| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | EcDH1_0723 |
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| Symbol | |
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| ID | 0 |
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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 DH1 |
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| Kingdom | Bacteria |
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| Replicon accession | CP001637 |
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| Strand | + |
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| Start bp | 764651 |
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| End bp | 769213 |
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| Gene Length | 4563 bp |
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| Protein Length | 1520 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | ACX38407 |
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| Protein GI | 260447985 |
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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 | 22 |
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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 | ATGAATAAGA AATTTAAATA TAAGAAATCG CTTTTAGCGG CTATTTTGAG CGCAACCCTG
TTAGCCGGTT GTGATGGCGG TGGTTCCGGA TCTTCCTCCG ATACGCCGCC TGTAGATTCT
GGAACAGGGT CTTTGCCGGA AGTGAAACCT GATCCAACAC CAAACCCGGA GCCGACGCCT
GAGCCAACGC CGGACCCAGA GCCTACGCCA GAACCGATAC CTGATCCTGA ACCAACACCA
GAACCGGAGC CAGAACCTGT TCCTACGAAA ACGGGTTATC TGACCCTGGG CGGAAGCCAG
CGGGTAACTG GTGCTACCTG TAATGGTGAA TCCAGCGATG GCTTTACATT TAAACCTGGC
GAGGACGTTA CTTGCGTGGC GGGTAACACG ACAATTGCCA CCTTCAACAC TCAGTCAGAA
GCTGCGCGTA GCTTGCGTGC GGTTGAAAAA GTGTCGTTTA GCCTTGAGGA CGCGCAAGAA
CTGGCGGGCT CCGATGACAA GAAAAGCAAT GCGGTTTCGC TGGTAACGTC CAGTAACAGC
TGTCCGGCGA ATACAGAACA GGTTTGTCTG ACGTTCTCCT CGGTGATCGA GAGTAAACGC
TTCGACTCGC TGTATAAGCA AATCGATCTG GCACCGGAAG AGTTCAAAAA GCTGGTCAAT
GAAGAGGTGG AAAACAATGC TGCGACCGAT AAAGCGCCAT CCACTCATAC TTCACCGGTC
GTGCCCGTCA CCACGCCGGG AACAAAACCG GATCTGAACG CTTCCTTCGT GTCGGCTAAC
GCGGAACAGT TTTATCAGTA TCAACCCACT GAAATCATTC TCTCTGAAGG TCGACTGGTC
GATAGCCAGG GATATGGTGT TGCTGGCGTC AACTACTACA CCAATTCAGG CCGTGGCGTG
ACAGGGGAAA ATGGTGAATT TTCCTTTAGC TGGGGCGAAA CCATCTCCTT TGGTATCGAT
ACCTTTGAAC TGGGTTCAGT GCGCGGCAAT AAGTCGACCA TTGCGCTGAC TGAACTGGGT
GATGAAGTTC GCGGGGCGAA TATTGATCAG CTTATTCATC GCTATTCGAC GACCGGGCAA
AATAATACCC GTGTTGTTCC GGACGATGTA CGCAAGGTCT TTGCCGAATA TCCCAACGTG
ATCAACGAGA TTATCAATCT CTCGTTATCC AACGGTGCGA CGCTGGGGGA AGGTGAGCAA
GTCGTTAATC TGCCTAACGA ATTTATTGAG CAGTTTAATA CGGGTCAGGC CAAAGAGATC
GATACCGCGA TTTGTGCGAA AACCGATGGT TGTAACGAGG CTCGCTGGTT CTCGCTGACG
