| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_2281 |
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| Symbol | |
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| ID | 8391601 |
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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 | 2297106 |
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| End bp | 2300066 |
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| Gene Length | 2961 bp |
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| Protein Length | 986 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 644980253 |
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| Product | type I site-specific deoxyribonuclease, HsdR family |
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| Protein accession | YP_003137995 |
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| Protein GI | 257060107 |
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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 | 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 | 6 |
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| Fosmid unclonability p-value | 0.000865916 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGCCTAAAC CAACAGAATC AAAAACCGTC CAAGATCGCA TTTTAACCTA TGCCCAAGAA
ATGACCCCAC AATGGCGTTA TGTATCCCGT AGCGAAGCAG AAACCAGAAG GGGATTTAAT
AACTTGCCCC CTAACCCCCA AACGGGGGGA ATTGAAGGGG GCGATTACTC CCCAAGATTG
GGGTCGGGGG TTGCCTCCTT ATATTTCGAT GATTTACTTT ACCAAAAAGT TAGACAATTT
AATCCTACCT ACAATGAAAC TCAACAAGAA CTAATCACAA AATTAAATAG CCTTCCTACA
GATATTTATG GAAATCGTGA CTTTCTTAAC TATCTTCGCA ATCAAGTTAA ATATTTTTGT
CCAGTTGAAA AGCGAGAACT TGACTTAACC CTAATAAACT ACGAAGATCC CACTCAAAAT
GAATACGAAG TTACCGAAGA ATATTATACC CATAATGGAA AAGATGGCAT CAGAGAAGAT
ATTGTCTTTT TAATTAATGG GATTCCCATC CTTGTCATTG AATGTAAAAA TGCTGATAAA
ATTGAAGGGA TTGCATTAGG AATAGACCAA ATAAGACGCT ATCACCGAGA AGCCCCTGAG
TTATTTGTCC CTCAAATGTT ATTTACAGCT ACCGAAGCTA TTGGCTTTTC TTATGGGGTA
ACATGGAATT TAGTCAGGAG AAATATTTTT AACTGGAAAG ATGAACAAAT TGGACAACTC
GAAAACAAAA TCAAAACCTT TTGCCATCCC TATATTCTCC TAAAATTCTT ACTAAATTAT
ATTATCTTTG CTGAAAAAGA CGAAACTCTC CAAAAATTTA TCCTCAAACA ACATCAAACT
ATTGCCATTG AAAAAGTTAT CCAAAGATGT CATGATACTG AAAAATCACG GGGATTAGTT
TGGCATACAC AGGGAAGCGG TAAAACCTTC ACCATGATTA AAATTGCCGA GATGCTATTT
AAAGCCCCAG ATAGTGAAAA ACCCACCATT ATTTTAATAA TAGATCGCAA TGAACTCCAA
GATCAACTAT TGCGAAATCT CAATAACTTA GGGGTTAATA ATATTCGTCA TGCTAACCGT
ATTAAAACCT TAATTGAACT GCTAGAAAAT GACTATCGGG GCATCATTAT CACCATGATT
CATAAATTCC GAGAAATGCC CACTGATGTT AATCTTAGAA ATAATATTTA TGTCCTAATT
GATGAGGCAC ACCGCACCAC AGGAGGAGAC TTAGGAACAT ATTTAATGGC AGGTTTACCC
CATGCAACTA TTATCGGCTT TACAGGCACA CCTATAGACA AAACCAATCA AGGAAAAGGA
ACATTTAAAA CCTTTGGCAC AGATGACGAA AAAGGCTATT TACATAAATA TTCTATCGCT
GAAAGTATCG AAGACGGCAC AACCTTACCC CTTTATTATA ATCTTGCTCC CAATGAAATG
TTAGTTCCTG CTGAGATTAT GGATCAAGAA TTTCTTGACT TAGTAGAAAC AGAAGGCATT
