| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | AFE_2967 |
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| Symbol | |
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| ID | 7135422 |
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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 | Acidithiobacillus ferrooxidans ATCC 23270 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011761 |
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| Strand | + |
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| Start bp | 2650455 |
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| End bp | 2656202 |
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| Gene Length | 5748 bp |
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| Protein Length | 1915 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 643531318 |
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| Product | glycosyl transferase, group 1 |
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| Protein accession | YP_002427334 |
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| Protein GI | 218665432 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0438] Glycosyltransferase |
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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 | 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 | ATGAGAATCG TCATCGACTT GCAAGGCGCA CAAACACCTG GGAGCCGAAA TCGCGGTATC
GGGCGTTATT CCCTATCTCT GGCTCTGGCA ATCGCTAGAC AAGGTGGGGA GCATGAAATT
CTCATCATGC TAAATGGTGC GTTTCCTGAC ACGATAGATC CAATACGCCA GGCTTTCAAT
GGCCTGATTC CAACCGATAA TTTCAGAATT TTATACGGAT TATATCCCTC GCGCGCTATT
GATGCAGACA ACCGATGGAG GCGTCAAGCA TCTGAAAAAC TTTATGAATC GTTCATGTTG
CAAATTGATC CGGATATTCT GTTGGTTAGC AGCCTATTCG AAGGTTTTCA TGAAGATGCC
ATTACCAGCG TTAATAGCCA AGGCAAATAT GCGGTTGCTG TTATTCTTTA CGACCTAATT
CTCTTAATTC ATCCCAAACC TTATCTAGAG AACCCTAGTG TTTCGGCTTG GTATCATGCT
CGCCTTGACC ATCTTCGACG GGCTGATATC TTGCTTGCTA TATCCGAGTC TTCTCGTCAG
GAGGCTATAA AATACCTAGA TGTTGAAGAC GGACAAGCGG TCAATATTTC CTGCTCAATA
GATGGCTATT ACCGTCCGTT GTCGTTTTCT CTGGAGGAAC GGCGGCACAT AATGGAGCGA
TACTATCTGA CCCGGCCATT CGTCATGTAT ACCGGTGGAA TAGACTATCG GAAGAACATC
GAAGCACTAA TTAGTGCATA TGCAAAACTG TCTAACGAGA TTCGCCGTGG CCATCAATTG
GCTATTGTCT GTTCGATTCT GGATCATGAT CGGAACCGTC TGGAAAAGCT CGCGCAAAAA
TGTGGCTTGG GTGCTGGGGA ATTGGTGTTC ACTGGTTTTA TCCCAAGCGA TGATCTCCTG
GCGCTCTATA ATCTGTGTCG CCTGTTCGTT TTTCCATCGT GGCACGAAGG TTTTGGGTTG
CCGGTGTTGG AAGCTATGGC CTGTGGTGCG CCAACGTTGG CCTCCAATTG CAGCAGTTTG
