| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_0148 |
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| Symbol | |
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| ID | 7107835 |
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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 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | + |
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| Start bp | 161272 |
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| End bp | 163908 |
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| Gene Length | 2637 bp |
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| Protein Length | 878 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 643478425 |
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| Product | alpha amylase catalytic region |
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| Protein accession | YP_002375486 |
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| Protein GI | 218437157 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0366] Glycosidases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 39 |
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| Fosmid unclonability p-value | 0.0174055 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACCGATT TGATTGTACA CTTCAAAAGA CCGAACGGAT GGCAGGAGAA GATAAACATT
CACTATTGGG ACACTTCTCC GAATGCGATC GCTACTAATT GGCCAGGAGT GTCGATGATC
GAGGAAGAGA ACGACTGGTT TATTTATCGG TTTGAAGGGG TAGAAACGGC GAATATTATT
TTTAACGATG GGGAGGGAAG ACAAACCGGT AATTTAAGAC GAGATGGGGA AGGATGGTTT
TTTATCGATA ACATCTGGCA TAATCAAAAC CCTGAACGTC CTTTAGTGCC GGTTATTACC
TCTCTAACGG GTGCAACAAC TTATCTAGAA CCCCAAAGGG TTATTTTAGA AAGCAGCAAC
CCTGATGATA TCATTTATTA TACCACTGAC GGAACTCTGC CAACCCCTAA CTCTCTACGA
TATACTGAAC CGATCGAAGT CAACACCACC ACTACTATAC AAGCATTGGG GATGAATTCA
GAGGGAGAAA CTGGGGCAAT TACGACCCTG ATCTATACTA TAGATCCCAA TGCAGATTTA
GAACGACCGG AAGTGATCCC CTCTCAACCG TCTGGAACTT ATGAAAACCC GATTTCTGTT
CGGTTTACCA TTCGAGATAA TCGTCCGGCA CCGGTTACTG CTTACTATAC CACCGATGGC
TCAGAACCGA GTCCAGGATC GAGCATTTAT ATCGAAGGAG ATGCTTTTAA TGGGTTAGTA
GGGCCCGAAA TTGCGATCGA AGATGCAACG AGTATTCGTT TTTATGTGGT TGATGCTGCC
GGTAATGAAA CCCGAGAGAC TTATTCTTAT AATATTGGGC CAGTCATACA ACCGAGAGAT
TTTCGGGAAG AAACCATTTA TTTTGTCATC ACCACTCGCT TTTATGACGG TGATCCGAGT
AATAACTTTT TCTGTCGAGA CCGGATCAAA TTTAATCCTA CCACTGGCGA AGCAGAAGAT
CCCCACTGGC GAGGAGATTT TAAAGGACTG ATTCAAAAAC TCGACTATAT TCGAGATTTA
GGGTTTACTG CTATTTGGAT TACTCCACCG ATCGAAAACC GTAGCGGATT GGATTATCAT
GGCTATCATG GGTACGACTG GACAAGTATA GACCCCCGTT TAGAATCTCC CGATGCAACG
TACCAAGATT TAATTAATGA AGCTCATGCT AGAGGGATTA AAATTATTCA AGATGTAGTG
ATTAACCATT CCTCTCAATA CGGAATTCGC GGGAAAGTTT GGATCGATCA TTTACCGATT
