Algal Biotechnology
By Qiang Wang (Editor), Yahui Bo (Contribution by), Gao Chen (Contribution by), Lei Chen (Contribution by), Zhenfan Chen (Contribution by), Zixi Chen (Contribution by), Pengfei Cheng (Contribution by), Feng Ge (Contribution by), Jiameng Guo (Contribution by), Sanjay Gupta (Contribution by), Xiahui Hao (Contribution by), Qingfang He (Contribution by), Fan Hu (Contribution by), Hanhua Hu (Contribution by), Krishna Kumar Jaiswal (Contribution by), Hu Jin (Contribution by), Vinod Kumar (Contribution by), Anping Lei (Contribution by), Anna I. Kurbatova (Contribution by), Chao Li (Contribution by), Yanhua Li (Contribution by), Hanzhi Lin (Contribution by), Lu-Ning Liu (Contribution by), Qiong Liu (Contribution by), Yandu Lu (Contribution by), Anastasios Melis (Contribution by), Yufang Pan (Contribution by), Vishal Rajput (Contribution by), Roger Ruan (Contribution by), Shengzhou Shan (Contribution by), Kaitlin Simmons (Contribution by), Xiaotong Song (Contribution by), Xinyu Song (Contribution by), Adamu Yunusa Ugya (Contribution by), Mikhail S. Vlaskin (Contribution by), Chun Wang (Contribution by), Jiangxin Wang (Contribution by), Jin Wang (Contribution by), Xiaojun Yan (Contribution by), Wenxiu Yin (Contribution by), Weiwen Zhang (Contribution by), Xiangxiang Zhang (Contribution by), Xu Zhang (Contribution by), Yu-Zhong Zhang (Contribution by), Long-Sheng Zhao (Contribution by), Quanyu Zhao (Contribution by), Chengxu Zhou (Contribution by), Yali Zhu (Contribution by), Zhu Zhen (Contribution by), Tian Jing (Contribution by), CAO Xupeng (Contribution by)
eBook
$162.75
By Qiang Wang (Editor), Yahui Bo (Contribution by), Gao Chen (Contribution by), Lei Chen (Contribution by), Zhenfan Chen (Contribution by), Zixi Chen (Contribution by), Pengfei Cheng (Contribution by), Feng Ge (Contribution by), Jiameng Guo (Contribution by), Sanjay Gupta (Contribution by), Xiahui Hao (Contribution by), Qingfang He (Contribution by), Fan Hu (Contribution by), Hanhua Hu (Contribution by), Krishna Kumar Jaiswal (Contribution by), Hu Jin (Contribution by), Vinod Kumar (Contribution by), Anping Lei (Contribution by), Anna I. Kurbatova (Contribution by), Chao Li (Contribution by), Yanhua Li (Contribution by), Hanzhi Lin (Contribution by), Lu-Ning Liu (Contribution by), Qiong Liu (Contribution by), Yandu Lu (Contribution by), Anastasios Melis (Contribution by), Yufang Pan (Contribution by), Vishal Rajput (Contribution by), Roger Ruan (Contribution by), Shengzhou Shan (Contribution by), Kaitlin Simmons (Contribution by), Xiaotong Song (Contribution by), Xinyu Song (Contribution by), Adamu Yunusa Ugya (Contribution by), Mikhail S. Vlaskin (Contribution by), Chun Wang (Contribution by), Jiangxin Wang (Contribution by), Jin Wang (Contribution by), Xiaojun Yan (Contribution by), Wenxiu Yin (Contribution by), Weiwen Zhang (Contribution by), Xiangxiang Zhang (Contribution by), Xu Zhang (Contribution by), Yu-Zhong Zhang (Contribution by), Long-Sheng Zhao (Contribution by), Quanyu Zhao (Contribution by), Chengxu Zhou (Contribution by), Yali Zhu (Contribution by), Zhu Zhen (Contribution by), Tian Jing (Contribution by), CAO Xupeng (Contribution by)
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Algae are sunlight-driven cell factories, and can efficiently absorb CO2 and convert light energy to chemical energy such as lipid, starch and other carbohydrates and release O2. Algal feedstock is a promising resource for bioproduct production, given its high photosynthetic efficiency for producing biomass compared to conventional crops. Microalgae can be used for flue-gas and wastewater bioremediation. This book highlights recent breakthroughs in the multidisciplinary areas of algal biote...



