| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | GSU2066 |
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| Symbol | glgP |
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| ID | 2686007 |
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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 | Geobacter sulfurreducens PCA |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002939 |
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| Strand | + |
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| Start bp | 2266427 |
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| End bp | 2268937 |
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| Gene Length | 2511 bp |
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| Protein Length | 836 aa |
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| Translation table | 11 |
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| GC content | 60% |
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| IMG OID | 637126757 |
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| Product | glycogen phosphorylase |
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| Protein accession | NP_953115 |
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| Protein GI | 39997164 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.149852 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGACGAGA CGCTTCCCCC CTCCGAGCAG TCCGCCGAAC TCGACACCCT GATGCTCATC
ATCAAGTCTT TTCTGGAACA CCTGGAGTAC ACCCTCGGCA AGGACAAATA CTCAGCGACA
CGGCATGACA TCTTCAACGC CTTGGCCTAT GCGGTCCGCG ACCGGATGGT GGAGCGATGG
CTCGACACCC AGCAGGCCTA CTACAATCAG GACCCCAAGA GGATCTACTA TCTCTCAATG
GAATTCCTCA TGGGGCGGAC CCTGGAGAAC AGCCTCGTAA ACCTGGGGCT GCTGGACGAT
TTCCGTGACG CCATGAACTC CCTCGGCTTC GATCTGGATG TCCTCATCGA CCAGGAACAG
GACGCAGGGC TCGGCAACGG CGGCCTGGGC CGACTCGCTG CCTGCTTCCT CGACTCCATG
GCCACTATGG GGATTCCGGG CTACGGTTAC GGCATCCGCT ACGAGTACGG CATCTTCCGC
CAGAATATCG TGGACGGGGC CCAGGTGGAA TACCCGGACA ACTGGCTCCG CTACCGCAAT
CCCTGGGAGC TGGACCGGCA GGAGCACCTT CACCCGGTCA AGTTCTACGG CCGGGTTGTA
GAACGCAAGA ACGCTGAAGG GAACACCGTC TTCGCCTGGA TCGACACCGA GGATGTCATG
GCCATGGCCT ACGACACCCC GATCCCCGGT TTCGGCACTA ACTCAGTGAA CACCATGCGG
CTGTGGACGG CCAAGTCCTC GCGGGACTTC GACCTGACCT TCTTTAACGA GGGGAACTAC
ATCCGGGCCG TTGAAAAGAA GATGCTGTCC GAGAACATAT CGAAGGTGCT CTATCCGGCA
GACCACATCC CCGAGGGCAA GGAACTCCGT TTCAAGCAGG AGTATTTTCT CGCCTCGGCC
ACCATCCAGG ATGTGATCTA CCGTTTCCGC AAGAATCACA GCGACCTGCG CCTGATCCCC
GACAAGGTGG CCATCCAGTT GAACGACACC CACCCCTCCC TGGCCATTCC CGAGATGATG
CGGCTGCTCA TGGACCGGGA ACGGCTCGAC TGGGATACCG CGTGGGACAT CACCACCCGG
