| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Gdia_0509 |
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| Symbol | |
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| ID | 6973905 |
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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 | Gluconacetobacter diazotrophicus PAl 5 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011365 |
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| Strand | + |
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| Start bp | 559186 |
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| End bp | 562413 |
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| Gene Length | 3228 bp |
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| Protein Length | 1075 aa |
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| Translation table | 11 |
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| GC content | 66% |
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| IMG OID | 643390041 |
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| Product | glycosyl transferase family 2 |
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| Protein accession | YP_002274918 |
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| Protein GI | 209542689 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1216] Predicted glycosyltransferases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.253023 |
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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 | 31 |
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| Fosmid unclonability p-value | 0.0268717 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCCACCC CGCCCGGCGA CACGGTCGTC GGACTGCTGC TGGATATCGC CTGCCTTCTG
CTGAGCAACG GTGCGGACGC CCCGGCGATC GAAAACACCG TCGGGGCCTT CGCATCCTGC
CTGGGCCATG ACGCGGGATT GACCATTACG TACCGGGTGG ACGCCTTCCT GCTGGACATC
GGGACCAGTT CGGGCGAGCA GGCGCGGCAC GCCGTGCCGA TCGCGACCAT GCGTGTGGCG
CCGTCGGTGA TCGAGCCGCT GCTGGCGCTG GCCGGCCACG CGTCCTGCAC GCAGGACGAC
ATCCATGCCG CGCGGGCCCG CGCGCTGCGG CGGGACGCGG CGGCCGATCC CGGGCACCAG
CCGGCCTGGT ACCGGTTCGA CCCGGACTGG TATCGGGCGG CCTATCCCTT CGTCGCCGAG
CAGATGGTCT TCCTGGGCTG CGACGACGTC GTGGCCTATT TCCGGGATTT CGGCATCGGG
CTGGGCCATT CCCCCAACCC GTTCTTCGAC GAGGCATGGT ATCGCACGGC CCATCCCGAC
ATTGCGCGAC TGATCGCGGA CGGCGTGGTC CAGAACGGAT TCGTCCATTA CCTGACCACC
GGTTTTGCCG ATCGTTCTCC GCACTGGCTG TTCGATTCCG GCCTGTATCG CAGGGCGCAC
CCCGACCTGT CGCCCGAAGG CCTGGCGATA CGGGGGTACC GCAACCTTTA CGACCATTAC
CTGGAAGTCG GCGACCCGTC CGGCCTGCGG GGGCAATGGC TGTTCGACCC GTCCGGCAGG
TTCCGGCAGG TGGCGGCGTC CCTGCCCCAC GTGGCACCGA CCCTGTCGCT GTCGCCGTGT
TTCGACGCGA TCTGGTATCT GAAGACCTAT CCTGAAGTCG CCGCGCTGAT CGCCGCCGGT
GCCTATTCCT GCGCGCTGCA TCACTACCTG GCCAATCCGA CCCCGACCCG CTTCTGTGCG
ACGCCCTGGT TTTCCGAAGA TTACTACCGT GTTTTTTACG AAGACGTGGA CAGCGCGCTG
CGGAACGGCA CCTTCCGCAC GGGATACGAG CATTTTCTGG AATTCGGCCT GCGGGAATGG
CGGCGCCCCC ACCCGGATGT CGACCTGCGC GCCTTTCGCG ACCGGCTGGC GCGGACGAAC
CCGGAAATGC GCCTGGAACC GGACCCGTTC CGTTTCTGGC TGGCCGTACC GGCCGACCTG
CGCATCGCGC CGGCCCCGCC ACGCATCGAC GAGGCGATAT CCCGCGACGC CTTCCGGCAG
GCGGCCGAGG ATATGCTGCT GCTGCACGCG CACGAACCGA TCGATTTCAC GCCGGACGGG
CCGGCCGACC TGGCCGTGGT GATGGTCGCG CACAACCGGT TCAGCCTGAC GATGCAGGCC
CTGGCCGCGC TGCGCACCGG AGGGCCCGGA AACATGCAGG TCATCATTGC CGATTCCGGA
