| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_3081 |
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| Symbol | |
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| ID | 7289014 |
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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 | 3058543 |
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| End bp | 3061626 |
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| Gene Length | 3084 bp |
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| Protein Length | 1027 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 643586058 |
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| Product | type I site-specific deoxyribonuclease, HsdR family |
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| Protein accession | YP_002483775 |
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| Protein GI | 220908464 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0610] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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| TIGRFAM ID | [TIGR00348] type I site-specific deoxyribonuclease, HsdR family |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 27 |
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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 | GTGAGTACCG TCGGGCAGGT TGAGCGGATC ACCCAAAATC GAGTTGTCAG GTTGTTCCAG
GATGTCCTGG GCTACACCTA CCTGGGCAAC TGGGAAACCC GCGACCATAA CCGCAACATC
GAAGCTGGTC TACTGACTCA ATGGCTGAAG CAGCGGGGTA TTGCTGACAC CCTGATCACT
CGAACCCTGC GAGAACTTGG CCAGGCGGCG GCTCTGGGGG AAGGACAAAA CCTTTACGAT
GCCAATAAAG CTGTCTATCG CCTCCTCCGC TACGGGGTCA AGGTCAAAGA GGGGACCGGA
CAGCAAAACC AGACCATCTG GCTGATCGAC TGGGAACACC CGGAAAATAA CAGCTTTGCG
ATCGCCGAGG AAGTCACGGT CAAAGGCGAA AACAAAAAGC GTCCCGACCT CGTGCTCTAC
GTCAACGGCA TTGCCCTGGG TATCCTCGAA CTGAAACGCT CCAGTGTCTC AATTGGGGAA
GGCATCCGTC AAAACCTGGA CAACCAGAAA AAGGAGTTTA TCCGCCCCTT CTTTACCACG
ATGCAGTTGG TCATGGCCGG TAACGACACC CAGGGGCTAC GCTACGGCAC GATTGAAACT
CCAGAGAAAT ACTACCTGCA ATGGAAGGAA GCGATCCCTA ACCCCTTCGA CAGTCCCCTT
GATCACCACC TCAGCCTGCT CTGTAACAAA GCCCGTTTCC TGGAGCTGAT CCACGACTTC
ATCGTGTTTG ATGCCGGGAC CAAAAAGACC TGTCGCCATA ACCAGTACTT CGGCGTCAAA
GCGGCTCAGT CCCACATCCA GCGGCGAGAA GGGGGCATTA TCTGGCATAC CCAGGGTTCC
GGTAAAAGCC TGACAATGGT GTGGCTGGCC AAGTGGATTC GCGAAAACCT GACCGATGCC
CGTGTCCTGA TCATTACCGA TCGTACCGAG CTGGACGAAC AGATTGAAGG GATTTTCAAA
GGGGTGGAAG AAGACATTTA CCGCACCCAG AGCGGAGCCG ACTTACTCAA CACCCTGGCT
CAACCCATCC CCTGGCTGCT CTGCTCTCTG GTGCATAAGT TCGGGGCCAG CGAGGGGGAG
TCGACTGATC AATTTATCCA GGATCTCCAG GCTGGTTTGC CGAAGAACTT TACCCCCAAG
GGTAACCTGT ATGTCTTTGT CGACGAATGC CACCGCACCC AGTCCAGCAA ACTCCACGCT
GCCATGAAAT CGATCCTGCC CCAGGCCCTC TTTATCGGTT TCACTGGCAC GCCCCTGCTA
AAAAAAGACA AACAAAAGAG TATTGAGGTG TTTGGCAGCT ATATCCATAC CTACAAATTT
GATGAAGCCG TTGCCGATGG GGTGGTGCTT GACCTCCGCT ATGAAGCCCG TGATATTGAC
CAGCACCTCA CCTCCCAGCA GAAGGTTGAC CAGTGGTTCG AGGCCAAAAC CCGGGGACTC
TCGAACCTAG CCAAGACCCA GCTCAAACAG AAATGGGGCA CCCTGCAAAA AGTTCTGTCC
