![]() These systems exemplify the diversity of developmental mechanisms involved in organogenesis, as well as the experimental techniques applicable to their analysis. Practical details on a number of organ/tissue systems in vertebrates are presented, including mammary gland (Chapter 4), heart (Chapter 5), skeleton (craniofacial: Chapters 6 and 7 axial and appendicular, Chapter 8), limb (Chapter 9), thymus (Chapter 10), liver (Chapter 11), and skin (Chapter 12). Organogenesis Studies on Drosophila (Chapter 2) and Xenopus (Chapter 3) are first presented to illustrate the power of these systems for deciphering the experimental principles of developmental biology. The volume concludes with detailed description of the technologies used to identify developmentally important genes and the methods for transgenesis, including gene knockout. ![]() ![]() This second volume of the three-volume set begins by presenting the tissue and organ models currently being studied, and the characteristics of abnormal development. It is the goal of Developmental Biology Protocols to present to the readers a set of contemporary, practical experimental tools dealing with a wide-ranging spectrum of topics in developmental biology research. Introduction The discipline of developmental biology covers scientific investigations aimed at deciphering the underlying mechanisms responsible for diversity and order within tissues and organs. Developmental Biology Protocols Volume II Edited byÄevelopmental Biology Protocols: Overview IIÄ¡ Developmental Biology Protocols Overview II Rocky S.
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