部分常规工厂化养殖设备（原理图）…
部分常规工厂化养殖设备（原理图）
硅藻样品的制备方法
硅藻的样品不能简单使用甲醛或者其他试剂固定，时间久了色素退化或者硅质壳被化学分解掉，本文收集了杨德广、杨美临、黄玥、李家英、刘俊琢等5位专家的硅藻制备方法…
水生所能源微藻油脂代谢机制研究取得系列进展
微藻缺氮诱导产油与光合作用氧化胁迫的偶联机制和可能的环式电子传递对油脂合成所需atp的供应机制，发现ca2+对微藻诱导产油过程的响应和调控。…
For A More Climate-Friendly Burger, Maybe We Should Feed Cows Algae
A new study shows that cattle might be able to start eating algae instead of their usual farmed grain. The algae meal, leftover when manufacturers use algae biofuel, is usually burned—but it turns out that cows think it's tasty.…
In the Future, Everything Will Be Made of Algae
a handful of ambitious biofuel and algae production startups have decided to put their product into every segment imaginable—we're talking about putting algae in your makeup, your protein supplements, and even your medication. …
莱茵衣藻或可治疗失明
莱茵衣藻可以用来定位太阳光，从而帮助进行光合作用。但其眼内的一种叫作紫红质通道蛋白－2的感光细胞未来或可被植入人类视网膜，从而治疗失明。…
葡萄糖环境藻细胞在光照条件可以比无光照获得更高的速率
该论文在小球藻混合培养机制中有重要发现。在葡萄糖环境下，藻细胞分裂在光照条件下获得较高的生长速率，同时生物量的积累效率也高于异养（无光照），但是光照可以抑制脂肪酸合成相关基因的表达，并诱导更多碳流向淀粉合成转化，从而降低细胞内油脂合成效率。该研究结果揭示了光照在小球藻高效混合培养中的双向效果及内在机制，为工程化培养小球藻提供了理论依据。…
蓝藻光合作用中捕获电能 微光合动力电池或成下代绿色能源
加拿大研究人员发现并设计出一种可从蓝藻光合作用和呼吸作用中捕获电能的微光合电池技术。这项新颖的可扩展技术或使人类能够利用更加经济的方式生产清洁能源，进而使终获取无碳能源成为可能。…
The Next Big Sports Food Is… Algae?
Boston company ENERGYbits is selling algae strains spirulina and chlorella as the next chia seeds: power supplements that improve stamina and reduce inflammation.…
Forget kale—Algae is the next new ‘superfood’
Companies are developing algae-based foods, including algae-based pizza crust, brownie mix and even coffee creamer. As concerns over the health and environmental impacts of eating meat have grown, mor […]…