| Definition | Escherichia coli SMS-3-5 chromosome, complete genome. |
|---|---|
| Accession | NC_010498 |
| Length | 5,068,389 |
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The map label for this gene is yeeJ [H]
Identifier: 170680815
GI number: 170680815
Start: 1164952
End: 1172028
Strand: Reverse
Name: yeeJ [H]
Synonym: EcSMS35_1146
Alternate gene names: 170680815
Gene position: 1172028-1164952 (Counterclockwise)
Preceding gene: 170681921
Following gene: 170680503
Centisome position: 23.12
GC content: 49.75
Gene sequence:
>7077_bases ATGGCTACGAAGAAGAGAAGTGGAGAAGAAATAAATGACCGACAAATCTTATGCGGGATGGGAATTAAACTACGCCGCTT AACTGCGGGTATCTGCCTGATAACTCAACTTGCGTTCCCTATGGCTGCGGCAGCACAAGGTGTGGTAAACACCGCAACCC AACAACCAGTTCCTGCACAAATTGCCATTGCAAATGCCAATACGGTGCCCTACACCCTTGGAGCGCTGGAATCGGCCCAA AGCGTTGCCGAACGTTTCGGTATTTCGGTGGCTGAGTTACGCAAACTCAACCAGTTTCGTACGTTTGCTCGAGGTTTTGA TAATGTCCGCCAGGGTGATGAACTGGATGTCCCGGCACAAGTTAGTGAAAATAATTTAACCCCGCCACCGGGTAATAGCA GTGGCAACCTTGAGCAACAGATAGCCAGTACTTCACAGCCAATCGGGTCTCTGCTCGCCGAAGATATGAACAGCGAGCAA GCGGCAAATATGGCGCGTGGATGGGCCTCTTCTCAGGCTTCAGGCGCAATGACAGACTGGTTAAGCCGCTTCGGTACCGC AAGAATCACGCTGGGCGTGGATGAAGATTTTAGCCTGAAGAACTCCCAGTTCGATTTTCTCCATCCGTGGTATGAAACGC CTGATAATCTCTTTTTCAGTCAGCATACTCTCCATCGTACTGACGAGCGTACGCAGATTAACAACGGCTTAGGTTGGCGT CATTTCACTCCCACATGGATGTCGGGCATCAACTTCTTTTTCGACCACGATCTTAGCCGTTACCACTCCCGCGCCGGCAT TGGCGCGGAGTACTGGCGCGACTATCTAAAATTAAGCAGTAACGGCTATTTGCCACTGACCAACTGGCGCAGCGCACCTG AGCTGGACAACGATTATGAAGCCCGCCCGGCCAATGGCTGGGATGTACGCGCAGAAGGCTGGCTACCCGCCTGGCCGCAC CTTGGCGGTAAACTGGTCTATGAACAGTATTATGGCGATGAAGTGGCCCTGTTCGATAAAGACGATCGGCAAAGTAATCC TCATACCATAACCGCTGGACTTAACTATACCCCCTTCCCGCTGATGACCTTCAGCGCGGAGCAACGCCAGGGTAAACAGG GCGAAAATGACACCCGTTTTGCCGTCGATTTTACCTGGCAACCTGGCAGCGCAATGCAGAAACAGCTTGACCCGAACGAA GTCGCTGCACGGCGTAGCCTTGCAGGCAGCCGTTATGATCTGGTGGATCGCAACAACAACATCGTTCTGGAATACCGCAA AAAAGAACTGGTTCGCCTGACCCTGACAGACCCCGTGACAGGGAAGTCAGGAGAAGTGAAATCATTGGTTTCGTCGCTAC AAACCAAATATGCCCTGAAAGGCTATAACGTCGAAGCCACCGCTCTGGAAGCTGCCGGTGGCAAAGTGGTCACAACGGGT AAAGATATTCTGGTTACCCTGCCGGCTTACCGGTTCACCAGTACGCCAGAAACCGATAACACCTGGCCGATTGAAGTCAC CGCTGAAGATGTCAAAGGCAATTTGTCGAATCGTGAACAAAGCATGGTGGTCGTTCAGGCACCTACGCTAAGCCAGAAAG ATTCCTCGGTATCGTTAAGTACCCAAACATTGAGCGCGGATTCCCATTCAACCGCCACACTGACTTTTATTGCTCATGAT GCAGCAGGTAATCCTGTTATCGGGCTGGTGCTTTCGACGCGTCACGAAGGAGTTCAGGACATCACCCTTTCTGAATGGAA AGATAATGGTGACGGAAGCTATACCCAGATCCTGACCACAGGAGCGATGTCTGGCACGCTGACGCTGATGCCACAGCTGA ATGGTGTGGATGCGGCTAAAGCCCCCGCCGTGGTGAATATCATTTCTATTTCGTCATCCCGAACTCACTCGTCAATTAAA ATTGATAAAGACCGTTATCTCTCCGGCAATCCTATCGAGGTGACGGTAGAACTGAGAGATGAAAATGACAAACCTGTTAA GGAGCAAAAACAGCAACTGAATAACGCAGTCAGCATCGACAACGTGAAACCTGGTGTCACTACAGACTGGAAAGAAACCG CAGATGGCGTCTATAAGGCAACCTATACCGCCTATACCAAAGGCAGTGGGCTTACTGCGAAGCTATTAATGCAAAACTGG AATGAAGATTTGCATACCGCTGGTTTTATCATCGACGCCAACCCGCAGTCAGCAAAAATTGCGACATTATCTGCCAGCAA TAATGGTGTGCTCGCCAATGAGAATGCAGCAAACACCGTCTCGGTCAATGTCGCTGATGAAGGAAGCAACCCAATCAATG ATCATACCGTCACGTTTGCGGTATTAAGCGGATCGGCAACTTCCTTCAACAATCAAAACACCGCAAAAACGGATGTTAAT GGTCTGGCGACTTTTGATCTGAAAAGTAGTAAGCAGGAAGACAACACGGTTGAAGTCACCCTTGAAAATGGCGTGAAACA AACGTTAATCGTCAGTTTTGTCGGCGACTCGAGTACCGCGCAGGTTGAGCTGCAGAAGTCGAAAAATGAAGTGGTCGCTG ACGGCAATGATAGCGCCACAATGACCGCGACAGTCCGGGATGCAAAAGGCAACCTGCTCAATGACGTCAAGGTCACTTTC AATGTTAATTCAGCAGAGGCGAAACTGAGCCAAACAGAAGTGAATAGCCACGACGGGATCGCCACAGCTACGCTGACCAG