뒤로BIO160 Introduction to Human Anatomy and Physiology: Course Syllabus Study Guide
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Course Overview
Introduction
This syllabus outlines the structure, requirements, and policies for BIO160: Introduction to Human Anatomy and Physiology at Rio Salado College. The course covers foundational concepts in human anatomy and physiology, including the scientific method, structural organization, homeostasis, chemistry, and the major body systems. It is designed for students seeking a comprehensive introduction to the subject.
Course Structure and Materials
Required Textbooks and Materials
Essentials of Human Anatomy & Physiology (13th Edition, Pearson eText Access Card) by Elaine N. Marieb
Essentials of Human Anatomy & Physiology Laboratory Manual (8th Edition) by Elaine N. Marieb
Optional: Anatomy & Physiology Coloring Book by Hayden-Mcneill
Required Software: Microsoft Word and Adobe Reader
All materials should be verified by ISBN before purchase. Course materials are available through the Rio Salado College Bookstore.
Course Description and Competencies
Official Course Description
Principles of the scientific method
Structural organization of the human body
Homeostasis and control mechanisms
Specific chemistry concepts relevant to physiology
Structure and function of major body systems
Course Competencies
Scientific Method: Describe principles and application in biological research.
Structural Organization: Explain levels of organization from atoms to organ systems.
Homeostasis: Define homeostasis and describe control mechanisms.
Chemistry Concepts: Understand chemical principles underlying physiological processes.
Body Systems: Describe structure and function of the following systems:
Integumentary system and body membranes
Skeletal system and joints
Muscular system
Nervous system
Endocrine system
Cardiovascular system
Lymphatic system and immunity
Respiratory system
Digestive system
Urinary system
Reproductive system
Course Requirements and Assessment
Time Commitment
Standard course: 12-15 hours per week
Accelerated course: Double weekly study time
Assessment Components
Lesson Quizzes: 8 open-book quizzes (multiple choice, from textbook chapters)
Exams: 3 in-person, proctored exams (average of 60% required to pass)
Lab Quizzes: 10 timed quizzes
Lab Practicals: 3 timed practicals (average of 60% required to pass lab portion)
Grading Procedure and Scale
Total Points Possible: 2,800
Lesson Quizzes: 600 points (21%)
Lab Quizzes: 250 points (9%)
Lab Practicals: 450 points (16%)
Exams: 1,500 points (54%)
Points | Letter Grade | Percentage |
|---|---|---|
2,506 - 2,800 | A | 90% - 100% |
2,226 - 2,505 | B | 80% - 89% |
1,946 - 2,225 | C | 70% - 79% |
1,666 - 1,945 | D | 60% - 69% |
0 - 1,665 | F | 0% - 59% |
Note: A final letter grade of D is considered passing, but students should verify program requirements.
Policies and Procedures
Submission and Late Policy
Assignments open 7 days before due date
Late submissions: Labs, quizzes, and practicals up to one Due Date Period late = 50% deduction; more than one period = no credit
Exams up to one Due Date Period late = 10% deduction; more than one period = no credit
Due Date Period: Sunday-Saturday (16-week); two periods per week (8-week)
Academic Integrity
Independent Work: No collaboration or use of AI tools (e.g., ChatGPT, Grammarly)
Plagiarism: Includes self-plagiarism and data fabrication
Consequences: Zero or failing grade for violations
Exam Procedures
In-person exams at Rio Salado Testing Centers or approved proctor sites
Proctor request required for students outside Maricopa County
Accommodations available for documented disabilities
Student Support and Resources
Library and Academic Support
Online library access for research and validated sources
Ask a Librarian live chat service
Academic Success Resources: Advisement, counseling, tutoring, plagiarism tutorials
Accommodations and Policies
Disability accommodations per ADA
Religious accommodations available upon written request
Support for pregnant and parenting students
Basic needs support via Counseling Department
Course Completion and Withdrawal
Participation Policy
Active participation required (assignment submission or instructor communication)
Non-participation for more than 14 days results in withdrawal or failing grade
Withdrawal and Grade Options
Letter grades (A, B, C, D, F)
Extension (in lieu of incomplete, at instructor's discretion)
Withdrawn Failing (Y) and Withdrawal (W) options
Credit/No Credit (P/Z) option if available
Ethics and Civility
Academic and Behavioral Expectations
Uphold academic integrity and digital literacy
Maintain respectful communication and ethical standards
Violations (rude, abusive, disruptive behavior) result in removal and failing grade
Summary Table: Course Competencies and Related Body Systems
Competency | Body System/Concept |
|---|---|
Scientific Method | Research principles |
Structural Organization | Levels: atom, molecule, cell, tissue, organ, system |
Homeostasis | Control mechanisms (feedback loops) |
Chemistry Concepts | Atoms, molecules, reactions, pH, buffers |
Integumentary System | Skin, membranes |
Skeletal System | Bones, joints |
Muscular System | Muscles, muscle tissue |
Nervous System | Central and peripheral nervous systems |
Endocrine System | Hormones, glands |
Cardiovascular System | Heart, blood vessels |
Lymphatic System | Lymph, immunity |
Respiratory System | Lungs, gas exchange |
Digestive System | GI tract, digestion |
Urinary System | Kidneys, excretion |
Reproductive System | Male and female reproductive organs |
Key Definitions
Homeostasis: The maintenance of a stable internal environment within the body.
Scientific Method: A systematic approach to investigation involving observation, hypothesis, experimentation, and analysis.
Structural Organization: The hierarchy of biological structures from atoms to organ systems.
Body System: A group of organs working together to perform complex functions.
Example: Homeostatic Control Mechanism
Negative Feedback Loop: A process in which a change in a variable triggers a response that counteracts the initial change, maintaining homeostasis.
Example: Regulation of body temperature: If body temperature rises, mechanisms such as sweating and vasodilation are activated to cool the body.
Additional Info
Students are expected to keep copies of all submitted assignments.
Academic misconduct includes unauthorized use of digital tools, plagiarism, and data fabrication.
Course content may vary to meet the needs of the group.