PSL300H1 - Human Physiology I
Course: PSL300H1 (Human Physiology I) in PSL department at University of Toronto.
Credit Hours: 36 • Academic Level: third-year undergraduate course
Course Requirements: No prerequisites required - suitable for beginning students
Future Opportunities: Unlocks 77 advanced courses for further study
Course Type: Foundation course - forms the base for multiple advanced topics
Part of the PSL curriculum at University of Toronto, helping students progress through degree requirements.
Courses unlocked by PSL300H1
- HMB471H1 - Performance Enhancement
- LMP410H1 - Pathobiology of Neurodegenerative Disease
- PSY490H1 - Seminar in Behavioural Neuroscience
- PSY362H1 - Animal Cognition
- PSL379H0 - Comparative Marine Mammal Physiology in the Field
- HMB442H1 - Brain Tumours: From Diagnosis to Treatment Effects
- PSY390H1 - Behavioural Genetics
- PSY396H1 - Neurochemical Basis of Behaviour
- PSY397H1 - Biological Rhythms
- PSY493H1 - Cognitive Neuroscience
- PSY496H1 - Cognitive Dysfunction in Neurological Disorders
- PSY497H1 - Seminar in Biological Timing
- PSL304H1 - Topics in Cellular, Molecular and Organismic Physiology I
- PSL310H1 - Clinical Reasoning
- PSL496Y1 - Translational Physiology Research Project
- PSL497H1 - Translational Physiology Research Project
- PSL446H1 - Neural Disorders
- HMB440H1 - Dementia
- CSB334H1 - Methods and Analysis in Behavioral Neuroscience
- HMB490Y1 - Health in Community
- PCL367H1 - Drug Development Pipeline I: In vitro
- PSL378H1 - Field Physiology: Marine Mammal Autopsy
- PSL420H1 - Reproduction: Development and Function
- PSY380H1 - Vision Science
- PSY473H1 - Social Cognitive Neuroscience
- PSY495H1 - Sex and the Brain
- ANA420H1 - Anatomy of the Stem Cell Niche
- CSB445H1 - Sleep Biology in Health and Disease
- CSB447H1 - Living Without Oxygen: Microbes to Mammals
- PSL374H1 - Advanced Physiology Laboratory
- PSL425H1 - Integrative Metabolism and its Endocrine Regulation
- PSL404H1 - Regenerative Medicine
- PSL421H1 - Pregnancy and Birth: From Implantation to Newborn Life
- PSL424H1 - Cellular and Molecular Basis of Endocrine Disorders
- PSL441H1 - Systems Neuroscience I: Neuroanatomy, Neurophysiology and Higher Cognition
- PSL442H1 - Systems Neuroscience II: Sensory and Motor
- PSL450H1 - Mechanisms of Neural and Endocrinal Secretion
- PSL452H1 - Membrane Physiology
- PSL470H1 - Cardiovascular Physiology
- PSL480H1 - Diving Physiology of Marine Mammals
- HMB300H1 - Neurobiology of Behaviour
- HMB320H1 - Neuroanatomy
- HMB322H1 - Topics in Health & Disease
- HMB422H1 - Seminar in Health & Disease
- HMB423H1 - Non-Communicable Diseases: A Global Health Challenge
- HMB472H1 - Exercise Physiology
- HMB473H1 - Exercise and Mental Health
- HMB474H1 - Dental Sciences
- JHA410H1 - Clinical Neuroimaging
- LMP430H1 - Metabolic Disorders
- NFS400H1 - Functional Foods and Nutraceuticals in Human Nutrition
- NFS484H1 - Advanced Nutrition
- NFS485H1 - Diet, Microbiome & Health
- NFS486H1 - Obesity: Metabolic and Clinical Aspects
- NFS489H1 - Nutritional Neurosciences
- PCL302H1 - Pharmacodynamic Principles
- PCL368H1 - Drug Development Pipeline II: In vivo
- PCL469H1 - Systems Pharmacology I
- PCL470H1 - Systems Pharmacology II
- PCL389H1 - Understanding the Role of Pharmacology and Toxicology in Society
- PCL397Y0 - Research Abroad in Pharmacology and Toxicology
- CJH332H1 - Cellular and Molecular Neurobiology of the Synapse
- CSB434H1 - Introduction & Methods of Systems Neuroscience
- PSL445H1 - Neuroscience: Cellular and Molecular
- CSB343H1 - Animal Energetics
- CSB345H1 - Introductory Biology of Sleep
- CSB346H1 - Neurobiology of Respiration
- HMB470H1 - Exercise and Sports Medicine
- LMP200H1 - Pathobiology of the Cell
- LMP460H1 - Pathobiology of the Cardiovascular System
- PCL345H1 - Experimental Approaches in Drug Discovery
- PSL305H1 - Topics in Cellular, Molecular and Organismic Physiology II
- PSL350H1 - Mammalian Molecular Biology
- PSL462H1 - Molecular Aspects of Cardiovascular Function
- PSL472H1 - Sleep Physiology and Chronobiology
- PSY494H1 - Physiology and Psychology of Emotion
- PSY492H1 - Neurobiology of Learning and Memory
Academic Planning at University of Toronto
Students planning PSL300H1 at University of Toronto should complete 0 prerequisites before enrollment.
Future Pathways: Completing PSL300H1 enables enrollment in 77 advanced courses for further study
This third-year course at University of Toronto integrates into structured degree pathways for PSL programs, supporting timely graduation and academic progression.