| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_2429 |
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| Symbol | |
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| ID | 8391750 |
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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 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | + |
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| Start bp | 2444689 |
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| End bp | 2447739 |
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| Gene Length | 3051 bp |
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| Protein Length | 1016 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 644980393 |
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| Product | WD-40 repeat protein |
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| Protein accession | YP_003138134 |
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| Protein GI | 257060246 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2319] FOG: WD40 repeat |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | 20 |
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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 | ATGACGAATA ACTCTTCTAA AAGCAGTGTT TTTATTTCCT ATTCTCGTCG AGATAAAACC
TTTGTTCAAA AACTCCATCA CGCTTTAAAT GAAGGAAAAC GCGATATCTG GGTAGACTGG
GAAGATATTG CCCCGACGGA AGATTGGCGA GAAGCGATCG CTCAAGGGAT TCAATCTGCT
GACAATTTTT TATTTATTAT TAGTCCTGAT TCGGTTAAGT CTATAGAATG TAATAAGGAA
ATTGATCATG CTATTAAATG CAATAAGCGA TTAGTCCCGA TTTTATATCG AGAGGTTGAG
GATAATAGTG TTCGACCAGA ACTAGCCAAA CATAACTATA TTTTTTTTCA AAATGAAGAG
AGTTTTTTTG AAAATTTAGA GAAACTAGAG CAAGCTTTAG ATACTGATTT AGCTTATATA
AAAGAACATA CTTATCTGTT GAGTCGAGCT ATTTTATGGC AACAAAAACA GCGAGATCCT
AGTTATTTAT TGCAAGGAAC CGCGCTCAAA GAAGCTCAAG AATGGATTAC CCATAGTCTA
AATCAAACGC CTAGACCGAC CCAACTACAC AATGATTATA TTATTACCAG TATTCAAAAA
AGTAAACAGT TTTTACGCAG AATTGCTATT GTCGTTGGGG CATTAGGATT AATTGCTTTT
GCTTCTTTTT TAGTGGCTTT ATCAGAACGA AATCAGGCTA AAGAAGCAGA ATTAAAAGCT
AAGAGTGAAG AAGTTAAAGC CTTAACAGGA TGGGCTCAAG CAAGGCTTTT AAGACATGAA
CAATTAGATG CGTTAATTAA TATTATTAGA GCGGTTGATA AACTGAAGGA TTTACCGCAA
TCTTCTTCTG AAGAAACCTT TTCTGATTTT GCTCAAATAC CAATTCATGA TCAGGTTGAA
CAAACCCTAA GACAAGTGGT TTATACCTTG CAAGAATTAA ATCATTTACA AGCTGATCAA
AAAACCATTT ATGATGTACA ATTTTCGCCA GATCATCGAT GGATTGCTTC TGCTAGTGCA
GATACTAAAG TCAATCTCTG GAAAAATAAT CAACGACAAA CTAGCTTGCT TCATCAAGGC
GTTGTGTGGC GGATTGGGTT TTCTCCTGAT AGTCAAATGA TGGTTTCTGC TAGTGAAGAT
AAAACCGTTA AATTGTGGCA ACTTAATCCT CAAGGCAATT GGACTCTTAA GCAAACTTTA
ATCCATCCTG TTCCTGTGAG ATCTGTTACC TTTACTTTTA CGGATCAATG TTCACAAACT
GGTCAAAAGA TTGCTTCTGC GGGAACTGAT GGTCTGATCC GAATATGGAA TTTAGAAGGA
AAATTACAAA GAACCTTTCA AGCACATTCA GGAACAATTA ATGATCTCAA AATTTCTCCA
AATTGTCAAA CCCTTGCTAG TGCTAGTGAA GATAGAACGG CTAAATTATG GACGTTGGAT
GGACAAAAAA AAGCGACTCT TCTTGGACAT GAAAATCAAG TTTGGACTAT CAATTTTTCT
