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Grade 1V Filter Paper for General Filtration, 32 cm circle

Company: Cytiva
Catalog#: 1201-320
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Growth of Chlamydomonas reinhardtii under Circadian Conditions
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2018-08-20
[Abstract]  The green biflagellate unicellular alga Chlamydomonas reinhardtii serves as a model to study fundamental biological processes such as the structure and function of flagella or light-driven processes including photosynthesis, its behavioral responses, life cycle and circadian clock. Light-dark, as well as temperature cycles, are major Zeitgebers to entrain the algal circadian clock. In C. reinhardtii, several processes are under circadian control and many clock-controlled genes and/or proteins have been found in the past decades as well as components of the endogenous oscillator. Here, we describe a protocol for the growth of C. reinhardtii for the synchronization and analysis of its circadian clock. [摘要]  绿色双鞭毛虫单细胞藻莱茵衣藻用作研究基本生物过程的模型,例如鞭毛的结构和功能或光驱动过程,包括光合作用,其行为反应,生命周期和生物钟。 光暗和温度循环是主要的Zeitgebers携带藻类生物钟。 在 C中。 莱茵哈迪,几个过程受到昼夜控制,并且在过去几十年中已发现许多时钟控制的基因和/或蛋白质以及内源性振荡器的组分。 在这里,我们描述了 C增长的协议。 reinhardtii 用于同步和分析其生物钟。

【背景】 在过去几年中, C的几个时钟组件。莱康哈迪已被确定,其功能已经过研究(有关评论,请参阅Schulze et al。,2010; Matsuo和Ishiura,2011; Noordally和Millar,2015; Ryo et al。,2016; Kottke et al。,2017)。在本文中,我们将介绍研究 C中昼夜控制的生长条件。藻。因此,我们介绍了在昼夜和昼夜节律条件下用于藻类细胞生长的时间生物学命名法(图1)。

首先,生物钟通过12小时光照和12小时黑暗的光暗循环同步,在恒定温度下称为LD ...

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