TTTGAAAAATGGTGATTATAGGGTTACGGCCTCTGTGAGCTCTGGTTCTCAGGCTAATCAACAGGTGATTTTTATCGGTG ATCAAAGTACTGCTGCCCTGACCCTCAGTGTGCCTTCAGGTGATATCACCGTCACCAACACAGCTCCGCTACATATGACT GCAACCTTGCAGGATAAAAATGGCAACCCATTAAAAGATAAAGAAATCACCTTCTCTGTGCCAAACGACGTCGCAAGTCG GTTCTCGATTAGCAACAGCGGAAAAGGCATGACGGATAGCAACGGGACTGCAATCGCCTCCCTGACCGGCACGTTAGCGG GCACGCATATGATCACGGCTCGTCTGGCTAACAGCAATGTCAGCGATACACAGCCAATGACGTTTGTGGCGGATAAAGAC AGAGCGGTTGTCGTTCTGCAAACATCGAAAGCGGAAATCATTGGGAATGGCGTGGATGAGACAACTCTGACAGCAACAGT GAAAGATCCGTCGAATCATCCGGTGGCGGGAATAACGGTGAACTTCACCATGCCACAGGGCGTGGCGGCAAACTTTACCC TCGAAAATAACGGCATTGCCATCACCCAAGCCAATGGGGAAGCGCATGTCACGCTCAAAGGTAAAAAAGCGGGTACACAT ACGGTTACCGCAACGCTGGGTAATAACAATACCAGTGATTCGCAGCCGGTAACATTTGTGGCGGACAAAACCTCGGCTCA GGTTGTCCTGCAGATGTCAAAAGATGAGATCACAGGTAATGGCGTCGATAACGCAACGCTAACTGCAACGGTTAAAGATC AGTTCGACAATGAGGTGAATAATCTTCCGGTAACATTCAGCTCAGCCTCTTCAGGACTCACCCTGACCCCGGGAGTAAGT AATACCAATGAGTCTGGCATCGCGCAGGCCACTCTCGCAGGCGTTGCCTTTGGTGAGCAGACGGTCACTGCATCACTGGC TAATAATGGTGCCAGCGACAACAAAACTGTGCATTTTATTGGCGACACAGCAGCGGCAAAAATTATCGAGTTGACGCCTG TCCCAGACAGCATAATCGCCGGTACCCCGCAGAACAGCTCCGGCAGCGTCATCACCGCCACAGTCGTTGATAATAATGGC TTTCCGGTGAAAGGTGTGACTGTGAACTTCACCAGCAGAACAAACTCTGCCGAAATGACGAATGGCGGCCAAGCCGTAAC GAACGAACAGGGTAAGGCTACCGTCACTTATACCAATACCCGCTCCTCGATAGAATCAGGAGCGAGACCGGATACCGTTG AGGCCAGTCTGGAAAATGGTAGCTCCACGCTTAGCACATCAATTAATGTCAACGCTGATGCGTCTACGGCACATCTCACC TTGCTACAGGCACTTTTTGATACAGTCTCCGCAGGCGACACTACCAATCTGTATATTGAGGTGAAGGATAATTACGGCAA CGGTGTACCCCAGCAGGAGGTAACCCTCAGAGTATCACCAAGTGAAGGCGTGACCCCCAGTAATAACGCTATATATACTA CCAACCACGACGGCAATTTTTACGCAAGCTTTACCGCTACAAAAGCCGGGGTTTATCAAGTGACGGCAACCCTCGAAAAT GGCGATTCGATGCAACAAACAGTGACCTATGTGCCGAACGTCGCGAATGCCGAAATCACGCTGGCAGCCTCGAAGGATCC GTTGATTGCCGACAATAACGATCTCACGACACTAACAGCAACAGTCGCTGATACAGAGGGCAATGCGATAGCCAACACTG AAGTAACATTTACTCTGCCGGAAGATGTGAAGGCGAACTTCACGCTGAGCGATGGCGGTAAAGCGATTACTGATGCTGAA GGCAAAGCGAAAGTCACGCTGAAAGGTACAAAAGCAGGCGCTCATACTGTTACAGCATCGATGACTGGCGGTAAGAGTGA GCAGTTGGTGGTGAACTTTATTGCGGATACGCTCAGTGCGCAGGTTAATCTTAACGTTACCGAGGACAACTTTATCGCCA ATAACGTTGGGATGACCACACTTCAGGCAACAGTGACTGATGGAAACGGCAACCCGTTAGCCAATGAGGCGGTGACATTC ACGCTACCGGCAGACGTGAGCGCAAGCTTCACTCTCGGACAAGGCGGTTCCGCCATTACTGATATCAACGGCAAGGCTGA AGTTACACTGAGCGGTACAAAATCCGGCACCTACCCCGTGACAGTTAGCGTGAACAATTATGGTGTCAGTGATACGAAAC AGGTGACTTTGATTGCCGATGCTGGTACCGCAACACTAGCCTCCTTAACCTCTGTATACTCATTCGTCGTCAGCACGACC GAGGGCGCGACCATGACTGCAAGCGTCACTGACGCTAACGGCAACCCGGTAGAAGGCATAAAAGTTAATTTCCGCGGAAC CTCCGTCACGCTAAGCAGCACCAGCGTTGAAACGGATGATCAGGGTTTCGCTGAAATTCTTGTGACAAGCACCGAAGTCG GACTGAAAACAGTTTCAGCCTCTCTGGCAGATAAACCTACTGAAGTCATATCGCGATTACTGAATGCAAAAGCAGATATT AATTCTGCAACGATTACCAGTCTGGAGATACCTGAAGGTCAGCTAATGGTCGCACAAGACGTAGCAGTTAAAGCTCACGT CAACGACCAGTTTGGCAACCCGATTCTTAATGAATCTGTAACATTCAGTGCAGAGCCACCAGAGCACATGACCATCAGCC AAAATATTGTCTCTACTGATACGCATGGTATAGCCGAGGTCTCCATGACGCCCGAAAGAAACGGTTCGTATATGGTGAAA GCATCCCTGGCGAATGGAGCCTCACTTGAGAAACAACTGGAGGCTATTGATGAAAAACTGACACTCACGGCGTCCAGTCC GCTTATCGGTGTCTATGCCCCTACAGGCACTACTCTGACGGCAACGCTAACCTCTGCAAATGGCACTCCAGTGGAGGGTC AGGTCATCAACTTTAGCGTAACGCCAGAAGGGGCGACGTTAAGTGGCGGAAAAGTGAGAACTAACTCTTCAGGTCAGGCT CCGGTCGTTCTGACCAGCAATAAAGTCGGTACATATACGGTGACTGCATCGTTCCATAACGGCGTAACAATACAGACACA GACAACCGTGAAAGTCACTGGCAACTCAAGCACCGCACATGTTGCTAGCTTTATCGCTGATCCATCGACTATCGCCGCCA CCAACAGTGATTTAAGTACCTTAAAGGCAACGGTTGAGGATGGCAGTGGTAACCTGATCGAAGGTCTCACTGTGTACTTC