CCTGAGGTGG TCGGGCTGGA CGAGGCTCTA TTCGATCCCA AGGATGAGCA CGCTATCGTA
GATGCTATGG AGCGCGCTCT GACGAATGAT GCGTTTCTCC AAAGACTTAA GGCGCACGGG
TTGCAGCAGG CTAAAAAGTT TTCATGGGAC GCTAGCGCCC AACGTGCGTT ACAGGCAATG
GAAACGCGGG TCAGCATGGC TAAATCCAGT CGGGCGGCTA CACCGCCACT GGCGAAAATA
CCTCGCAAGC GACTGCGACT AGCCTATGTC TCGCCGTTGC CTCCTGCACA AACTGGTATT
GCTGACTACA GTGCTGAATT GTTGCCAGAA TTGTCCCGCT ACTATGTCAT TGATGTCATC
GTTGCCCAGC AAGAGCCGGT GACTGATCCT TGGGTTCTGG CTAATGCCGC TCAGCGCATG
GCTGCGTGGT TTGACCAGCA TGCTGGCGAA TATGACCGCA TCCTCTATCA ATTCGGTAAC
TCGCAATTTC ACCAACACAT GTTCGGCCTG CTGGAAAAAC ATCCTGGTGT GGTAGTGCTG
CACGATTTTT TCCTCAGTGG TGCTTTGGTG CATATGGATT TACACGGAAT CATGCCGGGG
ATTTGGGCGC AGGCCTTGCA ACGTTCCCAT GGCTGGCAGG CGGTTTGCGA ACGCTACTCA
GAGACAGACA CCGCCGCAGT GATTTTCCGA TACCCCTGCA ACCTAGACGT TTTGCAACGT
GCCCAAGGCG TTATCTGCCA TTCGGATTTT TCCCGTCGGC TAGCCATGCA GTGGTATGGG
CCGGGCTGGG CGGATGACTG GGCCTTGGTT CCCCTTTTGC GCGTGCCAGT TGTGGATAAC
CGACGCCAGG AGGCGCGCGA TGAGTTAGGC CTAGATGACC GCGACGTTCT AGTCTGTAGT
TTCGGCCTCA TGGGAAAAAG CAAACTTAAC CATCGCTTGC TCGAAGCGTG GCAGGCGTCC
AGTCTGGCAA AAGACAAACG CTGCAAGCTA GTGTTCATCG GTTTTCTACC GATGGATGAC
TACGGCGAGC AAATCCGGCA GGTACTAAAG GCGCCGGGGT TGCGTGGGCG GGTGCATGTG
ACTGGTTGGG CTGATGCGGC TACCTATCGT CGCTATCTAG CTGCGGCCGA TCTTGCTGTG
CAATTACGTA CCCTATCGAG GGGGGAGACT TCCGGCACGG CGTTAGACTG CATGAATCAC
AGTGTGGCTA CCATAGTAAA CGCCAATGGT TCGATGACAG ACTTGCCAGC GGACGTGGTG
CATGTGCTTC CTGATGAGTT TTCCACCCAG CATCTCGTTG ACGCACTTGA TTTTCTGCGC
AAGAACAAAC CTGCGCGTCA AGCTTTGGGT CAGCGGGCAG CGCAGCACGT TCGAGCATAC
CACAACCCCC GACGCTGCGC TGACCAATAC GCACAGGCCA TTGAGGAGTT TTACCTTCGC
GCGGAATCGG GCGCATCGGG CATCATCAAA GCCGTCCGAC AGCTCGGTAT GCCCGAAAAT
GTTCAAGATA TTACACAGGT TGCTGAACGC TCTGTGCAGC TTTTTCCCCC GCCCCGACCT
GCCCAAAAAC AGTTACTCGT GGATGTGTCA AGCCTTGTGC AAGGCGGCGT CGATAGTGAG
TGGGACTATG GCGCCACCAG GTTGGTATTA CAGGAGCTGC TGAATCATCC CCCACCCGAT
TTGCGGGTAG AACCGGTGTA TATCACAGCC GAACATGGCT ACCGTTACGC GCGGCGCGCC
ACCATGCGTT TTCTAGGATA TCCCGATGGT GACCTGCAGG ACGATGTGAT GGAGGTCTGG
CCTGGGGATG TGTTTTTTGG CCTAGATTTT CAGCTTGAAA TGGTTCCTAT GCAGGCAAAA
TTCTTTGAAG AGATCCGCTA TCGTGGCGCT CAGGTGTTTT TCCTGTGCTA CGATCTACTA
CCATGCATGG CGCCACAATA TTTCCTCCCG GATAGGTCTG CGGCCCACTT TCGCTGGTTA
CAGACTATCG CAATAACCGA TGGAGTGATA TGTACCTCAC GAGCGGTAGC CGATCAATTT
TCTCATTGGT TAGATTTATT TGGCCCTGAA CGAAGCACAC CATTGCACCT CGGCTGGGCC
CATATTGGCT TTGAAGTCAT CCAAAAGATG AAGGAGTTAG ACACAGCCTA TAGGTACCGG
CACGTTCTCG ATAAAGTTCG CGCCCGACCA AGTTTTCTCA GCGTTACCAC ATTGGAGCCA
