澳门金沙娱乐城官网-金沙官网

【中國國際電視臺】CGTN報道北理工在天舟一號貨運飛船上進行權威生命科學實驗


 

 原文標題:Cutting-edge bioscience experiments carried out on Tianzhou-1

  原文鏈接:https://news.cgtn.com/news/3d67544f7a597a4d/share_p.html?nsukey=63ZRZhmkXTmn9/StuRqBZwjyQzszD2PkEBWDvUBOJuH40SWlIAq5BvTtNWVGy3XgrcLUMt8GT5+Deyw328QPF628wPq9avpypMj5hIMei/AMbB0ZVgAzngZoM7Jq/sXIx27KOI0iO9nn4wIWEer8BwTCiKmi0RJ6yQoL3DEph1ZV3lv+RnXfuM32lUvng2cN
 


 
 

  In addition to docking and refueling missions, there are also many key space experiments being carried out on China's first cargo spacecraft, Tianzhou-1. One of these cutting-edge experiments focuses on bioscience in space. 

  Scientists from Beijing Institute of Technology loaded cells in Tianzhou-1 for experiment. / CGTN Phot0

  A group of Chinese scientists from the Beijing Institute of Technology have loaded huma?n cells into a highly integrated and automated device on Tianzhou-1, with this question in mind: How will the cells be cultured and interact with its immune system in space?

  This is exactly the same device as that inside orbiting Tianzhou-1. / CGTN Photo

  In order to get a precise and direct comparison of the results, another device is also in operation in a lab, here on Earth. 

  Through comparison with experiment results on the ground, Chinese scientists can try to find out more on how the nervous and the immune system interact in space's microgravity environment.

  Associate Professor Li Xiaoqiong says this bioscience space experiment will last about 2 weeks. / CGTN Photo

  Li Xiaoqiong, associate professor from Beijing Institute of Technology, told CGTN that space will provide a special environment for the cells, one is microgravity, the other is radiation. 

  This time, they have put the cells on this micro-fluidic chip, and all the micro experiments will be carried out on it with the help of remote control. Li said the device is now in stable operation.

  The space experiment's results are expected to offer key data on improving astronauts' immune systems. / CGTN Photo

  Professor Deng Yulin and his colleagues successfully developed the experiment's high-tech device. / CGTN Photo

  The bioscience experiment is pivotal as it focuses on the life support system for astronauts living in space. This device is regarded as one of the world's most advanced in the space bioscience sector. 

  Professor Deng  Yulin told CGTN that through this experiment, they can find out how the astronauts' nervous and immune systems interact in space, and what kind of impact and potential damage could be made to their bodies. Therefore, they could take related measures to prevent and cure diseases as early as possible.

  Experts say the results could be more far-reaching, to also help people on earth by improving immunity in the long run. / CGTN Photo

  Scientists will have the final results soon, and spend the next few months analyzing their findings. 

  There's more on the cards though, with scientists from Switzerland and Germany keen to cooperate with the Chinese team on more bioscience space experiments.

分享到:

中国足球竞猜网| 赌博粉| 百家乐官网云顶| 百家乐官网群shozo权威| 威尼斯人娱乐城博彩| 真人百家乐官网怎么玩| 真人百家乐官网888| 阿玛尼百家乐的玩法技巧和规则 | 川宜百家乐注册号| 百家乐官网固定打法| 大发888娱乐场菲律宾| 澳门百家乐有赢钱的吗| 百家乐真人游戏娱乐网| 大发888娱乐城主页| 百家乐过滤软件| 百家乐官网平注7s88| 澳门百家乐必杀技| 高手百家乐官网赢钱法| 大发888出纳| 百家乐官网网上真钱娱乐网| 网上百家乐赌博出| 爱拼娱乐城| 君怡百家乐官网的玩法技巧和规则 | 百家乐平台开发| 大发888免费软件下载| 网上百家乐好玩吗| 澳门玩大小| 威尼斯人娱乐信誉| 铜山县| 24山吉凶图| 明升国际网址| 百家乐分析软件骗人| 同乐城备用| 大发888娱乐场ylc8| 百家乐官网是个什么样的游戏| bet365地址| 中骏百家乐官网的玩法技巧和规则 | 澳门百家乐网址多少| 水果机技巧规律| 百家乐官网投注科学公式| 百家乐怎么玩请指教|