摘要
利用转基因技术将萤火虫的荧光基因和苔藓融合,产生一种新的生物替代能源,其原理是通过荧光现象和光合作用的协同,实现低消耗的能量循环,成为一个自给自足的供光体系。作为地下的供光系统,苔藓的某些生活特性可以有效地解决矿难的发生。其衍生品光苔灯,可以应用到公共环境照明中。以光苔能源改善社会的能源结构,从而达到可持续发展的目的,实现绿色能源的广泛普及。
By the transgene technology,the bryophytes trangensis can be done with the luciferase gene. Ultimately ,we can get a new kind of biological energy. The combination between photosynthesis and photoluminescence create a energy cycle with low consumption,providing a self- sufficiency illumination system for plants. As a lighting system underground, some fixed features of bryophytes can avoid mine disaster. Its derivative, the lamp made by luminous bryophytes, can be used in city life. In the end,the exist of luminous bryophytes will ameliorate the energy structure, aiming at realizing sustainable development and the availability of green energy.
出处
《现代农业科技》
2012年第14期198-199,共2页
Modern Agricultural Science and Technology
关键词
荧光基因
苔藓
生物能源
可持续发展
luciferase gene
bryophytes
biological energy
sustainable development
