뒤로General Biology I: Course Syllabus and Study Guide
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Course Overview
This course, Biology I (BIOL 1233), provides a comprehensive introduction to the foundational concepts of biology, focusing on cell structure, biological molecules, genetics, and molecular biology. It is designed for students in the College of Natural and Health Sciences and does not require prerequisites. The course integrates face-to-face and technology-enhanced learning to foster critical thinking and application of biological principles in real-life scenarios.
Course Topics
Overview of Biology and the Scientific Method
Chemistry of Biologically Relevant Molecules
Properties of Water and Its Significance to Life
Cell Structure and Function
Cell Metabolism
Cell Cycle
Mitosis and Meiosis
Intended Learning Outcomes
Understand the overarching themes of biology and assess advances in scientific research.
Explain the chemical properties of molecules as they relate to life.
Describe the unique properties of water and their importance to living systems and the environment.
Identify the components of a cell and their functions.
Demonstrate understanding of cellular energy acquisition through respiration and photosynthesis.
Describe the cell cycle and mechanisms of cell division.
Distinguish the stages of mitosis and meiosis and their roles in reproduction and continuity of life.
Course Schedule and Module Breakdown
Module | Topics | Key Concepts |
|---|---|---|
1 | Course Overview, Themes of Biology & Scientific Inquiry | Scientific method, evolution, biological themes |
2 | The Chemistry of Life | Atomic structure, chemical bonds, reactions |
3 | Water and Life | Hydrogen bonding, properties of water, acids/bases, pH |
4 | Carbon and Molecular Diversity | Organic chemistry, functional groups, macromolecules |
5 | Exam 1 | Review of Modules 1-4 |
6 | Structure & Function of Large Biological Molecules | Carbohydrates, lipids, proteins, nucleic acids, genomics |
7 | The Cell | Cell parts, microscopy |
8 | Membrane Structure and Function | Membrane structure, transport mechanisms |
9 | Introduction to Metabolism | Energy forms, ATP, enzymes |
10-11 | Exam 2 & Cell Respiration and Fermentation | Glycolysis, citric acid cycle, oxidative phosphorylation |
12 | The Cell Cycle | Phases of cell cycle, control systems |
13 | Meiosis and Sexual Life Cycles | Sexual vs. asexual reproduction, meiosis stages, genetic variation |
15 | Topic Review & Exam 3 | Review of cell division and genetics |
16 | Final Exam | Cumulative review |
Assessment Overview
Mastering Chapter Post-Reading Tests: 10 points each, total 110 points (15% of grade)
Mastering Chapter Exercises: 10 points each, total 110 points (15% of grade)
In-Class Chapter Quizzes: 5 points each, total 55 points (5% of grade)
Exams: Three midterms (50 points each, 15.5% each), Final Exam (100 points, 18.5%)
Key Academic Policies
Legitimate excuses required for make-up assessments.
Late submissions incur grade penalties.
Strict academic honesty and integrity policies enforced.
Extra credit is at the professor’s discretion.
Required Materials
Textbook: Campbell Biology, 12th Edition (Urry et al.)
Supplemental: Modified Mastering Biology with Pearson Etext
Computer or cell phone for accessing course materials
Course Structure and Learning Approach
Combination of reading assignments, videos, quizzes, and exams
Active learning through technology integration and blended instruction
Application of biological concepts to real-life and community scenarios