GCCTTAAAAAGCGGCTCTGCCACATTAACGTCATTAACAGCGGTGACCGATCAAAACGGAATCGCGACAACAAGCGTGAA AGGAGCGATGACAGGTAGCGTCACGGTAAGCGCAGTCACGACCGCTGGTGGAATGCAAACAGTAGATATAACGCTGGTGG CTGGCCCGGCAGACACCTCGCAGTCCGTCCTTAAGAGCAATCGGTCATCACTGAAAGGGGACTATACCGATAGTGCTGAA TTACGTCTTGTTCTGCACGATATATCAGGCAATCCGATCAAAGTTTCTGAAGGGATGGAATTTGTGCAATCAGGTACTAA CGTGCCCTATATAAAAATTAGCGCAATTGATTACAGTCTAAATATCAACGGTGATTACAAAGCCACTGTTACAAGCGGCG GAGAGGGTATCGCAACGCTGATCCCTGTATTGAATGGTGTTCATCAAGCTGGTCTGAGTACCACAATACAATTCACTCGC GCAGAAGACAAAATAATGAGCGGTACAGTATCAGTCAATGGTACTGACCTACCGACAACTACATTCCCTTCGCAGGGGTT CACCGGGGCGTATTATCAGTTGAATAATGACAACTTTGCCCCAGGAAAAACGGCGGCTGATTATGAGTTTTCAAGCTCTG CCTCCTGGGTCGATGTTGATGCTACCGGTAAAGTGACATTTAAAAATGTCGGCAGCAATTGGGAAAGGATTACGGCGACG CCAAAATCAGGAGGCCCTAGCTATGTATACGAAATCCGTGTGAAGAGTTGGTGGGTGAACGCCGGCGAGGCTTTCATGAT ATACAGCCTTGCTGAAAATTTTTGCAGCAGCAATGGCTACACGCTCCCCAGAGCAAACTATTTAAACCACAGTAGTTCCC GAGGCATCGGGTCACTGTACAGTGAATGGGGAGATATGGGGCATTACACGACTGACGCTGGTTTTCAATCAAATATGTAT TGGTCATCTAGTCCCGCAAACTCAAGCGAACAATACGTAGTTTCCCTGGCAACAGGTGATCAAAGCGTATTTGAAAAGCT TGGGTTTGCTTATGCGACATGTTATAAAAACCTGTGA
Upstream 100 bases:
>100_bases GAAAAGTTATTAATTTTCAATCATATTGCTATCAGGATTTACATTTTTTCGCTGTGCTAGAAAGGGCGCATTTATGTTAG CTCGTTCAGGGAAGGTAAGC
Downstream 100 bases:
>100_bases TTTTCCGTTATAATTTCTTAAAGAGTGCTCCATTCGGAGCACTCTTTTTTACATTCCCTCTATAGAGCTTGCCCTTCTCT CACAGAAAATGAATAAATAA
Product: putative invasin
Products: NA
Alternate protein names: NA
Number of amino acids: Translated: 2358; Mature: 2357
Protein sequence:
>2358_residues MATKKRSGEEINDRQILCGMGIKLRRLTAGICLITQLAFPMAAAAQGVVNTATQQPVPAQIAIANANTVPYTLGALESAQ SVAERFGISVAELRKLNQFRTFARGFDNVRQGDELDVPAQVSENNLTPPPGNSSGNLEQQIASTSQPIGSLLAEDMNSEQ AANMARGWASSQASGAMTDWLSRFGTARITLGVDEDFSLKNSQFDFLHPWYETPDNLFFSQHTLHRTDERTQINNGLGWR HFTPTWMSGINFFFDHDLSRYHSRAGIGAEYWRDYLKLSSNGYLPLTNWRSAPELDNDYEARPANGWDVRAEGWLPAWPH LGGKLVYEQYYGDEVALFDKDDRQSNPHTITAGLNYTPFPLMTFSAEQRQGKQGENDTRFAVDFTWQPGSAMQKQLDPNE VAARRSLAGSRYDLVDRNNNIVLEYRKKELVRLTLTDPVTGKSGEVKSLVSSLQTKYALKGYNVEATALEAAGGKVVTTG KDILVTLPAYRFTSTPETDNTWPIEVTAEDVKGNLSNREQSMVVVQAPTLSQKDSSVSLSTQTLSADSHSTATLTFIAHD AAGNPVIGLVLSTRHEGVQDITLSEWKDNGDGSYTQILTTGAMSGTLTLMPQLNGVDAAKAPAVVNIISISSSRTHSSIK IDKDRYLSGNPIEVTVELRDENDKPVKEQKQQLNNAVSIDNVKPGVTTDWKETADGVYKATYTAYTKGSGLTAKLLMQNW NEDLHTAGFIIDANPQSAKIATLSASNNGVLANENAANTVSVNVADEGSNPINDHTVTFAVLSGSATSFNNQNTAKTDVN GLATFDLKSSKQEDNTVEVTLENGVKQTLIVSFVGDSSTAQVELQKSKNEVVADGNDSATMTATVRDAKGNLLNDVKVTF NVNSAEAKLSQTEVNSHDGIATATLTSLKNGDYRVTASVSSGSQANQQVIFIGDQSTAALTLSVPSGDITVTNTAPLHMT ATLQDKNGNPLKDKEITFSVPNDVASRFSISNSGKGMTDSNGTAIASLTGTLAGTHMITARLANSNVSDTQPMTFVADKD RAVVVLQTSKAEIIGNGVDETTLTATVKDPSNHPVAGITVNFTMPQGVAANFTLENNGIAITQANGEAHVTLKGKKAGTH TVTATLGNNNTSDSQPVTFVADKTSAQVVLQMSKDEITGNGVDNATLTATVKDQFDNEVNNLPVTFSSASSGLTLTPGVS NTNESGIAQATLAGVAFGEQTVTASLANNGASDNKTVHFIGDTAAAKIIELTPVPDSIIAGTPQNSSGSVITATVVDNNG FPVKGVTVNFTSRTNSAEMTNGGQAVTNEQGKATVTYTNTRSSIESGARPDTVEASLENGSSTLSTSINVNADASTAHLT LLQALFDTVSAGDTTNLYIEVKDNYGNGVPQQEVTLRVSPSEGVTPSNNAIYTTNHDGNFYASFTATKAGVYQVTATLEN GDSMQQTVTYVPNVANAEITLAASKDPLIADNNDLTTLTATVADTEGNAIANTEVTFTLPEDVKANFTLSDGGKAITDAE GKAKVTLKGTKAGAHTVTASMTGGKSEQLVVNFIADTLSAQVNLNVTEDNFIANNVGMTTLQATVTDGNGNPLANEAVTF TLPADVSASFTLGQGGSAITDINGKAEVTLSGTKSGTYPVTVSVNNYGVSDTKQVTLIADAGTATLASLTSVYSFVVSTT EGATMTASVTDANGNPVEGIKVNFRGTSVTLSSTSVETDDQGFAEILVTSTEVGLKTVSASLADKPTEVISRLLNAKADI