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Bio 22 Human Physiology - Nerves, Senses, Respiration
Drawings/labels of a diagram of the skin, including the 3 layers, the different types of cells that are found in the epidermis and what their primary function are, the different types of sensory receptors that are found in each layer and what they do, and a list of the physiological functions of the skin. Detailed list of all the events that occur in a muscle contraction/NMJ staring with an action potential reaches the axonal terminal of a motor neuron and ending with myosin disengages from act...
- Book
- Class notes
- • 1 pages •
Drawings/labels of a diagram of the skin, including the 3 layers, the different types of cells that are found in the epidermis and what their primary function are, the different types of sensory receptors that are found in each layer and what they do, and a list of the physiological functions of the skin. Detailed list of all the events that occur in a muscle contraction/NMJ staring with an action potential reaches the axonal terminal of a motor neuron and ending with myosin disengages from act...
Physiology of a heart
A labeled diagram summarizing the physiology of the heart, including: myocardium, conduction system (components), valves (AV and semi-lunar). Describing the events of a cardiac cycle. Defining cardiac output ( in written terms as well as mathematically) and examples each of ways that the CO can be increased and decreased.
- Class notes
- • 1 pages •
A labeled diagram summarizing the physiology of the heart, including: myocardium, conduction system (components), valves (AV and semi-lunar). Describing the events of a cardiac cycle. Defining cardiac output ( in written terms as well as mathematically) and examples each of ways that the CO can be increased and decreased.
Homeostasis
Defining homeostasis, defining/labeling a negative feedback loop with 3 examples, a positive feedback loop with 2 examples and explaining how temperature regulation works, including the concepts of set points and range
- Class notes
- • 0 pages •
Defining homeostasis, defining/labeling a negative feedback loop with 3 examples, a positive feedback loop with 2 examples and explaining how temperature regulation works, including the concepts of set points and range
Homeostasis
Defining homeostasis, defining/labeling a negative feedback loop with 3 examples, a positive feedback loop with 2 examples and explaining how temperature regulation works, including the concepts of set points and range
- Class notes
- • 0 pages •
Defining homeostasis, defining/labeling a negative feedback loop with 3 examples, a positive feedback loop with 2 examples and explaining how temperature regulation works, including the concepts of set points and range
Homeostasis
Defining homeostasis, defining/labeling a negative feedback loop with 3 examples, a positive feedback loop with 2 examples and explaining how temperature regulation works, including the concepts of set points and range
- Class notes
- • 0 pages •
Defining homeostasis, defining/labeling a negative feedback loop with 3 examples, a positive feedback loop with 2 examples and explaining how temperature regulation works, including the concepts of set points and range
Homeostasis
Defining homeostasis, defining/labeling a negative feedback loop with 3 examples, a positive feedback loop with 2 examples and explaining how temperature regulation works, including the concepts of set points and range
- Class notes
- • 0 pages •
Defining homeostasis, defining/labeling a negative feedback loop with 3 examples, a positive feedback loop with 2 examples and explaining how temperature regulation works, including the concepts of set points and range
Homeostasis
Defining homeostasis, defining/labeling a negative feedback loop with 3 examples, a positive feedback loop with 2 examples and explaining how temperature regulation works, including the concepts of set points and range
- Study guide
- • 0 pages •
Defining homeostasis, defining/labeling a negative feedback loop with 3 examples, a positive feedback loop with 2 examples and explaining how temperature regulation works, including the concepts of set points and range
Homeostasis
Defining homeostasis, defining/labeling a negative feedback loop with 3 examples, a positive feedback loop with 2 examples and explaining how temperature regulation works, including the concepts of set points and range
- Class notes
- • 0 pages •
Defining homeostasis, defining/labeling a negative feedback loop with 3 examples, a positive feedback loop with 2 examples and explaining how temperature regulation works, including the concepts of set points and range