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Ciliate cryptobiosis: a microbial strategy against environmental starvation.
International Microbiology ( IF 2.3 ) Pub Date : 2002 , DOI: 10.1007/s10123-001-0030-3 J C Gutiérrez 1 , S Callejas , S Borniquel , L Benítez , A Martín-González
International Microbiology ( IF 2.3 ) Pub Date : 2002 , DOI: 10.1007/s10123-001-0030-3 J C Gutiérrez 1 , S Callejas , S Borniquel , L Benítez , A Martín-González
Affiliation
This review outlines the main features of ciliate resting-cyst formation or encystment. It represents a strategy against several environmental stresses (such as starvation), which involves a highly gene-regulated cell differentiation process and originates a more resistant, differentiated form or resting cyst. This process is mainly characterized by drastic cytoplasmic dehydration that induces a general metabolic rate decrease, intense autophagic activity, the formation of a permeable cyst wall protecting the cell against the adverse environmental conditions, and a gene-silencing mechanism after opening the specific encystment genes.
中文翻译:
纤毛虫潜伏:针对环境饥饿的微生物策略。
这篇综述概述了纤毛静息囊形成或包囊的主要特征。它代表了一种针对多种环境压力(例如饥饿)的策略,其中涉及高度基因调控的细胞分化过程,并产生更具抗性,分化形式或静止的囊肿。该过程的主要特征是剧烈的细胞质脱水,导致总体代谢速率降低,强烈的自噬活性,形成可渗透的囊壁,从而保护细胞免受不利的环境条件,以及打开特定的包囊基因后的基因沉默机制。
更新日期:2020-09-22
中文翻译:
纤毛虫潜伏:针对环境饥饿的微生物策略。
这篇综述概述了纤毛静息囊形成或包囊的主要特征。它代表了一种针对多种环境压力(例如饥饿)的策略,其中涉及高度基因调控的细胞分化过程,并产生更具抗性,分化形式或静止的囊肿。该过程的主要特征是剧烈的细胞质脱水,导致总体代谢速率降低,强烈的自噬活性,形成可渗透的囊壁,从而保护细胞免受不利的环境条件,以及打开特定的包囊基因后的基因沉默机制。