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【公司名称】 广州健仑生物科技有限公司
【市场部】    杨永汉

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【腾讯  】 2042552662
【公司地址】 广州清华科技园创新基地番禺石楼镇创启路63号二期2幢101-103室

除了在计算领域大显身手之外，细胞仿生学也在水过滤领域初露峥嵘，科学家们希望借用人体与植物体内存在的一种薄膜(只让水进出微生物的细胞)，将海水变成饮用水。在这一思路的指导下，他们研制出了一种“水通道”滤水设备，这款配备了“内部水通道(Aquaporin Inside)”技术的纤细薄膜，有望将海水变成饮用水，让脏水变成干净水。
与此同时，光合作用过程也正被科学家们用于能源的捕获和存储领域。美国康奈尔大学萨宾设计实验室的科学家们正在研制名为“电子皮肤(eSkin)”的适应性建筑外层，这一外层利用了肺部细胞的特性，让建筑可与周围环境有效地相互作用。目前，研究人员已经收到了数百万美元的资助。
澳大利亚生物学家、作家和Biomimcry3.8的创办者珍妮·班娜斯5月8日接受CNN采访时表示：“这代表了一种变革方向，也是我们前进的方向。在模拟形式上，我们已经取得了巨大的成功，但真正的变革出现在我们如何创建周围的物质世界上。每天，我们都能从细胞的分子机制那儿学到很多，知道它们如何工作从而理解并利用它们的设计原理是我们学习的关键。”
目前，很多能源问题解决方案都在采用这一原则，包括生物电池的研制等。据报道，美国犹他大学的研究人员根据人体的新陈代谢过程——几乎所有的活体微生物都用葡萄糖来制造能量，研制出了一种生物电池，这款电池用糖做燃料，用天生拥有能量转化属性的酶做催化剂。

In addition to playing an active role in the field of computing, cell biomimicry is also emerging in the field of water filtration. Scientists want to borrow a thin film (leaving only cells in and out of the body) in the human body and plant to turn seawater into drinking water . Under the guidance of this line of thought, they developed a "water channel" water filtration equipment, this slender film equipped with "Aquaporin Inside" technology, is expected to seawater into drinking water, so dirty The water turns into clean water.
At the same time, photosynthesis is also being used by scientists in the area of ??energy capture and storage. Scientists at the Sabine Design Laboratory at Cornell University in the United States are developing an adaptable architectural skin called eSkin that takes advantage of the characteristics of lung cells to make the building effective with the environment Interaction. Researchers have received millions of dollars in grants.
In an interview with CNN on May 8, Australian biologist, author and Jenny Bennett, founder of Biomimcry 3.8, said: "This represents a direction of change and also a direction for us to move forward." In analog form, we have The great success has been achieved, but the real revolution has taken place in how we create the physical world around us. Every day, we learn a great deal from the cellular machinery, knowing how they work and understanding and using them. The design principle is that we The key to learning. "
At present, many energy solutions are adopting this principle, including the development of bio-batteries. According to reports, Utah University researchers based on the body's metabolic process - almost all of the living microorganisms are using glucose to create energy, developed a bio-battery, the battery fuel sugar, with inherent energy conversion properties Of the enzyme as a catalyst.