By Li Zhensheng (auth.), Chongbiao You, Zhangliang Chen, Yong Ding (eds.)
The First Asia --- Pacific convention on Agricultural Biotechnology was once held in Beijing, China on 20-24, August, 1992. Over part the inhabitants on this planet is within the Asian and Pacific area. With an expanding inhabitants and lowering farming lands, you will need to improve agricultural biotechnology for development of the productiveness, profitability and balance of the farming approach. The Conference's major goals have been to collect scientists operating in numerous fields of agricultural biotechnology to stimulate dialogue in this vital approach and to have an appraisal of the latest stories pertaining to genetic manipulation of crops, plant mobile and tissue tradition, plant gene law, plant-microbe interplay, animal biotechnology and so on. The convention used to be attended by way of 391 scientists from varied nations and areas. This quantity provides the contributions of the lectures and a particular variety of posters, that are an updated account of the country of data on agricultural biotechnology. The e-book presents a worthy reference resource not just for experts in agricultural biotechnology, but in addition for researchers engaged on comparable elements of agronomy, biochemistry, genetics, molecular biology, microbiology and animal sciences. it really is with nice excitement to recognize the contributions of the authors in assuring the steered e-book of this quantity. we'd additionally expand our honest thank to Kluwer educational Publishers for the booklet of those proceedings.
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Additional info for Biotechnology in Agriculture: Proceedings of the First Asia-Pacific Conference on Agricultural Biotechnology, Beijing, China, 20–24 August 1992
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These results indicate that only a few proteins may play important roles during embryogenesis and that changes in protein patterns are regulated at mRNA level. Smith et al. (11) reported a nuclear protein associated with cell division, antigen against 21D7 monoclonal antibody. We applied 21D7 to our system and analyzed by Western blotting and immunocytochemical method to examine whether antigen 21D7 (21D7 protein) can be a candidate for molecular marker of totipotency. 21D7 protein could be detected throughout the process of expression of totipotency, while it disappeared within 48 hr during the process of losing totipotency, that is, when State 0 single cells were cultured in the absence of auxin.
Biotechnology in Agriculture: Proceedings of the First Asia-Pacific Conference on Agricultural Biotechnology, Beijing, China, 20–24 August 1992 by Li Zhensheng (auth.), Chongbiao You, Zhangliang Chen, Yong Ding (eds.)