NSATITSLEIPEGQLMVAQDVAVKAHVNDQFGNPILNESVTFSAEPPEHMTISQNIVSTDTHGIAEVSMTPERNGSYMVK ASLANGASLEKQLEAIDEKLTLTASSPLIGVYAPTGTTLTATLTSANGTPVEGQVINFSVTPEGATLSGGKVRTNSSGQA PVVLTSNKVGTYTVTASFHNGVTIQTQTTVKVTGNSSTAHVASFIADPSTIAATNSDLSTLKATVEDGSGNLIEGLTVYF ALKSGSATLTSLTAVTDQNGIATTSVKGAMTGSVTVSAVTTAGGMQTVDITLVAGPADTSQSVLKSNRSSLKGDYTDSAE LRLVLHDISGNPIKVSEGMEFVQSGTNVPYIKISAIDYSLNINGDYKATVTSGGEGIATLIPVLNGVHQAGLSTTIQFTR AEDKIMSGTVSVNGTDLPTTTFPSQGFTGAYYQLNNDNFAPGKTAADYEFSSSASWVDVDATGKVTFKNVGSNWERITAT PKSGGPSYVYEIRVKSWWVNAGEAFMIYSLAENFCSSNGYTLPRANYLNHSSSRGIGSLYSEWGDMGHYTTDAGFQSNMY WSSSPANSSEQYVVSLATGDQSVFEKLGFAYATCYKNL
Sequences:
>Translated_2358_residues MATKKRSGEEINDRQILCGMGIKLRRLTAGICLITQLAFPMAAAAQGVVNTATQQPVPAQIAIANANTVPYTLGALESAQ SVAERFGISVAELRKLNQFRTFARGFDNVRQGDELDVPAQVSENNLTPPPGNSSGNLEQQIASTSQPIGSLLAEDMNSEQ AANMARGWASSQASGAMTDWLSRFGTARITLGVDEDFSLKNSQFDFLHPWYETPDNLFFSQHTLHRTDERTQINNGLGWR HFTPTWMSGINFFFDHDLSRYHSRAGIGAEYWRDYLKLSSNGYLPLTNWRSAPELDNDYEARPANGWDVRAEGWLPAWPH LGGKLVYEQYYGDEVALFDKDDRQSNPHTITAGLNYTPFPLMTFSAEQRQGKQGENDTRFAVDFTWQPGSAMQKQLDPNE VAARRSLAGSRYDLVDRNNNIVLEYRKKELVRLTLTDPVTGKSGEVKSLVSSLQTKYALKGYNVEATALEAAGGKVVTTG KDILVTLPAYRFTSTPETDNTWPIEVTAEDVKGNLSNREQSMVVVQAPTLSQKDSSVSLSTQTLSADSHSTATLTFIAHD AAGNPVIGLVLSTRHEGVQDITLSEWKDNGDGSYTQILTTGAMSGTLTLMPQLNGVDAAKAPAVVNIISISSSRTHSSIK IDKDRYLSGNPIEVTVELRDENDKPVKEQKQQLNNAVSIDNVKPGVTTDWKETADGVYKATYTAYTKGSGLTAKLLMQNW NEDLHTAGFIIDANPQSAKIATLSASNNGVLANENAANTVSVNVADEGSNPINDHTVTFAVLSGSATSFNNQNTAKTDVN GLATFDLKSSKQEDNTVEVTLENGVKQTLIVSFVGDSSTAQVELQKSKNEVVADGNDSATMTATVRDAKGNLLNDVKVTF NVNSAEAKLSQTEVNSHDGIATATLTSLKNGDYRVTASVSSGSQANQQVIFIGDQSTAALTLSVPSGDITVTNTAPLHMT ATLQDKNGNPLKDKEITFSVPNDVASRFSISNSGKGMTDSNGTAIASLTGTLAGTHMITARLANSNVSDTQPMTFVADKD RAVVVLQTSKAEIIGNGVDETTLTATVKDPSNHPVAGITVNFTMPQGVAANFTLENNGIAITQANGEAHVTLKGKKAGTH TVTATLGNNNTSDSQPVTFVADKTSAQVVLQMSKDEITGNGVDNATLTATVKDQFDNEVNNLPVTFSSASSGLTLTPGVS NTNESGIAQATLAGVAFGEQTVTASLANNGASDNKTVHFIGDTAAAKIIELTPVPDSIIAGTPQNSSGSVITATVVDNNG FPVKGVTVNFTSRTNSAEMTNGGQAVTNEQGKATVTYTNTRSSIESGARPDTVEASLENGSSTLSTSINVNADASTAHLT LLQALFDTVSAGDTTNLYIEVKDNYGNGVPQQEVTLRVSPSEGVTPSNNAIYTTNHDGNFYASFTATKAGVYQVTATLEN GDSMQQTVTYVPNVANAEITLAASKDPLIADNNDLTTLTATVADTEGNAIANTEVTFTLPEDVKANFTLSDGGKAITDAE GKAKVTLKGTKAGAHTVTASMTGGKSEQLVVNFIADTLSAQVNLNVTEDNFIANNVGMTTLQATVTDGNGNPLANEAVTF TLPADVSASFTLGQGGSAITDINGKAEVTLSGTKSGTYPVTVSVNNYGVSDTKQVTLIADAGTATLASLTSVYSFVVSTT EGATMTASVTDANGNPVEGIKVNFRGTSVTLSSTSVETDDQGFAEILVTSTEVGLKTVSASLADKPTEVISRLLNAKADI NSATITSLEIPEGQLMVAQDVAVKAHVNDQFGNPILNESVTFSAEPPEHMTISQNIVSTDTHGIAEVSMTPERNGSYMVK ASLANGASLEKQLEAIDEKLTLTASSPLIGVYAPTGTTLTATLTSANGTPVEGQVINFSVTPEGATLSGGKVRTNSSGQA PVVLTSNKVGTYTVTASFHNGVTIQTQTTVKVTGNSSTAHVASFIADPSTIAATNSDLSTLKATVEDGSGNLIEGLTVYF ALKSGSATLTSLTAVTDQNGIATTSVKGAMTGSVTVSAVTTAGGMQTVDITLVAGPADTSQSVLKSNRSSLKGDYTDSAE LRLVLHDISGNPIKVSEGMEFVQSGTNVPYIKISAIDYSLNINGDYKATVTSGGEGIATLIPVLNGVHQAGLSTTIQFTR AEDKIMSGTVSVNGTDLPTTTFPSQGFTGAYYQLNNDNFAPGKTAADYEFSSSASWVDVDATGKVTFKNVGSNWERITAT PKSGGPSYVYEIRVKSWWVNAGEAFMIYSLAENFCSSNGYTLPRANYLNHSSSRGIGSLYSEWGDMGHYTTDAGFQSNMY WSSSPANSSEQYVVSLATGDQSVFEKLGFAYATCYKNL >Mature_2357_residues ATKKRSGEEINDRQILCGMGIKLRRLTAGICLITQLAFPMAAAAQGVVNTATQQPVPAQIAIANANTVPYTLGALESAQS VAERFGISVAELRKLNQFRTFARGFDNVRQGDELDVPAQVSENNLTPPPGNSSGNLEQQIASTSQPIGSLLAEDMNSEQA ANMARGWASSQASGAMTDWLSRFGTARITLGVDEDFSLKNSQFDFLHPWYETPDNLFFSQHTLHRTDERTQINNGLGWRH