AATGATATTG CAGAATTAAA TAAAATTTTA GATCGCGCTG TCAACTTAAA AAACTTCCTC
AAAGGCGATC AAAGAGTCGA TCAAGTTGCC AAATATGTCG CCCAACATTA CACCAAAAAT
GTTGAACCAT TAGGATATAA AGCCTTTTTA GTCGCCGTAG ATCGTCCTGC CTGTGCTAAA
TATAAGCAAG CATTAGATCG TTATCTACCC CTGGAATATT CTGCCGTTGT TTATACAGGG
AATAATAACG ATACAGAAGA CCTTAAAACC CATCATATTG ATGATAAAAC CGAAAAACAA
ATTAGAAAAA ACTTTGCCAA ATTTGGAGAA TATCCTAAAA TCTTAATTGT TACCGAAAAA
CTCTTAACAG GATACGATGC ACCTATTTTA TATGCAATGT ATCTTGATAA ACCCATGCGA
GATCATACTT TATTACAAGC GATCGCTAGA GTCAATCGTC CCTATGAAAA CGAAACAGAA
GAAATGGTTA AACCCCATGG TTTTGTCTTA GATTTTGTCG GCATTTTTGA TAAATTAGAA
AAAGCTTTAT CCTTTGACAG TCAAGAAGTC AATGCTATTG TTAAAGATTT AAGTTTACTG
AAAAACTTAT TTAAAATTAA AATAGAGCAG TTAATCAAAA ATTATTTAAC ACTGATTCAA
CATAATTTTA ATGATCAAGA TGTCGATCAT TTACTCGAAT ATTTTCGAGA TAAGGAACGA
CGAAAAGCCT TTACAAAAGA TTATAAATCC TTAGAAATGC TCTATGAAGT CATTTCCCCC
GATGCCTTTT TACGCCCCTA TCTCAATGAG TACGGAACAC TCTCTGGTAT TTATCAAGTG
ATTCGTAATG CTTACAGTAA AAGAGTTTAT GTAGATCGAG AAGTCAAGCG AAAAACCGAC
AAAATTGTTC AAAATAATAT TGCAACAACA GCAATTCCGA CTGTAACCGA TTTTATTGAA
ATTAATGCTC AAACCATTGA AACTATTCAA AATAAAGGAG GTGGTAAAAC AACTAAAGTT
ATTAACTTAA TCAAAAGTAT TGAAAAAACA GCAGAGGAAA ATAATGATGA TCCTTTCTTA
ATTGCAATGG TACAGAGAGC TAAAGCGATT CAAGAACGAT TTGAAAATCG CCAAACAGAT
ACCCAAGAAA CCCTTGATTT ACTGCTTCAA GCCGTTAGAG AAAACGAACA ACGTAAGCAA
GAACAATCTG CCAAGGGATT TGATAGTTTA AGTTTTTTTG TTTATCAAGC TCTAGAAAAT
GCAGGAATTG ATAACCCTGA AGATATGGCT CAAGAAATTA GACAACACTT TATTGAAAAT
CCGAACTGGA AAACCAGTGA AGGCGAATTA AGAGAATTAA GAAAAAATGT AACTTTCTCC
ATCTATACAG AAATAGATGA ATTAGAAAAA GTCACAGCCC TTGTTGAGCA ACTATTTACC
CTATTACAAC AAAATCACTA A
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| Protein sequence | MPKPTESKTV QDRILTYAQE MTPQWRYVSR SEAETRRGFN NLPPNPQTGG IEGGDYSPRL
GSGVASLYFD DLLYQKVRQF NPTYNETQQE LITKLNSLPT DIYGNRDFLN YLRNQVKYFC
PVEKRELDLT LINYEDPTQN EYEVTEEYYT HNGKDGIRED IVFLINGIPI LVIECKNADK
IEGIALGIDQ IRRYHREAPE LFVPQMLFTA TEAIGFSYGV TWNLVRRNIF NWKDEQIGQL
ENKIKTFCHP YILLKFLLNY IIFAEKDETL QKFILKQHQT IAIEKVIQRC HDTEKSRGLV
WHTQGSGKTF TMIKIAEMLF KAPDSEKPTI ILIIDRNELQ DQLLRNLNNL GVNNIRHANR
IKTLIELLEN DYRGIIITMI HKFREMPTDV NLRNNIYVLI DEAHRTTGGD LGTYLMAGLP
HATIIGFTGT PIDKTNQGKG TFKTFGTDDE KGYLHKYSIA ESIEDGTTLP LYYNLAPNEM
LVPAEIMDQE FLDLVETEGI NDIAELNKIL DRAVNLKNFL KGDQRVDQVA KYVAQHYTKN
VEPLGYKAFL VAVDRPACAK YKQALDRYLP LEYSAVVYTG NNNDTEDLKT HHIDDKTEKQ
IRKNFAKFGE YPKILIVTEK LLTGYDAPIL YAMYLDKPMR DHTLLQAIAR VNRPYENETE
EMVKPHGFVL DFVGIFDKLE KALSFDSQEV NAIVKDLSLL KNLFKIKIEQ LIKNYLTLIQ
HNFNDQDVDH LLEYFRDKER RKAFTKDYKS LEMLYEVISP DAFLRPYLNE YGTLSGIYQV
IRNAYSKRVY VDREVKRKTD KIVQNNIATT AIPTVTDFIE INAQTIETIQ NKGGGKTTKV
INLIKSIEKT AEENNDDPFL IAMVQRAKAI QERFENRQTD TQETLDLLLQ AVRENEQRKQ
EQSAKGFDSL SFFVYQALEN AGIDNPEDMA QEIRQHFIEN PNWKTSEGEL RELRKNVTFS
IYTEIDELEK VTALVEQLFT LLQQNH
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