AGCAAACAAC TGGGGCAAGT TTTGACCGCT TTTGATCTTC TATGGCGGCA GGGTATGGAT
GTCAATCTGG TTCTGGTAGG TAAGTATCGC TCGGAGGGAG AGAATATGGT TGCACGCCTA
CAAACCCACC CAGAGCGGGA AAGCCGCCTG TTCTGGCTGC AGGACATCAG CGGTGATAGG
CTGGATCATA TGTACGCCGC AAGCGCCTGC CTGATTGCCG CTTCGGTCGA TGAAAGCTTT
GGGTTGACCC TAATTGAGGC TGCACAGCAC AAGTTACCCA TCCTGGCACG GGACACTCCC
GTATTTCGCG AGATGGCAGG TGAGTATGCC GACTATTTTA GTGGAGATGC GCCACAGCAC
TTGGCGGAAG CCATTAGGCA CTGGCTACAG GCCCATAAGA GCGGTAGTGG CACACAGGCC
CATCTTATTG TTCCTAGACT GACCCAGCAG AAAAGCACTC AGAACCTCAT GGAAGTTATG
CTAGGTGGAA ATTGGTATAG GCAATGGTTC CGGCAAACAG ACCCACGTCT GGTTGCCCGC
TACTGGGGCT CGGACTGGCG CCTAGGCAGC GCGGTCGGGG AAATATGCGG CACCTCCCGC
CAGAGCAAGG GAGTGGCGGG GTACTTGCTT CATGGGCCAT ATATTTCCCT GAAACCGGGC
AGGTATGTTG CCACTATCCA CGGAACCCAC GGTTTTGGGG GTCCGGCAGG TGCCAGGGCC
GATGTGGTAA TAAAAGGTGG TACCATGAAG ATCGCGGAAG AAGTCATACT TGCTTGTGAT
TATGTGGAAG CCAAACAGCA GCCTTTAGTT ACCCTGCCCT TCATTCTGGC GGATGGCTGC
AGCGACTTGG AAGTACGGGT ACATGTCGAA CAGGAGAGTG ATATACAGGT GACCATGTTG
GAACTCCATA AACAGGACGG AGCTGTCCAA ATCGCTACTT CGCAAAACAA TGCCACAACA
GAAATGCCTT TCGCCAGCTC CATTGGTACC GATTTCACTT CCCCAACCGC CGTTGTATAC
CGTTACTGGG CAACACATCC GTGTTTGTCG AGCCAAGTAG GGCAGAAAGT TGGTCGCACG
CTTTGGACTT TGGGCAAGGC AGGTGTTCTG GTGCATGGCC CCTATATTAG TTTGCCTGCC
GGGACCTATC GCGCCGCAGT ATTCGGTCAG GTCAACCGCC CAGGAAGCTT GGATGGGGCG
TGGATGGACG CCACTGCGCA GAAAGGCGAA CTGCAGCTTG TGAAAACTAC GTTGGGTACA
AACGCACAGT GCCCCGCTCT GCTGGGAGAA ATCACCTTCA GCTTGAACCG TTACACCAAA
GATGTGGAGG TTCGGGTGTG GGTGGACACG GGCTCCGACT TGCATGTGAC TGGGATCCAG
ATCGAACAAA TCCCCGATGA AGCATGTGCT ACTGAGCCTG CGACCAAGGG CGGGCCAGAT
GGGGCGGATA TAAGGCCTGT TAAACAGGTA ACCGATGTGC GGGCACCTGT GATGGAAATC
CATAAACTGG ATGTGGTTTC CCCACTAACC ACTTTGCAAT GCTCTCTAAA ACCAAGGGTT
CAATTTACTG AAGACGTGCA CTATTACAAG GCGACGCATC CACATCTGCA TTCTGAAGTA
GGGCGGAAGG TTGGCCGCAC GTTGCTAACG CAAGGCAAGG CAGGTTTCCT TTTGCGTGGG
CCATACATTG GCTTGCCTGC CAGACGCTAT CGCGCAGAGC TATTTGGTAA CATTACAGGG
CCTGGTGGTT TGAACGGATC ATGGATGGAT GCTGCGGCGC AGCAGGGCAG GTTGCAACTT
GCGAGGGAGC CGTTAGCGGA GGATGCGTGG CGAACCGGTT TGCTTGGGGA GATCACCTTC
ACGTTGAATA GCGACATTGA AGATGTAGAG GTTCGAGTAT GGGTGGATGC GGCCTCGGAA
TTGCTAGTGA GCGGAATCCA AATCACCCCA TCGCCTGATC CGGCGGATAC AACGGGGCCA
ATGACGGAGG CGACCGTCGT AATGTCGATT CAAGGGGATG TGACTGCTTT ACATACCGAA
GAGACGACGG AGGAATATGG GGAAGAGCTA ACACAGGAGG CGCCGGGCGA ATCGATCACT
ATGAACACCG CAGAAATAGC GGATGCAGTC TGGGAAAAGA CTAATGTGGT TGATGCTGCC
GATGCCGACG CCCTGTACCA GCAATCTGGT GCAGAATACG CCAGAATTAG GGGTGTGATG
AAAGGTAAAG ATATCGGAGA GCAGGTAGGA CACCCATTTT CACCGATGAT AACCGCCCTT
