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Deployment of the encapsulation/dehydration protocol to cryopreserve polar microalgae held at the Czech Republic Academy of Sciences Institute of Botany

机译:将封装/脱水方案部署到捷克共和国科学院植物研究所举办的冷冻储备极性微藻中

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摘要

Polar isolates of four chlorococcal microalgae originating from the Arctic and Antarctica withstand cryopreservation using encapsulation/dehydration. Viability assessments, which initially used chloroplhyll fluorescence (Kautsky) induction kinetics, revealed that all strains suffered photosynthetic impairment during early post-cryopreservation recovery. This cryoinjury was reversible, as indicated by cell regrowth in three of the four strains. Lack of growth in the fourth isolate was due to contaminating bacteria rather than cryogenic factors.
机译:源自北极和南极洲的四种氯球菌微藻的极性分离物可通过封装/脱水方法进行冷冻保存。可行性评估最初使用叶绿素荧光(Kautsky)诱导动力学,发现所有菌株在低温保存后的早期恢复过程中都遭受了光合损伤。如四种菌株中的三种中的细胞再生长所表明的,这种冷冻损伤是可逆的。第四个分离株缺乏生长是由于污染细菌而不是低温因素引起的。

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