ACGCGCAATG TTAATGACGG CCAGATTCAG GGCGTTATCA ACAAGCTGTG GGGCGTGGAT
ACGAACTACA AATCTGTCAG CAAGTTCCAT GTATTCCATG ACTCCACCAA CTTCTATGGC
AGCACGGGTA ATGCGCGCGG TCAGGCGGTG GTGAATATCT CCAACGCGGC CTTCCCGATT
CTGATGGCGC GTAATGATAA AAACTACTGG CTGGCCTTCG GCGAAAAACG CGCCTGGGAT
AAAAACGAGC TGGCGTACAT TACGGAAGCG CCTTCTCTTG TTGAGCCGGA AAACGTTACG
CGCGATACCG CCACCTTTAA CCTGCCGTTT ATTTCGCTGG GGCAAGTCGG TGAGGGCAAA
CTGATGGTTA TCGGTAACCC ACACTACAAC AGCATTTTGC GTTGCCCGAA CGGTTACAGC
TGGAACGGGG GCGTTAATAA AGATGGGCAG TGTACGCTCA ACAGCGACCC GGATGACATG
AAGAACTTCA TGGAGAACGT GCTGCGCTAT CTGTCCGACG ATAAATGGAA GCCGGACGCG
AAAGCCAGCA TGACCGTAGG CACCAACCTG GATACTGTCT ATTTTAAACG TCATGGTCAG
GTTACAGGAA ACAGCGCTGC GTTCGACTTC CATCCGGATT TTGCGGGCAT CTCTGTTGAG
CATTTAAGTA GCTATGGCGA TCTCGATCCG CAGGAAATGC CGCTGCTGAT CCTTAACGGC
TTTGAATATG TGACTCAGGT GGGTAACGAT CCTTATGCAA TCCCGCTGCG TGCAGATACC
AGCAAACCGA AGCTGACTCA GCAGGATGTG ACCGATCTGA TCGCCTATCT GAACAAAGGT
GGATCGGTGC TGATCATGGA AAACGTGATG AGCAATCTTA AGGAAGAGAG CGCGTCTGGT
TTTGTGCGTC TGTTGGATGC CGCAGGTCTG TCGATGGCAC TGAACAAGTC GGTAGTAAAT
AACGATCCGC AAGGGTATCC GAACCGCGTT CGTCAGCAGC GCGCAACGGG CATTTGGGTC
TATGAACGTT ATCCTGCCGT AGATGGTGCG CTGCCGTACA CCATCGATAG TAAGACAGGG
GAAGTTAAGT GGAAATATCA GGTAGAAAAC AAACCTGATG ACAAACCGAA GCTGGAAGTT
GCCAGCTGGC TGGAAGATGT AGATGGCAAA CAGGAAACGC GTTATGCCTT TATTGATGAG
GCCGATCATA AAACAGAGGA TTCTCTGAAG GCTGCGAAGG AGAAAATTTT CGCCGCGTTC
CCGGGGCTGA AAGAGTGTAC TAATCCGGCA TATCACTATG AGGTCAACTG CCTGGAATAT
CGTCCTGGCA CGGGGGTTCC GGTTACTGGT GGCATGTATG TTCCACAGTA TACGCAACTA
AGCCTTAACG CCGACACTGC AAAAGCGATG GTGCAGGCTG CGGATTTAGG CACCAACATT
CAGCGTCTGT ATCAGCATGA GCTCTACTTC CGGACCAATG GTCGCAAAGG TGAGCGTCTG
AGCAGCGTCG ATCTGGAACG TCTGTACCAG AACATGTCGG TCTGGCTGTG GAACGATACG
AGCTATCGTT ATGAAGAAGG CAAAAATGAC GAGCTGGGCT TTAAAACGTT CACCGAGTTC
CTGAACTGCT ACGCCAATGA TGCCTATGCA GGCGGCACCA AGTGTTCTGC AGATCTGAAA
AAATCGCTGG TCGATAACAA CATGATCTAC GGTGACGGTA GCAGCAAAGC GGGCATGATG
AACCCGAGCT ACCCGCTCAA CTATATGGAA AAACCGCTGA CACGCCTGAT GCTGGGCCGT
TCCTGGTGGG ATCTGAACAT CAAAGTTGAT GTCGAGAAGT ATCCGGGAGC AGTATCGGAA
GAGGGACAGA ACGTTACTGA AACCATCAGC CTGTACTCGA ATCCGACCAA ATGGTTTGCA
GGTAACATGC AGTCAACTGG CCTGTGGGCA CCGGCTCAGA AAGAGGTCAC CATTAAGTCC
AATGCGAACG TTCCTGTGAC CGTCACCGTG GCGCTGGCTG ACGACCTGAC CGGACGTGAG
AAGCATGAAG TTGCGCTGAA CCGTCCGCCA AGAGTGACTA AAACGTACTC TCTGGACGCT
AGCGGTACGG TGAAGTTCAA GGTGCCTTAC GGTGGCCTGA TTTATATCAA GGGCAATAGC
TCTACCAATG AATCTGCCAG CTTCACCTTT ACTGGCGTGG TAAAAGCACC GTTCTATAAA
GACGGCGCAT GGAAAAACGA TCTGAACTCA CCGGCTCCGC TGGGTGAGCT GGAATCAGAC
GCTTTCGTCT ATACCACACC GAAGAAGAAC CTGAATGCCA GCAATTACAC TGGCGGACTG
GAGCAATTCG CTAACGATCT GGATACCTTT GCCAGCTCGA TGAATGACTT CTACGGCCGT
GATAGCGAAG ACGGTAAGCA CCGGATGTTT ACCTATAAAA ACTTGCCGGG CCACAAACAT
