| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Jann_3681 |
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| Symbol | |
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| ID | 3936160 |
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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 | Jannaschia sp. CCS1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007802 |
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| Strand | + |
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| Start bp | 3759200 |
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| End bp | 3763588 |
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| Gene Length | 4389 bp |
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| Protein Length | 1462 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 637906058 |
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| Product | hemolysin-type calcium-binding protein |
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| Protein accession | YP_511623 |
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| Protein GI | 89056172 |
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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 | 7 |
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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 | 16 |
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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 | ATGGCTACGA TTAACGGTGA CGGTACAGAC AACACTCTGA CCGGCACAGG CGCCGCCGAT
GACATTACCG GCTTTGCAGG CAATGACACG ATAACAGGCG GCAACGGCAA CGACGCGATT
GATGGCGGTG CGCCCTCCCT CACGCCCACG GCGCTGGACT TGAACTGGAC CGCCCAGGGC
GGAAACGGCA CCAATCTGGC CGGTGGCTTT ACCCAAAATA CCGGCGGCAT CGATGTGGCC
GTCAGCTTCA CCAATGACGG CGGCGGCAGT GCCGCACAGG TCAGCACAAG CACGACCTTT
GTCGATACTG GCGAAACCTA CGACGCGAAC TCCAACCTTT CGATGACCGG CAATGGCGGA
TCCGATGTCT GGACCGTGGA TGTCGATTTT TCTTCCGTAG GGGGCTCGGG CTTCGCTGAT
GAGGTCGAGA ACGTCGCCTT CCGCCTGCAA GATATCGACA CCGGCGGTTG GCAGGACATC
GTGACCGTCA ATGCTTACGA TGCCGACGGC AACCTGATCC CTGTCATCCT GACGCCATCG
GGCGGCGATA CCGTTAGCGG CAATACCGTG ACAGCGGGTC CCGGGGCGAC CGCGGCCAGC
TCTTCTGAAG GCTCTGTCCT TGTGGAAATC GCGGGCCCTG TCGCGCGGTT CGAGATCATC
TACCAAAATG GCGGGACGTC TGGACAGCTT GGCCTTGTCA CCGATGTTCA ATTCGACGCG
GTCCCCACAG ATGACGATGA GCTGTTCGGT GAGGCTGGCA ACGACACGAT CACGGGCGGG
TTTGGCGACG ACCTTCTGGA TGGAGGCACC AATAATGACG TGCTCGACGG CGGGTCAGGC
AATGACACGC TGATCGGCGG CTCGGGCAAC GACACGCTGG ACGGTGGCGC AGGACAAGAC
AGTCTTGAGG GCGGCACCGG CGCGGATGTC CTGACCGGTG GCGATGGCAA CGATACGTTG
GGTGGCGGTG GCGGAGCAGA CACGCTGGAT GGTGGCGACG GCGACGACAG CCTGTCTGGC
GGCAGCGGGT TCGACGTTCT CACCGGTGGC GAAGGGGCCG ATACGCTGGA CGGCGGCAAC
GGCAACGACA TTTTTAATGC AGGCAGCGGC GACGTCGTCA TTGGCGGCGA AGGTGGCACG
GACACCAACG ACCAGCTGAT CGTCGATGAT GTGGCCGAGG TCATCTTCGA CCCGCTCAAT
TCTGAAAACG GCACGGTTGT CTTCAACGAC GGGTCCACCG CGACATTCAC GGGGATTGAA
ACACTGGTCG TGAACGGCGG GCCTGACGGC GTCGTGGACG GAACCTTCGG TAACGACGTG
ATCGACAGCG ATTACGTCGA TCCGAACCTT GAGCAGGTGG ACAATGGCGA CGGCACCCTT
GGCACCGCCG GGGACGAAGA CGTCATCGAG GCGGGGTTCG GCGACGACAC CGTTTACGCA
GGCGAAGGCA ACGACAGCAT CGAGGGCGGG CCGAGCGGTC CGTTGAACTC GGCCACTGAA
AACTTCAGCT GGATCGCGGA AGGTGACGGC ACCGATATCT CTGGCGGGAT CACGCAAGAC
ACGGGCGTGG CCAATATCAC GGTGGGCATA ACCAACGACG GCGCTCTGAA CCAATCTGCG
ATCACCAACA CCACGCAATA TGTGGACGGG GCAGACCCGT TCTCGGCCAC CTCCGGTCTC
GCGCTTGGTG GAAGTGGTGG CGCGGATGTG GCGACGCTCG ACTTCGCCGC AGATGCAGAA
CTGACGGGTG TGTCCTTCCG CCTGAACGAC ATCGACGCGG GGGCTTGGGA AGATATCGTG
ACGGTCAATG CCTATGACCC GAACGGCAAT CTGGTGCCCG TCGTCCTGAC GCCCGAAACA
GCGGGCGACG TGGTCACGGG CCAGACCGTC ACCGGTGCCG GGACCGATAA TCCCAATCAA
ATCGGCGGGT CAGTTCTGGT GGAAATTGCC GGGCCCATCA CCCGGTTTGA GGTCATCTAC
GAGAACGGCA GCACCGGCGG GCAGGTCGTC TATCTGACGG ATATCCACTA CACCGCGTCC
GAAACGGACG ATGATGTCCT GCATGGCGAC CAAGGTGGGG ACACCATCGA CGGCGGCGCG
GGCAATGATG TGATCTTCGG CGATCAAATG GCCGTCGATC CCGCTGATAT CCCGTCGGGC
ACCGGCGGCA CGGCGACATC GGCCACATTC CAGAACGACA GCCCCTACGC GGTCGGGCTG
GCGCAGGTCG ATGCGTCGGG CGTGGTGGTT CCGGTGATCA CGATCCCCGC AGGCAGCGAC
TATACCGCGC CGTCCACGAC CCAGACCAAC TGGGTCCTTC TGGAACCGGC CACAGGCGAC
ATCCTTCAGG TCTATGAAGC CCCCGCCGAC GGCAGCACGC TCATCTTCGA CAGTTCCGGA
GCCGACAGCC TGTTTGGAGG CTTGGGCGAT GACACAATCT CGGGCGATTT TGGCAATGAC
ACGATAGACG GCGGGGCGGG CGACGACAGC CTCAGTGGCG GGGCCGAGCA GGACGTGTTC
CAGTTTACCG ATGGCTTTGG CACCGACACC GTCGATGGCG GTGAGGCCGG GGACGATCTC
GACACGCTCG ACTTCAGCCA GATGACGACG GGCATCGACG TCATGTTCGA TGGCGACGAG
CAGGGCGATG TGTCTGATAC AGGCTCTACC GACAGCGTTG AATTCACCAA TATTGAACGG
GTCGATGGCA CGGGTCAGGA CGACACGATT GACGCGGGCG CGTCCAACGC AGATCAAACG
CTGATTGGCA ACGACGGCGC GGACAGCATT GTGGGCGGGT CCGGCAACGA TACGCTCTAC
GGCGATGGTG GCACCAGCAC GCCCGCAAAT GGCACATTGA TCTATGCCGA TAATTTCGAT
GGCGGCAATG ACGGCGGCTG GGGCAGCACA CCCACCGACA ACACAGACCC GTTCTTCGGC
TCCGTGCTCG GGCGCGTTCA GGGCACGGCG TCCAGCACCG ATATCGAAGC GCAACGCACG
CTGACATTTG ATCCCGCCTA TGACGATGCG GTCATCGAGT TTGACTTCCA CCGCATCGAC
AGCTGGGACA ATGAAGACTT CCAGATCTAT GCCAACGGGC AGGAGATCTT TAGCCAGACC
TTCAATCCCG GCACGATTGT CGGCGGGGCC AACACCGTCA CAATCGGCGG CGTCACCTAT
ACGATCACGC TGACATCGCA AGGCGATGCG GCGCAGAACG GGTATTGGGA TGGCCAACCC
TGGACCACGG ACCAAAGCTT CCGCGTCCGG ATCGAAGTTG AAAACGCCCC CGAGACGCTG
GATCTGGGGT TTGGCTCCAC GATCAACCAA GCAGTCACCG ACGAAAGTTA CGCGTTCGAC
AATTTCGCCG TCGTGTCCAC GAACGACACG TCCATCGACC CAACCGACTT CATCAACACC
GGCAACGACG ACACCATCGA AGGCGGCGCG GGCAACGATG AAATCTACGG AGAAGAGGGC
AATGATGTCC TCGACGGCGG CGCGGATAAC GACACGCTCT TTGGCGGCGA CGGCGATGAC
