| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | EcE24377A_3432 |
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| Symbol | |
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| ID | 5590611 |
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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 | Escherichia coli E24377A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009801 |
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| Strand | - |
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| Start bp | 3439337 |
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| End bp | 3443857 |
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| Gene Length | 4521 bp |
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| Protein Length | 1506 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 640927059 |
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| Product | hypothetical protein |
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| Protein accession | YP_001464429 |
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| Protein GI | 157156747 |
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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 | 23 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGAGTGCAA CCCTGTTAGC CGGTTGTGAT GGCGGTGGCT CCGGATCTTC CTCCGATACG
CCGCCTGTAG ATTCTGGAAC AGGGTCTTTG CCGGAAGTGA AACCTGATCC AACACCAAAC
CCGGAGCCGA CGCCTGAGCC AACGCCGGAC CCAGAACCTA CGCCGGAACC GACACCTGAT
CCTGAGCCAA CACCAGAACC GGAGCCAGAA CCTGTTCCTA CGAAAACGGG TTATCTGACT
CTGGGCGGAA GCCTGCGGGT AACTGGTGAT ATCACCTGTA ATGATGAATC CAGCGATGGC
TTTACCTTTA CACCAGGCGA CAAAGTCACC TGTGTGGCAG GGAACAACAC GACAATTGCT
ACCTTCGACA CCCAGTCAGA AGCTGCGCGT AGCCTGCGTG CGGTTGAAAA AGTGTCGTTT
AGTCTTGAGG ACGCGCAAGA ACTGGCGGGT TCCGACAACA AGAAAAGCAA TGCGCTCTCG
CTGGTCACCT CCATGAACAG TTGCCCGGCG AATACAGAAC AGGTGTGCCT GGAGTTCTCC
TCGGTGATCG AGAGTAAACG TTTCGACTCG CTGTATAAGC AAATCGATCT GGCACCGGAA
GAATTCAAAA AGCTGGTCAA TGAAGAGGTG GAAAACAATG CCGCGACCGA TAAAGCGCCA
TCCACTCATA CTTCACCGGT CGTGCCCGCC ACCACTCCGG GAACAAAACC GGATCTAAAC
GCTTCCTTCG TGTCGGCTAA CGCGGAACAG TTTTATCAGT ATCAACCCAC TGAAATCATT
CTCTCTGAAG GTCGACTGGT CGATAGTCAG GGGGATGGTG TTGTTGGTGT CAACTATTAC
ACCAATTCCG GCCGTGGTGT AACCGGAGAA AACGGGGAAT TTTCCTTTAG TTGGGGGGAA
ACCATCTCCT TTGGCATCGA CACTTTTGAG CTTGGTTCTG TGCGTGGTAA CAAGTCGACT
ATTGCATTGA CTGAACTGGG TGATGAAGTT CGCGGGGCAA ATATCGATCA GTTGATTCAC
CGCTATTCGA AGGCTGGACA AAATCACACG CGTGTAGTTC CGGATGAAGT GCGCAAGGTT
TTTGCTGAAT ATCCCAACGT GATTAACGAG ATTATCAATC TCTCGTTATC CAATGGTGCG
ACGCTGGGGG AAGGTGAGCA AGTCGTTAAT CTGCCTAACG AATTTATCGA GCAGTTTAAG
ACGGGTCAGG CCAAAGAGAT CGATACCGCG ATTTGTGCGA AAACCGATGG TTGTAACGAG
