具体描述
For nearly three decades, from edition to edition, An Introduction to Genetic Analysis (IGA) has evolved side by side with genetic research, providing an experiment based introduction to fundamental concepts that reflects every major laboratory and conceptual breakthrough. With authors who are leading researchers, innovative educators, and acclaimed writers, the book has kept pace with the dramatic expansion of the field while finding better ways to help students learn how to put genetics concepts to work. Now the text that has been used by over three quarters of a million students returns in the most extensively revised new edition in the book's history, once again shaping its coverage to match current research and thinking in genetics while providing stronger pedagogical support. The edition features a new co author (Susan R. Wessler, a member of the National Academy of Sciences), dramatic new content and art, reorganized structure, new learning tools, and state of the art media and supplements, making it the ideal text for preparing today's students for tomorrow's genetics.
作者简介
Anthony Griffiths is Professor Emeritus at the University of British Columbia, where he taught Introductory Genetics for 35 years. The challenges of teaching that course have led to a lasting interest in how students learn genetics. His research interests center on the developmental genetics of fungi, using the model fungus Neurospora crassa. He also loves to dabble in the population genetics of local plants. Griffiths was President of the Genetics Society of Canada from 1987 to 1989, receiving its Award of Excellence in 1997. He has recently served two terms as Secretary-General of the International Genetics Federation.
Susan Wessler is Regents Professor of Plant Biology at the University of Georgia, where she has been since 1983. She teaches courses in introductory biology and plant genetics to both undergraduates and graduate students. Her interest in innovative teaching methods led to her selection as a Howard Hughes Medical Institute Professor in 2006. She is coauthor of The Mutants of Maize (Cold Spring Harbor Laboratory Press) and of more than 100 research articles. Her scientific interest focuses on the subject of transposable elements and the structure and evolution of genomes. She was elected to membership in the National Academy of Sciences in 1998.
Richard Lewontin is the Alexander Agassiz Research Professor at Harvard University. He has taught genetics, statistics and evolution at North Carolina State University, the University of Rochester, the University of Chicago and Harvard University. His chief area of research is population and evolutionary genetics; he introduced molecular methods into population genetics in 1966. Since then, he has concentrated on the study of genetic variation in proteins and DNA within species. Dr. Lewontin has been President of the Society for the Study of Evolution, the American Society of Naturalists, and the Society for Molecular Biology and Evolution, and for some years, he was coeditor of The American Naturalist.
Sean Carroll is Professor of Molecular Biology and Genetics and Investigator with the Howard Hughes Medical Institute at the University of Wisconsin-Madison, where he teaches genetics and evolutionary developmental biology. Dr. Carroll's research has centered on genes that control body patterns and play major roles in the evolution of animal diversity. He is the author of the several books, including The Making of the Fittest (2006, W.W. Norton) and Endless Forms Most Beautiful: The New Science of Evo Devo (2005, W.W. Norton). The latter was a finalist for the 2005 Los Angeles Times Book Prize (Science and Technology) and the 2006 National Academy of Sciences Communication Award. He is also co-author with Jen Grenier and Scott Weatherbee of the textbook From DNA to Diversity: Molecular Genetics and the Evolution of Animal Design (2nd ed; Blackwell Scientific) and the author or coauthor of more than 100 research articles.
