Genetics Syllabus and Course Structure – Seton Hall University

Genetics Course Overview

Course Description and Objectives

This course provides an introduction to the fundamental principles of classical and molecular genetics, with an emphasis on the molecular basis of inheritance and gene expression. Students will explore the essential foundations of genetics, including Mendelian inheritance, genetic mapping, chromosomal variation, and molecular genetics.

• Understand the essential foundations of inheritance patterns and chromosomal mapping.

• Describe mechanisms of gene expression, regulation, and genetic engineering.

• Explain human genetics as related to genetic counseling and gene engineering.

• Critically evaluate genetic data and literature, including the principles and concepts of biological systems at molecular and cellular levels.

• Demonstrate proficiency in reading/writing, numeracy, critical thinking, oral communication, and information fluency.

Course Structure and Requirements

Pre-requisite and Co-requisite Courses

• Pre-requisite: General Biology (BIOL1222) and General Biology-Cell Laboratory (BIOL1223)

• Co-requisite: BIOL2221 (Genetics laboratory; unless passed previously)

Required Texts and Resources

• Primary Text: Genetics Essentials: Concepts and Connections, 5th Edition, Benjamin Pierce

• Online Publisher Program: Achieve (required for assignments and participation)

• Highly Recommended: How to Solve Genetics Problems, Harry Nickla

Course Components and Grading Breakdown

Assessment Methods

• Exams (55%): Four exams covering lecture material, presentations, and assigned readings.

• Achieve/Class Assignments/Participation (25%): Online assignments and quizzes via Achieve platform, including Learning Curve (adaptive activities).

• Departmental Biology Science Grading Scale:

Grade	Percentage
A	93-100
A-	90-92
B+	87-89
B	83-86
B-	80-82
C+	77-79
C	73-76
C-	70-72
D	65-69
F	0-64

Course Schedule and Topics

Weekly Topics and Chapters

The following topics are covered throughout the semester, aligning with the major chapters in a college genetics course:

Week	Topics	Chapter	Important Dates
1	DNA and Chromosome Structure	2, 3
2	Mitosis and Meiosis	2
3	Mendelian & Post-Mendelian Principles	3, 4
4	Extensions of Basic Principles	5
5	Genetic Mapping & Linkage	6
6	Chromosomal Variation	8
7	Genetics of Bacteria & Viruses	7
8	DNA Replication	9
9	Transcription	10
10	Translation	11
11	Gene Regulation in Prokaryotes & Eukaryotes	12, 13
12	Genetic Control of Development	14
13	Genomes & Genomics	15
14	Transposable Elements & DNA Repair	16, 17
15	Cancer Genetics, Quantitative & Population Genetics	18, 19, 20, 21
16	Evolutionary Genetics, Review	22

Classroom Policies and Expectations

Attendance and Conduct

• Attend class regularly and be prompt. If you are late or leave early, sit close to exits to minimize disruption.

• All devices should be switched to silent or turned off during class.

• Respectful conduct is required at all times, including in lectures, labs, and online communications.

• Requests for excused absences must be made in advance and with appropriate documentation.

Academic Integrity

• Cheating, plagiarism, and unauthorized assistance are strictly prohibited.

• Violations may result in grade penalties, course failure, or disciplinary action.

• All assignments must be completed independently unless group work is explicitly permitted.

Support Resources and Accommodations

Special Accommodations

• Students with documented disabilities may request accommodations through the Disability Support Services office.

• Support resources are available for students feeling overwhelmed or needing assistance with course material.

Exam Regulations and Policies

Make-up Exams

• Make-up exams are only granted for documented, officially recognized reasons (e.g., hospitalization, bereavement).

• Requests must be made within 48 hours of the missed exam.

• Travel plans and non-emergency absences are not valid reasons for make-up exams.

Final Exam/Finals Session

• The final exam is cumulative and scheduled according to the university calendar.

• Students must consult the professor in advance if there are conflicts with the final exam schedule.

Communication and Academic Assistance

Contacting the Professor

• Email is the preferred method of communication for course-related questions.

• Students should check their university email and Canvas regularly for updates and information.

Technology Service Desk

• Technical support is available for issues with Canvas, Achieve, and other university platforms.

Academic Resource Center

• Tutoring and academic support are available for students needing additional help with course material.

Summary Table: Genetics Course Topics

Main Topic	Subtopics
Introduction to Genetics	History, Mendel's Laws, Basic Principles
Mendelian & Non-Mendelian Inheritance	Extensions, Linkage, Mapping
Chromosomal Variation	Structural and Numerical Changes
DNA & Chromosome Structure	Replication, Transcription, Translation
Gene Regulation	Prokaryotes, Eukaryotes, Development
Genomes & Genomics	Sequencing, Analysis
Mutation, Repair, Recombination	Mechanisms, Implications
Cancer & Quantitative Genetics	Genetic Basis, Population Genetics, Evolution

Additional info: The syllabus provides a comprehensive overview of the Genetics course, including all major topics relevant to a college-level genetics curriculum. The schedule aligns with standard genetics textbook chapters and covers all foundational and advanced topics in the field.