| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Veis_2577 |
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| Symbol | |
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| ID | 4691489 |
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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 | Verminephrobacter eiseniae EF01-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008786 |
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| Strand | - |
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| Start bp | 2913103 |
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| End bp | 2917254 |
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| Gene Length | 4152 bp |
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| Protein Length | 1383 aa |
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| Translation table | 11 |
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| GC content | 60% |
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| IMG OID | 639850343 |
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| Product | hemolysin-type calcium-binding region |
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| Protein accession | YP_997340 |
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| Protein GI | 121609533 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG2931] RTX toxins and related Ca2+-binding proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.0100249 |
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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 | 4 |
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| Fosmid unclonability p-value | 0.0162919 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCAAGAG AGATCGAAAC TTACCTGAAG TATGCGAATT TGCAGATGGC TGCGGAGGCA
TATGTGGTAT CCAAAACATC CAATCCCGGC AACATGTCTG AAGGATCGCA ATTGACGAGT
GATGTGCTTA CTAAAGGCAA CGATCGCTCC AGCAGATTCA CCGCCATCCA GGCTGAAGAA
TTCATTCAGG ACTGGGAGGT CGTGGAACAA ATTGGCAACA CGAGCACCGG TTTTTCCGGA
ACCTTGTTCC GTGCGCTGCG CGATGCGCCT GAGCGCGGCA TTGTGAAGGA CGAAATGGTG
CTCTCGTTTC GCTCCACCGA ATTTGCCGAT GACGCGGCAC GCGACAACCA GGCCACCAAT
GCCATGGAAG TCAAGGAGGA GGGTTGGGCT TTCGGGCAGA TCGCGGACAT GAAAGCGTGG
GTTGAATCGC TGCGCAGCAG AGAGAAAATT CCTTCCGCCG CCAATTTGAC GGTAACGGGT
TATAGCCTTG GCGGGCATTT GGCGACCGCG TTCAGATTGC TGGACCCGAC TACGGTGATC
CCAACCTACA CATTCAACGG CGCCGGCGTT GGCACCGTTC ATGAGGGGAC AAGCCTGGAG
CAGGTGATCA ACGATTTCTC CACCCATCGC AAACCGGGTG GGAATGCTGA CCTCTTTACC
AACCAGGTGG TGCTTGATCG CTACAATGAA CTCAAAGAGA TTTTCAAAGA AGGGGCCAGC
GTTACCCTGG CCGAAGCCGG TGCGCAAGAG CAACGGCTAA AGTCACTGGT CTCGGGCAAG
AATGCGGAAG TGCAAATGCT GGAGGATGCC CTTGAGCGAA TGCAACTCGT TGTCTACGAG
