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performing experiments that measure venous pressure in humans and measuring and interpreting their own blood pressure; and investigating the role of exercise in influencing blood pressure, human organisms must maintain an internal equilibrium with respect to organs and organ systems, as well as equilibrium with their external environment by describing the main components of blood and their role in transport, and their role in resisting the influence of pathogens; e.g., erythrocytes, leucocytes, platelets, plasma, summarizing, from models, computer simulations or a dissected organ, the structures and direction of blood flow through a mammalian heart and using a microscope to observe blood flow in the capillaries of a living organism; e.g., goldfish, listing main cellular and noncellular components of the human immune system and describing their role; e.g., macrophage, helper T cell, B cell, killer T cell, suppressor T cell, memory T cell. by using a microscope to examine prepared slides of human blood to observe the morphology and relative abundance of the cellular components of the blood, Energy and matter exchange by the Human organism ???? The human organism�s digestive and respiratory systems exchange energy and matter with the environment., human organisms must maintain an internal equilibrium with respect to organs and organ systems, as well as equilibrium with their external environment by explaining the role of the body surface in maintenance of organism equilibrium; e.g., temperature regulation, protection from pathogens, using a microscope to observe blood flow in the capillaries of a living organism; e.g., goldfish and performing experiments that measure venous pressure in humans, describing the main components of blood and their role in transport, and their role in resisting the influence of pathogens; e.g., erythrocytes, leucocytes, platelets, plasma by using a microscope to examine prepared slides of human blood to observe the morphology and relative abundance of the cellular components of the blood, The human organism�s circulatory system transports energy and matter to maintain equilibrium among the body systems as well as between the organism and its external environment. knowledge human organisms must maintain an internal equilibrium with respect to organs and organ systems, as well as equilibrium with their external environment, human organisms must maintain an internal equilibrium with respect to organs and organ systems, as well as equilibrium with their external environment by explaining the role of the circulatory system in aiding the digestive, excretory and respiratory systems� exchange of energy and matter with the environment, Biology 20 Curriculum ???? The Biosphere, using a microscope to examine prepared slides of human blood to observe the morphology and relative abundance of the cellular components of the blood and researching and designing a simulation or model of the functioning of the main components of the human immune system., Biology 20 Curriculum ???? Energy and matter exchange by the Human organism, describing the main components of blood and their role in transport, and their role in resisting the influence of pathogens; e.g., erythrocytes, leucocytes, platelets, plasma by using a microscope to observe blood flow in the capillaries of a living organism; e.g., goldfish, Biology 20 Curriculum ???? Energy Flows and Cellular matter, Energy and matter exchange by the Human organism ???? The human organism�s circulatory system transports energy and matter to maintain equilibrium among the body systems as well as between the organism and its external environment., observing the principal features of the circulatory and excretory systems of a mammal, using models, computer simulations or dissected organisms; and identifying the structures from drawings of those systems and summarizing, from models, computer simulations or a dissected organ, the structures and direction of blood flow through a mammalian heart, Biology 20 Curriculum ???? Energy and Matter Exchange in Ecosystems, explaining the role of the circulatory system in aiding the digestive, excretory and respiratory systems� exchange of energy and matter with the environment by observing the principal features of the circulatory and excretory systems of a mammal, using models, computer simulations or dissected organisms; and identifying the structures from drawings of those systems, human organisms must maintain an internal equilibrium with respect to organs and organ systems, as well as equilibrium with their external environment by listing main cellular and noncellular components of the human immune system and describing their role; e.g., macrophage, helper T cell, B cell, killer T cell, suppressor T cell, memory T cell., Energy and matter exchange by the Human organism ???? The human organism�s excretory system exchanges energy and matter with the environment., describing the main components of blood and their role in transport, and their role in resisting the influence of pathogens; e.g., erythrocytes, leucocytes, platelets, plasma by researching and designing a simulation or model of the functioning of the main components of the human immune system.