| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | NATL1_20511 |
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| Symbol | glgP |
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| ID | 4779931 |
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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 | Prochlorococcus marinus str. NATL1A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008819 |
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| Strand | + |
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| Start bp | 1695091 |
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| End bp | 1697610 |
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| Gene Length | 2520 bp |
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| Protein Length | 839 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 640085345 |
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| Product | phosphorylase |
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| Protein accession | YP_001015871 |
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| Protein GI | 124026756 |
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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 | 3 |
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| Plasmid unclonability p-value | 0.694663 |
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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 | 19 |
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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 | ATGAGCAGCT CCCAGTCACT AGACCTGCGT CTACCGACCC CAGGATGCTA TGCGGATCCT
GTTCGGGCTG GCATGGATGC TGATGCTGTC TTCGATGGAA TGACTGAGCA TCTCTTTTTT
ACTCTCGGCA AACTGGCTAC ATCAGCAAGT CTCAGAGATC TCTATATGGC TTTGAGCTTT
GCTGTTAGAG ACAGATTGAT GAGTAGATAT TTAACTAGTC AAGAGACAAT CAGAGCAAGA
CCTCAAAAAA CAGTCGCATA TCTTTCAGCT GAATTTCTAA TTGGACCTCA ATTAAATAAT
AATTTACTCA ATCTAGGCAT CAAAAAAGAG GCAGAAGAAG CTCTTAAAAG GTTTGGAATT
GAATCTTTAA ATGAGATATT GGAAGTAGAA GAGGAGCCTG GCCTTGGGAA TGGAGGATTA
GGGAGACTTG CAGCTTGCTA TATGGAATCA CTTGCAAGTC TTCAGGTTCC TGCCGTGGGA
TATGGAATTA GGTACGAATT TGGGATTTTC AATCAATTAA TTAGAGATGG TTGGCAAGTC
GAAGTTACTG ACAAATGGCT CAAAGGTGGA TGGCCTTGGG AATTACCCCA ACCAGATGAA
GCTTGCTTAG TCGGTTTTGG AGGGCAAACT GAAAGTTATA CAGATGACAA TGGAAATTAT
CGCTCTCGAT GGATTCCAAG CGAACACGCT ATTGGTGTTC CACATGATGT GCCTGTACTT
GGTTATCGAG TAAACAGCTG CGATCGATTG AGATTATGGA GAGCTGATGC AACCGAAAGT
TTTGATTTCT ACGCTTTCAA TATTGGCGAT TACTACGGAG CTGTAGAAGA GAAAGTAGCC
TCAGAAACAC TATCAAAAGT TCTATACCCC AATGATGGAA CTGACGAAGG AAGAAGACTA
CGCTTGAAGC AACAACACTT CTTCGTAAGT TGTTCCCTTC AGGATATGCT TAGAAGTTTA
GAAAAGCGGT CAATAGCTGT TGAGGAGTTT CCGAATCACT GGACAGTTCA ACTAAATGAC
