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PHSL 534: Advanced Physiology and Pathophysiology II
3.00 Credits
University of Southern California
Studies basic human physiology and pathophysiology at the cellular and systemic levels. Uses laboratory demonstrations and videos. Designed for students in all applied and basic sciences.
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PHSL 534 - Advanced Physiology and Pathophysiology II
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PHSL 537: Neuroscience
4.00 Credits
University of Southern California
Integrated approach to the fundamentals of neuroanatomy and neurophysiology, with applications to clinical neurology.
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PHSL 537 - Neuroscience
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PHSL 538: Neuroscience
4.00 Credits
University of Southern California
Integrated approach to the fundamentals of neuroanatomy and neurophysiology, with applications to clinical neurology. Prerequisite: PHSL 537* (*may be taken concurrently).
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PHSL 538 - Neuroscience
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PHSL 541: Cell and Molecular Biology
4.00 Credits
University of Southern California
Life processes fundamental to animal, plant, and microorganism; a graduate-level introduction. Lecture 3 units, laboratory 1 unit each term. Offered alternate years. Prerequisite: Organic chemistry and one of the following-biochemistry, molecular biology, or cell biology. Physics desirable.
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PHSL 541 - Cell and Molecular Biology
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PHSL 542: Signal Transduction
3.00 Credits
University of Southern California
Part of PHSL 503. Comprehensively described signal transduction pathways and other cellular regulatory mechanisms that form the basis of receptor-response phenomena Prerequisite: CMBL 501.
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PHSL 542 - Signal Transduction
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PHSL 543: Cell-Cell Interaction
3.00 Credits
University of Southern California
Discusses the role of cell-cell interactions and the mechanism for cellular specialization, emphasizing the immune system.
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PHSL 543 - Cell-Cell Interaction
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PHSL 544: Cell and Molecular Neurobiology
3.00 Credits
University of Southern California
Part of PHSL 503. A comprehensive, introductory, lecture-based course that introduces basic biomedical science graduate students to the cellular and molecular concepts that underlie most forms of neurobiological phenomena. Selected topics to be studied include the molecular and cellular components of neuronal excitation and transmission, neuronal development, differentiation and aging, axonal injury and nerve regeneration, and specific cases of nervous-system pathology.
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PHSL 544 - Cell and Molecular Neurobiology
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PHSL 550: Properties of the Nervous System
3.00 Credits
University of Southern California
Critically analyzes current neurophysiological data, attempting to characterize the vertebrate nervous system. Emphasizes selected topics covering neuronal topology, intracellular recordings, ultrastructure, evoked potentials, and neurotransmitter chemistry. Offered alternate years. Prerequisite: PHSL 511*, PHSL 512* (*may be taken concurrently); consent of the instructor.
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PHSL 553: Introduction to Electronics and Computing as Applied to Biomedical Research
4.00 Credits
University of Southern California
Introduces electronics and computers for recording and analyzing data in biomedical research. Analog and digital electronics covered at a modular level--with practical application of the instrumentation, and applications of computers to control and recording. Constructs and uses mathematical/computer models of biomedical systems and fitting of models to data. Laboratory activities in electronics and computer simulation. Prerequisite: PHSL 511*, PHSL 512* (*may be taken concurrently); College-level physics; calculus is helpful.
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PHSL 553 - Introduction to Electronics and Computing as Applied to Biomedical Research
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PHSL 554: Computer Simulation of Biomedical Systems
3.00 Credits
University of Southern California
How to construct and apply computer models of complex biomedical systems, with applications in areas such as biochemistry, physiology and pharmacology, toxicology, population dynamics, and epidemiology. Emphasizes model quality and compares model behavior with laboratory data. Laboratory activities with simulation software. Prerequisite: Mathematics through at least algebra; calculus helpful; experience in computer programming not required.
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PHSL 554 - Computer Simulation of Biomedical Systems
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