Yasuhiko Miwa

TL;DR: It is found that CcpA and IolR, a repressor of the iol divergon, were involved in the glucose repression of the synthesis of inositol dehydrogenase encoded by iolG included in the above list.

TL;DR: Examination of catabolite repression of beta-galactosidase synthesis in the integrants led to the following conclusions: (i) lower mismatching of cre sequences to the query sequence is required for their function; (ii) although cre sequences are partially palindromic, low mismatching in the same direction as that of transcription of the target genes is more critical for their functions than that in the inverse direction.

TL;DR: A molecular mechanism underlying catabolite repression in B. subtilis mediated by CcpA and P‐ser‐HPr is proposed and specific protection of the gnt CRE against DNase I digestion is confirmed.

TL;DR: In vivo results implied that catabolite repression exerted by creup was probably independent of catabolites exerted by credown; both creup and credown catabolITE repression involved CcpA.

TL;DR: Analysis of revertants from the alsA1 mutant by direct sequencing indicated that this mutation comprises a base substitution of guanine atucleotide -14 to adenine within the Shine-Dalgarno sequence of the ccpA gene (ccpA translation starts at nucleotide +1).