| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_1701 |
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| Symbol | |
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| ID | 8391013 |
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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 | 1737934 |
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| End bp | 1741380 |
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| Gene Length | 3447 bp |
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| Protein Length | 1148 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 644979690 |
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| Product | Endonuclease/exonuclease/phosphatase |
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| Protein accession | YP_003137439 |
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| Protein GI | 257059551 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2374] Predicted extracellular nuclease |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type
[TIGR03661] type 1 secretion C-terminal target domain (VC_A0849 subclass) |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.427243 |
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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 | 25 |
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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 | ATGGCTACTA TTGCACAACA AAACTTTAAT CTACTTTCAG ATCAGTATAC CTTTACCAGT
GATTTGTTAT CATCAGGAAG TGCGTTAACC AATCTCGGTT CTTTTAATAA CAATAGTAAC
AACGGACTAA CCTTTGAAAC CTTTTGGTTT AGTACCCGTA GTAATGTTTT AGGTCCCAAG
GAAGGAACTG AATCAGGAGA TAATATTGGT GTCAATTCTT TTACAGGGAC TAATGCACCC
AATGTGGCAG CAGACGGTAT AGCAGTAGCA TCAGGAATTG AGCATAATTT TGAGTTTAAT
GATGGGGATG GACGATTAGA TTTAACTTTT GCAACGCTTA ATTTAAGTAA CTATACTAAT
CGGTTTTTAA CCTTTAATTA TTGGATTGCT AATACGGGTT ATGAAAGTGA TGATTCTTTT
CAGGTTACGC TTAGCGATGG AACGAATACC CAAACGGTAT TAAACTTTGG AGAACTTCAA
TTAGAAGCGA ATGCTTCTGC GGATAATGGA ACCGCTAACT GGAAAACCTT TAGTTTAGAC
TTAGACAGTT TAATTACCAG TGGGTTAGGA GAAAATATTA CTCTAACCAT TAGTGTTGAT
ACCAATGCAG GAGATGAAAA TATTTTCGTT GATAACATTC TCTTTACTGG AGATGCAACG
GAAGGAGGAA ATGGAGGAAA TTCTCCTACT TTTGTGGAAG ATTTTAATAC CTTTACGGGA
GGGGGTTTTA CTGCAACTCC TAGCAGTGGA CAATTAGATT CCGATGTTTG GATAGTCACT
GGATTTTCGG ATGGAACTTT GAACTTTGGG GGAACTCAAA CATCAGGAGA TTTTGCGAGG
GGAACTTCTA ATGGTGGAGT TTCTACAGGG GGTGTTTATG GGTTCACGGT TGAGTCAGGA
AATTCCATTT TAGGAATACA ACCAACAGGA GATGATTTTA CTTCCGGTGA AATCATTTTA
AAACTACAAA ATGGAACCAC TTCTAATGTC ACTGAGGTTG ATATTAGCTA CGATATTTGG
TATCGCAATG ATCAAGGTAG ATCTAATTCT CTTAACTTCG CTTATTCCTA TGATGGGGTT
AATTTTATTC CCGTTACTTC CCTCGATTTC ACGACTCCTC AAGCAGCAGA TAGTAACGGT
TGGCAAAGTC AAACAAAATC AGCTACTTTA AGCAGATTAA CTATTGCTCC TGATCAATTA
TTTTACCTTA AATGGATTGG CAATGATGTC GGTGGAAGTG GTAGTCGGGA TGAATATGGA
ATTGATAACG TTCAAGTGAC TCAATTAACC ACTCCTGATA TAACTCCTCC TCCTCCTCCT
GAAGAAATTA CTAAAATTCA CACCATCCAA GGAACCGGGT TACAAAGTAC CTTAACAGGA
CAAATTGTTA CCGTTGAAGC GATTGTTATC GGAGATTTTC AAGGAAGTAG TGGACTCAGT
GGATTTTACT TACAAGAAGA GGACACCGAT ACTGATGGAA ATGTCTTAAC TTCTGAGGGA
CTATTCATTT TTGATGGTAG TCTTCCTGCG GTCGATGTTA GTGTAGGAGA TAAGGTTAAA
GTTACGGGTA CAGTCACGGA GTTTAATAGT AGTGGAACTT TCCTCACAGA ACTTTCTAAT
ATTACTAACG TTACTGTTCT CTCAACGGGT AATATTCTAC CTAGTGAAGT GATTATTGAT
GACTTAAAAG CAGCCAATGG GGCGGCCTTA GAATTAGAAA GTTATGAAGG AATGCGGGTT
AATTTTAGCG AAACATTAAC CTTAACTGAG TATTTTCAAT TAGGACGCTT TGGCGAAGTT
GTTCTTTCCA CAGATGGACG CTTACAACAA CCCACTAATG TGACAACTCC TGGTGCATCA
GCCAATGCTT TACAAGCAGA AAATGATCTA AGACGTATTG TTTTAGATGA TGGTAGTAAT
CGACAAAATG TTGACCCTAT TCTGTTTGGT CGTAATGGTG AACCCCTCAG TTCTACTAAT
CTTTTACGAG GAGGAGATAC TGTTACCAAT TTAACAGGAG TATTAGATCA ACGCTTTGGA
GAGTATCGGG TTCAAACTAA TACAGGAGTT GATTTTCAGG CAGTTAATGA ACGTCCTACT
ACTCCACCAG ATGTGGGAGG TTCTCTTAAA GTAGCCAATT TCAATGTCTT GAATTACTTC
ACAACTATTG ATGATGCTTT TAATGATGCA AGGGGTGCTG ATAGCATTAG TGAATTTCAA
CGTCAACAAG ATAAATTAGT TACAGCATTA CTTGAAATTG ATGCCGATAT TTTTGGCTTA
GTTGAATTGG AAAATAATGG TGATATTGCT ATCAGTAACT TAGTTAACGT CTTAAATTCA
GAAACCGCAC CAGGAACTTA TGATTATATT GCCACAGGAA CTATTGGAAC GGATGCTATT
AAAGTCGGTT TAATCTACAA AACCAGTGCT GTTAATCCGG TTGGAGATTA TGCTATTCTT
GACAGTTCCG TTGATCCAAC TTTCCAAGAC GATCTTAACC GTCCTGTCTT AGCTCAAACG
TTTCAACAGA TTGATACAGG AGAAAAAGTT ACCGTTGCTG TTAATCATTT TAAATCCAAA
GGAACGTCAG GTTTAACAAA TACCAATGAC CCCAACTATG ATCAAGGAGA TGGACAGGGT
TTCTGGAATG CAACTCGGAC AGATGCTGCT AATGCTTTGG TCAATTGGTT AGCAACAGAT
CCGACTAATA GTGGGGATAG TGACTATCTG ATTATCGGGG ATCTTAATTC CTATGCAATG
GAAGATCCCA TCACTGCTAT TAAAAACGCA GGATACACGA ATTTAATTGA ACAATTTAGT
GGAGCAGATG CCTATTCTTA CGTTTTTGAT GGACAATTTG GTTACTTAGA TCATGCCTTA
TCTAATAGTA GTTTAACCTC CCAAGTAACC GGGGTTGCTG AATGGCATAT TAACGCTGAT
GAACCCAACG TTTTTGATTA CAATGAGGAA TTTAATCCTC CTAGTTTGTA TAGTGTTGAT
CCTTATCGAA CTTCCGACCA CGACCCTGTT ATTATTGGCT TAAATTTAGG TAACTTTTCC
TATCTTAATG GCACAGTCGG ATCAGACATT TTAACGGGAA CTAATAGCAA TGAATTGATT
ACCGGACTTC AAGGAAAAGA TACCATTACA ACAGGTGGAG GTAGCGATCG CATTGTCTAT
AATAGTGTCA CCGACGGGGT TGATATTATC AAAGACTTTA TGGTCGGAAG TGACAAATTT
GTCTTGACTG AACTGTTAGA TAGTGTTGGA TATAGTGGAT CTAATCCTAT CAGCGATGGC
TATATTAAGT TCTCCAGTAA GGGAGTTCAT ACCATCCTTA AATTAGATGC AGATGGGAAT
AATGGAACAG GACTATCCCG TGACTTTATC TATGTTCAAA ATGTCAGCGT TACTGCTTTG
AATAATCTCG ATAATTTTGT GATTTAA
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| Protein sequence | MATIAQQNFN LLSDQYTFTS DLLSSGSALT NLGSFNNNSN NGLTFETFWF STRSNVLGPK
EGTESGDNIG VNSFTGTNAP NVAADGIAVA SGIEHNFEFN DGDGRLDLTF ATLNLSNYTN
RFLTFNYWIA NTGYESDDSF QVTLSDGTNT QTVLNFGELQ LEANASADNG TANWKTFSLD
LDSLITSGLG ENITLTISVD TNAGDENIFV DNILFTGDAT EGGNGGNSPT FVEDFNTFTG
GGFTATPSSG QLDSDVWIVT GFSDGTLNFG GTQTSGDFAR GTSNGGVSTG GVYGFTVESG
NSILGIQPTG DDFTSGEIIL KLQNGTTSNV TEVDISYDIW YRNDQGRSNS LNFAYSYDGV
NFIPVTSLDF TTPQAADSNG WQSQTKSATL SRLTIAPDQL FYLKWIGNDV GGSGSRDEYG
IDNVQVTQLT TPDITPPPPP EEITKIHTIQ GTGLQSTLTG QIVTVEAIVI GDFQGSSGLS
GFYLQEEDTD TDGNVLTSEG LFIFDGSLPA VDVSVGDKVK VTGTVTEFNS SGTFLTELSN
ITNVTVLSTG NILPSEVIID DLKAANGAAL ELESYEGMRV NFSETLTLTE YFQLGRFGEV
VLSTDGRLQQ PTNVTTPGAS ANALQAENDL RRIVLDDGSN RQNVDPILFG RNGEPLSSTN
LLRGGDTVTN LTGVLDQRFG EYRVQTNTGV DFQAVNERPT TPPDVGGSLK VANFNVLNYF
TTIDDAFNDA RGADSISEFQ RQQDKLVTAL LEIDADIFGL VELENNGDIA ISNLVNVLNS
ETAPGTYDYI ATGTIGTDAI KVGLIYKTSA VNPVGDYAIL DSSVDPTFQD DLNRPVLAQT
FQQIDTGEKV TVAVNHFKSK GTSGLTNTND PNYDQGDGQG FWNATRTDAA NALVNWLATD
PTNSGDSDYL IIGDLNSYAM EDPITAIKNA GYTNLIEQFS GADAYSYVFD GQFGYLDHAL
SNSSLTSQVT GVAEWHINAD EPNVFDYNEE FNPPSLYSVD PYRTSDHDPV IIGLNLGNFS
YLNGTVGSDI LTGTNSNELI TGLQGKDTIT TGGGSDRIVY NSVTDGVDII KDFMVGSDKF
VLTELLDSVG YSGSNPISDG YIKFSSKGVH TILKLDADGN NGTGLSRDFI YVQNVSVTAL
NNLDNFVI
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