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Respiratory System - Introduction | Physiology | Biology | FuseSchool

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1.   Label a diagram of upper and lower respiratory tract.

2.   Describe how breathing occurs.

3. Draw a diagram to explain gaseous exchange in the alveoli.

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Circulatory System and Pathway of Blood Through the Heart

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Functions Of Bones In The Body - What Do Bones Do - Bones Support The Body, Provide Protection

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1.       What is the difference between the endocrine and exocrine system?

2.       List the organs of the Endocrine System and their hormones.

3.       Outline glucose homeostasis – name the organ, cells and hormones involved.

4.       Give some examples of positive and negative feedback.

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1.   List the components of blood and their functions.

2.   Label a diagram of the heart.

3.   Name all the blood vessels the blood travels through. What are the key features of each?

4.   Describe the circulation of blood through the heart and circulatory system. – which blood vessels are involved?

5.   How are the electrical signals of the heart generated? Which cells are involved?

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1.       Define homeostasis

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2-Minute Neuroscience: Divisions of the Nervous System

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1.       What is the structure of a neuron?

2.       Outline the key parts of an action potential – which ions are involved?

3.       What are non-neuronal cells? – list the different types

4. Outline the divisions of the nervous system.

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1.   Label a diagram of the urinary system.

2.   Label a diagram of the kidney.

3.   Label a diagram of a nephron.

4.   Outline the process of ultrafiltration

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1.   List the functions of the skeleton and bones.

2. What cells are found in bone and what are their functions?

3.   During development there are two ways in which bone is formed (ossification). identify both types and the kinds of bone that are formed by each.

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The Mechanism of Muscle Contraction: Sarcomeres, Action Potential, and the Neuromuscular Junction

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1.       List the types of muscle cells found in the human body, describe the structure and function of each.

2.   Draw and label the key proteins of myofilaments in skeletal muscle.

3.   Describe the mechanism by which skeletal muscles contract and relax.

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homeostasis is the regulation of conditions in the body which includes temperature, water content, and carbon dioxide levels. Homeostasis is controlled by the nervous system and hormones. Homeostatic control is achieved by negative feedback, an example being when a person is cold the body will respond by shivering to keep heat. (negative feedback = bringing the body back to normal conditions)

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homeostasis is the regulation of conditions in the body which includes temperature, water content, and carbon dioxide levels. Homeostasis is controlled by the nervous system and hormones. Homeostatic control is achieved by negative feedback, an example being when a person is cold the body will respond by shivering to keep heat. (negative feedback = bringing the body back to normal conditions)

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a main difference is that exocrine glandes secrete hormones through ducts while endocrine glandes secrete hormones straight into the blood stream.

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a main difference is that exocrine glandes secrete hormones through ducts while endocrine glandes secrete hormones straight into the blood stream.