CDS Information : APA32_24440

Display	1000bp 10000bp 100000bp Clone

Acetobacter pasteurianus IFO 3283-32 (= NBRC 105190) chromosome	Legend Jump
Overview  Genome Clone

Center position		change
ID		change
Gene name		change

Organism	Acetobacter pasteurianus IFO 3283-32 (= NBRC 105190)
Replicon	chromosome
Start / Stop / Direction	2,647,389 / 2,644,303 / -
Location	complement(2644303..2647389)
Type	CDS
Length	3,087 bp (1,028 aa)

Product	Glycosyl transferase
Gene name
Functional category	Metabolic
EC number
Note	Chromosome variant locus=Gap22 no-insertion Transposon insertion was observed in the IFO 3283-01 and IFO 3283-07 strains.
KEGG pathway	map:00051 KO:K00754
Sequence feature	32 (a.a.) OTHER_PEP
References

BLASTP Database:UniProtKB:15.0 show BLAST table	1 E=0 B5ZHY9_GLUDA Glycosyl transferase family 2 Alignment 2 E=1e-179 A9H4H6_GLUDA Putative glycosyl transferase Alignment 3 E=1e-170 Q5FT07_GLUOX Glycosyltransferase Alignment 4 E=1e-163 Q0BVQ8_GRABC dTDP-rhamnosyl transferase rfbF Alignment 5 E=1e-143 A5FZR4_ACICJ Glycosyl transferase, family 2 Alignment
HAMAP	No significant hit
InterPro Database:interpro:18.0	IPR001173 Glycosyl transferase, family 2 (Domain) PF00535   Glycos_transf_2 IPR001296 Glycosyl transferase, group 1 (Domain) PF00534   Glycos_transf_1
SignalP	No significant hit
TMHMM	No significant hit
SOSUI	No significant hit

size of protein	1028 amino acids
molecular mass	114,120.77 Da
pI	7.59
aa composition	Ala Val Leu Ile Phe Trp Pro Met Gly Ser 10.5 (108aa) 8.7 (89aa) 9.6 (99aa) 3.7 (38aa) 4.7 (48aa) 1.8 (18aa) 5 (51aa) 1.8 (19aa) 7 (72aa) 5.6 (58aa) Thr Cys Asn Gln Tyr Lys His Arg Asp Glu 4 (41aa) 2.2 (23aa) 2.6 (27aa) 5.2 (53aa) 2.2 (23aa) 4.8 (49aa) 2.1 (22aa) 6.9 (71aa) 5.6 (58aa) 5.9 (61aa)

