| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_1244 |
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| Symbol | |
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| ID | 7287165 |
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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 | 1081795 |
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| End bp | 1084296 |
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| Gene Length | 2502 bp |
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| Protein Length | 833 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 643584250 |
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| Product | glycogen/starch/alpha-glucan phosphorylase |
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| Protein accession | YP_002481984 |
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| Protein GI | 220906673 |
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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 | [TIGR02093] glycogen/starch/alpha-glucan phosphorylases |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 13 |
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| Fosmid unclonability p-value | 0.0518107 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCAACCTC ACTGCTCCCC TGATTCAAAA TCTGCTGCTC TTCAGCATGA CCTGGCAGAA
GATCCTCGGA CGGGACTGAG TGTGGCTACC CTGAAGCGGG CCTTGCTGGA CAATTTGTTT
TATGCCCAGG GCAAATTCAC CAGAGTGGCC ACCCGGCATG ATTACTTTAT GGCCGTTGCC
TATACCGTTC GCGATCGGCT CCTACATTAC TGGCTGCAAA CTGCGGAAAC CTATCTGAAC
CGCTCCAGTC GCACGGTTTG TTATCTCTCC GCTGAGTTTA TGCTTGGCCC CCATTTAGAG
AATAACCTGC TGAATTTAGG CATCACGGAG CAGGTGGGGC AGGCGGTGGC TGAATTGGGA
CTCGATCTGC AGGAGCTGAT CCAGCAGGAG GAGGAACCCG GCCTGGGGAA TGGGGGACTG
GGACGGCTGG CGGCCTGTTA CCTGGATTCT TTGGCAACCC TGCAAATTCC GGCGATCGGC
TATGGGATTC GCTATGAGTT TGGCATTTTT GACCAGGAAC TGCGGGATGG CTGGCAGGTG
GAAGTCACGG ATAAATGGCT GCGGTTGGGT AATCCCTGGG AAATTCCCCG TCCCGAGATC
TGCTTTGACA TCCAGTTTGG GGGGCAGACC CAGAGCTACT ACGACGATCA GGGCCATTAT
CGGGTGCGCT GGCTACCGGA CAAGGTGATC AAAGGGGTGG CCTACGATAC TCCCATTTTG
GGGTATGGGG TCAAAACAGC GAATTTCCTG CGACTGTGGA AAGCGGAAGC CGTAGAATCC
TTTGACTTTC AAGCTTTTAA CGTGGGGAAC TACTACGGTG CTGTTCAGGA AAAAATGGTT
TCAGAGAACA TTACCAAAGT TCTCTACCCG AATGATGAAC AGCTTCAGGG CAAGGAACTC
AGACTGGAAC AACAATACCT GTTTGTCTCC TGTGCCCTCC GCGACCTGAT TCGCATTTAC
CTGCAGACCG CGCCTGCTCT GGACAACTTT GACCAGAAAT TTGTGATTCA GCTCAATGAT
ACCCACCCGG CGATCGCCAT TGCCGAATTG ATGCGCCTGC TGGTGGATGA ACATTGTTTG
GGATGGGAAC AGGCCTGGGG CATTACCCAG CGCAGCTTTG CCTATACCAA CCACACCCTG
