Anatomy & Physiology I: Lecture, Lab, and Exam Schedule – Study Guide

Course Overview

This study guide summarizes the structure and key content areas of an undergraduate Anatomy and Physiology I course, as outlined in the provided lecture, lab, and exam schedule. The course is organized into weekly topics, with associated laboratory assignments and quizzes, covering foundational concepts in human anatomy and physiology.

Course Structure

• Lectures: Weekly topics covering major systems and foundational principles.

• Lab Assignments: Hands-on activities reinforcing lecture material.

• Quizzes & Exams: Regular assessments to test understanding and retention.

Main Topics and Subtopics

1. Introduction to Course & Chemistry of Life

• Course Orientation: Overview of course materials, expectations, and structure.

• Cell Chemistry & Cell Function: Basic chemical principles relevant to biological systems, including atomic structure, chemical bonds, and macromolecules.

• Lab Example: Cell Chemistry & Cell Function lab introduces students to the chemical basis of life.

2. Cell Structure & Function

• Cell Structure: Examination of cell organelles and their functions.

• Cell Cycle: Phases of cell growth and division, including mitosis and cytokinesis.

• Lab Example: Specialized Cell Function lab explores the diversity of cell types and their roles.

3. Histology: Tissues

• Definition: Histology is the study of tissues, which are groups of similar cells performing specific functions.

• Major Tissue Types:

  • Epithelial

  • Connective

  • Muscle

  • Nervous

• Lab Example: Histology lab involves microscopic examination of tissue samples.

4. Integumentary System

• Structure: Includes skin, hair, nails, and associated glands.

• Functions: Protection, sensation, thermoregulation, and vitamin D synthesis.

• Lab Example: Anatomical Terminology lab covers the language used to describe body regions and structures.

5. Skeletal System

• Bone Structure & Function: Anatomy of bones, bone tissue types, and their physiological roles.

• Axial & Appendicular Skeleton: Classification of bones based on location and function.

• Lab Example: Skeleton lab involves identification of major bones and bone markings.

6. Articulations (Joints)

• Joint Classification: Structural and functional types of joints (e.g., synovial, cartilaginous, fibrous).

• Movement: Types of movement permitted by different joints.

• Lab Example: Articulations lab examines joint structure and function.

7. Muscular System

• Muscle Tissue Types: Skeletal, cardiac, and smooth muscle.

• Muscle Physiology: Mechanisms of muscle contraction and energy use.

• Lab Example: Muscle Identification lab focuses on major muscle groups and their actions.

8. Nervous System

• Organization: Central and peripheral nervous systems.

• Neural Tissue: Structure and function of neurons and glial cells.

• Lab Example: Nervous Tissue lab explores the microscopic anatomy of neural tissue.

9. Sensory Systems & Autonomic Nervous System (ANS)

• Sensory Pathways: Mechanisms of sensation and perception.

• ANS Function: Regulation of involuntary physiological processes.

• Lab Example: Brain and Cranial Nerves lab covers the anatomy of the brain and major cranial nerves.

10. Integration and Review

• Block Exams: Periodic comprehensive assessments covering multiple topics.

• Review Sessions: Opportunities for students to consolidate knowledge and clarify concepts.

Sample Table: Weekly Course Schedule Overview

Week	Lecture Topic	Lab Assignment	Quiz
1	Orientation & Course Materials	Lab #1: Cell Chemistry & Cell Function	LKC #1 due Aug 31
2	Cell Structure & Function	Lab #2: Specialized Cell Function	LKC #2 due Sept 7
3	Histology: Tissues	Lab #3: Histology	LKC #3 due Sept 14
4	Integumentary System	Lab #4: Anatomical Terminology	LKC #4 due Sept 21
5	Skeletal System	Lab #5: Skeleton	LKC #5 due Sept 28

Key Definitions

• Homeostasis: The maintenance of a stable internal environment within the body.

• Histology: The study of tissues at the microscopic level.

• Osteon: The structural unit of compact bone.

• Neuron: The basic functional unit of the nervous system.

Additional info:

• Some lecture and lab topics were inferred based on standard Anatomy & Physiology I curricula.

• Specific lab and quiz due dates are included to help students plan their study schedule.