| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_0696 |
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| Symbol | |
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| ID | 7110820 |
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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 | 766403 |
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| End bp | 768991 |
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| Gene Length | 2589 bp |
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| Protein Length | 862 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 643478962 |
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| Product | glycoside hydrolase family 57 |
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| Protein accession | YP_002376020 |
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| Protein GI | 218437691 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1449] Alpha-amylase/alpha-mannosidase |
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| TIGRFAM ID | |
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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 | 51 |
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| Fosmid unclonability p-value | 0.602449 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACATTTA CTGCCGAACC TAAGACCGCA GAAAGCTTGA CTCAACCGCA AAAAGGATTA
GATCCCCTAA AAACAGCGAT GGGAGTTTAT GTAACGGTTC ATGGACATTT TTATCAACCC
CCAAGAGAAA ACCCTTATTT AGATACGATC GAAAGACAAC CGAGTGCTTA CCCCTTTCAT
GACTGGAATC AAAGAATACA TCATGAATGT TATCGTCCTA ACGCTTTCGC AAGGATACTT
AATGATGACG GGGAAGTAGT GGGGATCACT AATAATTATG AATATCTCAG TTTTAATATT
GGCCCGACTT TAATGTCTTG GTTGCAAACC TATGATATCG AAGTCTATCA ACGCATTATA
GAGGCGGATA AAAAAAGTGC CCAACGTCTT AACGGTCATG GAAACGCGAT CGCCCAAGTT
TATAATCATA TTATTCTCCC ACTAGCTAAC GAAAAAGATA AATATACTCA GATCCGTTGG
GGAAAACAAG ATTTTTATCA TCGTTTTGGC AGACAACCCG AAGGAATGTG GTTAGCAGAG
ACGGCGGTTG ACTATCCTAC CCTAGAAGCG TTAATTAATG AGGAAATTAA GTTTATTATT
TTAGCCCCTT CTCAAGCAGA ACGCTGTCGT CCTTTCCCGA CTGAAAATGA TCCCGAACCG
GAATGGTTAG AAGTTGGAGG GGGACAAATT GATCCCACTC GTCCCTATCG CTGTTTTATC
GAAGATGGGC GTTATCTTGA TATCTTTTTC TATGATGGGC CAATCTCTAG AGATATGGGA
TTTAATGATC TCTTGGCCAG TGCTGACTTT TTTGTGGGAC GATTAGGACA AGCGGTTAAA
GGGGATCACC GTCCTTCTCA GTTAATTAGT GTGGCGACGG ATGGAGAAAC CTTTGGTCAT
CACAAACACG GAACAGAAAA ATGTATTGCC TATAGTTGTA GAATAGCCTT TCCTCAACGG
GGTTGGACTG TCACTAATTA TGCCCATTAT CTCAGTATTT GTCCCCCAAA ATGGGAAGTC
GAACTTAAAC CCGTTACCGC GTGGAGTTGT GTTCATGGGG TGGACAGATG GCAAGATGAC
TGCGGATGTG GCGGCGGCGG GGAATGGCAT CAGAAATGGC GCAGACCTCT ACGGGATACT
TTAAACTGGT TACGGGATCA ATTAGTGGAA ATTTATGAAG AAACCGCTAA AACCTATTTT