CTACCAGAAG CCCTGGAAAA GTGGCCGGTC AGCCTGTTTG CCCATCTCCT GCCCCGCCAT
CTAGAAATTA TTTACGAAAT CAATCGACGT TTTCTTGACC AGGTGCGCTT GCGTTATCCC
GGCGACACCG AACGGCTGCG GCGGCTATCA CTGATCGATG AAACCGGGGA AACCTATGTG
CGGATGGCCC ATCTCTGCTG TGTGGGCAGT CGGGCGATCA ATGGGGTGGC AGCCCTGCAC
ACGGAACTGC TGAAACAAAC TGTGCTGAGG GATTTTTATC AGCTTTGGCC GGAAAAGTTT
TACAACGTCA CGAATGGCAT CAGTCCCCGC CGCTGGCTCG TCCTCAGTAA TCCCAGGCTG
AGTCACTTAA TTTCCAGCCG GATTGGCCAA ACCTGGATTA CCCAACTGGA TCAGCTGCGA
GAACTGGAAG TCTGGTCGGG AGATCCTGAG TTCCGCCAAC AGTGGCAAGG GGTGAAGCAG
CAGATGAAGG CGGAACTGGC AACCTACATT GCTGAGGTGA CGGGAATCAG GGTTAATCCA
GCGTCCCTGT TTGACATCCA GGCCAAACGC ATCCATGAAT ACAAGCGGCA ACACCTCAAT
CTCCTCCACA TCGTCAGCCT TTATAATCGG CTCAAAGCTA ACCCCAGTCT GGAAATTCCC
CCCCGAACCT TCATCTTTGC GGGTAAGGCT GCCCCCGGTT ATTTTATCGC CAAGCTGATC
ATTAAACTGA TCACAGCTGT GGCGGAGGTG GTTAATGCTG ATCCAGACCT ACAGGATCGG
CTCAAGGTTG TTTTTCTGCC CGATCACAAT GTCAAAAATG CCCAGCGCAT TTATCCGGCT
GCCGATCTGT CTGAGCAAAT TTCCACGGCG GGTAAGGAGG CCTCTGGCAC TGGCAATATG
AAGTTTGCCC TCAACGGAGC CCTGACCATT GGCACTTTAG ATGGCGCAAA TATTGAAATC
CGTCAGCAAG TTGGGGCAGA GAACTTTTTC CATTTCGGCT TAACGGCCGC TGCAGCGATC
GCCCTGCCAA CTGGGGGGTA TCAACCGCGA GCCATCTATC AGTCCAATCC AGACCTGCGG
GGAGTCATTG ACCTGATTAG TAGCGGTCAC TTCTGCCACG GCGATCAAAC TCTCTTTCGT
CCCCTGCTGG ACAATTTGAT CAACCACGAT CCCTATCTGC TATTTGCCGA TTATCAGGAC
TATCTCGACG TTCAAGAACG GGTCAGTCAA ACCTATCAAG ATCAGGACAA GTGGACGCAA
ATGTCGATTC TCAACACAGC CCGAATCGGA CTCTTTACTT CCGATCGCGC CATCCGGGAG
TATTGTGAGG CGATCTGGCA GGTCCAGCCT GTGAGCATCT AA
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| Protein sequence | MQPHCSPDSK SAALQHDLAE DPRTGLSVAT LKRALLDNLF YAQGKFTRVA TRHDYFMAVA
YTVRDRLLHY WLQTAETYLN RSSRTVCYLS AEFMLGPHLE NNLLNLGITE QVGQAVAELG
LDLQELIQQE EEPGLGNGGL GRLAACYLDS LATLQIPAIG YGIRYEFGIF DQELRDGWQV
EVTDKWLRLG NPWEIPRPEI CFDIQFGGQT QSYYDDQGHY RVRWLPDKVI KGVAYDTPIL
GYGVKTANFL RLWKAEAVES FDFQAFNVGN YYGAVQEKMV SENITKVLYP NDEQLQGKEL
RLEQQYLFVS CALRDLIRIY LQTAPALDNF DQKFVIQLND THPAIAIAEL MRLLVDEHCL
GWEQAWGITQ RSFAYTNHTL LPEALEKWPV SLFAHLLPRH LEIIYEINRR FLDQVRLRYP
GDTERLRRLS LIDETGETYV RMAHLCCVGS RAINGVAALH TELLKQTVLR DFYQLWPEKF
YNVTNGISPR RWLVLSNPRL SHLISSRIGQ TWITQLDQLR ELEVWSGDPE FRQQWQGVKQ
QMKAELATYI AEVTGIRVNP ASLFDIQAKR IHEYKRQHLN LLHIVSLYNR LKANPSLEIP
PRTFIFAGKA APGYFIAKLI IKLITAVAEV VNADPDLQDR LKVVFLPDHN VKNAQRIYPA
ADLSEQISTA GKEASGTGNM KFALNGALTI GTLDGANIEI RQQVGAENFF HFGLTAAAAI
ALPTGGYQPR AIYQSNPDLR GVIDLISSGH FCHGDQTLFR PLLDNLINHD PYLLFADYQD
YLDVQERVSQ TYQDQDKWTQ MSILNTARIG LFTSDRAIRE YCEAIWQVQP VSI
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