GCTCGCTGGT TCTCGCTGAC AACGCGCAAT GTTAATGACG GCAAGATTCA GGGCGTTATC
AACAAGCTGT GGGGCGTGGA TACGAACTAC AAATCTGTCA GTAAGTTCCA TGTATTCCAT
GACTCTACCA ACTTCTATGG CAGCACGGGT AATGCGCGCG GTCAGGCGGT GGTGAATATC
TCCAACGCGG CCTTCCCGAT TCTGATGGCG CGTAATGATA AAAACTACTG GCTGGCGTTT
GGCGAAAAAC GCGCCTGGGA TAAAAATGAG CTGGCGTACA TTACTGAAGC GCCTTCCATT
GTGCGACCAG AGAACGTGAC ACGCGAAACC GCCACCTTCA ACCTGCCGTT TATCTCGCTG
GGGCAAGTGG GCGATGGCAA GCTGATGGTT ATCGGTAACC CACACTACAA CAGCATCCTG
CGTTGCCCGA ACGGCTACAG CTGGAACGGG GGCGTTAATA AAGACGGACA GTGTACGCTC
AACAGCGACC CGGATGACAT GAAGAACTTC ATGGAGAACG TGCTGCGCTA TCTGTCCGAC
GATAAATGGA CGCCGGACGC GAAAGCCAGC ATGACCGTAG GCACCAACCT GGATACTGTC
TATTTTAAAC GTCATGGTCA GGTTACAGGA AACAGCGCTG CGTTCGACTT CCATCCGGAT
TTTGCGGGCA TCTCTGTTGA GCATTTAAGT AGCTATGGCG ATCTCGATCC GCAGGAAATG
CCGCTGCTGA TCCTTAACGG CTTTGAATAT GTGACTCAGG TGGGTAACGA TCCTTATGCA
ATCCCGCTGC GTGCAGATAC CAGCAAACCG AAGCTGACTC AGCAGGATGT GACCGATCTG
ATCGCCTATC TGAACAAAGG TGGATCGGTG CTGATCATGG AAAACGTGAT GAGCAATCTT
AAGGAAGAGA GCGCGTCTGG TTTTGTGCGT CTGTTGGATG CCGCAGGTCT GTCGATGGCA
CTGAACAAGT CGGTAGTAAA TAACGATCCG CAAGGGTATC CGAACCGCGT TCGTCAACGA
CGTTCAACGC CAATTTGGGT CTATGAGCGT TATCCGGCTG TCGATGGTAA ACCACCGTAT
ACCATTGATG ACACCACGAA AGAAGTTATC TGGAAATATC AGCAAGAAAA CAAACCTGAT
GACAAACCGA AGCTGGAAGT TGCCAGCTGG CAGGAAGAAG TTGAGGGTAA ACAGGTAACC
CAATTCGCCT TTATTGATGA AGCCGACCAC AAAACGCCTG AGTCACTGGC TGCGGCAAAA
CAGAGAATTC TGGACGCGTT CCCAGGGCTG GAAGTGTGTA AGGATTCTGA CTACCACTAT
GAGGTCAACT GTCTGGAATA CCGCCCAGGC ACGGATGTGC CGGTAACCGG TGGCATGTAT
GTTCCGCAGT ATACGCAGCT GGATCTGAGT GCCGACACCG CGAAAGCGAT GCTGCAGGCT
GCGGATTTAG GCACCAATAT TCAGCGCCTG TATCAGCATG AGCTTTATTT CCGTACCAAT
GGCCGCCAGG GTGAGCGTCT CAACAGCGTT GATCTGGAAC GTTTATACCA AAACATGTCC
GTCTGGCTGT GGAACGAGAC GAAATATCGT TATGAAGAGG GTAAAGAAGA CGAGCTGGGC
TTTAAAACGT TCACTGAGTT TCTGAACTGC TACACCAACA ATGCATACGT TGGCACGCAG
TGTTCTGCTG AGCTGAAAAA ATCGCTGATC GATAACAAGA TGATTTATGG TGAAGAAAGC
AGCAAAGCGG GCATGATGAA CCCGAGCTAC CCGCTCAACT ATATGGAAAA ACCGCTGACA
CGCCTGATGC TGGGCCGTTC CTGGTGGGAT CTGAACATCA AAGTTGATGT TGAGAAGTAT
CCGGGAGTGG TGAATACAAA CGGCGAAACC GTCACACAAA ACATTAACTT GTACTCAGCT
CCAACCAAAT GGTTTGCAGG TAACATGCAG TCAACTGGCC TGTGGGCACC TGCCCAGCAG
GAAGTCAGCA TTGAGTCAAA GGCGACAGTT CCTGTGACCG TGACTGTTGC GCTGGCCGAC
GACCTGACAG GACGAGAGAA GCATGAAGTT AGCCTGAATC GTCCACCCAG AGTGACAAAA
ACCTATGACC TGAAAGCCAA TGATAAGGTG ACGTTCAAAG TCCCTTACGG TGGTCTGATT
TACATCAAGG GCGACAGCAA AGAGGTGCAA TCAGCTGACT TCACCTTTAC CGGTGTAGTA
AAAGCGCCGT TCTATAAAGA CGGTAAGTGG CAACACGATC TGAACTCCCC TGCCCCGCTG
GGCGAACTGG AGTCTGCCTC GTTCGTCTAT ACCACACCGA AGAAGAACCT GAATGCCAGC
AATTACACTG GCGGACTGGA GCAATTCGCT AACGATCTGG ATACCTTTGC CAGCTCGATG
AATGACTTCT ACGGCCGTGA TAGCGAAGAC GGTAAGCACC GGATGTTTAC CTATAAAAAC
