CDS Information : BBR47_08010

Display	1000bp 10000bp 100000bp Clone

Brevibacillus brevis NBRC 100599 chromosome	Legend Jump
Overview  Genome Clone

Center position		change
ID		change
Gene name		change

Organism	Brevibacillus brevis NBRC 100599
Replicon	chromosome
Start / Stop / Direction	849,029 / 847,893 / -
Location	complement(847893..849029)
Type	CDS
Length	1,137 bp (378 aa)

Product	probable NAD alcohol dehydrogenase
Gene name	adhB
Functional category	Intermediary metabolism - Metabolism of carbohydrates and related molecules - - Specific pathways
EC number
Note
KEGG pathway
Sequence feature
References	Family/Domain:IPR002328 Uniprot:P47734 Pubmed:7926692

BLASTP Database:UniProtKB:13.0 show BLAST table	1 E=0 A7Z1V5_BACA2 AdhB Alignment 2 E=0 O06012_BACSU NAD alcohol dehydrogenase Alcohol dehydrogenase Alignment 3 E=0 Q2BDE1_9BACI Alcohol dehydrogenase Alignment 4 E=1e-180 A2UBR7_BACCO Alcohol dehydrogenase GroES-like Alignment 5 E=1e-171 Q5L1F7_GEOKA Alcohol dehydrogenase Alignment
HAMAP	No significant hit
InterPro Database:interpro:16.0	IPR002085 Alcohol dehydrogenase superfamily, zinc-containing (Family) PTHR11695   ALCOHOL DEHYDROGENASE RELATED IPR002328 Alcohol dehydrogenase, zinc-containing, conserved site (Conserved_site) PS00059   ADH_ZINC IPR002328 Alcohol dehydrogenase, zinc-containing (Domain) PS00059   ADH_ZINC IPR002328 Alcohol dehydrogenase, zinc-containing (Family) PS00059   ADH_ZINC IPR011032 GroES-like (Domain) SSF50129   GroES-like IPR013149 Alcohol dehydrogenase, zinc-binding (Domain) PF00107   ADH_zinc_N IPR013154 Alcohol dehydrogenase GroES-like (Domain) PF08240   ADH_N IPR016040 NAD(P)-binding domain (Domain) SSF51735   NAD(P)-binding Rossmann-fold domains
SignalP	No significant hit
TMHMM	No significant hit
SOSUI	No significant hit

size of protein	378 amino acids
molecular mass	41,235.52 Da
pI	5.66
aa composition	Ala Val Leu Ile Phe Trp Pro Met Gly Ser 5.8 (22aa) 9.5 (36aa) 6.6 (25aa) 7.9 (30aa) 3.2 (12aa) 0.5 (2aa) 4.8 (18aa) 3.2 (12aa) 11.6 (44aa) 2.6 (10aa) Thr Cys Asn Gln Tyr Lys His Arg Asp Glu 5 (19aa) 2.6 (10aa) 4.8 (18aa) 3.2 (12aa) 4.2 (16aa) 7.4 (28aa) 2.1 (8aa) 2.6 (10aa) 6.1 (23aa) 6.1 (23aa)

>BBR47_08010 probable NAD alcohol dehydrogenase
ATGAAAGCTGTTACATACCAAGGCATTAAAAACGTAGTAGTAAAAGAGGTGCCCGATCCG
AAGCTTGAAAAACCCGATGATATGATCGTGAAATTGACAAGCACCGCCATATGCGGATCC
GATCTCCATTTAGTTCATGGCATGATCCCCAATTTGCAAGAGGATTATATTATCGGTCAC
GAACCAATGGGTATTGTCGAAGAGGTTGGCCCTGGTGTAACCAAGCTGAAAAAGGGCGAT
CGCGTCATTATTCCATTTACGATCGCTTGCGGCGAATGCTTTTATTGCAAAAACCATTTA
GAAAGCCAATGTGACAATTCAAACGAGAATGGCGATATGGGTGGTTTTTTCGGATATTCC
GGTACAACTGGCGGTTATCCTGGGGGACAGGCAGAGTATTTGCGGGTGCCGTTTGCGAAC
TTTACCCATTTCAAGCTACCTGAAAACTGCGAAGTAGAGGATGAAAAGCTGTGCTTGATT
GCCGATGCCATGCCAACTGCCTATTGGAGCGTAGATAACGCAGGTGTCAAAGACGGGGAT
ACCGTGATCGTTCTGGGCTGCGGACCCGTAGGTCTTCTTGTCCAAAAGTTTTGCTGGCTG
AAAGGTGCAAAACGTGTGATCGCGGTTGATTATATCGAGTACCGCCTGCAACATGCAAAA
CGTACGAACAACGTAGAAATCGTTAACTTTGAGCAAAAGGAAAATATCGGTAACTACCTG
AAAGAAATCACGAAGGGTGGCGCTGATGTTGTCATCGATGCTGTTGGTATGGATGGAAAA
ATGTCCGACCTGGAGTTTCTAGCGAGTGGCTTGAAGCTGCAAGGAGGCGCTATGGGGGCA
ATCGTCATCGCTTCCCAAGCAGTCCGCAAAGGCGGTACGATCCAAATTACCGGTGTTTAT
GGCGGGCGCTATAATGCCTTCCCTCTCGGAGACATCATGCAGCGCAATGTCAACATACGT
TCCGGACAAGCTCCTGTGATCCACTACATGCCCTATATGTATGAGCTCATTACCACCGGA
AAAGTCGATCCAGGCGACATCATCACGCACGTCATTCCCTTGGGTGAAGCAAAGCGTGGA
TACGAAGTGTTTGATACGAAAACGGACAATTGCATCAAAGTCGTTCTAAAGCCTTGA


>BBR47_08010 probable NAD alcohol dehydrogenase
MKAVTYQGIKNVVVKEVPDPKLEKPDDMIVKLTSTAICGSDLHLVHGMIPNLQEDYIIGH
EPMGIVEEVGPGVTKLKKGDRVIIPFTIACGECFYCKNHLESQCDNSNENGDMGGFFGYS
GTTGGYPGGQAEYLRVPFANFTHFKLPENCEVEDEKLCLIADAMPTAYWSVDNAGVKDGD
TVIVLGCGPVGLLVQKFCWLKGAKRVIAVDYIEYRLQHAKRTNNVEIVNFEQKENIGNYL
KEITKGGADVVIDAVGMDGKMSDLEFLASGLKLQGGAMGAIVIASQAVRKGGTIQITGVY
GGRYNAFPLGDIMQRNVNIRSGQAPVIHYMPYMYELITTGKVDPGDIITHVIPLGEAKRG
YEVFDTKTDNCIKVVLKP

NBRC No.	clone name	start	stop	length(bp)
G10-001-030	BB1FE1L10004H11	813,537	851,996	38,460
G10-001-031	BB1FE1L10003F02	842,330	881,825	39,496

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.