科学家

Scientists found that those animals,which are able to regenerate their organ,restarted some genetic process of fetation as occasion requires,so they outgrow new organs.

科学家发现，那些可以让器官再生的动物，在必要的时候重新启动了胚胎发育时期的遗传程序，从而长出了新的器官。

But until past a couple of years,scentists come to discover that the ever-disregarded carrier which is used to fetch and carry for DNA and proteins seems like an operating system.

但最近几年，科学家们越来越发现，这个以前默默无闻的DNA和蛋白质的载体更像是一个电脑中的操作系统。

Feynman, one of the most brilliant people time asked that simple question.

费得曼，一位才华横溢的科学家在这是提出了一个简单的问题。

Almost 50 years ago,a scientist named Richard Feynman predicted the future, the future of Nano technology.

大约在五十年以前，一个名叫里查德费曼的科学家在预测未来时说到，未来世界将是纳米技术发展的时代。

In the later half of 20th century, two scientists, Feynman and Drechsler, launched the beginning of nanotechnology.

20世纪后半期，科学家费因曼和德雷克斯勒开启了纳米科学的先河。

But when an enterprising scientist placed a fiddler crab in darkness, he was amazed to find that the color of the crab's shell kept ticking off the time with the same accuracy.

但是，当一个勇于探索的科学家把招潮蟹放在黑暗中，他惊讶的发现蟹壳的颜色依然准确的按时间转变。

But when an enterprising scientist placed a fiddler crab in darkness, he was amazed to find that the color of the crabs shell kept ticking off the time with the same accuracy.

但是，当一个勇于探索的科学家把招潮蟹放在黑暗中，他惊讶的发现蟹壳的颜色依然准确的按时间转变。

But when an enterprising scientist placed a fiddler crab in darkness,he was amazed to find that the color of the crab's shell kept tick ing off the time with the same accuracy.

但是，当一个勇于探索的科学家把招潮蟹放在黑暗中，他惊讶的发现蟹壳的颜色依然准确的按时间转变。

But w h en an enterprising scientist placed a fiddler crab in darkness, h e was amazed to find t h at t h e color of t h e crab's s h ell kept ticking off t h e time wit h t h e same accuracy.

但是，当一个勇于探索的科学家把招潮蟹放在黑暗中，他惊讶的发现蟹壳的颜色依然准确的按时间转变。

Scientists will see in the magnetic field a direct correlation of the events of the Earth.

科学家将会明白在磁场里地球事件的直接相关。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。