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现代生物技术发展及研究进展
商品编号:3615629
ISBN:9787518067763
出版社:中国纺织出版社
作者:郝鲁江著
出版日期:2020-09-01
开本:16
装帧:暂无
中图分类:Q81
页数:200
册数:1
大约重量:470(g)
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库存:32
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预计72小时发货
甲虎价: 15.6 (2.3折)
原价:¥68.00
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本书以现代生物技术的发展为主线,介绍了现代微生物技术的发展概况和研究进展。全书共8章,包括现代生物技术概述、基因工程、细胞工程、发酵工程、酶工程、蛋白质工程、现代生物技术应用、现代生物技术安全性思考等内容。 本书结构紧凑、内容全面,可读性强,可作为高等院校生物工程、应用化学等相关专业的学习用书,也可供从事生物技术研究的相关工作人员的参考阅读。
目  录 章  现代生物技术概述 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (1)     节  现代生物技术的概念 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (1)     第二节  现代生物技术的主要技术范畴 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (2)     第三节  现代生物技术的崛起 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (5)     第四节  现代生物技术的产业化问题分析 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (6) 第二章  基因工程 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (11)     节  基因工程工具酶 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (11)     第二节  DNA 重组 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (15)     第三节  基因克隆载体 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (17)     第四节  目的基因的来源和途径 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (38)     第五节  目的基因导入受体细胞 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (40)     第六节  基因组学在人类遗传疾病应用方面的研究进展 #1049018; #1049018; #1049018; #1049018; (44) 第三章  细胞工程 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (51)     节  细胞工程基础 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (51)     第二节  植物细胞工程 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (56)     第三节  动物细胞工程 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (62)     第四节  细胞工程研究进展 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (89) 第四章  发酵工程 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (93)     节  微生物的基本知识与发酵工程基础 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (93)     第二节  发酵过程的工艺控制 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (105)     第三节  生物反应器 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (109)     第四节  发酵工程的前景展望 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (116) 第五章  酶工程 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (119)     节  酶学与酶工程 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (119)     第二节  酶的发酵生产 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (121) 第三节  酶分子的修饰 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (124)     第四节  酶的定向进化 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (132)     第五节  酶工程的应用进展 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (143) 第六章  蛋白质工程 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (149)     节  蛋白质分子设计和改造 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (149)     第二节  蛋白质工程几种重要的研究方法 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (151)     第三节  蛋白质组技术研究进展 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (156) 第七章  现代生物技术应用 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (159)     节  现代生物技术在现代食品工业中的应用 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (159)     第二节  现代生物技术在农业领域的应用 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (161)     第三节  现代生物技术在环境保护中的应用 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (170) 第八章  现代生物技术安全性思考 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (181)     节  现代生物技术安全性 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (181)     第二节  现代生物技术与社会伦理问题 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (185) 参考文献 #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; #1049018; (191)
郝鲁江,生于1972年,副教授,硕士生导师,山东大学微生物学硕士,中国海洋大学海洋生物学博士,目前任生物工程学院生物技术系主任。“发酵工程”及“食品科学”双方向硕士研究生导师。山东省发酵工程重点学科酶工程方向学术骨干,山东省食品科学重点学科学术带头人。
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