AAATATTATG TTCCTCAAGG ATCACAACAA GGACAGATTA ATTATGGGCC CTATCAAGGC
AATTTAGGGA ACTATGCTTA TCCTGGCCGG GAAGATAATG ATAATCCTCT AGCACCCCAA
TGGTATCAAG AACGGGTAAA CTCAGATCCA GAAGGGATAG AACCCTTGAT CGATCCTTTA
ACCGGCGCGA CTGTTCCAAG TCCGGGGTAT AATCCTAACC GTTTCTTTGG CATTGATGCC
AATACCCTCG ATCCGGAATG GTATCATCAA GAGGGATTTA TGGCCGGGGG AGACTGGGAA
AGCGCCTCTC TTCAAACGAA ACACATGGCC GGAGACTGTA TTGATTTGGC CACTGAACGA
CCCAATGTGA AAGATTATAT TATTAACTCC ATCTGTCGTT ATTTAGACAT GGGAGTCGAT
GCGCTGCGAA TTGATACGGT TAAACATATA GAACGGGGTA ATCTCCTAGA CTATATTAAC
GCCTGGAAAG CGTATAAACC CGGTTTATTC GTGTTTGGAG AAAACTTAGT TAAAGGAACC
GGTTGGGGGG ATCTATTTGG AGATGATAAC GGGCCGTCAT TTATTCGCCC TTGGTGGTAC
ACTCGACTAG GGGATGATGG GAGAAACCCT AATTCTGGAG GTGATTCAGG ATTTTCTGTG
TTAGATTTTT CCTTATTTTC GACGTTTCGG GATAATGTCA GTCGAGGGAC TTATGGGGGA
ATTGGTGCTA ATTTAAGTAG AGATTGGGTG TATGGGGATG CAACTACCCT GGTTACTTTC
TTACAAAATC ATGATGTAGG GCCAGATAAT GATTTTCGCT TCCGCTTCCG GGGAGATCAA
TGGATGGCGG CGGCGACCTA TAATATGCTG TGGACAATAC GAGGAATTCC CTGTCTCTAT
TTTGGGGAAG AAATTGAGTT TATGAAAGGC GCTCCTCAAG ATATTATTGG CAATGATGAT
ACCTTAGATC AAACCGGTAG GGCCTATTTT GGCGATCATC TTGATGATGA AACCATAGGA
ACGACCCAAA GTCATCCCCT TTATCGCCAT ATTAAACGAC TCAATCTCAT TCGTCGTAGT
GTTCCTGCCC TGCAAAAAGC GCCCATGAGT TATGTTAATG AGTGGGGAAG TGGAATGAGT
TTTGTGCGAG ATTATAATAA TGGCGAGAGT TATGCGGTGG TCGGTTTAGC TATTGGTGGG
GATCAAAATA TTACTGTAGG AAATATTCGC AATGGAACTT ATCGAGATGC CGTAACTGGT
AATACTATTG AAGTGGGAAA TGGGGTAATT TCTTTTAATG TACCGGGAAA TTCTGCCGGC
ATTTATGTTC TTAATGGTTC TGGGAAAATT GGCGAAGATG GAGTCTACCT AAGATAA
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| Protein sequence | MTDLIVHFKR PNGWQEKINI HYWDTSPNAI ATNWPGVSMI EEENDWFIYR FEGVETANII
FNDGEGRQTG NLRRDGEGWF FIDNIWHNQN PERPLVPVIT SLTGATTYLE PQRVILESSN
PDDIIYYTTD GTLPTPNSLR YTEPIEVNTT TTIQALGMNS EGETGAITTL IYTIDPNADL
ERPEVIPSQP SGTYENPISV RFTIRDNRPA PVTAYYTTDG SEPSPGSSIY IEGDAFNGLV
GPEIAIEDAT SIRFYVVDAA GNETRETYSY NIGPVIQPRD FREETIYFVI TTRFYDGDPS
NNFFCRDRIK FNPTTGEAED PHWRGDFKGL IQKLDYIRDL GFTAIWITPP IENRSGLDYH
GYHGYDWTSI DPRLESPDAT YQDLINEAHA RGIKIIQDVV INHSSQYGIR GKVWIDHLPI
KYYVPQGSQQ GQINYGPYQG NLGNYAYPGR EDNDNPLAPQ WYQERVNSDP EGIEPLIDPL
TGATVPSPGY NPNRFFGIDA NTLDPEWYHQ EGFMAGGDWE SASLQTKHMA GDCIDLATER
PNVKDYIINS ICRYLDMGVD ALRIDTVKHI ERGNLLDYIN AWKAYKPGLF VFGENLVKGT
GWGDLFGDDN GPSFIRPWWY TRLGDDGRNP NSGGDSGFSV LDFSLFSTFR DNVSRGTYGG
IGANLSRDWV YGDATTLVTF LQNHDVGPDN DFRFRFRGDQ WMAAATYNML WTIRGIPCLY
FGEEIEFMKG APQDIIGNDD TLDQTGRAYF GDHLDDETIG TTQSHPLYRH IKRLNLIRRS
VPALQKAPMS YVNEWGSGMS FVRDYNNGES YAVVGLAIGG DQNITVGNIR NGTYRDAVTG
NTIEVGNGVI SFNVPGNSAG IYVLNGSGKI GEDGVYLR
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