AATGATCCTT GGTTAGCCAG AGATGAATAT ATTGAGGTTA TTTTAGATCG ATCGCCGGAA
AAAGTCACTC AATTTTTGAC CCGTCATCAA AGTCATCCCC TATCAGAAAG TGAACAGGTA
GATGCTTTGC GTTTATTAGA AATGCAACGC CATACCCTGT TTATGTTTAC CAGTTGTGGG
TGGTTTTTTG AAGAAATTTC TCGCCCAGAA GGAACGCAAA TTTTACGGTA TGCTGGCCGG
GCGATGGAAT TAGCGGCAGA AGTAACCGGG GTACACTTAG AGAAAGAGTT TATAGACCGT
CTTATCTTAG CACCGAGTAA CGTTTTAGAA TTGCGCGATG GGGCGGAAGT CTACCGTAAA
TTAGTTATAC CCGCTCAAAT CGCCTTTGAG CAAGTGGCCG CCCATTATGC GATTAATTCT
TTATTTACGA CTTATGCCCA AAAACAACGG GTTTATTGTT ATGATGCCCA ACAATTAGAT
TATCAGAAAC AACAATTAGG GGCGTTAACC TTAGCAGTCG GACAAGTGCA TCTGGTTTCT
CGAATTACTT GGGAAAGTCG TCATTTAGTG TTTGGGGTGT TGCATTTGGG GGGTTGGGAC
TTCCATTGTT GTATTCAAAA TTATGCAGGA CGCAGCGCCT ATACTAAGCT GAAAGATACG
TTATTAGATA CTCTCTCTCA AGCGAGTGTC GTACAAACCG TTTTAGAGAT GAGTCGGTTA
TTTGGCGATC AATCTTTTAG CTTACAACAT CTCTTTGCTG AAGAACGTCA CCGGATTATG
CAGCAAGTCA CTGATCGAAC TAAGCAACGC TTAGATCAAT TATATACTCA GGTTTATCGA
GATAATTATG GCATTTTGGC GGCCTTTCAT CGGGATGAAT TACCCGTTCC CCAAGAGTTG
CAAGTGGCAG CAGAAATTGC TTTATCTCAT CGCTGTTTGA AAGTAGTCGC CACTCTAGAA
CCGTCAATAG ATGATCATTT AGGGATGATG ACTCATTTAG CTGACTTAGA AGCGATCGCA
GCAGAAGCGA ATCATCTCCG GTGTAAGTTA AACATACCCG ATGCTAAGAA AACATTAGAA
CGGTTAATTT TGTCTCGTCT GTGGCAATTA TTACAAAATG AAAACCCGGA TACCTTAGAA
GAGGATATTC AACTGATAGA AAAGATGATT GAGGTTGGGG AACAATTACA TCTAGGGTTA
TCTTTAGATA AAGCACAAGA ACTGTATTAT ACGGTTCTCT ATCAGCAAAT TCTTCCCCAT
TGTGTTGATT CTAATTATGC CATTGAACCC AGTGCTTGTC CTTGGACTAT TTCCCAAATT
TGTCCTGTAC TTAAATTAGG GGAAAAATTA GCGGTTGATG TGAGTCCTTG GTTAAAGTTG
ATGGAGTAA
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| Protein sequence | MTFTAEPKTA ESLTQPQKGL DPLKTAMGVY VTVHGHFYQP PRENPYLDTI ERQPSAYPFH
DWNQRIHHEC YRPNAFARIL NDDGEVVGIT NNYEYLSFNI GPTLMSWLQT YDIEVYQRII
EADKKSAQRL NGHGNAIAQV YNHIILPLAN EKDKYTQIRW GKQDFYHRFG RQPEGMWLAE
TAVDYPTLEA LINEEIKFII LAPSQAERCR PFPTENDPEP EWLEVGGGQI DPTRPYRCFI
EDGRYLDIFF YDGPISRDMG FNDLLASADF FVGRLGQAVK GDHRPSQLIS VATDGETFGH
HKHGTEKCIA YSCRIAFPQR GWTVTNYAHY LSICPPKWEV ELKPVTAWSC VHGVDRWQDD
CGCGGGGEWH QKWRRPLRDT LNWLRDQLVE IYEETAKTYF NDPWLARDEY IEVILDRSPE
KVTQFLTRHQ SHPLSESEQV DALRLLEMQR HTLFMFTSCG WFFEEISRPE GTQILRYAGR
AMELAAEVTG VHLEKEFIDR LILAPSNVLE LRDGAEVYRK LVIPAQIAFE QVAAHYAINS
LFTTYAQKQR VYCYDAQQLD YQKQQLGALT LAVGQVHLVS RITWESRHLV FGVLHLGGWD
FHCCIQNYAG RSAYTKLKDT LLDTLSQASV VQTVLEMSRL FGDQSFSLQH LFAEERHRIM
QQVTDRTKQR LDQLYTQVYR DNYGILAAFH RDELPVPQEL QVAAEIALSH RCLKVVATLE
PSIDDHLGMM THLADLEAIA AEANHLRCKL NIPDAKKTLE RLILSRLWQL LQNENPDTLE
EDIQLIEKMI EVGEQLHLGL SLDKAQELYY TVLYQQILPH CVDSNYAIEP SACPWTISQI
CPVLKLGEKL AVDVSPWLKL ME
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