FTPTWMSGINFFFDHDLSRYHSRAGIGAEYWRDYLKLSSNGYLPLTNWRSAPELDNDYEARPANGWDVRAEGWLPAWPHL GGKLVYEQYYGDEVALFDKDDRQSNPHTITAGLNYTPFPLMTFSAEQRQGKQGENDTRFAVDFTWQPGSAMQKQLDPNEV AARRSLAGSRYDLVDRNNNIVLEYRKKELVRLTLTDPVTGKSGEVKSLVSSLQTKYALKGYNVEATALEAAGGKVVTTGK DILVTLPAYRFTSTPETDNTWPIEVTAEDVKGNLSNREQSMVVVQAPTLSQKDSSVSLSTQTLSADSHSTATLTFIAHDA AGNPVIGLVLSTRHEGVQDITLSEWKDNGDGSYTQILTTGAMSGTLTLMPQLNGVDAAKAPAVVNIISISSSRTHSSIKI DKDRYLSGNPIEVTVELRDENDKPVKEQKQQLNNAVSIDNVKPGVTTDWKETADGVYKATYTAYTKGSGLTAKLLMQNWN EDLHTAGFIIDANPQSAKIATLSASNNGVLANENAANTVSVNVADEGSNPINDHTVTFAVLSGSATSFNNQNTAKTDVNG LATFDLKSSKQEDNTVEVTLENGVKQTLIVSFVGDSSTAQVELQKSKNEVVADGNDSATMTATVRDAKGNLLNDVKVTFN VNSAEAKLSQTEVNSHDGIATATLTSLKNGDYRVTASVSSGSQANQQVIFIGDQSTAALTLSVPSGDITVTNTAPLHMTA TLQDKNGNPLKDKEITFSVPNDVASRFSISNSGKGMTDSNGTAIASLTGTLAGTHMITARLANSNVSDTQPMTFVADKDR AVVVLQTSKAEIIGNGVDETTLTATVKDPSNHPVAGITVNFTMPQGVAANFTLENNGIAITQANGEAHVTLKGKKAGTHT VTATLGNNNTSDSQPVTFVADKTSAQVVLQMSKDEITGNGVDNATLTATVKDQFDNEVNNLPVTFSSASSGLTLTPGVSN TNESGIAQATLAGVAFGEQTVTASLANNGASDNKTVHFIGDTAAAKIIELTPVPDSIIAGTPQNSSGSVITATVVDNNGF PVKGVTVNFTSRTNSAEMTNGGQAVTNEQGKATVTYTNTRSSIESGARPDTVEASLENGSSTLSTSINVNADASTAHLTL LQALFDTVSAGDTTNLYIEVKDNYGNGVPQQEVTLRVSPSEGVTPSNNAIYTTNHDGNFYASFTATKAGVYQVTATLENG DSMQQTVTYVPNVANAEITLAASKDPLIADNNDLTTLTATVADTEGNAIANTEVTFTLPEDVKANFTLSDGGKAITDAEG KAKVTLKGTKAGAHTVTASMTGGKSEQLVVNFIADTLSAQVNLNVTEDNFIANNVGMTTLQATVTDGNGNPLANEAVTFT LPADVSASFTLGQGGSAITDINGKAEVTLSGTKSGTYPVTVSVNNYGVSDTKQVTLIADAGTATLASLTSVYSFVVSTTE GATMTASVTDANGNPVEGIKVNFRGTSVTLSSTSVETDDQGFAEILVTSTEVGLKTVSASLADKPTEVISRLLNAKADIN SATITSLEIPEGQLMVAQDVAVKAHVNDQFGNPILNESVTFSAEPPEHMTISQNIVSTDTHGIAEVSMTPERNGSYMVKA SLANGASLEKQLEAIDEKLTLTASSPLIGVYAPTGTTLTATLTSANGTPVEGQVINFSVTPEGATLSGGKVRTNSSGQAP VVLTSNKVGTYTVTASFHNGVTIQTQTTVKVTGNSSTAHVASFIADPSTIAATNSDLSTLKATVEDGSGNLIEGLTVYFA LKSGSATLTSLTAVTDQNGIATTSVKGAMTGSVTVSAVTTAGGMQTVDITLVAGPADTSQSVLKSNRSSLKGDYTDSAEL RLVLHDISGNPIKVSEGMEFVQSGTNVPYIKISAIDYSLNINGDYKATVTSGGEGIATLIPVLNGVHQAGLSTTIQFTRA EDKIMSGTVSVNGTDLPTTTFPSQGFTGAYYQLNNDNFAPGKTAADYEFSSSASWVDVDATGKVTFKNVGSNWERITATP KSGGPSYVYEIRVKSWWVNAGEAFMIYSLAENFCSSNGYTLPRANYLNHSSSRGIGSLYSEWGDMGHYTTDAGFQSNMYW SSSPANSSEQYVVSLATGDQSVFEKLGFAYATCYKNL
Specific function: Unknown
COG id: NA
COG function: NA
Gene ontology:
Cell location: Cytoplasmic
Metaboloic importance: Unknown [C]
Operon status: Not Known
Operon components: None
Similarity: Contains 13 Big-1 (bacterial Ig-like domain 1) domains [H]
Homologues:
Organism=Escherichia coli, GI145693153, Length=2358, Percent_Identity=97.2010178117048, Blast_Score=4613, Evalue=0.0, Organism=Escherichia coli, GI145693120, Length=361, Percent_Identity=32.409972299169, Blast_Score=167, Evalue=9e-42,
Paralogues:
None
Copy number: NA
Swissprot (AC and ID): NA
Other databases:
- InterPro: IPR003344 - InterPro: IPR003535 - InterPro: IPR008964 - InterPro: IPR022409 [H]
Pfam domain/function: PF02369 Big_1 [H]
EC number: NA
Molecular weight: Translated: 248786; Mature: 248655
Theoretical pI: Translated: 4.58; Mature: 4.58
Prosite motif: PS51127 BIG1 ; PS00159 ALDOLASE_KDPG_KHG_1
Important sites: NA
Signals:
None
Transmembrane regions:
None
Cys/Met content:
0.2 %Cys (Translated Protein) 1.5 %Met (Translated Protein) 1.7 %Cys+Met (Translated Protein) 0.2 %Cys (Mature Protein) 1.5 %Met (Mature Protein) 1.7 %Cys+Met (Mature Protein)
Secondary structure:
>Translated Secondary Structure MATKKRSGEEINDRQILCGMGIKLRRLTAGICLITQLAFPMAAAAQGVVNTATQQPVPAQ CCCCCCCCCCCCCCEEEECCCCEEEHHHHHHHHHHHHHHHHHHHHCCHHHHCCCCCCCEE IAIANANTVPYTLGALESAQSVAERFGISVAELRKLNQFRTFARGFDNVRQGDELDVPAQ EEEECCCCCCEEHHHHHHHHHHHHHHCCCHHHHHHHHHHHHHHHHHHHHCCCCCCCCCCE VSENNLTPPPGNSSGNLEQQIASTSQPIGSLLAEDMNSEQAANMARGWASSQASGAMTDW ECCCCCCCCCCCCCCCHHHHHHHCCCHHHHHHHHHCCCHHHHHHHHCCCCCCCCCHHHHH LSRFGTARITLGVDEDFSLKNSQFDFLHPWYETPDNLFFSQHTLHRTDERTQINNGLGWR HHHCCCEEEEEECCCCCCCCCCCCCEECCCCCCCCCEEECCCHHCCCCCHHHHCCCCCCC HFTPTWMSGINFFFDHDLSRYHSRAGIGAEYWRDYLKLSSNGYLPLTNWRSAPELDNDYE CCCHHHHHHCHHEECCCHHHHHHHCCCCHHHHHHHHHCCCCCCEEECCCCCCCCCCCCCC ARPANGWDVRAEGWLPAWPHLGGKLVYEQYYGDEVALFDKDDRQSNPHTITAGLNYTPFP CCCCCCCEEEECCCCCCCCCCCCEEEEEECCCCEEEEEECCCCCCCCCEEEECCCCCCCE LMTFSAEQRQGKQGENDTRFAVDFTWQPGSAMQKQLDPNEVAARRSLAGSRYDLVDRNNN EEEECCHHHCCCCCCCCCEEEEEEEECCCHHHHHCCCHHHHHHHHHHCCCCEEEEECCCC IVLEYRKKELVRLTLTDPVTGKSGEVKSLVSSLQTKYALKGYNVEATALEAAGGKVVTTG EEEEEECCEEEEEEECCCCCCCCCHHHHHHHHHHHHHEECCCCEEEEEEECCCCEEEECC KDILVTLPAYRFTSTPETDNTWPIEVTAEDVKGNLSNREQSMVVVQAPTLSQKDSSVSLS CEEEEEECCEEECCCCCCCCEEEEEEEHHHHCCCCCCCCCEEEEEECCCCCCCCCCEEEE TQTLSADSHSTATLTFIAHDAAGNPVIGLVLSTRHEGVQDITLSEWKDNGDGSYTQILTT EEEECCCCCCEEEEEEEEECCCCCCEEEEEEECCCCCCCCCCHHHCCCCCCCCEEEEEEE GAMSGTLTLMPQLNGVDAAKAPAVVNIISISSSRTHSSIKIDKDRYLSGNPIEVTVELRD CCCCCEEEEEECCCCCCCCCCCEEEEEEEECCCCCCCEEEECCCCCCCCCCEEEEEEEEC ENDKPVKEQKQQLNNAVSIDNVKPGVTTDWKETADGVYKATYTAYTKGSGLTAKLLMQNW CCCCCHHHHHHHHCCCEEECCCCCCCCCCHHHHCCCEEEEEEEEEECCCCCEEEHHHHHC NEDLHTAGFIIDANPQSAKIATLSASNNGVLANENAANTVSVNVADEGSNPINDHTVTFA CCCHHHEEEEEECCCCCCEEEEEECCCCCEEECCCCCCEEEEEEECCCCCCCCCCEEEEE VLSGSATSFNNQNTAKTDVNGLATFDLKSSKQEDNTVEVTLENGVKQTLIVSFVGDSSTA EEECCCCCCCCCCCCCCCCCCEEEEEECCCCCCCCEEEEEECCCCCEEEEEEEECCCCCE QVELQKSKNEVVADGNDSATMTATVRDAKGNLLNDVKVTFNVNSAEAKLSQTEVNSHDGI EEEEECCCCCEEECCCCCEEEEEEEECCCCCEEEEEEEEEEECHHHHEEEHHCCCCCCCE ATATLTSLKNGDYRVTASVSSGSQANQQVIFIGDQSTAALTLSVPSGDITVTNTAPLHMT EEEEEECCCCCCEEEEEEECCCCCCCCEEEEEECCCCEEEEEEECCCCEEEECCCCEEEE ATLQDKNGNPLKDKEITFSVPNDVASRFSISNSGKGMTDSNGTAIASLTGTLAGTHMITA EEEECCCCCCCCCCEEEEECCHHHHHHEEECCCCCCCCCCCCEEEEEEECCCCCCEEEEE RLANSNVSDTQPMTFVADKDRAVVVLQTSKAEIIGNGVDETTLTATVKDPSNHPVAGITV EECCCCCCCCCCEEEEECCCCEEEEEEECCCEEECCCCCCCEEEEEEECCCCCCEEEEEE NFTMPQGVAANFTLENNGIAITQANGEAHVTLKGKKAGTHTVTATLGNNNTSDSQPVTFV EEECCCCCEEEEEEECCCEEEEECCCEEEEEEECCCCCCEEEEEEECCCCCCCCCCEEEE ADKTSAQVVLQMSKDEITGNGVDNATLTATVKDQFDNEVNNLPVTFSSASSGLTLTPGVS ECCCCEEEEEEECCCCCCCCCCCCCEEEEEEHHHCCCCCCCCCEEEECCCCCCEECCCCC NTNESGIAQATLAGVAFGEQTVTASLANNGASDNKTVHFIGDTAAAKIIELTPVPDSIIA CCCCCCCHHEEEHHEEECCCEEEEEECCCCCCCCCEEEEEECCCCEEEEEEECCCCHHEE GTPQNSSGSVITATVVDNNGFPVKGVTVNFTSRTNSAEMTNGGQAVTNEQGKATVTYTNT CCCCCCCCCEEEEEEECCCCCEEEEEEEEEECCCCCCEECCCCCEEECCCCCEEEEEECC RSSIESGARPDTVEASLENGSSTLSTSINVNADASTAHLTLLQALFDTVSAGDTTNLYIE HHHHHCCCCCCEEEEECCCCCCEEEEEEEECCCCCHHHHHHHHHHHHHHCCCCCEEEEEE VKDNYGNGVPQQEVTLRVSPSEGVTPSNNAIYTTNHDGNFYASFTATKAGVYQVTATLEN EEECCCCCCCCCEEEEEECCCCCCCCCCCEEEEECCCCCEEEEEEECCCCEEEEEEEECC GDSMQQTVTYVPNVANAEITLAASKDPLIADNNDLTTLTATVADTEGNAIANTEVTFTLP CCCHHHHHEECCCCCCCEEEEEECCCCEEECCCCEEEEEEEEEECCCCEEECCEEEEECC EDVKANFTLSDGGKAITDAEGKAKVTLKGTKAGAHTVTASMTGGKSEQLVVNFIADTLSA CCCCEEEEECCCCCEEECCCCCEEEEEEECCCCCEEEEEEECCCCCCEEEEEEEHHHCCE QVNLNVTEDNFIANNVGMTTLQATVTDGNGNPLANEAVTFTLPADVSASFTLGQGGSAIT EEEEEECCCCEEECCCCCEEEEEEEECCCCCCCCCCEEEEEECCCCCEEEEECCCCCEEE DINGKAEVTLSGTKSGTYPVTVSVNNYGVSDTKQVTLIADAGTATLASLTSVYSFVVSTT