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Fully deuterated components from autotrophic cell lysate are useful materials for labeling of heterotrophs with deuterium. To facilitate the faster production of deuterated algal lysate, we selected a mutant Chlorella strain that grows faster in heavy water than the wild type. The mutant DR-17 was found to have a higher level of Hsp60 and an elevated level of protein synthesis. We previously isolated a deuterium-resistant yeast cell line that was also found to express elevated level of Hsp70 (K. Unno, T. Kishido, M. Morioka, S. Okada, and N. Oku, Biol. Pharm. Bull. 26:799-802, 2003). This suggests that the overexpression of heat shock proteins is required to compensate for the deuterium isotope effect.

Deuterium-Resistant Algal Cell Line for D Labeling of Heterotrophs Expresses Enhanced Level of Hsp60 in D 2 O Medium

Deuterium-Resistant Algal Cell Line for D Labeling of Heterotrophs Expresses Enhanced Level of Hsp60 in D ₂ O Medium