AGCGTTCAGG GCGGGGCGGG TCAGGACAGC CTGATCGGTG GCCAGGGCAA CGACACACTT
GTGGGCGGGG ACGACGCGGA CTGGATTTTC GGTGGCTCTG GCGATGTCAT CGATGGCGGT
GAAGGCGGCG ACGACAACGA TACGCTCTTC CTTGGCGATG ACGGGGCCAT CATCGTCTAC
GACACCGTTA ACCCGGAAAA CGGCACCGTT ACCTTCAGCG ACGGCACCAC GCTGACATTC
CAGAATATCG AAACGGTCAT TCCCTGTTTC ACCCCCGGCT GCCGCGTCGC AACCGCACGT
GGCACGTCAA AGGTCGAAGA CCTGCGCGTC GGTGATCTGA TCGAGACCCA TGACAATGGC
TTGCAGGCCG TCCGCTGGAT CGGAGCGAAG ACGCTGACCC AAATCGATCT GGCCCGCGCG
CCGCATCTGC GGCCCATCCG CATTCGCACG GGGGCCTTGG GACCGGGCGT GCCGAACCGG
GATATGGAGG TCTCTCCCCA GCATCGCATG TTGATAGAGG GGGGGCAGAC GGAACTGCTG
TTCGGCGAAG ATCAGGTGCT GGTGCGCGCC AAGCATCTGA CGCATCTGCC GGGTGTAGAG
GTCGTGAAAA CCTGTGAGCG GGTCACCTAC ATCCACGTCA TGTGCGACGC CCATGAGGTG
ATCCGCGTCG ACGATGCCTG GACCGAGAGT TTCCAGCCCG GCGATCTGGT GCAGGATCAC
GAGGCGCGGG AGATCTTTGG CGATCTGCTG CACGCCTTCC CCGGGTTGGG CACGGAGGCG
GGGCGCGAAA CCTACGTCTC TGCCCGGCTC AGCCTGAAAG CCCATGAGGC CGGGTTGGTC
CGGATCTAG
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| Protein sequence | MATINGDGTD NTLTGTGAAD DITGFAGNDT ITGGNGNDAI DGGAPSLTPT ALDLNWTAQG
GNGTNLAGGF TQNTGGIDVA VSFTNDGGGS AAQVSTSTTF VDTGETYDAN SNLSMTGNGG
SDVWTVDVDF SSVGGSGFAD EVENVAFRLQ DIDTGGWQDI VTVNAYDADG NLIPVILTPS
GGDTVSGNTV TAGPGATAAS SSEGSVLVEI AGPVARFEII YQNGGTSGQL GLVTDVQFDA
VPTDDDELFG EAGNDTITGG FGDDLLDGGT NNDVLDGGSG NDTLIGGSGN DTLDGGAGQD
SLEGGTGADV LTGGDGNDTL GGGGGADTLD GGDGDDSLSG GSGFDVLTGG EGADTLDGGN
GNDIFNAGSG DVVIGGEGGT DTNDQLIVDD VAEVIFDPLN SENGTVVFND GSTATFTGIE
TLVVNGGPDG VVDGTFGNDV IDSDYVDPNL EQVDNGDGTL GTAGDEDVIE AGFGDDTVYA
GEGNDSIEGG PSGPLNSATE NFSWIAEGDG TDISGGITQD TGVANITVGI TNDGALNQSA
ITNTTQYVDG ADPFSATSGL ALGGSGGADV ATLDFAADAE LTGVSFRLND IDAGAWEDIV
TVNAYDPNGN LVPVVLTPET AGDVVTGQTV TGAGTDNPNQ IGGSVLVEIA GPITRFEVIY
ENGSTGGQVV YLTDIHYTAS ETDDDVLHGD QGGDTIDGGA GNDVIFGDQM AVDPADIPSG
TGGTATSATF QNDSPYAVGL AQVDASGVVV PVITIPAGSD YTAPSTTQTN WVLLEPATGD
ILQVYEAPAD GSTLIFDSSG ADSLFGGLGD DTISGDFGND TIDGGAGDDS LSGGAEQDVF
QFTDGFGTDT VDGGEAGDDL DTLDFSQMTT GIDVMFDGDE QGDVSDTGST DSVEFTNIER
VDGTGQDDTI DAGASNADQT LIGNDGADSI VGGSGNDTLY GDGGTSTPAN GTLIYADNFD
GGNDGGWGST PTDNTDPFFG SVLGRVQGTA SSTDIEAQRT LTFDPAYDDA VIEFDFHRID
SWDNEDFQIY ANGQEIFSQT FNPGTIVGGA NTVTIGGVTY TITLTSQGDA AQNGYWDGQP
WTTDQSFRVR IEVENAPETL DLGFGSTINQ AVTDESYAFD NFAVVSTNDT SIDPTDFINT
GNDDTIEGGA GNDEIYGEEG NDVLDGGADN DTLFGGDGDD SVQGGAGQDS LIGGQGNDTL
VGGDDADWIF GGSGDVIDGG EGGDDNDTLF LGDDGAIIVY DTVNPENGTV TFSDGTTLTF
QNIETVIPCF TPGCRVATAR GTSKVEDLRV GDLIETHDNG LQAVRWIGAK TLTQIDLARA
PHLRPIRIRT GALGPGVPNR DMEVSPQHRM LIEGGQTELL FGEDQVLVRA KHLTHLPGVE
VVKTCERVTY IHVMCDAHEV IRVDDAWTES FQPGDLVQDH EAREIFGDLL HAFPGLGTEA
GRETYVSARL SLKAHEAGLV RI
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