Applied & Clinical Physiology Lectures
Fall 2021 Syllabus2024 lecture on Mike Tyson, cell signaling, and the physiology of aging
(this is a glimpse at much of the content we'll cover this semester):
Download .mov of lecture here
Immediately after the Tyson fight, I summarized the points of my lecture:
Lecture 1: Introduction
Lecture 2: History of Medicine (Part 1)
* The video for this lecture stopped recording at ~45:30; the audio continued to record though.
Lecture 3: History of Medicine (Part 2)
* The video and audio for this lecture stopped recording at ~17:00. The last hour is frozen nothing.
Lecture 4: Pre-Exercise ScreeningPDFs corresponding to Lecture 4
Lecture 5: Special PopulationsPDFs corresponding to Lecture 5
Lecture 6: YouthPDFs corresponding to Lecture 6
Lecture 7: Fat Metabolism (Part 1)PDFs corresponding to Lecture 7
Lecture 8: Fat Metabolism (Part 2)PDFs corresponding to Lecture 8
Lecture 9: Fat Loss StrategiesPDFs corresponding to Lecture 9
Lecture 10: FastingPDFs corresponding to Lecture 10
Lecture 11: Protein CatabolismPDFs corresponding to Lecture 11
Lecture 12: Protein AnabolismPDFs corresponding to Lecture 12
Lecture 13: HypertrophyPDFs corresponding to Lecture 13
Lecture 14: Immune/Chemical Activation of mTORPDFs corresponding to Lecture 14
Lecture 15: Mechanical Activation of mTORPDFs corresponding to Lecture 15
Lecture 16: Endocrine Activation of mTORPDFs corresponding to Lecture 16
Lecture 17: Nutritional Activation of mTORPDFs corresponding to Lecture 17
Lecture 18: Negative Regulation of mTOR (AMPK)PDFs corresponding to Lecture 18
Lecture 19: Benefits of AMPKPDFs corresponding to Lecture 19
Lecture 20: Applications for AnabolismPDFs corresponding to Lecture 20
Lecture 21: Introduction to GeneticsPDFs corresponding to Lecture 21
Lecture 22: Genetics and PathologyPDFs corresponding to Lecture 22
Lecture 23: Genetic Mutations and Introduction to Guest SpeakerPDFs corresponding to Lecture 23
Lecture 24: Travis Stiles of Novoron BiosciencePDFs corresponding to Lecture 24
Lecture 25: Telomeres and SenescencePDFs corresponding to Lecture 25
Lecture 26: Exercise GenomicsPDFs corresponding to Lecture 26
Lecture 27: The Brain, Its Neurons, and Their NeurotransmittersPDFs corresponding to Lecture 27
Lecture 28: The Brain Part 2: Contributing FactorsPDFs corresponding to Lecture 28
Lecture 29: Optimal Performance (i.e., "Flow" or "The Zone")PDFs corresponding to Lecture 29
Lecture 30: Science of FlowPDFs corresponding to Lecture 30
Lecture 31: Exercise and the BrainPDFs corresponding to Lecture 31
Lecture 32: Exercise, the Brain, and NootropicsPDFs corresponding to Lecture 32
Lecture 33: Clinical Conversation with April Shelide, DPT