Biology 2110-2120: Anatomy and Physiology with Doc C
Summary: This is the a year-long course in Anatomy and Physiology. Lectures are presented to you by Dr. Gerald Cizadlo of the College of St. Scholastica. The information provided will be of interest to students and those planning careers in science and medicine, as well as current practitioners in the field. If you'd like to register for the free and open online course associated with Doc C.'s Intro to Anatomy and Physiology podcast, please go to http://go.css.edu/learn. The course will launch in September 2012.
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- Artist: Dr. Gerald Cizadlo
- Copyright: Copyright 2009-2010
Podcasts:
Today's lecture describes cardiac muscle function. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture continues a description of the autonomic NS. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture describes the autonomic NS in relation to smooth muscle. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture discusses smooth muscle function. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture considers cramping and introduces smooth muscle. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture discusses muscle actions. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture considers the mechanism of muscle contraction. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture examines the components of muscle cells. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture introduces muscle tissue. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture considers integration of information at synapses. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture considers processing of information at synapses. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture considers transmission of APs at synapses. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture describes the action potential. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture introduces the membrane potential. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
Today's lecture considers parts of neurons. For a course outline and/or Dr. C's blackboard, please visit the Web site at http://faculty.css.edu/gcizadlo/AnatPhys/index.html
