This lecture introduces students to anatomy and its branches, emphasizing the definition of anatomical position, exploration of anatomical planes, and key terminology for position and movements. It delivers essential foundational knowledge in a concise format.
This lecture guides students in defining bones and their functions, covering classification based on architecture, regional distribution, size, shape, and embryological development. It explores the structure of long bones, terms related to bone impressions, and cartilage classification with examples, offering a concise yet comprehensive overview of bone anatomy.
This lecture discusses classificaiton of joints with examples, explore the structure of a typical synovial joint, and enumerate factors influencing joint stability. It concludes with a clear definition of Hilton's Law. The content provides a concise understanding of joint classification, structure, stability factors, and a key anatomical concept.
This lecture equips students to classify muscular tissue with examples, delve into the structure of skeletal muscle, and categorize skeletal muscles based on fiber architecture, group action, and the amount of myoglobin. It also covers the innervation of skeletal muscles. The content offers a concise understanding of muscular tissue classification, skeletal muscle structure, and relevant categorizations.
This lecture empowers students to describe the general organization of the circulatory system, differentiate between systemic and pulmonary circulation, explore the anastomoses of blood vessels, and outline the general organization of the lymphatic system. The content provides a concise overview of key concepts in circulatory and lymphatic systems.
This lecture enables students to describe the general organization of the nervous system, encompassing both the central and peripheral aspects. It covers the parts and formation of typical spinal nerves, enumerates and describes the functional components of peripheral nerves, and provides an overview of the autonomic nervous system.