| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Acid345_0820 |
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| Symbol | |
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| ID | 4072346 |
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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 | Candidatus Koribacter versatilis Ellin345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008009 |
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| Strand | + |
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| Start bp | 1016227 |
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| End bp | 1018755 |
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| Gene Length | 2529 bp |
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| Protein Length | 842 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 637982829 |
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| Product | glycogen/starch/alpha-glucan phosphorylase |
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| Protein accession | YP_589899 |
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| Protein GI | 94967851 |
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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 | 12 |
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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 | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGACAAGA CAGATATCTG GAGCGAGAAC ATGAGCAATA CGCCAGTCAC CGCACAACCC
TCCAACGACG CTCATACCTT GCTCAAACAA TATGGATGTG GCCCTATCCC GTTCTCCGGG
ACCGACAACG CATTTTACGA GCGTCATTTT GTTTTCGACA AAGTCCTCGA TAAACGCGAG
AGTACGGCGC GTGATCAATT CGAGGCGTTC GCACGGTCCG TTCGTGATGT CCTTTCACAA
CGATGGGTGC TGACAGAACA GATTTACGGG CGACAGAACG CGAAACGCAT TTACTACGTC
TCCATGGAGT TTCTGATCGG TCGTTCGCTG GCCAACAATG TCACTAATCT TTTGCTGGAT
CCTCTCATCC AGGATTCCCT CAAACAAAAG AAGCTGGATT GGATCGAATT GATCGAGCAA
GAACCCGATG CCGGTCTCGG CAACGGCGGA TTAGGTCGAC TGGCGGCGTG CTTCCTTGAT
TCAATGGCGA CTCTGCAATT GGCCGCCATG GGATATGGAC TGCGCTATGA ATACGGAATT
TTCAAGCAAT CTATAAACGA TGGTTGGCAG GAGGAGACCG CCGACAATTG GTTGCGCCAT
CCGGATCCAT GGGAGGTCGC TCGGCCGAAC GAGGCCGTCG AGATCAAGCT GAACTGCTCG
TTTGAGTTGC ACAACGGTGT CTTGCGGGCG ATCCCCGGTC GCCCTTCAAC CATGATCGGG
ATCCCGTATG ACCGCCCGGT TGTCGGCTAC GGCGGCAAGA CCGTGAATAC CCTTCGGCTC
TGGGCCGCAT CTGCGGCCGA CTACTTCGAT TTTAGAGAAT TCAGCGGTGG CGATTTCGTC
GGCGCGTTGG CTGAGACTTT GACCGCTGAG ACGCTGACAC GCGTTCTCTA TCCCGACGAT
TCCACCTCTT TCGGGCAGGC TCTTCGCTTG GTGCAGGAAT ATTTCCTGGC AGCGTGTTCG
GTGGCGGACT TGATCCGGCG TTTCCGCAAG CACAACAGTG ATTGGAATTT GCTTCCCGAA
AAAGTTGCGG TGCAGCTGAA TGATACGCAT CCAGCACTGA CGGTCCCTGA ACTGATGAGA
