MCB 6937 Advanced Molecular Genetics
- Credits: 3
- Prerequisites: microbiology
- When Offered: Spring
- Syllabus: MCB 6937 Advanced Molecular Genetics
Description
Organisms use genetic instructions encoded in DNA. In this course, we will explore the
multifaceted roles of nucleic acids and proteins (including enzymes) in the genetics of prokaryotes
and eukaryotes. We will also discuss the similarities and differences between viruses,
prokaryotes, and eukaryotes. We will discuss the molecular structure and biochemistry of DNA
and RNA, how genes and genomes are arranged, how DNA is mutated and repaired, and the
machinery that is used to transcribe and translate RNA across different major branches of the
tree of life, including both eukaryotic and prokaryotic systems. We will also emphasize several
key techniques used to manipulate and study these systems. Lastly, we will also approach
special topics related to the course.
Course Goals
The main goal of this course is to equip students with foundational knowledge and understanding of the molecules involved in the transmission, utilization, and evolution of genetic information, particularly in the realm of microorganisms. Achieving this goal should empower students to think critically and draw connections between molecular genetic processes and macro-scale processes in other areas of research and everyday life.
By the end of this course, students should be able to:
• Define and explain both nucleic acid and protein biochemistry involved in genetics
• Apply the knowledge of nucleic acid and protein biochemistry involved in genetics to predict and evaluate hypothetical experimental outcomes
• Analyze and evaluate genetic mutations and manipulation on the cell cycle, replication, and gene expression, predicting functional outcomes
• Interpret case studies involving gene expression
• Plan and design hypothetical experiments and their outcome on the gene regulation of organisms
• Generate a scientific report based on the course content.
At A Glance
- 100% online
- Classes offered spring, summer, & fall
- No GRE requirement
- Over 40 courses to choose from
- Tuition $535.00 per credit hour