| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_1608 |
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| Symbol | |
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| ID | 7287531 |
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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 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | - |
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| Start bp | 1456109 |
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| End bp | 1459447 |
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| Gene Length | 3339 bp |
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| Protein Length | 1112 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 643584608 |
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| Product | Non-specific serine/threonine protein kinase |
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| Protein accession | YP_002482339 |
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| Protein GI | 220907028 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 21 |
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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 | ATGGCGATTT TGCATGGCAT CTGGTTGGGG TTATCCCCCC AGGGTTTAGC GAGGAATACC
ACATCTAGCC CTGACCCGCT TGCCGCTGCT GCTCCGGCTT TGTTTATCTG GGCAGAAACC
TGGCGATCGT CAACCCCAAT CCTGCAAGCG GAGATGCTTG AGACGGTGCC AACCTATCCT
CTGGCTATGA CCCAGGTGGA GTTGCTGGAC TTTCTGGAAA CCCTCAGTCA AAAAGGACAA
CTCAATTTAC CCCCCAGCCT CAGGACAGGA CTAAACTCCT CTGCCTCTAC ACAAGCTTCT
TCAGGTGAAA GGACTGCAAC CCCAGCCTCT AGTAAAACCT CAACAAAAAA GAAAAAAACG
GTTGCTGAAT CCCCCTCGCT GCCGAGAGTA ACAACGGATT GGTACGCAGG AGAACAGCAA
CTTTATTTAC CGGCCACCCC GGTGGGAGAA ACCCTGCAGG TCAGTTATTC AACGGCCTGG
ACTGCTGACG ATGTTGCCCT TTACCCCTGG CGCGTTCCTG GCCTTTGCCT CCAACCTGCC
ATCGCTGTTG CTTTCCTGGC CAGTCTACCC CTGGCAGCCG CGCCTGGCTT AGAAACGGGT
TCCGATCAGT TTATGGGTGG GGATTTACTC TACTGGTCTC ATCTGAACCG CTGGACTGCC
GATCTGCTTG TGCGCGCTAA GTTTTTACCG GGGTTAGTTC AAGTCGAGAA CCACTGGCAG
TCTACCTGGC CCCCGCTGAT TGATAGTGCC ATCGATCGGG CTCGTCTGAA ACAATTTGCC
CAAGGCATGC CTACCATTTG TCGCACCACC TCTGCCCGCA CTGCTGCCCA GGTCGCTGTT
GACATCCCGC CGGAACCGAT CGCCCTAATT AAAGCCTTTT TGGCCAGGGT GATGGGGGTG
CAGATTAAAG CCGCGGTGGA TGTAGCAGTA GACGCAGACT GGTCAGCCGC AGCTCTGAAA
GCGGGAGTTG ATCCAGCTTT AATCCAGTGG TTGCATGGGC TGGACAATCA CCATCTTCCC
AGTGATCCGG AAGCCATTGC CAGACTGGCC CGCGCCCTGG AGAGCTGGAC TGGCCTCCTG
CAACAGAGCT TAGGAGAACA AAACCTCTGG CGCACCTGTT TTTCGCTGCA ACCTCCGGTT
CACGAGGATC GCACCTGGAG TCTGAATTAT TATCTTCAAT CTGCGGATGA ACCAGAAATT
TTGATCGAAG CTGATCGGAT CTGGAATACT CCCGGTGAAG TATTGGTTTA TCAAGGCCGC
CGGATCGAGC GCCCCCAGGA AACGTTGCTG ATGGGGCTGG GTCTGGCTTC CCGTGTTTAT
CCTCCCCTCG ATGCCAGTCT TCAGTCTGCT CGTCCCTGCC AGCATCACCT CAATCCCACC
CAGGTGTATG AATTTCTGAA AGCCGCGGCC TGGCGCTTAG AAGATAGCGG ATTTGGCGTG
ATTCTGCCTC CCAGTCTGTC CAATCAGCAG GGGTGGGCCA ATCGTTTGGG GCTGAAAATT
CGCGCCCAGA CCCCTGATCT TAAAGCCTCT CTGGGATTAA ATAGTCTGCT CAATTTCAAG
TGGGAACTTT CGATCGGTGG GCAAACCTTA ACCAAAACCC AGTTCGATCG CCTGGTCGCC
CTGAATACTC CATTAGTAGA AATTAATGGC GAATGGGTTG AACTGCGGCC CCAGGATATT
AAAGCAGCCC AAAGCTTTTT TGCTAACCGC AAAAATCAAA CCAATCTATC TCTGGAAGAT
