Course Overview

Introduction to Genetics

This course, BIOL 310 Principles of Genetics, provides a comprehensive study of the fundamental concepts and principles of genetics. Topics include Mendelian and non-Mendelian inheritance, cytogenetics, molecular genetics, population and quantitative genetics, and their applications. The course is designed for students in biological and forensic sciences and emphasizes both theoretical understanding and practical problem-solving skills.

• Key Point 1: Genetics is the scientific study of heredity and variation in living organisms.

• Key Point 2: The course covers classical genetics, molecular genetics, and population genetics.

• Example: Students will analyze inheritance patterns, chromosome structure, and genetic mapping.

Student Learning Outcomes

Core Competencies

Upon completion, students will be able to describe and apply concepts of Mendelian and non-Mendelian genetics, chromosome and molecular basis for heredity, linkage and genetic mapping, cancer genetics, population genetics, and quantitative genetics. Students will also analyze genetic events, predict outcomes, and test hypotheses.

• Key Point 1: Understanding inheritance patterns and solving related problems.

• Key Point 2: Applying principles of genetic mapping and linkage analysis.

• Key Point 3: Analyzing complex traits and population genetics.

• Key Point 4: Describing the molecular and chromosomal basis of heredity.

Course Outline and Weekly Schedule

Topics Covered

The course is structured into weekly lectures, each focusing on a specific chapter or topic. The schedule may be adjusted based on class progress.

• Week 1: Overview of Genetics

• Week 2: Chromosome transmission during cell division and sexual reproduction

• Week 3: Mendelian Inheritance

• Week 4: Extensions of Mendelian Inheritance

• Week 5: Non-Mendelian Inheritance

• Week 6: Non-Mendelian Inheritance (continued)

• Week 7: Genetic Linkage and Mapping in Eukaryotes

• Week 8: Variation in Chromosome Structure and Number

• Week 9: Molecular Structure of Chromosomes and Transposable Elements

• Week 11: Medical Genetics

• Week 12-14: Genetic Basis of Cancer, Population Genetics, Complex & Quantitative Traits

Additional info: The course includes tests, quizzes, assignments, and a final exam covering all topics.

Evaluation Criteria

Grading and Assessment

Grades are based on tests, quizzes, assignments, and attendance. The grading scale is as follows:

• A: 90-100%

• B: 80-89.9%

• C: 70-79.9%

• D: 60-69.9%

• F: Below 59.9%

Attendance is mandatory and counts for 10% of the final grade. Late work and missed exams are only accepted with valid, documented excuses.

Textbook and Resources

Required Textbook

Genetics: Analysis and Principles, 8th Edition by Robert J. Brooker, McGraw Hill Co ©2023, ISBN 9781264770991. Supplementary materials may be used as needed.

Academic Support and Policies

Support Services

Students have access to academic support resources, including the University College Learning Center and SI sessions. Policies regarding non-discrimination, disability services, Title IX, and disruptive behavior are strictly enforced to ensure a safe and equitable learning environment.

Course Topics Mapped to Genetics Curriculum

Relevant Genetics Chapters

• Introduction to Genetics

• Mendel's Laws of Inheritance

• Extensions to Mendelian Inheritance

• Genetic Mapping and Linkage

• Chromosomal Variation

• DNA and Chromosome Structure

• Transposable Elements

• Cancer Genetics

• Quantitative Genetics

• Population Genetics

Additional info: The syllabus aligns closely with the standard college genetics curriculum, covering all major topics required for foundational and advanced understanding.

Image

The following image is included as it is directly referenced in the syllabus for Title IX information and campus resources: