Microbiology Course Syllabus and Weekly Schedule Overview

Microbiology Course Syllabus Overview

This document outlines the weekly schedule, topics, laboratory activities, and exam dates for a college-level Microbiology course. The syllabus provides a structured plan for both lecture and laboratory components, ensuring comprehensive coverage of foundational microbiology concepts and practical skills.

Course Structure and Weekly Topics

• Ch. 1: Introduction – Overview of microbiology, its history, and significance.

• Ch. 3: Microscopes – Principles and types of microscopes used in microbiology.

• Ch. 4: Cell Structure – Structure and function of prokaryotic and eukaryotic cells.

• Ch. 5: Microbial Metabolism – Metabolic pathways and energy production in microbes.

• Ch. 6: Microbial Growth – Factors affecting microbial growth and methods of measurement.

• Ch. 7: Control of Microbial Growth – Physical and chemical methods for controlling microbial populations.

• Ch. 8: Microbial Genetics – Genetic mechanisms in microorganisms, including mutation and gene transfer.

• Ch. 9: Biotechnology and Selected Topics – Applications of biotechnology in microbiology.

• Ch. 13: Viruses, Prions, Viroids – Structure, replication, and significance of acellular infectious agents.

• Ch. 14: Epidemiology – Study of disease transmission and outbreak investigation.

• Ch. 15: Pathogenicity – Mechanisms of microbial pathogenicity and host defense.

• Ch. 16: Non-specific Immune Response – Innate immunity and first-line defenses.

• Ch. 17: Specific Immune Response – Adaptive immunity, including humoral and cell-mediated responses.

• Ch. 20: Antimicrobial Drugs – Mechanisms and applications of antimicrobial agents.

Laboratory Activities

• Lab 1: Survey of Microbes

• Lab 2: Aseptic Transfer

• Lab 3: Microscopy

• Lab 4: Simple Stain

• Lab 5: Gram Stain

• Lab 11a: Microbial Analysis of Food

• Lab 12a: Antibiotics and Disinfectants

• Lab 12b: UV Light

• Lab 13: Unknown Bacteria Identification

• Lab 14: ELISA Simulation

• Lab 15: Water Analysis

• Lab 16: Transformation (pGLO)

• Lab 17: Gram Stain Lab Practical

Exams and Assessments

• Exam 1: Covers Chapters 1, 3, 4

• Exam 2: Covers Chapters 6-8

• Exam 3: Covers Chapters 9, 13, 14

• Exam 4: Covers Chapters 13-15

• Cumulative Final Exam: Covers Chapters 1, 3-9, 13-17, 20

Note: All exams may include questions about the associated labs.

Important Course Policies and Dates

• No Class: Labor Day Weekend, Thanksgiving Break

• Review Sessions: Scheduled before each exam for both lecture and lab content

• Lab Practicals: Hands-on assessments of laboratory skills (e.g., Gram Stain Lab Practical)

Summary Table: Weekly Schedule Overview

Week	Lecture Topics	Lab Activities	Assessments
1	Ch. 1, 3	Lab Inventory, Microscopy	-
2	Ch. 4	Survey of Microbes, Aseptic Transfer, Streak Plate, Simple Stain, Gram Stain	Exam 1 Review
3	Ch. 5	-	-
4	Ch. 6, 7	-	-
5	Ch. 8	Microbial Analysis of Food, Antibiotics, UV Light	Exam 2 Review
6	Ch. 9	Unknown Bacteria ID	-
7	Ch. 13	Review of Labs	Exam 3 Review
8	Ch. 14, 15	Water Analysis	-
9	Ch. 16, 17	ELISA Simulation	Exam 4 Review
10	Ch. 20	Gram Stain Lab Practical	-
11	-	No Class (Thanksgiving)	-
12	Review	Final Exam	Cumulative Final Exam

Key Terms and Concepts

• Microbial Metabolism: The chemical processes that occur within a microbe to maintain life.

• Genetics: Study of heredity and variation in microorganisms.

• Immunology: Study of the immune system and its response to pathogens.

• Pathogenicity: The ability of a microorganism to cause disease.

• Biotechnology: Use of living organisms or their products for practical purposes.

Additional info:

• This syllabus provides a framework for both theoretical and practical learning in microbiology, preparing students for advanced study or professional work in the field.

• Students are expected to participate in both lecture and laboratory components, as exams may include questions from both areas.