CGTTTCACCA ACGATGTGCA GATCTCCATC GGTGATGCGC ATTCGGGTTA TCCGGTAATG
AACAGCAGCT TCTCGCCGAA CAGCACCACG CTGCCGACGA CGCCGCTGAA CGACTGGCTG
ATCTGGCATG AAGTCGGTCA TAACGCCGCA GAAACGCCGT TGACTGTACC GGGTGCAACT
GAAGTCGCTA ACAACGTGCT GGCGCTGTAC ATGCAGGATC GTTATCTCGG CAAGATGAAC
CGTGTCGCTG ACGATATTAC CGTCGCACCG GAATATCTGG AGGAGAGCAA CAACCAGGCA
TGGGCACGCG GCGGTGCGGG TGACCGTCTG CTGATGTACG CACAGCTGAA GGAATGGGCA
GAGAAAAACT TTGATATCAA GAAATGGTAT CCAGATGGCA CTCCTCTGCC AGAGTTTTAC
AGCGAGCGTG AAGGGATGAA AGGCTGGAAC CTGTTCCAGT TGATGCATCG TAAAGCACGC
GGCGATGAGG TCAGCAATGA CAAGTTTGGC GGCAAGAATT ACTGTGCTGA ATCCAACGGT
AACGCAGCGG ACACGCTGAT GCTGTGTGCC TCCTGGGTCG CCCAGACGGA TCTTTCGGAG
TTCTTTAAGA AATGGAATCC GGGCGCGAAT GCTTACCAGC TGCCGGGGGC GAGCGAGATG
AGCTTCGAGG GCGGTGTGAG CCAGTCGGCT TACAACACGC TCGCGTCACT CGATCTGCCG
AAACCGGAAC AGGGACCGGA AACCATTAAT CAGGTTACCG AGCATAAGAT GTCTGCCGAG
TAA
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| Protein sequence | MNKKFKYKKS LLAAILSATL LAGCDGGGSG SSSDTPPVDS GTGSLPEVKP DPTPNPEPTP
EPTPDPEPTP EPIPDPEPTP EPEPEPVPTK TGYLTLGGSQ RVTGATCNGE SSDGFTFKPG
EDVTCVAGNT TIATFNTQSE AARSLRAVEK VSFSLEDAQE LAGSDDKKSN AVSLVTSSNS
CPANTEQVCL TFSSVIESKR FDSLYKQIDL APEEFKKLVN EEVENNAATD KAPSTHTSPV
VPVTTPGTKP DLNASFVSAN AEQFYQYQPT EIILSEGRLV DSQGYGVAGV NYYTNSGRGV
TGENGEFSFS WGETISFGID TFELGSVRGN KSTIALTELG DEVRGANIDQ LIHRYSTTGQ
NNTRVVPDDV RKVFAEYPNV INEIINLSLS NGATLGEGEQ VVNLPNEFIE QFNTGQAKEI
DTAICAKTDG CNEARWFSLT TRNVNDGQIQ GVINKLWGVD TNYKSVSKFH VFHDSTNFYG
STGNARGQAV VNISNAAFPI LMARNDKNYW LAFGEKRAWD KNELAYITEA PSLVEPENVT
RDTATFNLPF ISLGQVGEGK LMVIGNPHYN SILRCPNGYS WNGGVNKDGQ CTLNSDPDDM
KNFMENVLRY LSDDKWKPDA KASMTVGTNL DTVYFKRHGQ VTGNSAAFDF HPDFAGISVE
HLSSYGDLDP QEMPLLILNG FEYVTQVGND PYAIPLRADT SKPKLTQQDV TDLIAYLNKG
GSVLIMENVM SNLKEESASG FVRLLDAAGL SMALNKSVVN NDPQGYPNRV RQQRATGIWV
YERYPAVDGA LPYTIDSKTG EVKWKYQVEN KPDDKPKLEV ASWLEDVDGK QETRYAFIDE
ADHKTEDSLK AAKEKIFAAF PGLKECTNPA YHYEVNCLEY RPGTGVPVTG GMYVPQYTQL
SLNADTAKAM VQAADLGTNI QRLYQHELYF RTNGRKGERL SSVDLERLYQ NMSVWLWNDT
SYRYEEGKND ELGFKTFTEF LNCYANDAYA GGTKCSADLK KSLVDNNMIY GDGSSKAGMM
NPSYPLNYME KPLTRLMLGR SWWDLNIKVD VEKYPGAVSE EGQNVTETIS LYSNPTKWFA
GNMQSTGLWA PAQKEVTIKS NANVPVTVTV ALADDLTGRE KHEVALNRPP RVTKTYSLDA
SGTVKFKVPY GGLIYIKGNS STNESASFTF TGVVKAPFYK DGAWKNDLNS PAPLGELESD
AFVYTTPKKN LNASNYTGGL EQFANDLDTF ASSMNDFYGR DSEDGKHRMF TYKNLPGHKH
RFTNDVQISI GDAHSGYPVM NSSFSPNSTT LPTTPLNDWL IWHEVGHNAA ETPLTVPGAT
EVANNVLALY MQDRYLGKMN RVADDITVAP EYLEESNNQA WARGGAGDRL LMYAQLKEWA
EKNFDIKKWY PDGTPLPEFY SEREGMKGWN LFQLMHRKAR GDEVSNDKFG GKNYCAESNG
NAADTLMLCA SWVAQTDLSE FFKKWNPGAN AYQLPGASEM SFEGGVSQSA YNTLASLDLP
KPEQGPETIN QVTEHKMSAE
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