Curtin Uni

This document focuses on urinary physiology. It covers glomerular filtration, the structure of the renal corpuscle, the role of podocytes, pressures controlling filtration, and the impact of hormones like aldosterone and ADH on kidney function.

This document is a lab manual for Module 6, covering kidneys and fluid regulation/composition. It includes exercises on locating kidney structures, dissection of kidney specimens, and understanding nephron function and urinary tract anatomy.

his document is a pre-lab for blood vessels. It covers the structure and function of blood vessels, major systemic arteries and veins, blood pressure measurement, and the baroreceptor reflex.

This document is a pre-lab for the heart. It involves labeling heart features, understanding coronary circulation, and the direction of blood flow. It also includes diagrams of the heart's internal anatomy and coronary arteries and veins.

This document focuses on the physiological aspects of the heart. It includes detailed explanations of heart functions, cardiac cycle, and the role of different heart structures in maintaining circulation.

This document is a pre-lab for the heart. It involves labeling heart features, understanding coronary circulation, and the direction of blood flow. It also includes diagrams of the heart's internal anatomy and coronary arteries and veins.

This document is a pre-lab for muscles. It includes labeling exercises for various muscles of the face, trunk, arm, and lower limb. It explains the naming conventions of muscles and the classification of muscles based on their functions.

This document is a pre-lab for the skeleton. It involves recognizing and naming skeletal bones, labeling diagrams, and understanding bone metabolism and calcium homeostasis. It also covers bony features and landmarks.

This document is a pre-lab for brain anatomy. It includes labeling exercises for brain parts, functions of the brainstem, differences between exocrine and endocrine glands, and the action mechanisms of different hormones. It also discusses hormone solubility and mechanisms of action on target cells.

This document focuses on muscle contraction at the cellular level. It covers the structure and function of myofibrils, the role of thick and thin filaments (myosin and actin), and the importance of ATP and calcium in muscle contraction. It also explains the excitation-contraction coupling process and provides diagrams to illustrate these concepts.