| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | EcolC_1651 |
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| Symbol | |
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| ID | 6065588 |
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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 ATCC 8739 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010468 |
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| Strand | + |
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| Start bp | 1829696 |
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| End bp | 1833679 |
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| Gene Length | 3984 bp |
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| Protein Length | 1327 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 641601065 |
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| Product | hypothetical protein |
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| Protein accession | YP_001724635 |
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| Protein GI | 170019681 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.0144657 |
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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 | 1 |
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| Fosmid unclonability p-value | 0.000000790638 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | ATGCAATCCG AACTAAATCA CAACATTCGA CATCTTCCAT TACCACAAAG TGTCAGAGAA
GCCATTACCG CAGCAAGAAA ACAGGCCGGT ACGTTTTACG CTTTTACCGA AGCAGATACA
CCACTACTGA TTCAATCCCA GGATGGTACG GCGAGCGGTA AAAGCTATAA CGTTTTCGCT
CAATACATCG AAAGCGTAAA TCCAGCAATC AACCCTGGCA ATAGTCATCG CAATCTGGTG
TTTATCACAC CCTTGAAATC ACAAATTGAC ATCCCGGAAC AACTCATCGC TCGCGCCCGA
GATAAGAAGA TTGAATTGTT ACCTTATCTT TCGCAAGGGG ATATCGCAGA TCTTGGTTTT
ACGTCATGGG TCAAATCTCC TGAAGGGAAA ACACCCACAA ACCGGGAACG TTATCGTCGC
TGGATCAAGC AAGCCAACGA ATTGATGTCG GGTGAAATTC AGCTTATTTT TCAACGCCTG
AAAGCTGAAG TTGATGCGCG TAATAGTTTG GAAGTACGTC TGGAAACAGA GATTAAAGTA
GGGGCAACGT TTGAACAAAA ACGTCTGGAG GATGAGTTAC GTCTCAATAG TTTTCATTTA
GCAGGTCGCT TACAGGAAGC GACTGTGGCG ATGCTTAATG CCTTGAATCA GGATCTGGCG
GTTTTACTTG ATGGGGAAGC GACTAATCCT CGATATGCAC TGGCTACGGA AATGGTTAAA
CATCTTTTCC CATTTCAGAT TGCACTGTAT CGCCGATGTA TCCTGCTGGC TACAACGAAA
AAGTTCGATG GCAGTGTGCT GTTACTGAAA CGCGATAAAG AAGGCGACTA TCACCGGAGT
TCACAACAAC TGGACCACGT TCTGGGCCAG AAAAAAGGCC TCAAAGTGAA TCCGTTAGGC
GAGATTGCTA ACCAGACTAA TCCACAGCGA ATTGAGAGCT TAAAAGAGCA ATATTGGATA