GCGCTCCGCC TCAGTACTGG AGACACCCTC ACCCTGGAAA AACTGCCCGT TGTCAGTTTT
GAAGCCGCCG GTCCCCTGCA GGAATTACTC TCAACCTTAA CGGGTAATCA AAATATTGCC
TCGATCGATC GTCCGCCCGG TTTTCGCGGT GAATTGCGTC CCTATCAAGC CCGAGGGGTA
GGCTGGTTGG CCTTTCTGGA GCGCTGGGGT TTAGGTGCTT GCCTGGCGGA CGATATGGGA
CTGGGTAAAA CGATCCAGCT GATTGCGTTT CTCCTTCATC TCCAAGCAGA ACAGAAACTA
ACCGGGCCCA CCTTGCTGAT CTGTCCCACC TCGGTGCTGG GTAACTGGGA GCGGGAAGTG
CGGCGATTTG CCCCTCAATT AAAAGTTTTG GTCCACCATG GTAGCGGTCG ATCTCAGGGG
CAAAAGTTTA GCAAAATTGT TGAGGAAAAC AATCTGATTA TTACCAGCTA TGCTCTGGTT
TACCGGGATG AAGCCACCCT CAGTCGTTTG ACCTGGCGTA ATTTGGTTCT GGATGAAGCC
CAAAATATCA AAAACCCGGA GGCCCGCCAA TCCAAAACCG TGCGTCAACT GCAAGCCCAA
TTTCGCATTG CCCTCACCGG CACGCCCCTG GAAAATCGGT TGACGGAACT CTGGTCAATT
CTGGACTTTC TCAACCCCGG CTATCTGGGC CCGCGTAATT TCTTTCAGCG TCGCTTTGCC
ACCCCGATCG AGCGCTATGG GGATACTGCC TCTCTCAAAA CCCTGCGATC GCTGGTGCAA
CCCTTTATTC TACGTCGGCT CAAAACCGAT CGGGAGATCA TTCAAGACTT GCCGGATAAA
CAGGAAATGA CCGTTTTCTG TGGGCTAACG CCGGAACAGG CCGCTCTCTA CGAAGCCACG
GTGCAGGACT CTTTAGCAGC AATTTCAGCC GCAGCGGGGA TTCAGCGTAG GGGATTAATT
CTAGCCACCC TGACCAAGCT GAAACAAATC TGTAACCATC CCGCCCAATT GCTGCGCCAA
ACTAGCTTGC AGGATTTACC CCACCGCTCT GGCAAACTGA AACGGTTAGA AGAAATGCTG
GAGGAAGCGC TGGCGGAAGG CGATCGGGCC CTAATTTTTA GTCAATTTGC CGAGATGGGA
AAATTGCTTC AGCTCTATTT ACGGGAGCAA CTGGGCTGGG AAACGCTCTT CCTCTCCGGC
AGTACCCCCA AACCGCAGCG GGAGGCCATG GTCGATCGCT TTCAGCAAGA TCCGCAGGGA
CCGCGAATTT TCATTCTTTC CCTGAAAGCA GGGGGAGTAG GTTTAAACCT GACTCGGGCC
AATCATGTCT TTCACTTCGA TCGATGGTGG AATCCAGCGG TGGAAAATCA GGCCACCGAT
CGGGTGTTTC GGATTGGGCA AAAACGCAAT GTCCAGGTGC ATAAATTTGT CTCTACCGGC
ACCCTGGAAG AAAAAATTCA TGAACAACTG GAAAGCAAAA AAGCCTTAGC TGAGCAGGTG
GTGGGGGCCG GGGAAAACTG GCTGACTGAA CTGGATACGG ACCAACTGAG AAGTTTACTG
TTGCTCGATC GCACCGCTGT TATTGAGGAG GAAGAATAA
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| Protein sequence | MAILHGIWLG LSPQGLARNT TSSPDPLAAA APALFIWAET WRSSTPILQA EMLETVPTYP
LAMTQVELLD FLETLSQKGQ LNLPPSLRTG LNSSASTQAS SGERTATPAS SKTSTKKKKT
VAESPSLPRV TTDWYAGEQQ LYLPATPVGE TLQVSYSTAW TADDVALYPW RVPGLCLQPA
IAVAFLASLP LAAAPGLETG SDQFMGGDLL YWSHLNRWTA DLLVRAKFLP GLVQVENHWQ
STWPPLIDSA IDRARLKQFA QGMPTICRTT SARTAAQVAV DIPPEPIALI KAFLARVMGV
QIKAAVDVAV DADWSAAALK AGVDPALIQW LHGLDNHHLP SDPEAIARLA RALESWTGLL
QQSLGEQNLW RTCFSLQPPV HEDRTWSLNY YLQSADEPEI LIEADRIWNT PGEVLVYQGR
RIERPQETLL MGLGLASRVY PPLDASLQSA RPCQHHLNPT QVYEFLKAAA WRLEDSGFGV
ILPPSLSNQQ GWANRLGLKI RAQTPDLKAS LGLNSLLNFK WELSIGGQTL TKTQFDRLVA
LNTPLVEING EWVELRPQDI KAAQSFFANR KNQTNLSLED ALRLSTGDTL TLEKLPVVSF
EAAGPLQELL STLTGNQNIA SIDRPPGFRG ELRPYQARGV GWLAFLERWG LGACLADDMG
LGKTIQLIAF LLHLQAEQKL TGPTLLICPT SVLGNWEREV RRFAPQLKVL VHHGSGRSQG
QKFSKIVEEN NLIITSYALV YRDEATLSRL TWRNLVLDEA QNIKNPEARQ SKTVRQLQAQ
FRIALTGTPL ENRLTELWSI LDFLNPGYLG PRNFFQRRFA TPIERYGDTA SLKTLRSLVQ
PFILRRLKTD REIIQDLPDK QEMTVFCGLT PEQAALYEAT VQDSLAAISA AAGIQRRGLI
LATLTKLKQI CNHPAQLLRQ TSLQDLPHRS GKLKRLEEML EEALAEGDRA LIFSQFAEMG
KLLQLYLREQ LGWETLFLSG STPKPQREAM VDRFQQDPQG PRIFILSLKA GGVGLNLTRA
NHVFHFDRWW NPAVENQATD RVFRIGQKRN VQVHKFVSTG TLEEKIHEQL ESKKALAEQV
VGAGENWLTE LDTDQLRSLL LLDRTAVIEE EE
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