AGCCAGTCCC GCCTGGAGCA AATCTGTAAA GACATCCTGC TGGACATGGA AACTCGCCCT
CGCCTTATGG ATGGCCGCGG CAACGCCATG CTGGTCTGTG CCAGTATTTA CCAGGCTTGC
AAGATTTATG AGCTTTTCAG CCATACGGAT CTGGCCGGCA AGTGCGCCAT CATCACCAGC
TATAAGCCCT CCCCCGCCGA CATCAAAGGG GAAGACAGTG GCGAAGGGCT GACTGAAAAA
CTCAACCAGT ACGCCATTTA CCGTAGGATG CTGGCGGATT TCTTTTCTGA ACCCGACGAC
AAAGCCATGT ACCGGGTCGA GGAGTTTGAG CAAAAGGTGA AAGAGCGATT TATTAATGAA
CCTGGCCAGA TGCGCCTGCT GATCGTCGTG GACAAGCTCC TGACCGGCTT TGATGCCCCC
TCCGCCACCT ACCTCTACAT CGACAAGCAA ATGCGCGACC ACGGGTTGTT CCAGGCCATA
TGCCGGGTCA ACCGCTTAGA TGGGGACGAC AAGGAATACG GCTACATCGT GGACTATAAA
GACTTGTTCC GACGCCTGGA AGGTGCAATT ACCGACTACA CCAGCGGGGC CCTGGATGGC
TATGACCAGG AGGATGTGGC CGGATTGCTC ACGGATCGGC TGGAGCAAGC CCGCGATCGA
CTGGAGGAAA CCCGTGAAAC CGTCAAAGCT CTCTGCGAAC CCGTTCTGCG CCCCCGCGAT
ACCCGCGACT ACCTGCATTA CTTCTGCACC CCAGACACCA CTGATAAAGT GGCCTTAGCC
AATAACGAAC CCAAGCGGGT TGCCCTTTAC CAGTCTGTGG CTGCCCTGCT GCGGGCCTAC
GCCAATCTGG CCAATGAGAT GGAAGCCGCG GGCTACAGTC CCACCGAAGC CCAGGAGATT
AAGGCAGAAG TAACCCGCTA TAGCCAAATC CGCGACGAGG TCAAAATTGC CAGTGGGGAT
TATCTGGACA TGAAGCGGTA CGAACCGGCC ATGCGCCATC TGCTGGACAG CTACATCCGT
GCCGATGAAA GTGTGGTCGT CTCCGAATTT GAAGACCTGG GGCTGATCGA GCTGATCGTC
AAGAATGGTC TGGGTGCCCT CAACCAGCTC CCCACGGGGC TGAAAAACGA CCCCACCACC
ATGGCCGAAA CGATTGAGAA CAACATCCGC AAGATCATCA TCGATGAGAA CCCGGTCAAC
CCCAAATACT ACGAGCGGAT GTCCGAGCTG TTGGATGCCC TGATCGAGGA ACGCCGACAG
CAAGCGATCG ACTACCAGGA GTATTTAGAA AAGGTCAAAC AACTGGCCCT GCAGGTGAAG
CAACCCGCCG CCACCGCCCA GTCGGCTTAC CCCCCTGCTC TGGATACCGC CGCCAAGCGA
TCGCTCTACG ACAACTTAGG ACAGAATGAA GCCCTGGCCC TTCGCATCGA TACGGCTGTA
CGCTACACCA AGAAGGAAGG CTGGATTGGT AACCGCTTCA AAGAGAGGGA AGTCGCCAGA
GTGATTCGGG AAGAGGCAGC AAGCTATAAC GTAAACGTGG ACGACATCCT AGAGCTGGTC
AAGAACCAAC GTGAGTACCA GTAA
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| Protein sequence | MSTVGQVERI TQNRVVRLFQ DVLGYTYLGN WETRDHNRNI EAGLLTQWLK QRGIADTLIT
RTLRELGQAA ALGEGQNLYD ANKAVYRLLR YGVKVKEGTG QQNQTIWLID WEHPENNSFA
IAEEVTVKGE NKKRPDLVLY VNGIALGILE LKRSSVSIGE GIRQNLDNQK KEFIRPFFTT
MQLVMAGNDT QGLRYGTIET PEKYYLQWKE AIPNPFDSPL DHHLSLLCNK ARFLELIHDF
IVFDAGTKKT CRHNQYFGVK AAQSHIQRRE GGIIWHTQGS GKSLTMVWLA KWIRENLTDA
RVLIITDRTE LDEQIEGIFK GVEEDIYRTQ SGADLLNTLA QPIPWLLCSL VHKFGASEGE
STDQFIQDLQ AGLPKNFTPK GNLYVFVDEC HRTQSSKLHA AMKSILPQAL FIGFTGTPLL
KKDKQKSIEV FGSYIHTYKF DEAVADGVVL DLRYEARDID QHLTSQQKVD QWFEAKTRGL
SNLAKTQLKQ KWGTLQKVLS SQSRLEQICK DILLDMETRP RLMDGRGNAM LVCASIYQAC
KIYELFSHTD LAGKCAIITS YKPSPADIKG EDSGEGLTEK LNQYAIYRRM LADFFSEPDD
KAMYRVEEFE QKVKERFINE PGQMRLLIVV DKLLTGFDAP SATYLYIDKQ MRDHGLFQAI
CRVNRLDGDD KEYGYIVDYK DLFRRLEGAI TDYTSGALDG YDQEDVAGLL TDRLEQARDR
LEETRETVKA LCEPVLRPRD TRDYLHYFCT PDTTDKVALA NNEPKRVALY QSVAALLRAY
ANLANEMEAA GYSPTEAQEI KAEVTRYSQI RDEVKIASGD YLDMKRYEPA MRHLLDSYIR
ADESVVVSEF EDLGLIELIV KNGLGALNQL PTGLKNDPTT MAETIENNIR KIIIDENPVN
PKYYERMSEL LDALIEERRQ QAIDYQEYLE KVKQLALQVK QPAATAQSAY PPALDTAAKR
SLYDNLGQNE ALALRIDTAV RYTKKEGWIG NRFKEREVAR VIREEAASYN VNVDDILELV
KNQREYQ
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