뒤로BIO 150: Microbiology for Health Sciences – Syllabus and Study Guide
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Course Overview
This syllabus outlines the structure, objectives, and requirements for BIO 150: Microbiology for Health Sciences at Reynolds Community College. The course provides a comprehensive introduction to microbiology, focusing on the characteristics, cellular structure, metabolism, and clinical significance of microorganisms, with an emphasis on their impact on human health and disease.
Course Structure and Materials
Lecture: 3 hours per week (online)
Laboratory: 3 hours per week (on-campus)
Total Credits: 4
Required Textbook: Microbiology: Basic and Clinical Principles, 2nd Edition, Lourdes Norman-McKay
Required Lab Manual: Biology 150 Lab Manual, 3rd Edition, Linda Lawrence
Online Platform: Pearson Mastering Microbiology (includes e-Book and lab manual access)

Major Topics Covered
Introduction to Microorganisms: History, classification, and cellular structure of prokaryotic, eukaryotic, and acellular microorganisms
Biochemistry Basics: Foundations of biological chemistry and macromolecules
Microscopy and Identification Techniques: Aseptic techniques, culture media, isolation, microscopy, and staining
Microbial Metabolism, Nutrition, and Growth: Enzyme function, energy flow, metabolic pathways, and growth conditions
Controlling Microbial Growth: Physical and chemical control methods, antimicrobial drugs, and antibiotic resistance
Microbial Pathogenicity, Infectious Diseases, Epidemiology, and Immunology: Human microbiome, infection progression, epidemiology, immune responses, and vaccines
Lab Skills and Competencies: Aseptic technique, PPE, isolation, cultivation, identification, and documentation
Learning Objectives
Scientific Literacy: Evaluate biological issues, perspectives, and scientific merit
Quantitative Reasoning: Perform calculations, interpret data, and analyze experimental results
Critical Thinking: Assess credibility, accuracy, and reliability of scientific information
Microbiology Fundamentals: Understand microbial diversity, structure, metabolism, and roles in health and disease
Laboratory Proficiency: Demonstrate safe and effective microbiological techniques
Course Organization
The course is divided into seven content modules plus an orientation module.
Each module includes readings, assignments, quizzes, and laboratory activities.
Assignments are due weekly; attendance at all labs is mandatory.
Key Policies and Expectations
Attendance: Weekly Canvas login and lab attendance required
Academic Integrity: Cheating, plagiarism, and use of generative AI for graded assignments are strictly prohibited
Lab Safety: Completion of lab safety training and adherence to all safety protocols is mandatory
Communication: Use official VCCS email for all course correspondence
Student Conduct: Maintain respectful and non-disruptive behavior in all course settings
Assessment and Grading
Activity | Points Possible |
|---|---|
Orientation Assignments | 20 |
Lab Safety | 50 |
Module Quizzes (14 x 20) | 280 |
Tests (3 x 100, 1 x 50) | 350 |
Final Exam | 100 |
Chapter Assignments (15 x 10) | 150 |
Online Lab Activities | 160 |
Lab Reports (individual, group) | 100 |
Case Studies (4 x 20) | 80 |
Infectious Disease Brochure & Discussion | 100 |
Other Assignments | 55 |
Total | 1445 |
Grading Scale:
A: 90% – 100%
B: 80% – 89.49%
C: 70% – 79.49%
D: 60% – 69.49%
F: Below 60%
Course Schedule (Selected Weeks)
Week 1: Introduction to Microbiology, Biochemistry Basics (Ch. 1-2)
Week 2: Prokaryotic and Eukaryotic Cells (Ch. 3-4)
Week 3: Microbial Genetics (Ch. 5)
Week 4: Viruses and Prions (Ch. 6)
Week 5: Microbial Growth & Control (Ch. 7)
Week 6: Microbial Metabolism (Ch. 8)
Week 7: Infectious Disease and Epidemiology (Ch. 9)
Week 8: Host-Microbe Interactions (Ch. 10)
Weeks 9-15: Immunity, Antimicrobial Drugs, System Infections, and Final Exam
Lab Skills and Competencies
Use of aseptic technique and PPE
Isolation, cultivation, and identification of microorganisms
Application of staining and microscopy techniques
Interpretation of physiological and biochemical tests
Proper handling, labeling, and disposal of lab materials
Collaboration and communication with lab partners
Documentation of experimental results and protocols
Additional Info
Students are encouraged to utilize campus resources such as libraries, tutoring, and wellness services.
Technical support is available through the college help desk.
All course policies, including those on attendance, academic integrity, and student conduct, are strictly enforced.