SynBio

Dr. Voiniciuc and Dr. Kelly Balmant are re-launching this course in spring 2024. Space in this course is limited due to the interactive format. We provide students with a thorough understanding of the principles underlying many common techniques in molecular biology, with a focus on plants.

HOS4313C Course Description

            Molecular Biology studies how macromolecules encode and regulate the flow of genetic information in living organisms.  This course will provide students theoretical and practical experience in the basic laboratory methods for nucleic acid sequences and proteins.  Instruction is based on a combination of lectures, dry and wet lab experimentation (through interactive class activities and/or internships), and maintenance of laboratory notebooks. In the first half of the course, students will learn about the state-of-the-art techniques for molecular cloning, common pitfalls, and how to manipulate DNA for plant molecular biology.  For the second half of the course, students will be introduced to several approaches for the analysis of gene expression and proteins, including current bioinformatics resources that assist with data analysis. In addition, the class will learn about methods for transient and stable transformation in plants.

Dr. Voiniciuc and Dr. Andrew Hanson are co-teaching a new SynBio graduate course, which also features guest lectures by Dr. Edmar R. Oliveira-Filho. Space in this online course is limited due to the interactive format.

HOS6932 Course Description

This course is designed to introduce graduate students to the basic principles of synthetic biology (SynBio) as well as the latest advances in this emerging field. Topics will include the implementation of Design-Build-Test-Learn cycles for metabolic pathways and regulatory circuits, directed evolution, and biofoundry-driven automation. Emphasis will be on plant systems, with bacterial and yeast systems included when appropriate to accelerate the study of plant enzymes and products. This online class will enable state-wide participation and combine lectures with interactive discussions and activities. Due to team-based activities, class registration is limited to only 16 students. Part of the final assignment (5% of course-grade) will require an in-person interview with a scientist at one of the UF/IFAS research facilities. This class will empower students to identify, evaluate, and effectively present SynBio innovations that address agricultural challenges.