| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_1242 |
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| Symbol | |
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| ID | 7109788 |
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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 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | - |
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| Start bp | 1365995 |
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| End bp | 1370197 |
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| Gene Length | 4203 bp |
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| Protein Length | 1400 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 643479509 |
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| Product | Hemolysin-type calcium-binding region |
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| Protein accession | YP_002376557 |
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| Protein GI | 218438228 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 60 |
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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 | ATGGCTGATT TCATATTAGA TGCTCAGGGA GGTATTCTCA CTGGAACTAA CGAGGCTGAT
CTTATTTCCT TTGCTGTCAA TATTACAGGA CAAATTAATA GCTTAGAGGG GAATGATACC
ATACAATCTC TCGGAGGAAA TAGCGTCACA GGCACTCAAA TCATCCTTGC CAACCAAGGA
GATGATCTGA TCTCCTCTGC GAGTACAGGA GGCTTTCTCA CCACGATCGA AGCCTATGGC
GGACAAGGAA ACGATACAGT TGTAGGGGGT AACTTCAATG ATACTTTGTA TGGAAGTGAA
GGCTTCGATA CGATTCAAGG AGGAGGTGGA GACGACAGCA TTGGTGGAGG ATTGCAAACC
GCTTCTCAAA CCAGTGATCT CGCTGATACA ATTGACGGTG GGGAAGGTAA CGATATCATC
TTCGGGAATT TAGGCATAGA TACCCTTGTC GGAAATATTG GAAATGACAC CGTATTTGGC
GGTAGAGATG GGGATAGTAT TGATGGTGGG CTAGACAATG ACTCCCTCGT GGGTGGAGAA
GGTGCAGATA CCATCACCGG GGGAACAGGA AACGACACCC TTGTGGGAGG ATTGCAAACC
TCCTCTCAAA CTGGCGATCT CGCAGATAAC CTCAATGGGG GACTCGGAAA TGATGTCATC
TTCGGGAATT TAGGCAATGA TACTCTCATT GGCGATATCG GCGATGACAT TCTTTTTGGG
GGTAGAGACA ACGATACTTT AAGCGGTGGA GCTAACAATG ACTCCCTCGT GGGTGGAGAA
GGTGCAGATA CCATCACCGG CGATGAAGGA GACGACACCA TTCGCGGAGG ATTACAAACC
GCCTCTCAAA GTGATGATCT TGCTGATAGC CTTAATGGGG GACTCGGAAA TGACCTCATC
TTCGGGAATT TAGGCAATGA TACTCTCCTG GGGGATATCG GGGATGACAT TCTTTTTGGG
GGAATTGATA ATGACAGTAT CGATGGAGGA GCAGATCAAG ACTCCCTCGT GGGTGGAGAA
AATATAGATA CCATCACAGG AGGGGCTGGA AACGACACCA TTATTGGAGG ATTGCAAAGT
GGCGATCAAT CTAATGATGA GGCTGATAAC ATTAATGGTG GAGTTGGTAA TGACAGTATC
TTGGGTAATA TCGGGGTTGA TACTCTCCTG GGGGATGCCG GAAACGACAT CATTTTTGGG
GGTAGAGATA ATGACAGTAT CGATGGGGGG ACAGAAAATG ACTCTCTCAT TGGTGGAGAA
GGTACGGATA CTCTCGTAGG TGGTAATGGA AACGACACCA TTATTGGAGG ATTACAAACC
GCCGATCAAA GTGGTGATCA AGGTGATACG ATCACTGGGG GAGACGGTAA CGACAGTATC
TTGGGTAATT CCGGGGTTGA TACTCTCCTT GGAGATGGCG GAAATGATGC CCTTTTTGGG
GGAAGAGATA ATGACACTAT CGATGGTGGG GAAAATGATG ACACCCTCGT GGGTGGAGAA
GGGACAGATA CTCTCGTAGG CGGTAATGGA GCCGACAGCA TTCTGGGAGG ATTGCAATCA
GAGGCTCAAA CTGGCGATCT CGCTGATACG ATTCTTGGTG GAGCCGGTAA TGACACCATC
TCAGGTAATC TAGGGGATGA CACTATAGAT GGGGGCGATA ACAAGGATAG AATTAATGGT
AACGAAGGCG CGGATAGTTT AGTAGGTGGA GCCGGGACTG ACACCATCGA TGGGGGTGAG
GGCAACGACA CAATCAACGG CAACGAAGAT AACGATAGCT TATTCGGCGG TGCCGGGACT
GACACCATCT CAGGTAATCT AGGGGATGAC ACCATCGATG GGGGTGAGGG CAACGACACA
ATCAACGGCA ACGAAGATAA TGATAGCTTA TTCGGCGGTG CCGGGACTGA CACCATCTCA
GGTAATCTAG GGGATGACAC CATTGATGGG GGTGAGGGCA ACGACACAAT CAACGGCAAC
GAAGATAATG ATAGCTTATT CGGCGGTGCC GGGACTGACA CCATCTCAGG TAATCTAGGG
GATGACACCA TTGATGGGGG TGAGGGCAAC GACACAATCA ACGGCAACGA AGATAATGAT
AGCTTATTCG GCGGTGCCGG CAATGACACC ATTGATGGGG GTGAGGGGAA TGACACAATC
AACGGCAACG AAGATAACGA TAGCTTATTA GGCGGTGCCG GCAATGACAG TATTGACGGG
GGTGCCGGCA ACGATACGAT TAATAGTAAT GACGCGGCTA ATCCTGGAGA GATTGAAACT
CTCATCGGAG GTGCTGGTGC TGATAACATC ACCGGGGGGA ATGGAAACGA CTCCATTTAC
GGAGGATTTT CCACTGGGGC TCAAACCGGT GATGAGGCCG ATAGTATCAA TGGGGGAGCC
GGCAATGACA CTATCTTTGG TAATTTAGGT AATGACACCA TCGATGGGGG TGAGGGCAAT
GACACAATCA ATGGCAACGA AGATAACGAT AGCTTATTCG GTGGTGCCGG CAATGACAGT
ATTGACGGGG GTGCCGGCAA CGATACGATT AATAGTAATG ACCCTGCTGT TGGGGGCACA
GAAACTCTCA TCGGGGGTGC TGGTGCTGAT AACATCACCG GGGGGAATGG AAACGACTCC
ATTTACGGAG GATTTTCCAC TGGGGCTCAA ACCGGTGATG AGGCCGATAG TATCAATGGG
GGAGCCGGCA ATGACACTAT CTTTGGTAAT TTAGAGGATG ACACTATAGA TGGGGGTAAT
AACAACGATA GAATTAGCGG TAATGAAGGT AACGATAGCT TATTAGGTGG TGCCGGCAAT
GACACTATCT TTGGTAATTT AGGTAATGAC AGTATTGACG GGGGGAGTGG AACTGACTCT
CTCATTGGTG GAGAAGGTGG GGATACCCTC AACGGAGGTG ACACCGAAGG TGACATTATT
TACGGAGGAT TTGTCGGTAA TAATCAAAAC AATGATGAGG CGGATAGTAT CAATGGGGGA
GCCGGCAATG ACACTCTCTA TGGGAATTTA GATAATGACA CTATCGATGG CGGTAATGAT
GAAGACACTA TCTATGGGGG AGAAGGCACG GATAGTCTTT TAGGTCGAGA TGGAAACGAC
TCTATTTACG GAGGATTTTC CGGCAATAAT CAAACTGGTG ATGAGGCGGA TAGCATCAAT
GGGGGAGCCG GCAATGACAC TATCTCAGGT AATTTAGGGG ATGACACTAT AGATGGGGAT
AATAACAACG ATAGAATTAG TGGTAACGAA GATAACGATA GCTTATTAGG TGGTGCCGGC
ACTGATACCC TCTTCGGGAA TTCAGGTCAT GACACGATCG ATGGAGGTGA GGACAACGAC
ACGATCAACG GCAACCAAGA TAGGGATAAG TTGTTAGGTG GTGCAGGTGG CGATAGTCTC
GTAGGTGATA CTGGAGATGA CACCATTTAC GGAGGATTTT CTGGCGATAC TCAAACCGGT