ECCCEEEEEEECCCCCCEEEEEEECCCCCCCCCEEEEEEECCCHHHHHHHHHHHEEEECC EGATMTASVTDANGNPVEGIKVNFRGTSVTLSSTSVETDDQGFAEILVTSTEVGLKTVSA CCCEEEEEEECCCCCCCCEEEEEEECCEEEEECCCCCCCCCCCEEEEEEECCCCCEEEHH SLADKPTEVISRLLNAKADINSATITSLEIPEGQLMVAQDVAVKAHVNDQFGNPILNESV HHCCCHHHHHHHHHCCCCCCCCEEEEEEECCCCCEEEEECEEEEEECCCCCCCCCCCCCE TFSAEPPEHMTISQNIVSTDTHGIAEVSMTPERNGSYMVKASLANGASLEKQLEAIDEKL EECCCCCCCEEEECCEEECCCCCEEEEEECCCCCCCEEEEEECCCCCHHHHHHHHHCCEE TLTASSPLIGVYAPTGTTLTATLTSANGTPVEGQVINFSVTPEGATLSGGKVRTNSSGQA EEEECCCEEEEECCCCCEEEEEEECCCCCCCCCEEEEEEECCCCCEECCCEEEECCCCCC PVVLTSNKVGTYTVTASFHNGVTIQTQTTVKVTGNSSTAHVASFIADPSTIAATNSDLST CEEEECCCCEEEEEEEECCCCEEEEEEEEEEEECCCCHHHHHHHHCCCCCEEECCCCCEE LKATVEDGSGNLIEGLTVYFALKSGSATLTSLTAVTDQNGIATTSVKGAMTGSVTVSAVT EEEEEECCCCCEEEEEEEEEEEECCCCEEEEEEEEECCCCEEEEEECCEEECCEEEEEEE TAGGMQTVDITLVAGPADTSQSVLKSNRSSLKGDYTDSAELRLVLHDISGNPIKVSEGME ECCCEEEEEEEEEECCCCCHHHHHHCCHHHCCCCCCCCCEEEEEEEECCCCEEEHHCCHH FVQSGTNVPYIKISAIDYSLNINGDYKATVTSGGEGIATLIPVLNGVHQAGLSTTIQFTR HHHCCCCCCEEEEEEEEEEEECCCCEEEEEECCCCCHHHHHHHHHHHHHCCCCEEEEEEE AEDKIMSGTVSVNGTDLPTTTFPSQGFTGAYYQLNNDNFAPGKTAADYEFSSSASWVDVD CCCCEEEEEEEECCCCCCCCCCCCCCCCEEEEEECCCCCCCCCCCCCCEECCCCCEEEEC ATGKVTFKNVGSNWERITATPKSGGPSYVYEIRVKSWWVNAGEAFMIYSLAENFCSSNGY CCCEEEEEECCCCCEEEEECCCCCCCCEEEEEEEEEEEECCCCEEEEEEHHHHHHCCCCE TLPRANYLNHSSSRGIGSLYSEWGDMGHYTTDAGFQSNMYWSSSPANSSEQYVVSLATGD ECCCCHHCCCCCCCCHHHHHHHHCCCCCEECCCCCCCCEEECCCCCCCCCEEEEEEECCC QSVFEKLGFAYATCYKNL HHHHHHHCHHEEHHHCCC >Mature Secondary Structure ATKKRSGEEINDRQILCGMGIKLRRLTAGICLITQLAFPMAAAAQGVVNTATQQPVPAQ CCCCCCCCCCCCCEEEECCCCEEEHHHHHHHHHHHHHHHHHHHHCCHHHHCCCCCCCEE IAIANANTVPYTLGALESAQSVAERFGISVAELRKLNQFRTFARGFDNVRQGDELDVPAQ EEEECCCCCCEEHHHHHHHHHHHHHHCCCHHHHHHHHHHHHHHHHHHHHCCCCCCCCCCE VSENNLTPPPGNSSGNLEQQIASTSQPIGSLLAEDMNSEQAANMARGWASSQASGAMTDW ECCCCCCCCCCCCCCCHHHHHHHCCCHHHHHHHHHCCCHHHHHHHHCCCCCCCCCHHHHH LSRFGTARITLGVDEDFSLKNSQFDFLHPWYETPDNLFFSQHTLHRTDERTQINNGLGWR HHHCCCEEEEEECCCCCCCCCCCCCEECCCCCCCCCEEECCCHHCCCCCHHHHCCCCCCC HFTPTWMSGINFFFDHDLSRYHSRAGIGAEYWRDYLKLSSNGYLPLTNWRSAPELDNDYE CCCHHHHHHCHHEECCCHHHHHHHCCCCHHHHHHHHHCCCCCCEEECCCCCCCCCCCCCC ARPANGWDVRAEGWLPAWPHLGGKLVYEQYYGDEVALFDKDDRQSNPHTITAGLNYTPFP CCCCCCCEEEECCCCCCCCCCCCEEEEEECCCCEEEEEECCCCCCCCCEEEECCCCCCCE LMTFSAEQRQGKQGENDTRFAVDFTWQPGSAMQKQLDPNEVAARRSLAGSRYDLVDRNNN EEEECCHHHCCCCCCCCCEEEEEEEECCCHHHHHCCCHHHHHHHHHHCCCCEEEEECCCC IVLEYRKKELVRLTLTDPVTGKSGEVKSLVSSLQTKYALKGYNVEATALEAAGGKVVTTG EEEEEECCEEEEEEECCCCCCCCCHHHHHHHHHHHHHEECCCCEEEEEEECCCCEEEECC KDILVTLPAYRFTSTPETDNTWPIEVTAEDVKGNLSNREQSMVVVQAPTLSQKDSSVSLS CEEEEEECCEEECCCCCCCCEEEEEEEHHHHCCCCCCCCCEEEEEECCCCCCCCCCEEEE TQTLSADSHSTATLTFIAHDAAGNPVIGLVLSTRHEGVQDITLSEWKDNGDGSYTQILTT EEEECCCCCCEEEEEEEEECCCCCCEEEEEEECCCCCCCCCCHHHCCCCCCCCEEEEEEE GAMSGTLTLMPQLNGVDAAKAPAVVNIISISSSRTHSSIKIDKDRYLSGNPIEVTVELRD CCCCCEEEEEECCCCCCCCCCCEEEEEEEECCCCCCCEEEECCCCCCCCCCEEEEEEEEC ENDKPVKEQKQQLNNAVSIDNVKPGVTTDWKETADGVYKATYTAYTKGSGLTAKLLMQNW CCCCCHHHHHHHHCCCEEECCCCCCCCCCHHHHCCCEEEEEEEEEECCCCCEEEHHHHHC NEDLHTAGFIIDANPQSAKIATLSASNNGVLANENAANTVSVNVADEGSNPINDHTVTFA CCCHHHEEEEEECCCCCCEEEEEECCCCCEEECCCCCCEEEEEEECCCCCCCCCCEEEEE VLSGSATSFNNQNTAKTDVNGLATFDLKSSKQEDNTVEVTLENGVKQTLIVSFVGDSSTA EEECCCCCCCCCCCCCCCCCCEEEEEECCCCCCCCEEEEEECCCCCEEEEEEEECCCCCE QVELQKSKNEVVADGNDSATMTATVRDAKGNLLNDVKVTFNVNSAEAKLSQTEVNSHDGI EEEEECCCCCEEECCCCCEEEEEEEECCCCCEEEEEEEEEEECHHHHEEEHHCCCCCCCE