TTGCCGGGCC ACAAACATCG TTTCGCCAAC GATGTGCAGA TCTCCATCGG TGATGCGCAT
TCGGGTTATC CGGTAATGAA CAGCAGCTTC TCGCCGAACA GCACCACGCT GCCGACGACG
CCGCTGAACG ACTGGCTGAT CTGGCATGAA GTCGGTCATA ACGCCGCAGA AACGCCGTTG
ACTGTACCGG GTGCAACTGA AGTCGCTAAC AACGTGCTGG CGCTGTACAT GCAGGATCGT
TATCTCGGCA AGATGAACCG TGTCGCTGAC GATATTACCG TCGCACCGGA ATATCTGGAG
GAAAGCAACG GTCAGGCATG GGCGCGCGGC GGTGCGGGTG ACCGTCTGCT GATGTACGCA
CAGCTGAAGG AATGGGCAGA GAAAAACTTT GATATCAAGA AATGGTATCC AGATGGCACT
CCTCTGCCAG AGTTTTACAG CGAGCGTGAA GGGATGAAAG GCTGGAACCT GTTCCAGTTG
ATGCATCGTA AAGCACGCGG CGATGAGGTC AGCAATGACA AGTTTGGCGG CAAGAATTAC
TGTGCTGAAT CCAACGGTAA CGCAGCGGAC ACGCTGATGC TGTGTGCCTC CTGGGTCGCC
CAGACGGATC TTTCGGAGTT CTTTAAGAAA TGGAATCCGG GTGCGAATGC TTACCAGCTG
CCGGGGGCGA GCGAGATGAG CTTCGAGGGC GGTGTGAGCC AGTCGGCGTA CAACACGCTG
GCGTCACTCA AGCTGCCGAA ACCGGAACAG GGACCGGAAA CCATTAACAA GGTTACCGAG
CATAAGATGT CTGTCGAGTA A
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| Protein sequence | MSATLLAGCD GGGSGSSSDT PPVDSGTGSL PEVKPDPTPN PEPTPEPTPD PEPTPEPTPD
PEPTPEPEPE PVPTKTGYLT LGGSLRVTGD ITCNDESSDG FTFTPGDKVT CVAGNNTTIA
TFDTQSEAAR SLRAVEKVSF SLEDAQELAG SDNKKSNALS LVTSMNSCPA NTEQVCLEFS
SVIESKRFDS LYKQIDLAPE EFKKLVNEEV ENNAATDKAP STHTSPVVPA TTPGTKPDLN
ASFVSANAEQ FYQYQPTEII LSEGRLVDSQ GDGVVGVNYY TNSGRGVTGE NGEFSFSWGE
TISFGIDTFE LGSVRGNKST IALTELGDEV RGANIDQLIH RYSKAGQNHT RVVPDEVRKV
FAEYPNVINE IINLSLSNGA TLGEGEQVVN LPNEFIEQFK TGQAKEIDTA ICAKTDGCNE
ARWFSLTTRN VNDGKIQGVI NKLWGVDTNY KSVSKFHVFH DSTNFYGSTG NARGQAVVNI
SNAAFPILMA RNDKNYWLAF GEKRAWDKNE LAYITEAPSI VRPENVTRET ATFNLPFISL
GQVGDGKLMV IGNPHYNSIL RCPNGYSWNG GVNKDGQCTL NSDPDDMKNF MENVLRYLSD
DKWTPDAKAS MTVGTNLDTV YFKRHGQVTG NSAAFDFHPD FAGISVEHLS SYGDLDPQEM
PLLILNGFEY VTQVGNDPYA IPLRADTSKP KLTQQDVTDL IAYLNKGGSV LIMENVMSNL
KEESASGFVR LLDAAGLSMA LNKSVVNNDP QGYPNRVRQR RSTPIWVYER YPAVDGKPPY
TIDDTTKEVI WKYQQENKPD DKPKLEVASW QEEVEGKQVT QFAFIDEADH KTPESLAAAK
QRILDAFPGL EVCKDSDYHY EVNCLEYRPG TDVPVTGGMY VPQYTQLDLS ADTAKAMLQA
ADLGTNIQRL YQHELYFRTN GRQGERLNSV DLERLYQNMS VWLWNETKYR YEEGKEDELG
FKTFTEFLNC YTNNAYVGTQ CSAELKKSLI DNKMIYGEES SKAGMMNPSY PLNYMEKPLT
RLMLGRSWWD LNIKVDVEKY PGVVNTNGET VTQNINLYSA PTKWFAGNMQ STGLWAPAQQ
EVSIESKATV PVTVTVALAD DLTGREKHEV SLNRPPRVTK TYDLKANDKV TFKVPYGGLI
YIKGDSKEVQ SADFTFTGVV KAPFYKDGKW QHDLNSPAPL GELESASFVY TTPKKNLNAS
NYTGGLEQFA NDLDTFASSM NDFYGRDSED GKHRMFTYKN LPGHKHRFAN DVQISIGDAH
SGYPVMNSSF SPNSTTLPTT PLNDWLIWHE VGHNAAETPL TVPGATEVAN NVLALYMQDR
YLGKMNRVAD DITVAPEYLE ESNGQAWARG GAGDRLLMYA QLKEWAEKNF DIKKWYPDGT
PLPEFYSERE GMKGWNLFQL MHRKARGDEV SNDKFGGKNY CAESNGNAAD TLMLCASWVA
QTDLSEFFKK WNPGANAYQL PGASEMSFEG GVSQSAYNTL ASLKLPKPEQ GPETINKVTE
HKMSVE
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