GATCTCGCTG ATACGATCGA TGGGGGAACT GCTAATGACC TACTCTTTGG TAATTTAGGC
AATGACAGTA TAGTTGGTGG AACTGGAGAC GACATTATCT ACGGCAACGA AGACGGGGAT
ACCTTATTAG GTGGTAATAA CAATGACACC ATTTACGGAG GATTTTCTGG CGATACTCAA
GCCGGTGATC TCGCTGATAC GATCGATGGG GGAATCGCTA ATGACATCCT CTTTGGTAAT
TTAGGCAATG ACAGTATAGT TGGTGGAACT GGAAACGACA CCTTAATAGG TGGATCTGGT
GCTGATACGT TGACTGGTGG ATCTAATAAT GATCATTTCC GCTATTTAGC AGCAAGTGAT
TCAAATAACA GTACGGTTGA TAGGATTATA GACTTTGCAA ACTCTGATAG AATCAGTCTA
GCTACTAATC TTTTTGGTTT GACCTTTAAT GCTAATGCCA GTAAGACATT TGAGACAGTT
GCTCCTATTG GCGGTACTAC TTTTACTTCT GTAGCAGACA TATATGGTGG TATTACTGGC
CTTACCGCTT CAGTGGCGGG AGATTTAACA GTTGCTAATG TGACTGTAAA CGGCGGTACA
TTTGCGGGTC GTTACTTGTT TATCAATGAT CAGTTTGCTG AAGCTTCAGC TACGAACGAC
ATACTCATCA GGTTTTCAAC CAACGTTACT CTTAATCCTA ACAACATCGT TTTTTTTACC
TAA
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| Protein sequence | MADFILDAQG GILTGTNEAD LISFAVNITG QINSLEGNDT IQSLGGNSVT GTQIILANQG
DDLISSASTG GFLTTIEAYG GQGNDTVVGG NFNDTLYGSE GFDTIQGGGG DDSIGGGLQT
ASQTSDLADT IDGGEGNDII FGNLGIDTLV GNIGNDTVFG GRDGDSIDGG LDNDSLVGGE
GADTITGGTG NDTLVGGLQT SSQTGDLADN LNGGLGNDVI FGNLGNDTLI GDIGDDILFG
GRDNDTLSGG ANNDSLVGGE GADTITGDEG DDTIRGGLQT ASQSDDLADS LNGGLGNDLI
FGNLGNDTLL GDIGDDILFG GIDNDSIDGG ADQDSLVGGE NIDTITGGAG NDTIIGGLQS
GDQSNDEADN INGGVGNDSI LGNIGVDTLL GDAGNDIIFG GRDNDSIDGG TENDSLIGGE
GTDTLVGGNG NDTIIGGLQT ADQSGDQGDT ITGGDGNDSI LGNSGVDTLL GDGGNDALFG
GRDNDTIDGG ENDDTLVGGE GTDTLVGGNG ADSILGGLQS EAQTGDLADT ILGGAGNDTI
SGNLGDDTID GGDNKDRING NEGADSLVGG AGTDTIDGGE GNDTINGNED NDSLFGGAGT
DTISGNLGDD TIDGGEGNDT INGNEDNDSL FGGAGTDTIS GNLGDDTIDG GEGNDTINGN
EDNDSLFGGA GTDTISGNLG DDTIDGGEGN DTINGNEDND SLFGGAGNDT IDGGEGNDTI
NGNEDNDSLL GGAGNDSIDG GAGNDTINSN DAANPGEIET LIGGAGADNI TGGNGNDSIY
GGFSTGAQTG DEADSINGGA GNDTIFGNLG NDTIDGGEGN DTINGNEDND SLFGGAGNDS
IDGGAGNDTI NSNDPAVGGT ETLIGGAGAD NITGGNGNDS IYGGFSTGAQ TGDEADSING
GAGNDTIFGN LEDDTIDGGN NNDRISGNEG NDSLLGGAGN DTIFGNLGND SIDGGSGTDS
LIGGEGGDTL NGGDTEGDII YGGFVGNNQN NDEADSINGG AGNDTLYGNL DNDTIDGGND
EDTIYGGEGT DSLLGRDGND SIYGGFSGNN QTGDEADSIN GGAGNDTISG NLGDDTIDGD
NNNDRISGNE DNDSLLGGAG TDTLFGNSGH DTIDGGEDND TINGNQDRDK LLGGAGGDSL
VGDTGDDTIY GGFSGDTQTG DLADTIDGGT ANDLLFGNLG NDSIVGGTGD DIIYGNEDGD
TLLGGNNNDT IYGGFSGDTQ AGDLADTIDG GIANDILFGN LGNDSIVGGT GNDTLIGGSG
ADTLTGGSNN DHFRYLAASD SNNSTVDRII DFANSDRISL ATNLFGLTFN ANASKTFETV
APIGGTTFTS VADIYGGITG LTASVAGDLT VANVTVNGGT FAGRYLFIND QFAEASATND
ILIRFSTNVT LNPNNIVFFT
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