ATATLTSLKNGDYRVTASVSSGSQANQQVIFIGDQSTAALTLSVPSGDITVTNTAPLHMT EEEEEECCCCCCEEEEEEECCCCCCCCEEEEEECCCCEEEEEEECCCCEEEECCCCEEEE ATLQDKNGNPLKDKEITFSVPNDVASRFSISNSGKGMTDSNGTAIASLTGTLAGTHMITA EEEECCCCCCCCCCEEEEECCHHHHHHEEECCCCCCCCCCCCEEEEEEECCCCCCEEEEE RLANSNVSDTQPMTFVADKDRAVVVLQTSKAEIIGNGVDETTLTATVKDPSNHPVAGITV EECCCCCCCCCCEEEEECCCCEEEEEEECCCEEECCCCCCCEEEEEEECCCCCCEEEEEE NFTMPQGVAANFTLENNGIAITQANGEAHVTLKGKKAGTHTVTATLGNNNTSDSQPVTFV EEECCCCCEEEEEEECCCEEEEECCCEEEEEEECCCCCCEEEEEEECCCCCCCCCCEEEE ADKTSAQVVLQMSKDEITGNGVDNATLTATVKDQFDNEVNNLPVTFSSASSGLTLTPGVS ECCCCEEEEEEECCCCCCCCCCCCCEEEEEEHHHCCCCCCCCCEEEECCCCCCEECCCCC NTNESGIAQATLAGVAFGEQTVTASLANNGASDNKTVHFIGDTAAAKIIELTPVPDSIIA CCCCCCCHHEEEHHEEECCCEEEEEECCCCCCCCCEEEEEECCCCEEEEEEECCCCHHEE GTPQNSSGSVITATVVDNNGFPVKGVTVNFTSRTNSAEMTNGGQAVTNEQGKATVTYTNT CCCCCCCCCEEEEEEECCCCCEEEEEEEEEECCCCCCEECCCCCEEECCCCCEEEEEECC RSSIESGARPDTVEASLENGSSTLSTSINVNADASTAHLTLLQALFDTVSAGDTTNLYIE HHHHHCCCCCCEEEEECCCCCCEEEEEEEECCCCCHHHHHHHHHHHHHHCCCCCEEEEEE VKDNYGNGVPQQEVTLRVSPSEGVTPSNNAIYTTNHDGNFYASFTATKAGVYQVTATLEN EEECCCCCCCCCEEEEEECCCCCCCCCCCEEEEECCCCCEEEEEEECCCCEEEEEEEECC GDSMQQTVTYVPNVANAEITLAASKDPLIADNNDLTTLTATVADTEGNAIANTEVTFTLP CCCHHHHHEECCCCCCCEEEEEECCCCEEECCCCEEEEEEEEEECCCCEEECCEEEEECC EDVKANFTLSDGGKAITDAEGKAKVTLKGTKAGAHTVTASMTGGKSEQLVVNFIADTLSA CCCCEEEEECCCCCEEECCCCCEEEEEEECCCCCEEEEEEECCCCCCEEEEEEEHHHCCE QVNLNVTEDNFIANNVGMTTLQATVTDGNGNPLANEAVTFTLPADVSASFTLGQGGSAIT EEEEEECCCCEEECCCCCEEEEEEEECCCCCCCCCCEEEEEECCCCCEEEEECCCCCEEE DINGKAEVTLSGTKSGTYPVTVSVNNYGVSDTKQVTLIADAGTATLASLTSVYSFVVSTT ECCCEEEEEEECCCCCCEEEEEEECCCCCCCCCEEEEEEECCCHHHHHHHHHHHEEEECC EGATMTASVTDANGNPVEGIKVNFRGTSVTLSSTSVETDDQGFAEILVTSTEVGLKTVSA CCCEEEEEEECCCCCCCCEEEEEEECCEEEEECCCCCCCCCCCEEEEEEECCCCCEEEHH SLADKPTEVISRLLNAKADINSATITSLEIPEGQLMVAQDVAVKAHVNDQFGNPILNESV HHCCCHHHHHHHHHCCCCCCCCEEEEEEECCCCCEEEEECEEEEEECCCCCCCCCCCCCE TFSAEPPEHMTISQNIVSTDTHGIAEVSMTPERNGSYMVKASLANGASLEKQLEAIDEKL EECCCCCCCEEEECCEEECCCCCEEEEEECCCCCCCEEEEEECCCCCHHHHHHHHHCCEE TLTASSPLIGVYAPTGTTLTATLTSANGTPVEGQVINFSVTPEGATLSGGKVRTNSSGQA EEEECCCEEEEECCCCCEEEEEEECCCCCCCCCEEEEEEECCCCCEECCCEEEECCCCCC PVVLTSNKVGTYTVTASFHNGVTIQTQTTVKVTGNSSTAHVASFIADPSTIAATNSDLST CEEEECCCCEEEEEEEECCCCEEEEEEEEEEEECCCCHHHHHHHHCCCCCEEECCCCCEE LKATVEDGSGNLIEGLTVYFALKSGSATLTSLTAVTDQNGIATTSVKGAMTGSVTVSAVT EEEEEECCCCCEEEEEEEEEEEECCCCEEEEEEEEECCCCEEEEEECCEEECCEEEEEEE TAGGMQTVDITLVAGPADTSQSVLKSNRSSLKGDYTDSAELRLVLHDISGNPIKVSEGME ECCCEEEEEEEEEECCCCCHHHHHHCCHHHCCCCCCCCCEEEEEEEECCCCEEEHHCCHH FVQSGTNVPYIKISAIDYSLNINGDYKATVTSGGEGIATLIPVLNGVHQAGLSTTIQFTR HHHCCCCCCEEEEEEEEEEEECCCCEEEEEECCCCCHHHHHHHHHHHHHCCCCEEEEEEE AEDKIMSGTVSVNGTDLPTTTFPSQGFTGAYYQLNNDNFAPGKTAADYEFSSSASWVDVD CCCCEEEEEEEECCCCCCCCCCCCCCCCEEEEEECCCCCCCCCCCCCCEECCCCCEEEEC ATGKVTFKNVGSNWERITATPKSGGPSYVYEIRVKSWWVNAGEAFMIYSLAENFCSSNGY CCCEEEEEECCCCCEEEEECCCCCCCCEEEEEEEEEEEECCCCEEEEEEHHHHHHCCCCE TLPRANYLNHSSSRGIGSLYSEWGDMGHYTTDAGFQSNMYWSSSPANSSEQYVVSLATGD ECCCCHHCCCCCCCCHHHHHHHHCCCCCEECCCCCCCCEEECCCCCCCCCEEEEEEECCC QSVFEKLGFAYATCYKNL HHHHHHHCHHEEHHHCCC
PDB accession: NA
Resolution: NA
Structure class: Unstructured
Cofactors: NA
Metal ions: NA
Kcat value (1/min): NA
Specific activity: NA
Km value (mM): NA
Substrates: NA
Specific reaction: NA
General reaction: NA
Inhibitor: NA
Structure determination priority: 9.0
TargetDB status: NA
Availability: NA
References: 9097040; 9278503 [H]