTGGATTTT
CCCAACCGCA CGATTCAGGC CAGGGTCTGG CGGATCGATG TCGGCCGGGT TCCCCTGTAT
CTGCTCGATA CCAATGTGCT GGAAAACAGC GAATATGACC AGAACATCAC TGATTACCTC
TACGGGGGCG ATATTGATGT GCGGATTCAC CAGGAAATTA TGCTGGGGAT CGGCGGGGTG
AAAATGTTGA GAAGCCTCGG TTTCAGACCC ACGGTTTACC ACATGAATGA GGGACACTCT
GCTTTTCTAT CCCTGGAACG GATTCGGGTA CTGATGCAGG AGGAAGGATT AACCTATGCA
GAAGCCAAGC AGGTGACTCA ATCCAGTCAG ATCTTCACCA CCCATACGCC AGTGCCGGCC
GGAATTGACC TGTTTCCACC GGACAAGGTG CTGTATTACC TGGGGGGGTA TGGGGAGATC
TTCGGTTTAT CGCGGCAGGA GTTTCTAGCT CTGGGCAGGG AAAACACCGG GGATTTCCAG
GCTCCCTTCA GCATGGCGGA TCTGGCGATC AAAATGGCCA CCTTTGTCAA TGGGGTGAGC
AAGTTGCACG GGGAAGTGTC CCGCTCCATG TTCAAGGGAT TATGGCCCAA ACTGCCCCTG
TCAGAAATTC CGATTACCTC GATTACCAAT GGCGTTCATG CCCGTAGCCG CGTTGCTGAT
GTGATCCAGG ATATGTTCGA TCGCTATCTC GGCCCAAACT GGTCAGAGGC TGCCCCAGAA
GATTTGCTCT GGCAGCGATT TAAAGCCATT CCCGATGAAG AACTCTGGCG CAATCACGAG
CGGTGTCGCT ATCAACTGGT GATGTTTGCC CGCCAACGCC TACAACGCAG TCTCCGCGAT
CGGGGGGCCT CACCGGCCGA AATCGAAGCT GCTGGAGAAA TTCTTGATCC CTCTGCCCTG
ACTATTGGGT TTGCCCGCCG TTTTGCCACC TATAAACGGG CCACCCTGTT CCTCCAGGAT
CTGGAGCGGA TTCGCTGCAT TCTGCTCGGC CAAATTCCAC TCAAGTTTGC CAGCAATCGT
AAGCCCACGG TTCAGTTTGT CATTGCCGGT AAAGCCCATC CCCATGACAA TCCGGGTAAG
GAATTGATTC GGGCGATCGT CCATTTTGCC CAACAGTCCG AGATGCGCGA ACATATCGTT
TTTATACCTG ACTATGATAT TTATGTCGCC AAGCTGATGG TGTCCGGTTG TGATGTCTGG
CTGAATACGC CCCTGCGGCC CCTGGAAGCC TCTGGAACCA GTGGCATGAA AGCGGCGATG
AATGGGTTAC CCAACCTCAG TACCTTAGAT GGCTGGTGGG ATGAAGCGGA CTATGTTCGC
ACGGGCTGGG CGATCGGCGA GGGGGAGGTT TACGCTGACC TCAACTATCA AAATCAGGTG
GAATCCAATG CCCTGTACGA ACGGCTGGAA CGGGAGGTCA TTCCTCTCTT CTACGATCGG
GATGAGCGCG GGCTACCCCG AAAATGGGTG GCTAAAATGA AAGACTGTAT TCAGCTCAAC
TGCCCCCAGT TCAACACTGC CCGGATGGTG AAAGACTATG CTTTGCAGGG ATATTTTCCG
GCCAGCGATC GCTTCCGCAA TATGACCGCC AACGGTTACA CCCCCGCCAA AGAACTGGCC
CACTGGAAAG CCCACCTGTT TGAACACTGG TACAACATCA AAGTGGAAAA CGTGGATGTC
TCCTCGCCGG AGGATGTACA GGTGAATCAA CCGATCGCGG TCAAAGCTGG ACTGCGGCTC
GGCCCAATTA CCCCAGAGGA TGTGCAGGCC CTTCTCTTTC AGGGCAAACT GGACGAAAGC
GGCCAGATCA TTGATCCCGT TGCCCTACCT ATGGACTACC ACGGTGAAGA TGGGCAGGGG
ATTAGCCTCT ATACCGCCAA TGTGTCCTAT AGTGCCAGCG GTCGGCAGGG ATTAGCGTTA
CAGGTGTTGC CAAACCATCC CAACTTGAGC AGTCCCTACG AAATGGATCT GGTGCTATGG
GCTTGA
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| Protein sequence | MLQPIRVFNV SPALPERLEP LRRLAYNLYW SWNNEASDLF YRLDRDLWES SRHNPVLLLG
TISQQRLLEI LNDEGFLAQM DRVSQQFDDY LNEAAWYQKH RGKNTGECYA YFSAEFGLTD
CLPIYSGGLG ILAGDHLKSA SDLGLPLVGV GLLYQRGYFS QYLNADGWQQ EQYPINDFYN
MPLHLERQAD GTELRIKLDF PNRTIQARVW RIDVGRVPLY LLDTNVLENS EYDQNITDYL
YGGDIDVRIH QEIMLGIGGV KMLRSLGFRP TVYHMNEGHS AFLSLERIRV LMQEEGLTYA
EAKQVTQSSQ IFTTHTPVPA GIDLFPPDKV LYYLGGYGEI FGLSRQEFLA LGRENTGDFQ
APFSMADLAI KMATFVNGVS KLHGEVSRSM FKGLWPKLPL SEIPITSITN GVHARSRVAD
VIQDMFDRYL GPNWSEAAPE DLLWQRFKAI PDEELWRNHE RCRYQLVMFA RQRLQRSLRD
RGASPAEIEA AGEILDPSAL TIGFARRFAT YKRATLFLQD LERIRCILLG QIPLKFASNR
KPTVQFVIAG KAHPHDNPGK ELIRAIVHFA QQSEMREHIV FIPDYDIYVA KLMVSGCDVW
LNTPLRPLEA SGTSGMKAAM NGLPNLSTLD GWWDEADYVR TGWAIGEGEV YADLNYQNQV
ESNALYERLE REVIPLFYDR DERGLPRKWV AKMKDCIQLN CPQFNTARMV KDYALQGYFP
ASDRFRNMTA NGYTPAKELA HWKAHLFEHW YNIKVENVDV SSPEDVQVNQ PIAVKAGLRL
GPITPEDVQA LLFQGKLDES GQIIDPVALP MDYHGEDGQG ISLYTANVSY SASGRQGLAL
QVLPNHPNLS SPYEMDLVLW A
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