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浪漫地理学:追寻崇高景观
现代生物技术发展及研究进展 版权信息
- ISBN：9787518067763
- 条形码：9787518067763 ; 978-7-5180-6776-3
- 装帧：一般胶版纸
- 册数：暂无
- 重量：暂无
- 所属分类：>
现代生物技术发展及研究进展 内容简介
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。
现代生物技术发展及研究进展 目录
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)
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)
展开全部
现代生物技术发展及研究进展 作者简介
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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