>APA32_24440 Glycosyl transferase
ATGTCCATGGCCGCCCTGAATCAGTCTGAGAGTCAGCAGGCAGGGTTTGTCACGGAGGCA
GACCGAATAGCATATGAACAGCGCGCAAGTGCCTTAGCGCAGGAATCTTTCAGGCAGGGA
AATACTGCTTGGCAGGAAGGGGCTTATGCCCTTGCGCGTGATTGGTTGGAAAGAGCCAAC
AGACAGGCGCGTGATAACCCACATGTCATGTTTGCACTCATTTTGGCGCGTCAGGCTGTT
GGGGATAATGAAAATGCTCTTAAACTTTTAGACCAGCTTTTGGAAAAATTTGATTTTCGC
GAGGGATGGAGCCTGCGGGCAACATTAAAGCAAGCCAGTGGCGTTGGTTATCAGGCCCTC
CTCGCTATTCGGCATTTGCTTACATATTATGCGTGCACACCAGATATAGAAAAACTGGCA
ACAATTATTACCCGTTTAAATGGTGTTCCCTGTTGGTATGGGTTGCAGGGAAATGGCCAA
ATTGTAGGGGTGGGCCTTCCTGCAAAAGGGCTGCAACTGGTTGTTGATGGTAAGCTCAAA
AAAGCCGTGCGTAAAAAAGGGGCATGGTTTTGTCCTGCAGGATGGCAAACGGCGCAGACG
CTTTGCGTAATGTTTTCTCATGGCATGTCTTTTCCAGATAGTGGTGTATGCCCGCAAAAG
ATCATGCAATGTGAAGGCTTGGTAGACGTTGGGGAGAAGGGGCTGACAGGCTGGGTTTGG
CAGCCACATGATTCTGATAACGCACCTGTTTTGGATATTCTAGAAGCGAAAACAAATAAG
AAAATTCTAACGTTTTGCGCGGAAGATTTTTGTAACTCTGTGAGTTCCAAACAGCCATTA
GCGCGATATAGAGCGTTCACAATTCCTTTTTCTGCCTTACCGGAAGGTCCGGTAAGAGTG
ATGGGTCCAGACGGGAAAGATCTCGCCGGTAGTCCGATAGATCCAGATATTCTGCGCTCC
GCGGCCAGTCAGATTGCATCTTATATGGCAGAGCAGAGCAAAGGTAAGGAACATTCTCGA
ACACGCGTGTCTGTTCCAAAAATTATACCTATTCCAGTTATGGATGAGGGTAACGCACAG
CCAAAGGTTTCGGGGGATACGGCTGAAACTGTTATTGTCATTCCAGTGTTTAAAAATGCC
ATGCGCACTTTGGCTTGTTTGCAAAGTGTACAGGCAAGTCTGAAACCAAGGGCATCCGTG
CACGTTTGGGTGGTGAATGATGCATCCCCGGAGCCAGAATTGGTCACCTCTGTTTCAGCT
TTTTGTCAGCAGGCGGGTTTCCGGTATCTGGAACGAGCACGAAATGGTGGGTTTCCATGT
GCTGTCAATGAAGCACTTCGTCATCTCACTGCGTATGATGTTGTATTGCTGAACAGCGAT
ACATTGCTGCCAGAAGGATGGCTGCAAGCATTGCGGCAAGTTGCCTATGCAGCATCAGAT
ACAGGAACAGTCACTCCTCTTTCTAATGATGCCAGTATTTTTTCCTATCCAGATCAACAA
GGTGCAAATCCTGTGCCAGATCTGGAAGAAACAGATCTATTCATGCAAATGGCACAGGCA
GCCAATGCTGGGCGCAGTGTGGAAGTGCCCACTGCTCATGGTTTTTGCATGTATATTCGC
CATGATTGCCTGCGGCAGGCCGGGCTGTTGCGTGAGGATGTGTTTGCGCAAGGCTATGGT
GAAGAAAACGATTTTTGTATGCGCGCCCGTGCCCTTGGGTGGAAGCATATGGCAGCTACT
GGTGTTTTTGTAGCGCATGTTGGCAGTAGTTCGTTTGGAGAAAGTGCTAGCCCTTTAATG
CTACGGAACCAAAAGGTTCTGGAGCAATTGCATCCGGGGTATCATGATTATGTTGCGCGA
TGGATGGCAGCAGATCCTCTTTTTGCAGAACGCCGGCGCCTAGATCTTGTCCGGTTTAGA
AGTGATAGGGCAGAAGATTTTTCAGATCAGGCGGTCTTGTTGGTTACGCATGCCGTTGGT
GGTGGCGTAGAAAAGGTTGTGCAGGAACGCATAGACTTTTGGCGTAATCGAAAAATACGC
CCTCTTGTTCTTCGTCCATCTGAGAAAGGATGTCTGCTGGAAGATGGAGAAAGCGAGGTA
AAATATCCGGCTCTATGTTTTGCGTTTGCCAAGGAAATAGGGCTTCTGCTGCGGCTTTTA
CGTGCAGAAGGTGTTAGACGGATAGAGTTCCATCAAATCACTGGCCATGATCAGCAGGTT
AAAGATCTGCCTGCACGTTTGAAATGTGAATATGATGTGTTCGTGCATGATTATATCTGG
TTTTGCCCCCGTATTTCATTGATGGGGTGGAAAAATCGTTATTGCGGTGAGCCAGACGTG
GCAACATGTGAAGTGTGTGTGACGGTGCTTGGTCGGCATGTGGACGACGCTTCCAGTGTC
GCAACCTATCGCAAAGTGGCACATGCCTTTCTGCAAAAAGCAGAACAGGTTTTTGTGCCA
TCACGTGATACGGAGCGGAGGTTGCAAAAATATTTTCCCGATGTTTCGTTCACAGTGCGA
AGATTAGAAAAAGACAGTTTTTTAAAAAAGCAGTTTCAGATTCCAGAGCCAGTTGAGCGT
AAAACCGCACAGGCAAGTGCATTTTTCGCGCAGGGTCTTAAGCGCACCACATCGCGCATT
CGAGTATGTGTTGTGGGCGGCATAGGGCCAGAAAAGGGCTATGATGTTTTGTTCGAAGCT
GCGGTAGATGCCTCTTTGCGAAATCTGCCGCTAGAATTTGTGGTGGTAGGCCATACGCGT
GATGATGCAAGGTTATTAAAAACAGGACGCATTTTTGTAACAGGTCAATTTCAAAAAGAG
GATGTTGTTCCCTTAATTCATGCAGTAGATGCCGATATCGCCTTGCTTCCATCTGTATGG
CCAGAAACATGGTGTTTTGCTTTGGGAGACATATGGAAAGCCGGGTTACACGTTGTTGCG
TTTGATTTGGGGGCTCCGGCAGAGCGCATTCGTGCTACGGGTTTAGGGAGCGTGGTACCG
TTTGGTATTTCCATACAGGAGTTGAATAAAAAATTACTGGAAAAGGGTAGGGAAATGGAG
AACAAAAGAAGTCTTTCGTTTGCCTAA


