"Alligator Metabolism: Studies on Chemical Reactions in Vivo" delves into the fascinating world of alligator metabolism, presenting a comprehensive overview of research conducted on the subject. This book builds upon the foundation laid by "Biochemistry of the Alligator, a Study of Metabolism in Slow Motion" (1964), incorporating advancements in research methods and equipment to provide a more detailed and insightful analysis. The focus of the research, however, goes beyond simply understanding the alligator; it aims to shed light on biochemical reactions occurring within living organisms, utilizing the alligator as a unique and valuable model. The book begins with a chapter dedicated to the natural history of the alligator, catering to the interests of scientists, wildlife experts, alligator farmers, zookeepers, and anyone intrigued by the behavior and characteristics of this remarkable creature. Subsequent chapters delve into specific aspects of alligator metabolism, exploring topics such as metabolic rate, anaerobic glycolysis, digestion-growth-protein synthesis, carbohydrate metabolism, amino acid metabolism, respiration and acid-base balance, and kidney function. This in-depth exploration provides a comprehensive understanding of the complex metabolic processes that govern the life of the alligator, offering valuable insights into the broader field of biochemistry.

"Alligator Metabolism Studies on Chemical Reactions in Vivo-Thomas Hernandez" is not a product, device, or machine. It's likely a project or research title describing a study conducted by a researcher named Thomas Hernandez. The title suggests the investigation involves studying the metabolism of alligators, likely aiming to understand how their biological systems process and react to different chemicals. This field of research, commonly known as "in vivo" studies, takes place within the living organism itself, allowing researchers to observe the natural processes and interactions of chemicals within a complex biological system. The title hints at the utilization of alligators as model organisms in this research. Alligators possess unique physiological characteristics that make them ideal subjects for studying certain metabolic processes. Their robust immune systems, ability to tolerate a wide range of environmental conditions, and specific adaptations like their ability to withstand prolonged periods of low oxygen levels make them valuable models for studying the effects of chemicals on living organisms. By examining the chemical reactions occurring within the alligator's body, researchers can potentially gain insight into broader biological principles and mechanisms that govern how living beings react to various substances. This knowledge can have far-reaching implications for fields like toxicology, environmental science, and even the development of new drugs and treatments.