CCCGATGGTC AACGAATTGT GACGGGGAGT TTTGATACGA CGATTAAGCT GTGGGATCAA
ACGGGACAAC TACTAAAAAC CCTCGAAGGA CACGCTAATT GGGTCATGAG TGTTATTTTC
TCCCGTAATA GTCAAGAAAT TGTTTCCGGT GGTGAGGATG CTATGCTGAA ATTCTGGAGT
CGAGAGGGAG ACTTATTTGC CTCTTTATTA AGTCCCCATG GGGATATCGG AAGTATTAAT
ATTTCGGCGG ACAATCAATA TTTAGTCTTT ACTGGAGATA GTGGCAAAAT GAGTCTATGG
CAGCAGGGAG GAAGTGTCAT TGAAATTCTA CGCGGCCATA CTTCTGGTGT CACGGGGGTT
CATTTTTCGC CTGATGGACA ATTAATGGCT TCAGTGAGTA ATGATCAAAC GGTAAAATTG
TGGCAATTTG ATCCCCAAGC AAAGCGCATG GAATTGCAGC AAACGCTGGA ATATCGCAAA
GGAGAACCCG AAGGAGGACT GAAAAATGTT AATTTCACTC CCGATGGTCA ATATTTGATT
ACGACAAGTT ATGACAACAC TTTACAATCT TGGAATGTTA AAAAAGCTTT AACCCATTCT
TCTATTCAAG GAGAAATTAT TGCCAAAAAT AATACGGTTG TTAATCGTTT TAGGATTTCA
TCTGATGGTA AACGATTGGC GTTGGCAAGT GCAGATGGGA CGATTAAACT GTGGGATCTC
AAGTCTCAAA AATTGTTAAA AATTTTGACA ACTAATCAAT CTCCATCCTT GACGAATAAT
GGGATCAATC AATGTCAGAA AATTCAGCAA GGATATCCCC CTCAGTCTAC AGATGTGGCT
TTTTCAAAGA ATAATCAATA TTTGGTTGCT TCTTATTCTG ATGGTTGCCT CAAACTTTGG
AATCTTGAGG GTCAATTGAT TCAAGAATTT CGGGGTCATC CACAATGGAT TAATGCGTTA
AGATTTAGTC CTGATGGCCA GTTATTAGCG ACCACGAGTC GAGATAATAC GATTAAACTT
TGGCAGTGGA GAAAAACCCA ATTTAAGATC GATCAACCGA CTAAAATTTT GAAAGGTCAT
CAAGACTGGG TTTGGAATGT GGCTTTTACG TCTGATGGAA AGAAATTAGC GTCAGGGGGA
AAAGATAACA CGGTTAAACT TTGGAATATT ACTACTCAAT CACAATCGGA TCAATCGGAT
CTTATTGTTA CACTTCAAAG TCACATTGAT TGGGTAACAT CCGTTGATTT TAGTCCCTGT
AATCAGGATA ATAAAGATTA TCCTAATTGT CATCAAAGGC TTCAATTAGC CTCAGCAAGT
GCCGATCAAA CAATTATTTT TTGGAAGATG GAAGAGGTAT TACGGATTGA AACAAAAGAT
AATCATGAAA CAGCCTTACA ATCGTTGTTT AAAAAAGGGT GTCAATGGCT TTCTGTGTAC
CTGGAAACCA ATCCAGATAC ACCAGAAGCG AGTGATATTC GTTCCGCTTG TGGAGAGACT
AAACCTCCGT CGGATCAACC GGGAAATAAA ATTCTATCCC CTGATCAATG A
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| Protein sequence | MTNNSSKSSV FISYSRRDKT FVQKLHHALN EGKRDIWVDW EDIAPTEDWR EAIAQGIQSA
DNFLFIISPD SVKSIECNKE IDHAIKCNKR LVPILYREVE DNSVRPELAK HNYIFFQNEE
SFFENLEKLE QALDTDLAYI KEHTYLLSRA ILWQQKQRDP SYLLQGTALK EAQEWITHSL
NQTPRPTQLH NDYIITSIQK SKQFLRRIAI VVGALGLIAF ASFLVALSER NQAKEAELKA
KSEEVKALTG WAQARLLRHE QLDALINIIR AVDKLKDLPQ SSSEETFSDF AQIPIHDQVE
QTLRQVVYTL QELNHLQADQ KTIYDVQFSP DHRWIASASA DTKVNLWKNN QRQTSLLHQG
VVWRIGFSPD SQMMVSASED KTVKLWQLNP QGNWTLKQTL IHPVPVRSVT FTFTDQCSQT
GQKIASAGTD GLIRIWNLEG KLQRTFQAHS GTINDLKISP NCQTLASASE DRTAKLWTLD
GQKKATLLGH ENQVWTINFS PDGQRIVTGS FDTTIKLWDQ TGQLLKTLEG HANWVMSVIF
SRNSQEIVSG GEDAMLKFWS REGDLFASLL SPHGDIGSIN ISADNQYLVF TGDSGKMSLW
QQGGSVIEIL RGHTSGVTGV HFSPDGQLMA SVSNDQTVKL WQFDPQAKRM ELQQTLEYRK
GEPEGGLKNV NFTPDGQYLI TTSYDNTLQS WNVKKALTHS SIQGEIIAKN NTVVNRFRIS
SDGKRLALAS ADGTIKLWDL KSQKLLKILT TNQSPSLTNN GINQCQKIQQ GYPPQSTDVA
FSKNNQYLVA SYSDGCLKLW NLEGQLIQEF RGHPQWINAL RFSPDGQLLA TTSRDNTIKL
WQWRKTQFKI DQPTKILKGH QDWVWNVAFT SDGKKLASGG KDNTVKLWNI TTQSQSDQSD
LIVTLQSHID WVTSVDFSPC NQDNKDYPNC HQRLQLASAS ADQTIIFWKM EEVLRIETKD
NHETALQSLF KKGCQWLSVY LETNPDTPEA SDIRSACGET KPPSDQPGNK ILSPDQ
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