GGCTCGGCGC AGAAGCTATC TATGGAGACG AATGGGCACG CTGAGGATGG GTCTAGCGAA
ACTAAAGCAG TAGTGGCATT TGCAGAAAAT GCTCGGGACA AGGAATCGGA GGAACCGCGT
GGCGGCGCGC ATGTACCACA AGCCTCACAT CGGACAGATC GGAAAGACAG CATCGTGAAA
ACGCGATATG CCACGAAAAA AAATGTAAAA CACAGAAAAT TTAAATAA
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| Protein sequence | MRIVIDLQGA QTPGSRNRGI GRYSLSLALA IARQGGEHEI LIMLNGAFPD TIDPIRQAFN
GLIPTDNFRI LYGLYPSRAI DADNRWRRQA SEKLYESFML QIDPDILLVS SLFEGFHEDA
ITSVNSQGKY AVAVILYDLI LLIHPKPYLE NPSVSAWYHA RLDHLRRADI LLAISESSRQ
EAIKYLDVED GQAVNISCSI DGYYRPLSFS LEERRHIMER YYLTRPFVMY TGGIDYRKNI
EALISAYAKL SNEIRRGHQL AIVCSILDHD RNRLEKLAQK CGLGAGELVF TGFIPSDDLL
ALYNLCRLFV FPSWHEGFGL PVLEAMACGA PTLASNCSSL PEVVGLDEAL FDPKDEHAIV
DAMERALTND AFLQRLKAHG LQQAKKFSWD ASAQRALQAM ETRVSMAKSS RAATPPLAKI
PRKRLRLAYV SPLPPAQTGI ADYSAELLPE LSRYYVIDVI VAQQEPVTDP WVLANAAQRM
AAWFDQHAGE YDRILYQFGN SQFHQHMFGL LEKHPGVVVL HDFFLSGALV HMDLHGIMPG
IWAQALQRSH GWQAVCERYS ETDTAAVIFR YPCNLDVLQR AQGVICHSDF SRRLAMQWYG
PGWADDWALV PLLRVPVVDN RRQEARDELG LDDRDVLVCS FGLMGKSKLN HRLLEAWQAS
SLAKDKRCKL VFIGFLPMDD YGEQIRQVLK APGLRGRVHV TGWADAATYR RYLAAADLAV
QLRTLSRGET SGTALDCMNH SVATIVNANG SMTDLPADVV HVLPDEFSTQ HLVDALDFLR
KNKPARQALG QRAAQHVRAY HNPRRCADQY AQAIEEFYLR AESGASGIIK AVRQLGMPEN
VQDITQVAER SVQLFPPPRP AQKQLLVDVS SLVQGGVDSE WDYGATRLVL QELLNHPPPD
LRVEPVYITA EHGYRYARRA TMRFLGYPDG DLQDDVMEVW PGDVFFGLDF QLEMVPMQAK
FFEEIRYRGA QVFFLCYDLL PCMAPQYFLP DRSAAHFRWL QTIAITDGVI CTSRAVADQF
SHWLDLFGPE RSTPLHLGWA HIGFEVIQKM KELDTAYRYR HVLDKVRARP SFLSVTTLEP
SKQLGQVLTA FDLLWRQGMD VNLVLVGKYR SEGENMVARL QTHPERESRL FWLQDISGDR
LDHMYAASAC LIAASVDESF GLTLIEAAQH KLPILARDTP VFREMAGEYA DYFSGDAPQH
LAEAIRHWLQ AHKSGSGTQA HLIVPRLTQQ KSTQNLMEVM LGGNWYRQWF RQTDPRLVAR
YWGSDWRLGS AVGEICGTSR QSKGVAGYLL HGPYISLKPG RYVATIHGTH GFGGPAGARA
DVVIKGGTMK IAEEVILACD YVEAKQQPLV TLPFILADGC SDLEVRVHVE QESDIQVTML
ELHKQDGAVQ IATSQNNATT EMPFASSIGT DFTSPTAVVY RYWATHPCLS SQVGQKVGRT
LWTLGKAGVL VHGPYISLPA GTYRAAVFGQ VNRPGSLDGA WMDATAQKGE LQLVKTTLGT
NAQCPALLGE ITFSLNRYTK DVEVRVWVDT GSDLHVTGIQ IEQIPDEACA TEPATKGGPD
GADIRPVKQV TDVRAPVMEI HKLDVVSPLT TLQCSLKPRV QFTEDVHYYK ATHPHLHSEV
GRKVGRTLLT QGKAGFLLRG PYIGLPARRY RAELFGNITG PGGLNGSWMD AAAQQGRLQL
AREPLAEDAW RTGLLGEITF TLNSDIEDVE VRVWVDAASE LLVSGIQITP SPDPADTTGP
MTEATVVMSI QGDVTALHTE ETTEEYGEEL TQEAPGESIT MNTAEIADAV WEKTNVVDAA
DADALYQQSG AEYARIRGVM KGKDIGEQVG HPFSPMITAL GSAQKLSMET NGHAEDGSSE
TKAVVAFAEN ARDKESEEPR GGAHVPQASH RTDRKDSIVK TRYATKKNVK HRKFK
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