GTCCTACTGG ACGAAGCGAA TCTCGGCTGG GAAACGGCTT GGGACCTCAC CCGACGTACC
CTCGCTTACA CGAACCATAC GCTCTTGCCC GAGGCGATGG AGAAGTGGCC GGTTGCCTGG
TTCGAACTCA TGCTGCCGCG ACATCTCCAG ATCATGCTTG AGATCAATCA ACGTCATCTC
GACGCTGTCC GGACCAAATT CCCGGGCGAG AACGAACGAT GCACCCGGAT GAGTCTGCTC
GAGGAAGGCT CCCCAAAGAA GCTCCGCATG GCCAACCTCG CGATTGTTGG ATCGCACAGT
ACGAATGGCG TTGCAGCCCT CCATTCGCAA CTCCTCAGGA CGACGACCCT GAAGGACTTT
GGAGAGATGT TTCCTGATCG ATTTAACAAT AAGACCAATG GAGTCACGCC GCGCCGTTGG
CTCCTATTAG CAAATCCGGC GCTTGCGCGA AACATTACGG AGGCGATCGG TGATGGGTGG
ATCAGGGATC TCGATCAACT TATCAAACTC AAGCCGCTCG CCGAGGACTG CGCCTTCTTG
GCAGCGATTC GCAAATCGAA GTACCAGGCA AAATCCGAAT TTGCAAATTG GCTCCTTCGA
ACCAGTGGGG TGAAGCTCGA TCCTGACACG ATTTTCGATA GCCAGGTGAA ACGGATTCAC
GAATACAAAC GGCAACTGTT GAACGCATTA CGAATCGTGG TCCTTTATAA CCGGCTGCGA
CAGAACCCCG AACTCGCAAT GGCGCCCCGA ACATTTCTGT TTGCGGGCAA AGCTGCACCT
GCTTATCACT TTGCGAAGTT GGTCATCAAG TTCATCAACA ATCTTGCAGG CACAATCGAG
GGCGATCCGG TCGTTCGGGG GAGACTCCGT GTCGTGTTCC TGCCCGACTA TTCCGTTTCC
ATGGCCGAGC ACCTGATTCC GGCTACCGAG GTATCGAACC AGATTTCTAC TGCCGGTTAC
GAAGCCAGCG GCACCAGCAA CATGAAGTTC ATGATGAACG GAGCACTGAC GATCGGAACG
CGCGACGGTG CAACCATCGA GATGGCCGAG GCCGCCGGCG AAGAAAACTT TTTCCTGTTT
GGCCTAACCG CCGATCAGGT ATCGCAGAAT CGCACATGGT ATTCCCCGCG CTGGCATTAT
GAGAACGAGC CGGAGACGCG TGCAGCATTG GAACTGATCT TCTCCAACCA CTTCAGCCGC
CACGAGCCGA ATGTCTTCGA GCCGTTCCGC CAACTACTTC TGGATAAGGG CGATTACTAC
ATGCACCTTG CTGATTTAGG AAGTTATCTC GCGGCGGACC AGCAACTCAC TGCGCTGTAC
AAGATTACTG ACGCATGGGC TAGCAAGGCC GTTTTGAACG TCGCCCACGC GGGCAGATTC
TCCAGCGATC GAACAATTGC GGAATACGCG GCGGACATTT GGGACGCCAA ACCGTGCCCG
GTGTCATAG
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| Protein sequence | MDKTDIWSEN MSNTPVTAQP SNDAHTLLKQ YGCGPIPFSG TDNAFYERHF VFDKVLDKRE
STARDQFEAF ARSVRDVLSQ RWVLTEQIYG RQNAKRIYYV SMEFLIGRSL ANNVTNLLLD
PLIQDSLKQK KLDWIELIEQ EPDAGLGNGG LGRLAACFLD SMATLQLAAM GYGLRYEYGI
FKQSINDGWQ EETADNWLRH PDPWEVARPN EAVEIKLNCS FELHNGVLRA IPGRPSTMIG
IPYDRPVVGY GGKTVNTLRL WAASAADYFD FREFSGGDFV GALAETLTAE TLTRVLYPDD
STSFGQALRL VQEYFLAACS VADLIRRFRK HNSDWNLLPE KVAVQLNDTH PALTVPELMR
VLLDEANLGW ETAWDLTRRT LAYTNHTLLP EAMEKWPVAW FELMLPRHLQ IMLEINQRHL
DAVRTKFPGE NERCTRMSLL EEGSPKKLRM ANLAIVGSHS TNGVAALHSQ LLRTTTLKDF
GEMFPDRFNN KTNGVTPRRW LLLANPALAR NITEAIGDGW IRDLDQLIKL KPLAEDCAFL
AAIRKSKYQA KSEFANWLLR TSGVKLDPDT IFDSQVKRIH EYKRQLLNAL RIVVLYNRLR
QNPELAMAPR TFLFAGKAAP AYHFAKLVIK FINNLAGTIE GDPVVRGRLR VVFLPDYSVS
MAEHLIPATE VSNQISTAGY EASGTSNMKF MMNGALTIGT RDGATIEMAE AAGEENFFLF
GLTADQVSQN RTWYSPRWHY ENEPETRAAL ELIFSNHFSR HEPNVFEPFR QLLLDKGDYY
MHLADLGSYL AADQQLTALY KITDAWASKA VLNVAHAGRF SSDRTIAEYA ADIWDAKPCP
VS
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