>APA32_24440 Glycosyl transferase
MSMAALNQSESQQAGFVTEADRIAYEQRASALAQESFRQGNTAWQEGAYALARDWLERAN
RQARDNPHVMFALILARQAVGDNENALKLLDQLLEKFDFREGWSLRATLKQASGVGYQAL
LAIRHLLTYYACTPDIEKLATIITRLNGVPCWYGLQGNGQIVGVGLPAKGLQLVVDGKLK
KAVRKKGAWFCPAGWQTAQTLCVMFSHGMSFPDSGVCPQKIMQCEGLVDVGEKGLTGWVW
QPHDSDNAPVLDILEAKTNKKILTFCAEDFCNSVSSKQPLARYRAFTIPFSALPEGPVRV
MGPDGKDLAGSPIDPDILRSAASQIASYMAEQSKGKEHSRTRVSVPKIIPIPVMDEGNAQ
PKVSGDTAETVIVIPVFKNAMRTLACLQSVQASLKPRASVHVWVVNDASPEPELVTSVSA
FCQQAGFRYLERARNGGFPCAVNEALRHLTAYDVVLLNSDTLLPEGWLQALRQVAYAASD
TGTVTPLSNDASIFSYPDQQGANPVPDLEETDLFMQMAQAANAGRSVEVPTAHGFCMYIR
HDCLRQAGLLREDVFAQGYGEENDFCMRARALGWKHMAATGVFVAHVGSSSFGESASPLM
LRNQKVLEQLHPGYHDYVARWMAADPLFAERRRLDLVRFRSDRAEDFSDQAVLLVTHAVG
GGVEKVVQERIDFWRNRKIRPLVLRPSEKGCLLEDGESEVKYPALCFAFAKEIGLLLRLL
RAEGVRRIEFHQITGHDQQVKDLPARLKCEYDVFVHDYIWFCPRISLMGWKNRYCGEPDV
ATCEVCVTVLGRHVDDASSVATYRKVAHAFLQKAEQVFVPSRDTERRLQKYFPDVSFTVR
RLEKDSFLKKQFQIPEPVERKTAQASAFFAQGLKRTTSRIRVCVVGGIGPEKGYDVLFEA
AVDASLRNLPLEFVVVGHTRDDARLLKTGRIFVTGQFQKEDVVPLIHAVDADIALLPSVW
PETWCFALGDIWKAGLHVVAFDLGAPAERIRATGLGSVVPFGISIQELNKKLLEKGREME
NKRSLSFA

We have been distributing copies of the microbial genomic DNA clones constructed during the course of each of the genomic DNA sequencing projects.
You can find more detailed information at http://www.nbrc.nite.go.jp/e/mdna-e.html.