ACCTTTGCCT ACACCAACCA CACCATCCTC CCCGAAGCCC TGGAAAAGTG GCCGGTCTGG
TTCCTGGAGC AGATTCTCCC CCGCCACCTC CAGATCATCT ACGAAATCAA CGACCGGTTC
CTGGCTCAGG TCCGCCAACA CTTCCCGGGT GACACGGGCC GTCTGGAGCG GATGTCGCTG
GTGGAGGAGC ACTGGGAGCG CAAAATCCGC ATGGCGCATC TGGCCATTGT CGGCAGTCAC
TCGGTGAACG GCGTGGCGGC GCTCCACACT GAAATCCTCA AGGAAAAGGT ATTTACCGAC
TTTTTCGAGA TGTGGCCCGA GCGGTTCAAC AACAAAACCA ACGGCATCAC CCAGCGCCGC
TGGCTGAAAA GCGCCAACCC GGGGCAGGCG GGACTAATCA GCCGCGCGAT CGGCGACGGC
TGGATCACCG ATCTGGACCA GTTGCGCAAA CTCGCTGACC TTGCGAAAGA CCGGGATTTC
ATTCATGCCT GGCAGCGGGT GAAGCAGGAG AACAAAAAGC GGCTGGCCGA CTACATATTC
CGGAACAATG AACTCCAGGT GAACGTAGAC TCCCTCTTCG ACTGTCAGGT CAAGCGGATC
CACGAATACA AGCGGCAATT GCTGAACGTG CTCCACGTCA TCACGCTCTA CAACAGGATC
AAGGCAGCCC CCGCGGGAGA CTTCGTCCCC CGCACCGTCA TTTTCAGCGG CAAGGCGGCA
CCGGCCTACG CCCTGGCCAA GCTCATCATC CGGTTGATCA ATGCGGTCGG CGACGTGGTC
AACAATGACC CGGACGTGGG AGACCGTCTC AAGGTGGTGT TCCTGGCCAA CTACAGCGTG
TCGCTGGCGG AGAAGATATT CCCTGCCTCG GACCTTTCGG AACAGATTTC CACTGCCGGC
ACCGAGGCGT CGGGCACCGG CAACATGAAG TTCGCCCTGA ACGGGGCTCT CACCATCGGG
ACTCTGGACG GGGCCAACAT CGAAATCATG GAGGAAGTTG GGCGCGAAAA CATCTTCATC
TTCGGCATGA CCGCCGGTGA AGTCGATGAA CTGCGCCGGC GGGGCTACGA CCCGAGGGAT
TACTACCACC GGATTCCCGA GCTCAAACGG GTGCTGGACC AGATTGCCGA AGGCTTCTTC
TCGCCGGCCA CGCCGGACCT CTTCCGCCCC GTCGTCGATG CCCTTCTCAA CCAGGGCGAC
AACTACATGC TGCTGGCCGA TTATGCCTCC TACGTGGCCT GCCAGGAAGA GGTGAGCCGG
CTCTACCTGG ACCCGGACGA GTGGGCCCGC AGGGCGATCC TCAACTGTGC CGGCATGGGC
AAGTTTTCCA GCGATCGGAC CATCGCCGAG TACGCCCGCG ACATCTGGGG CGTGGAGCAG
ATGGAAGTCC GGCCCGTTCT CGAGTTCCGC AAGCATGACG GCCCGGCGTA A
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| Protein sequence | MDETLPPSEQ SAELDTLMLI IKSFLEHLEY TLGKDKYSAT RHDIFNALAY AVRDRMVERW
LDTQQAYYNQ DPKRIYYLSM EFLMGRTLEN SLVNLGLLDD FRDAMNSLGF DLDVLIDQEQ
DAGLGNGGLG RLAACFLDSM ATMGIPGYGY GIRYEYGIFR QNIVDGAQVE YPDNWLRYRN
PWELDRQEHL HPVKFYGRVV ERKNAEGNTV FAWIDTEDVM AMAYDTPIPG FGTNSVNTMR
LWTAKSSRDF DLTFFNEGNY IRAVEKKMLS ENISKVLYPA DHIPEGKELR FKQEYFLASA
TIQDVIYRFR KNHSDLRLIP DKVAIQLNDT HPSLAIPEMM RLLMDRERLD WDTAWDITTR
TFAYTNHTIL PEALEKWPVW FLEQILPRHL QIIYEINDRF LAQVRQHFPG DTGRLERMSL
VEEHWERKIR MAHLAIVGSH SVNGVAALHT EILKEKVFTD FFEMWPERFN NKTNGITQRR
WLKSANPGQA GLISRAIGDG WITDLDQLRK LADLAKDRDF IHAWQRVKQE NKKRLADYIF
RNNELQVNVD SLFDCQVKRI HEYKRQLLNV LHVITLYNRI KAAPAGDFVP RTVIFSGKAA
PAYALAKLII RLINAVGDVV NNDPDVGDRL KVVFLANYSV SLAEKIFPAS DLSEQISTAG
TEASGTGNMK FALNGALTIG TLDGANIEIM EEVGRENIFI FGMTAGEVDE LRRRGYDPRD
YYHRIPELKR VLDQIAEGFF SPATPDLFRP VVDALLNQGD NYMLLADYAS YVACQEEVSR
LYLDPDEWAR RAILNCAGMG KFSSDRTIAE YARDIWGVEQ MEVRPVLEFR KHDGPA
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