GCGGATCGCG TCAATGCAGG CATTGCCAGC GGCACCGGCA GTGATAACGC TTTGGTGGTG
GATAAAACCC GTATCGCCGC CGTTTCATTG GACTACCAAT TGGCAGTGCT GCGTGCAGGC
AGGAGCACTG ATGGGTATAG AACCAACGTG GTCATCAGTG GATGGGATGC CTATGCCGGT
CGCAACCTTG CGCCAGGCGG CCCTCTTGCA GATTTTCACG ATCTGTATGG CGCCAACCCG
CCTTCGGCAG TGGCGAACTC TCAGTGGCAC CATGGAACGC CTGCACCCCT CTTTATCGAA
GACCAGCCAC AGTACCGTGG CACGATCATC GCTAGCGCCG CTCGTGAAAC CGTGAAGACA
TTATTGAATG AATTCGATTT CAAACTGCTG GTTCACAACT TTGCACTCAA CGATTTTGGC
GATACCCATA GCCTGGTGCT CATCGTTGAC TCGCTGGCGG TGCAAAACAC TTTCGCGCGT
CTGGACGACT CACTGACCAC TGCGACGATG GACGCGATCT TTCAGGCTGC GTCCAAAAGA
ACCGCTGTCT CTTCGCTTGG CAAGCAAGGC CAAGCCGAAG GCGATGTGCT GGAAAATGTC
ATCAAGAGTC TGGGCCGCAT GTTCGGCGTA AGCCTCGATC CGATGGCCGC CAACCTGCAA
GGTGGCACCT GGGCCAACCC GGCTGATCGG GAGATAGTGC ATCGCAACCT CAAGAAAATC
ACTGACAACC CGACTTTTGA CGCCATCGAA AGCAAGGCGA TCGTTCGACC AGCCGATGTC
AACCTCAAGG ATGTGGCGCG CAATGACTTC GGTGCGATGG TTGCGCTGAT CGATCTTTCC
CGGTTCTGGA TGACTGGCAA GAACGCAGCC GCCAATGCGG CCATGGCGCC CGAGTGGAGG
AAATCCGCGC GCAGCAATGA TTTTGCTGCG TGGGAGACCG ACAAAAGCTC ATCGACACCT
TCCACTTTCT CGGACCAGTG GATTGAAGAT CGCAGCCGCC TGCTCAGTGC GCTGATGATC
GAAGGGCAAC GAAACGACAG CACAGGCCGA GTCTATGACC CCAGCGTGCC GAATGATCGT
GTCTACGTGT TTGATTTCTT CGACGACGAC ATGCAAGAAG GCCAGACAGA GCCTGTCTCT
CGGATACTGT TGTCCCAGGG CACGAGAGCG CAGGTTCCCC AGGGCACGAG AGCGCAGGTT
CGGTCAGATC AATTCATCGT TTTTGGTAAC GACGCTGACG ACGTCATGCA AGGAACCTCC
AACTCTCTCG GAGACCATTT GTATGGCGGC GCAGGCGATG ACAGATTGAG CGGTTTCGAT
GGCGCAGACC ATTTGGAAGG CAATGCCGGA AACGATACGC TGGACGGTGG TGCAGGGAGT
GACACGCTGG TGGGCGGCAC TGGAAACGAC ACCTACCGGC TGCAAACCGG CACAGTCGGC
ATTGACACCC TGGTGGATAC CCAGGGCGAC AATGTGATTG AAGTCAATGG CGGGGTGGTC
CAAGGCGAGT TTTGCCGCGT CGAAGGCATG GACGAACAGA CCTACTACAG CACCGGGAAC
AACTCCGACA GAACCTACCA ACTGCGCTCG ACGGGCGATG GTGTCTGGCG CCTGTGCGTC
AGGGATGCCG CCGGGGCATA CAACGCGGTG GCTGACCTGA AAGACTGGCG CAGTGGCCAG
TATGGCCTGA CCCTGGGGAC GGACATCCTG GGGCCGGACC GCATACTGCT GCATCTTCCC
CTGAGTACAA ACTACATGGC CTTCAATGGC GCCCAGGCCC CCAGGGGCGT GAGCTTTAGC
GGGGGCAGCA GAAGCAATTC CTTTGAGGGC AGCGCCTATG CGGATGTGAT CGATACCGGA
GGCGGGCTGA GCAACTATGT CAGCACGGCC GGTGGCGACG ACAGGGTGAT CGGTGGCGCG
GGGCGTGATT TCATCCGCAC CGGCGCCACT GGCACCAGCC CCACGGCGAC GGACAACGAT
ATCGCCTTCG GCGGCGACGA ATCGGATGTG CTGATGGGCG GCGCCGGCGA CGACCAGGTT
TGGGGCGGTC GCGACAACGA AGCAGAGAAC GCGACCACGG CCGCAGACAG CGACAGCCGT
GGCGACTGGG TCAGTGGTGA AGCGGGCGCT GACAGCCTGC ACGGCAGCCG CCGCAGCGAT
GTGCTGTTTG GCGGCGCGGG CGCGGATACG ATCGATGGCG GCGCCGGTGC CGACCTGATA
CTCGGTGATG CGCAATACAC CCCGTTATCC CATGCCATAG GGCTGCCCTC GTCGACGACC
ACGCAGTCGT TCGTTTGGAG CAGCAGCGCT GGCAGCATGG TCAGTCAATC GTCGCCTGAG
GACTATACGG TGAACCCTGT CATGGTGGCA TCCGGGCGGG CCTTTGACTG GACTTGGGCC