ACTCATCCAG CTATTGCAGT AGCAGAGTTA ATGAGACTAT TAATTGATCA ACATAGATTG
GATTGGGATA AAGCTTGGGA AATTACCAAT AGATCCGTTG CATATACAAA CCACACTTTG
TTGCCCGAAG CTCTCGAGAA ATGGGACCTT AGCCTATTTA AAAATTTATT GCCTAGACAT
TTAGAACTTA TTTATGAAAT AAATAGACGA TTCTTACAAC AAGTAAGACT CAAGTATCCA
GGCAATGACT TGATTTTAAG GAAGCTTTCA ATTATTGATG AAGAAGGAGG GAAAGCTATA
CGAATGGCAC ATTTAGCAAC AATTGGAGCA CATCATGTCA ATGGAGTAGC AGCTCTTCAT
TCAGATTTAA TCAAGAGACA ATTACTACCT GAATTTGCAC AACTCTGGCC TGAGAAATTC
ACTAATGTCA CTAATGGAGT TACTCCACGT AGATGGGTAG CTTTAGCAAA TCCTGAACTT
TCTAAACTTC TTGACAAAGA GATTGGTCCT AATTGGATTA CCAATATGGA CCTACTACTA
GAGTTAGAAA AAAAAGAAAG TGACTCTAAT TTTTTAGATC TTTTTGCATC GGCTAAGCTA
TCTGGCAAAA GGAAACTAGC CGGCTATATT CACAGACAAA CTGGAGTTTT AGTAGATCCC
TCAAGTTTAT TTGATGTTCA AGTTAAAAGA ATTCACCAGT ATAAAAGACA GCATTTGAAT
GCTTTACAAG TCATCGCACA ATATCTAAGA ATTAAAAATG GAATAACAAA AAATATTGCA
CCTCGTACTG TCATTTTTGG TGGTAAAGCT GCGCCAGGTT ATTTCATGGC GAAGTTAATG
ATTAGATTTA TCAATGGAAT TGCAGATGTA GTTAATGCAG ACCCAGATAT GGATGGATTA
CTTAGGGTAG TTTTTCTTCC CGATTACAAT GTAAAGCTGG GTGAGCAAGT CTATCCCGCA
ACTGATCTCT CTGAGCAGAT TTCAACTGCT GGGAAAGAAG CCTCAGGAAC TGGAAATATG
AAATTCGCTA TGAATGGTGC ATTAACAATT GGAACCCTTG ATGGAGCAAA TGTAGAAATC
AGGGATAGAG TTGGCGCAGA AAATTTCTTT TTGTTTGGTA AGACAGAATC AGAAATCATG
GAATTAAGAG ATCAAGGATA TAGTCCAAAT AGTTTTATTG CCGAATCAAA TGAACTACAA
GAAACTCTTA AGTTAATAGA AGTTGGGCAT TTTAGTAACG GGGATAGTGA ACTTTTTAGA
CCAATAATAA ATATCCTTAC AGGGAACGAT CCTTTCTTTG TTATGGCTGA TTTTGATGAT
TACCTTCGTG CACAAGATGA GGTTAGTAAA GCTTGGAAAA AAAGTAAAAA ATGGAATCGT
ATGGCATTAT TAAATACAGC AAGATCTGGG TTTTTCTCAT CAGACAGATC AATCAGAGAA
TACTGTCAAT CAATATGGAA AGTTAAACCA TTACCTGTAG AGATAAGTTG TGAAAAATAA
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| Protein sequence | MSSSQSLDLR LPTPGCYADP VRAGMDADAV FDGMTEHLFF TLGKLATSAS LRDLYMALSF
AVRDRLMSRY LTSQETIRAR PQKTVAYLSA EFLIGPQLNN NLLNLGIKKE AEEALKRFGI
ESLNEILEVE EEPGLGNGGL GRLAACYMES LASLQVPAVG YGIRYEFGIF NQLIRDGWQV
EVTDKWLKGG WPWELPQPDE ACLVGFGGQT ESYTDDNGNY RSRWIPSEHA IGVPHDVPVL
GYRVNSCDRL RLWRADATES FDFYAFNIGD YYGAVEEKVA SETLSKVLYP NDGTDEGRRL
RLKQQHFFVS CSLQDMLRSL EKRSIAVEEF PNHWTVQLND THPAIAVAEL MRLLIDQHRL
DWDKAWEITN RSVAYTNHTL LPEALEKWDL SLFKNLLPRH LELIYEINRR FLQQVRLKYP
GNDLILRKLS IIDEEGGKAI RMAHLATIGA HHVNGVAALH SDLIKRQLLP EFAQLWPEKF
TNVTNGVTPR RWVALANPEL SKLLDKEIGP NWITNMDLLL ELEKKESDSN FLDLFASAKL
SGKRKLAGYI HRQTGVLVDP SSLFDVQVKR IHQYKRQHLN ALQVIAQYLR IKNGITKNIA
PRTVIFGGKA APGYFMAKLM IRFINGIADV VNADPDMDGL LRVVFLPDYN VKLGEQVYPA
TDLSEQISTA GKEASGTGNM KFAMNGALTI GTLDGANVEI RDRVGAENFF LFGKTESEIM
ELRDQGYSPN SFIAESNELQ ETLKLIEVGH FSNGDSELFR PIINILTGND PFFVMADFDD
YLRAQDEVSK AWKKSKKWNR MALLNTARSG FFSSDRSIRE YCQSIWKVKP LPVEISCEK
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