Biofunctional change in yeast cell surface on treatment with triton X-100.

作者：Akira Kimura, Kenji Arima, Kousaku Murata · 发表于：Agricultural and Biological Chemistry · 年份：1981 · DOI：10.1271/bbb1961.45.2627 · 被引用次数：11 · 研究领域：Plant tissue culture and regeneration

In our studies on fermentative production of sugar nucleotides and cytidine derivatives,1 ~6) we found that Triton X-100 treatment of yeast cells allowed them to phosphorylate nucleotide monophosphate (CMP)to nucleotide triphosphate (CTP) and then, convert them further to a final nucleotide derivative (CDP-choline).Un-