2020-09-09 15:24:322025-05-28 10:16:44
description
5' part of the split gene [[gene|ypqP]] (together with [[gene|ypqP]]), spore envelope polysaccharide biosynthesis, in B. subtilis 168 the gene is disrupted by the [[category|SP-beta prophage]]
5' part of the split gene [[gene|ypqP]] (together with [[gene|ypqP]]), legionaminic acid synthesis, in B. subtilis 168 the gene is disrupted by the [[category|SP-beta prophage]]
function
spore envelope polysaccharide biosynthesis
legionaminic acid synthesis
References
Gene
Phenotypes of a mutant
the [[gene|ypqP]] mutant of PY79 has a less hydrophobic spore surface [pubmed|32817102]
The protein
Catalyzed reaction/ biological activity
SpsM catalyzes the C-4/C-6 dehydration of the UDP-GlcNAc to produce UDP-4-keto-6-deoxy-GlcNAc, this is the first reaction of the legionaminic acid biosynthesis pathway [pubmed|32817102]
required for spore crust assembly, legionaminic acid synthesis [pubmed|32817102]