CGTTCAAACG GCGACTACAC CTTGACCGCA GCGGCGCGGC TGATCGTCAG CCAGCGGCTG
GCCTCCAATG GGGGCGCTGA CAATATGAAC GGCGGTCAGG GCAATGACTG GATGGCCGGG
CAGACGGGCA ACGACACCAT GCGCGGCGGC GCAGGCGACG ACGTGATGTA TGGCGACGAC
AACGCTGCGA CCACGGCCAT GGCCGAAGCC GATGCGGGAC AAGACCTGAT GTACGGTGAC
GATGGCGACG ACCAGATGTA TGGCGGGGCC AAGGACGATG ACATGGATGG CGGCGCCGGA
GATGACCAGT TGTCGGGCGA AGCCGGCAGC GACATTTTGC ACGGCGGCAG CGGCAACGAC
GATCTGTCGG GCAACGCAGG CGACGACCTG CTCAAGGGCG GCGAAGGCAA CGACCATTTG
CGCGGCGGCC AAGGTCGCGA CCAGTTGCAT GGTGAAGCGG GCGACGACCG GCTGGAAGGC
GGGGCCGGGG ATGACGTGCT CGAAGGCGGG GCCGGCACGG ATCATCTGGA CGGCGGCAGC
GGCGACGATC GCTACCAGTT CGGCCGGGGC GCAGGCGCGG ACACCATCAC CGACACCGCA
GGCAGCGCCG ATGAGTTGAC GATCGGCGCC AACGTGGCCA CCGATCAGCT GTGGCTGCGC
CGGGTAGGCC AGAACCTGGA GGTGAGCATC ATCGGCACGG CGGACAAGTG CACCATCAAC
AATTGGTACG CGGGCAGTGC GAACCGGGTG GAGCGGTTCA GCACCTCGGC GGGCAATGCG
CTGCTGAACA GCCAATTCGA TGCGCTGGTG TCCGCCATGG CGGCGTTCGC CCCGCCACCG
ATGGGCCAGA CCACGCTCTT GCCGGAATAC CAGGCGGCGC TGCAGCCGGT GATTGCTGCA
AGCTGGGTGT AA
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| Protein sequence | MSREIETYLK YANLQMAAEA YVVSKTSNPG NMSEGSQLTS DVLTKGNDRS SRFTAIQAEE
FIQDWEVVEQ IGNTSTGFSG TLFRALRDAP ERGIVKDEMV LSFRSTEFAD DAARDNQATN
AMEVKEEGWA FGQIADMKAW VESLRSREKI PSAANLTVTG YSLGGHLATA FRLLDPTTVI
PTYTFNGAGV GTVHEGTSLE QVINDFSTHR KPGGNADLFT NQVVLDRYNE LKEIFKEGAS
VTLAEAGAQE QRLKSLVSGK NAEVQMLEDA LERMQLVVYE ADRVNAGIAS GTGSDNALVV
DKTRIAAVSL DYQLAVLRAG RSTDGYRTNV VISGWDAYAG RNLAPGGPLA DFHDLYGANP
PSAVANSQWH HGTPAPLFIE DQPQYRGTII ASAARETVKT LLNEFDFKLL VHNFALNDFG
DTHSLVLIVD SLAVQNTFAR LDDSLTTATM DAIFQAASKR TAVSSLGKQG QAEGDVLENV
IKSLGRMFGV SLDPMAANLQ GGTWANPADR EIVHRNLKKI TDNPTFDAIE SKAIVRPADV
NLKDVARNDF GAMVALIDLS RFWMTGKNAA ANAAMAPEWR KSARSNDFAA WETDKSSSTP
STFSDQWIED RSRLLSALMI EGQRNDSTGR VYDPSVPNDR VYVFDFFDDD MQEGQTEPVS
RILLSQGTRA QVPQGTRAQV RSDQFIVFGN DADDVMQGTS NSLGDHLYGG AGDDRLSGFD
GADHLEGNAG NDTLDGGAGS DTLVGGTGND TYRLQTGTVG IDTLVDTQGD NVIEVNGGVV
QGEFCRVEGM DEQTYYSTGN NSDRTYQLRS TGDGVWRLCV RDAAGAYNAV ADLKDWRSGQ
YGLTLGTDIL GPDRILLHLP LSTNYMAFNG AQAPRGVSFS GGSRSNSFEG SAYADVIDTG
GGLSNYVSTA GGDDRVIGGA GRDFIRTGAT GTSPTATDND IAFGGDESDV LMGGAGDDQV
WGGRDNEAEN ATTAADSDSR GDWVSGEAGA DSLHGSRRSD VLFGGAGADT IDGGAGADLI
LGDAQYTPLS HAIGLPSSTT TQSFVWSSSA GSMVSQSSPE DYTVNPVMVA SGRAFDWTWA
RSNGDYTLTA AARLIVSQRL ASNGGADNMN GGQGNDWMAG QTGNDTMRGG AGDDVMYGDD
NAATTAMAEA DAGQDLMYGD DGDDQMYGGA KDDDMDGGAG DDQLSGEAGS DILHGGSGND
DLSGNAGDDL LKGGEGNDHL RGGQGRDQLH GEAGDDRLEG GAGDDVLEGG AGTDHLDGGS
GDDRYQFGRG AGADTITDTA GSADELTIGA NVATDQLWLR RVGQNLEVSI IGTADKCTIN
NWYAGSANRV ERFSTSAGNA LLNSQFDALV SAMAAFAPPP MGQTTLLPEY QAALQPVIAA
SWV
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