目录信息
读后感
用户评价
这本书的语言风格呈现出一种学者特有的严谨与幽默的完美平衡，读起来既不枯燥乏味，又不会因为过于口语化而削弱其专业性。它在描述那些高深莫测的遗传机制时，常常会穿插一些精妙的比喻，这些比喻往往能瞬间点亮原本晦涩难懂的概念。例如，在解释基因表达的调控网络时，作者采用了一个生活化的类比系统，使得那些复杂的转录因子相互作用变得可以触摸、可以想象。这种文学性的表达技巧，让长时间的阅读变得不那么煎熬。更难得的是，它对前沿领域的介绍保持了恰到好处的克制。它没有过度陷入目前最热门但可能很快就会被推翻的研究细节中，而是将重点放在了那些已被充分验证、构成学科根基的原理上。这确保了书籍的长期价值。当我在翻阅那些涉及到分子生物学交叉内容的章节时，我发现它总是能非常平滑地将读者引入新的领域，就像打开了一扇新的门，而不是生硬地将两块不相关的知识强行拼接在一起。这种行云流水的过渡，体现了作者对学科整体脉络的深刻把握。
作为一本工具书来看待，这本书在图表设计和索引编排上达到了工业级别的高标准。我经常需要在复习特定概念时快速定位，这本书的章节标题和子标题的设置逻辑性极强，几乎不需要花费时间去猜想信息的位置。每一个重要的术语都会在首次出现时得到清晰的界定，并且通常会在页面侧边栏或者脚注中提供额外的上下文信息，这对于我这种需要频繁查阅和回顾的读者来说，是极大的便利。关于那些需要计算的遗传问题，书后附带的习题集质量非常高，难度梯度设置得非常合理，从基础应用到挑战性的综合分析题都有覆盖。更重要的是，它不仅仅是提供了一个答案，而是提供了详细的解题思路分析，这比单纯的答案本身更有价值，因为它教会了你如何思考。我在做习题时，常常会发现自己因为理解了一个简单的计算步骤，从而对一个复杂的概念豁然开朗。这本书的排版设计也充分考虑了阅读体验，字号、行距和留白都经过精心考量，即便是长时间在荧光灯下研读，眼睛的疲劳感也远低于阅读其他同类书籍。
这本书绝对是遗传学入门的里程碑式作品，我从头到尾读下来，感觉像是被一位技艺高超的向导领着，穿梭在复杂的遗传学世界中。它最让我称道的地方在于其无与伦比的清晰度。作者们似乎深谙初学者的困惑点，总能在关键概念出现时，用最直观、最容易理解的方式进行阐释。比如，当我们第一次接触到孟德尔分离定律和自由组合定律时，书中的图示和实验设计分析简直是教科书级别的完美示范，它们不是那种干巴巴的公式堆砌，而是充满了生命力的案例研究。我记得在讲解连锁和重组频率时，那些复杂的图表和计算步骤，在其他教材中常常让我望而却步，但在这里，每一个小步骤都被拆解得如此细致，配合着生动的文字描述，即便是我这个非科班出身的读者，也能在脑海中构建出清晰的分子图像。更令人佩服的是，它成功地将那些看似抽象的遗传学原理，与实际的生物学现象紧密联系起来，让你真切感受到这些规则是如何在自然界中发挥作用的。翻阅这本书的过程，更像是一次智力上的探索与满足，它给予读者的不仅仅是知识，更是一种解决科学问题的思维框架。
这本书对遗传学在现代生物学中的地位和跨学科影响的讨论，给我留下了极为深刻的印象。它不将遗传学视为一个孤立的分支学科，而是不断地将其置于更宏大的生物学背景下进行审视。无论是对进化生物学、发育生物学还是系统生物学的讨论，它都能清晰地揭示出遗传学作为核心驱动力的角色。它成功地传达了这样一种理念：理解基因如何运作，是理解生命复杂性的关键钥匙。在讨论到基因组学和生物信息学这些新兴领域时，作者没有使用那种浮夸的“未来已来”的腔调，而是以一种脚踏实地的态度，分析了这些新技术如何验证和拓展了经典的遗传学假说。这种宏观视野的构建，让读者能够跳出微观的基因突变细节，去思考整个生物群落乃至物种层面的遗传变异及其后果。这本书真正做到了“授人以渔”，它教会了我如何带着批判性思维去看待那些出现在新闻中的遗传学研究，并区分哪些是坚实的证据，哪些是过度解读的炒作。这是一本能真正提升读者科学素养的典范之作。
我对这本书的结构设计深感赞赏，它展现了一种高明的叙事逻辑，引导读者循序渐进地掌握核心知识。本书并没有一开始就抛出那些令人望而生畏的高级话题，而是非常耐心地从最基础的细胞遗传学和减数分裂过程讲起，为后续的复杂遗传模式搭建了坚实的基础。这种逐步递进的安排，极大地降低了学习曲线的陡峭程度。我尤其喜欢它对经典遗传学实验的深度剖析。它不是简单地罗列结论，而是像侦探小说一样，带领读者重温当年科学家们是如何设计实验、排除干扰、最终得出正确结论的全过程。这种“研究历史”的方式，极大地激发了我对科学探究精神的兴趣。很多教材在讲到“实验证据”时往往草草了事，但这本书却花费大量篇幅去解释“为什么是这个实验，而不是别的实验”，这种对科学方法论的强调，在我看来比单纯的知识点记忆要宝贵得多。读完关于群体遗传学的章节后，我感觉自己不再是被动接受信息，而是开始主动思考：如果环境改变，群体中的等位基因频率会如何漂移？这种从“是什么”到“为什么会这样”的转变，是区分优秀教材和普通教材的关键所在。