ACCGACGAAG ACTCACCTTT TGCACAACGT GATATTCGTT TCACATTAGT TCTGGACGAA
GAGCACGAAG CCTACCGTAT CTTCCAGCAG AATGTTTGCC AGACATTAAT GAACGACGAT
CAGCAACTTC CTTCGTTACT GGCAATTTTA CATCGTGTAC TGGAATATGT GGATGAATGT
TCTTCAGATG AAAGAGCACC AGGGTATACC CCTCTGAAAA ATTATGTCGA TGAGATCAAC
AAAGCTTTAT TACAATGTGA TTTACGACCT GATTTCGATC TTAAGAAGCT GACCAGACTC
TTTAGAAATA GTTTGCTTGA TATCGTCGTC GATAGTCGTA ATGCTGAGCA GGTTATCGCG
TTAATTGGTA ATATTTTCAG TTATCAGATT CAGCGATTTT ACCGTGAGTC AGACCTTCGT
CGTATTCATT TACGTAGTCA CGGGCGTCAT TCATACACTG AAGTCTATGT TTCTGAAGAT
GACAAAAAAG TTCCAGATGA ATTTAACTTA TATGAACTGT ATCAGACACT GACTGCTCTA
TTATTAGCCT CTGCCCGGTT GGAAACACCC AAACATGTCT GCGATTTGCT GGCACAGCAG
GAGATGGCAA ATCAGAATAA CCCATTATCA GTTTTCATTC GTAAAGCCCA AAGTATTAAA
GGAGATATAG TTCATTTATC TTCCAGTGAG CCTCAGAAAG AACAGTTGAT AGATGATTTT
TTTACCTATT TTCAACCCAA GACATTGTTT TCCCTTTCGC CACGTGAACA GGTAAGAATT
GAGGCTGAAC AACTGAGGGG TTGGGTATTA CTCAAATTTC GGATGGAGTT AATTAAGGAG
TTACCTGAAA TAGCATTATT ACGTGTGCTT TATAATACGC GTAATACTAT TATTTTGCTG
TCTGCTACAG CAGGATTTCC TACAACGTAT AATGGGCAAT ACAGCCGCCC GTTTCTGGAT
AAATACGCTC GTGAGTTGAA CTATCGCATC AGGCAGCGGG ATGTTGATTC TGCCTCGCCC
TTGTCGACGA TCCGTGACAA CAGAAACCTT CATCGACCTG TAGCGTTGGA GGTATTTGAC
GATCAGGTAC TAGAGTTTTT ACCACAAAAC GAGGAGTCTG AGTTCAGGAA TGCATATCGT
TTCTGGCTCA AAATGCTCGA ACCATACTCT AAAGCAGTTC AGTTTAATCG CTATCATAAA
CGAGAGTTTC ATCGCCAGTT ACAATGTATG TTACTTGCTG CTTATACTGG TCGGCACATT
TTATGTATCG GGATCAGTAG CCGTTTTTTT GCGATTATCG GGAATTTTCT TCGTACCAAT
AAGTTAAGTG CAAATCCCTA TCGTGGGGTT ACCATTCTTG ACAATGAAAC ACGTCGGGGG
AATGATTTAC CTCGAGTATT TGAAATCACC CCTTTTGCTG AGCGGCATAG ATTGCGTGTC
GTCATGTTTG ATTCAAAACT CAACCGGGAA GATCCGGTAA GAGACTATCT GCAAATCGAT
CACCAAAATT TAGCAATATG CATGGTTTCC CATTTCCAGG GGGCCGGGAC AGGGCTTAAT
TATTATGTCA CTTATCCGGC ACCGTCAGAA CCTGTAGAAG CAGATTTAGA ACAAATCGAC
TTTGATGAAT TAGCAATGGT CTGCGGTAGC TACTGGAGTC AGATTAATGC AACTCCATCG
CGAAACACGC TGGAAAATTA TATTACCTTA CTCAAGCATT ATGCTCATGG AAGTGTACCT
CGTCAGGTTG GTGATTTCGA TACGGATCTA GTTGATTCTG ATGCGGCCCA ATTGCTGAAT
ACTGAACATA CCGTCGAGCT TCATAAAATT GCTATGCAAA CTATTGGCCG TACAGAACGG
CGTGATGCCC AAATGAATGG GATTATTCGT TTACCTTCTG GTGTTCATCA TAATGCATTG
TGTGTTTTTC GAGATTTGGA TCGTCATCCA AATGCACAAT CGTTACTTGC TTCCCTGAGT
CTGCATAACC ATCTATGGTT CAAACGCTCA AAAGAGGATT TATTAAAAGC CAGCTTTTCT
TCCGATAGTC AACGTAGCGA ATTTGAAAAT AAAGTTGCTA AAGCAATAGA TATGTATAGC
GACTTTGAAG CTGAACTGAA AAATAAAATT TTGCCACTGG CAAGACAAGG TGATCGAGAT
GCAATTGAGT TAAATGAAGC ATTACGTCAC CGGGACAGTT TTACCGATCC TCAGTCATAT
ATAAAACGTC TTAAACGCAA CGCGATTATT AAGAAAAATG CTTACCTTAG CGACTGTGTA
AGCCATTTTT ATCTGGAGCG TACTGCCGAT TGGGAAAATG TAATACTGGC TAAAACCTTA
GATGGTTATG GATTAACAGA TATTTCAGCT GGAGCAAATC CATACAAACC GGAATATTGT
TTACCCCAAT ATCATGAAGC CATGGCTGAA GAGTCATCCG GAACTGAACA GCGTATTTTT
GCGAAGATTC TGGGATTAGA TGCCACGCCT TTACAACAAT ACATCCCCAT TCCTTCATTG
TTGCCACTTT TGATTGGCAA TATTGGTGAA TGGCAATTAC ACCTGATTCT CCAGGAAATG
AATATTACGC TGATCCCACC ACAAGAGCTA TCGTACTATC TGGATAGCTC TTGTTATGAG
TTGTTTGATG TGTATTGCAT TAACAAGAAC CGGATTGTTG CAATCGATGT AAAAAACTGG
CGAATGCAAG GAAATAACCG ACAATTAGCG AAAAAAATGC ATAATAACTC ATTGGGGAAA
GTCAGTGAGT TGCAGAAAAT CATTACAGCA AAAACACAGT TTGATGGTGT TGACGTTGTT
TATCTTAATA CTCGATATGC TTTAAACAGC CTCAACATTC GTGCCGAACA TTCTAACCAT
AAGGGCGTCT GTTATTATAA CCTTTTTAAA AATATTTCAT CTTATGAAAA AGATAATGGC
AAAAATCCTT ATGATGCAAA AATAAAATCA GAATTAAGAG TAAATCAATA CTTACTTAAT
CTTTTAGGAG CGAATTATGA CTGA
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| Protein sequence | MQSELNHNIR HLPLPQSVRE AITAARKQAG TFYAFTEADT PLLIQSQDGT ASGKSYNVFA
QYIESVNPAI NPGNSHRNLV FITPLKSQID IPEQLIARAR DKKIELLPYL SQGDIADLGF
TSWVKSPEGK TPTNRERYRR WIKQANELMS GEIQLIFQRL KAEVDARNSL EVRLETEIKV
GATFEQKRLE DELRLNSFHL AGRLQEATVA MLNALNQDLA VLLDGEATNP RYALATEMVK
HLFPFQIALY RRCILLATTK KFDGSVLLLK RDKEGDYHRS SQQLDHVLGQ KKGLKVNPLG
EIANQTNPQR IESLKEQYWI TDEDSPFAQR DIRFTLVLDE EHEAYRIFQQ NVCQTLMNDD
QQLPSLLAIL HRVLEYVDEC SSDERAPGYT PLKNYVDEIN KALLQCDLRP DFDLKKLTRL
FRNSLLDIVV DSRNAEQVIA LIGNIFSYQI QRFYRESDLR RIHLRSHGRH SYTEVYVSED
DKKVPDEFNL YELYQTLTAL LLASARLETP KHVCDLLAQQ EMANQNNPLS VFIRKAQSIK
GDIVHLSSSE PQKEQLIDDF FTYFQPKTLF SLSPREQVRI EAEQLRGWVL LKFRMELIKE
LPEIALLRVL YNTRNTIILL SATAGFPTTY NGQYSRPFLD KYARELNYRI RQRDVDSASP
LSTIRDNRNL HRPVALEVFD DQVLEFLPQN EESEFRNAYR FWLKMLEPYS KAVQFNRYHK
REFHRQLQCM LLAAYTGRHI LCIGISSRFF AIIGNFLRTN KLSANPYRGV TILDNETRRG
NDLPRVFEIT PFAERHRLRV VMFDSKLNRE DPVRDYLQID HQNLAICMVS HFQGAGTGLN
YYVTYPAPSE PVEADLEQID FDELAMVCGS YWSQINATPS RNTLENYITL LKHYAHGSVP
RQVGDFDTDL VDSDAAQLLN TEHTVELHKI AMQTIGRTER RDAQMNGIIR LPSGVHHNAL
CVFRDLDRHP NAQSLLASLS LHNHLWFKRS KEDLLKASFS SDSQRSEFEN KVAKAIDMYS
DFEAELKNKI LPLARQGDRD AIELNEALRH RDSFTDPQSY IKRLKRNAII KKNAYLSDCV
SHFYLERTAD WENVILAKTL DGYGLTDISA GANPYKPEYC LPQYHEAMAE ESSGTEQRIF
AKILGLDATP LQQYIPIPSL LPLLIGNIGE WQLHLILQEM NITLIPPQEL SYYLDSSCYE
LFDVYCINKN RIVAIDVKNW RMQGNNRQLA KKMHNNSLGK VSELQKIITA KTQFDGVDVV
YLNTRYALNS LNIRAEHSNH KGVCYYNLFK NISSYEKDNG KNPYDAKIKS ELRVNQYLLN
LLGANYD
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