TCACATGACG AGACGCGGCA TCTGGAGCGG TACGTCGCGG GTGCCCGAAT CATCCGCTTC
GCGCGCAATG TCGGCTATAT CGAGGCCTGC AACGCGGCGC TGCGGATGGT GACGGCACCC
TGCACATTGT ACCTGAACAA CGACCTGATC GTGGAGTACG GAGCCATCGC GCGGGCGCTG
CGCCGACTGC ATGCCGCGCC CGACATCGGG GCGGTCGGTG CGAAGATTGT CCGCAGCAAC
GGCATTCTTC AGGAAGCGGG GTCGATCCTG TGGCGGGACG GCACCACCAG CGGCTATCTG
CGCGACCGCG ATCCCGCGAC GCCCGAGGCG AACTTCGTGC GCGAGGCCGA TTACTGTTCC
GGCGCGTTCC TGCTGGCGCG GACCGGGTTG CTGCATCAGC TTGACGGTTT CGATCCGGCC
TTTTCCCCGG CCTATTACGA GGAAGTCGAT CTGTGCGTGC GGATGCGCAA GGCCGGGTAC
CGGGTCGTCT ATGATCCGTC GGTCATGGTG CGGCATCTGG AATACGGATC GTCCGACACC
GATCATTCCC GTGTCCTGAT GCATCGCAAT CATCGCGTCT TCAGCGACAG GCATCGCGAT
ATCCTGCGCT ATTGCCAGCC CCGCGCCGCA GGGAACGCCA TCTTCGCGCG CTCGCCCCGC
GGCGCCCGGC GACGCATCCT GTATATCGAG GACCGGCCGC CGATCCGCCG CCATGGCGCG
GGCTATGCAC GGTCCAACGA CATCGTGCGC CTGATGGTGG AAATGGATTA TCAGGTCACC
ATCTTTCCGA TCCTGATGAC TGACACGCCC CTGCTGGACA TCTACGGCGC CCTGCCCGAC
AGCGTGGAAA TCCTGCATGA CCGCCATATC GGCATGCTGG CCGACCTGAT CCGCGAACGG
CCGGGATATT ACGATCTGGT CTGGGTGGGC CGGACCCATA ATCTGGCGCA GATCCTGCCG
ATCCTGGCCG CGTCACCGGC CGCCCTGCCG GTCGAGGGCT TCATCCTGGA CACCGAGTGC
ATCGCCGCCC CCCGGACGGC GGAGCGCGCG CGGGTGCTGG GCCTGGCATC CCCGCCGAAA
CTGGATCAGG CGGTGCGCGA CGAACTGGCC TGCGCCTATT TCTGCCAGCA GATCGTGGCA
GTCAGCGACC ATGACGCAGC ACTGGTGCGA TCGGCCGGTT ACGACAATGT CGCCGTGCTG
GGGCACATGC TGGAACCGGC CCCCACGCCC TCGGGCTGGG CGGAGCGGAG CGGCATCCTG
TTTTTGGGCG CCCTGCACGA CATGGAGTCC CCCAATTACG ACAGCATCGC GTGGTTCATC
ACGCAGGTCA TGCCGCGCAT GCCGGCGGAG ATGCATCTGA CGATCGCGGG CCATGTCGAT
CCGTCGGTTC ATTTCAGCGC CCTGGCCGGC CATGGGCGCG TCACCTTCCT GGGCGCGGTC
GATGATCCGC GGCCGCTCTA TGACCGGCAC CGTGTGTTCG TCGCCCCCAC CCGCTTCGCC
GGCGGCCTGC CCTACAAGGT TCACGAGGCA GCCGCCCATG GCCTGCCGGT GGTGGCCAGC
ACGGTACTGT GCCGGCAGGT CGGCTGGGAT GTGGGCACGG ATATCCTGTG CGGCGGATCG
GACGACCCGC AATGCTTTGC CGATGCGATC ATGGCGCTGT ACGAGGATGC CGGATTGTGG
CGTACGGTGC GCGACGGTGC GATCGGACGC ATTGCGCGGG AGAATGATCC GCATGCGTAT
CGCCGCCGGT TGGCGGACAT TTTGGAAAAA CTGTTATCCA TGGGATAA
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| Protein sequence | MPTPPGDTVV GLLLDIACLL LSNGADAPAI ENTVGAFASC LGHDAGLTIT YRVDAFLLDI
GTSSGEQARH AVPIATMRVA PSVIEPLLAL AGHASCTQDD IHAARARALR RDAAADPGHQ
PAWYRFDPDW YRAAYPFVAE QMVFLGCDDV VAYFRDFGIG LGHSPNPFFD EAWYRTAHPD
IARLIADGVV QNGFVHYLTT GFADRSPHWL FDSGLYRRAH PDLSPEGLAI RGYRNLYDHY
LEVGDPSGLR GQWLFDPSGR FRQVAASLPH VAPTLSLSPC FDAIWYLKTY PEVAALIAAG
AYSCALHHYL ANPTPTRFCA TPWFSEDYYR VFYEDVDSAL RNGTFRTGYE HFLEFGLREW
RRPHPDVDLR AFRDRLARTN PEMRLEPDPF RFWLAVPADL RIAPAPPRID EAISRDAFRQ
AAEDMLLLHA HEPIDFTPDG PADLAVVMVA HNRFSLTMQA LAALRTGGPG NMQVIIADSG
SHDETRHLER YVAGARIIRF ARNVGYIEAC NAALRMVTAP CTLYLNNDLI VEYGAIARAL
RRLHAAPDIG AVGAKIVRSN GILQEAGSIL WRDGTTSGYL RDRDPATPEA NFVREADYCS
GAFLLARTGL LHQLDGFDPA FSPAYYEEVD LCVRMRKAGY RVVYDPSVMV RHLEYGSSDT
DHSRVLMHRN HRVFSDRHRD ILRYCQPRAA GNAIFARSPR GARRRILYIE DRPPIRRHGA
GYARSNDIVR LMVEMDYQVT IFPILMTDTP LLDIYGALPD SVEILHDRHI GMLADLIRER
PGYYDLVWVG RTHNLAQILP ILAASPAALP VEGFILDTEC IAAPRTAERA RVLGLASPPK
LDQAVRDELA CAYFCQQIVA VSDHDAALVR SAGYDNVAVL GHMLEPAPTP SGWAERSGIL
FLGALHDMES PNYDSIAWFI TQVMPRMPAE MHLTIAGHVD PSVHFSALAG HGRVTFLGAV
DDPRPLYDRH RVFVAPTRFA GGLPYKVHEA AAHGLPVVAS TVLCRQVGWD VGTDILCGGS
DDPQCFADAI MALYEDAGLW RTVRDGAIGR IARENDPHAY RRRLADILEK LLSMG
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