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一、新物种塑造。主要通过生物技术、核技术、光电技术和农业常规育种技术的结合,综合不同物种的优良性状,按人类需要,有选择地定向塑造新的物种和物种类型。二、新型快速繁育技术的应用。利用植物细胞的全能性,通过无性繁殖途径,发展人工种子制造产业;利用胚胎移植和胚胎分割技术,发展动物胚胎生产、贮存、运输与利用的新兴产业等。三、构建新型农业工厂。随着现代科学技术、计算机技术及材料科学等的发展和综合运用,农业工厂化生产将有长足发展,建成种植、养殖全过程的工厂化、自动化生产体系。四、新型人造食品和饲料生产。利用微生物发酵技术处理秸秆,利用生物技术培育新菌种等,加快氨基酸的利用,大规模生产不同用途的氨基酸等单细胞蛋白资源,生产高蛋白饲料与食品。
First, the new species shaping. Mainly through the combination of biotechnology, nuclear technology, optoelectronics technology and agricultural conventional breeding technology, the excellent traits of different species are integrated and the new species and species types are selectively oriented according to human needs. Second, the application of new rapid breeding technology. Utilizing the pluripotency of plant cells to develop artificial seed manufacturing industries through asexual reproduction pathways; developing new industries that use embryo transfer, embryo transfer, and embryo production, storage, transportation and utilization. Third, build a new type of agricultural factory. With the development and comprehensive utilization of modern science and technology, computer technology and materials science, there will be a great development in agricultural industrialization and a factory-oriented and automated production system will be built up in the whole process of planting and breeding. Fourth, the new artificial food and feed production. The use of microbial fermentation of straw, biotechnology to cultivate new strains, etc., to speed up the use of amino acids, large-scale production of different uses of amino acids and other single-cell protein resources, the production of high-protein feed and food.