Janie FrandsenFaculty
My research interests lie in studying the structure-function relationship of non-coding regulatory RNAs in bacteria, such as riboswitches and small RNAs. I approach these questions using an interdisciplinary method, which includes a combination of computational, biochemical, and genetic techniques. Understanding how these regulatory mechanisms work at the molecular level will aid in the development of novel antibiotics that target regulatory RNAs in bacteria, helping to combat the ever-growing problem of antibiotic resistance. I was introduced to the world of RNA biology as an undergraduate researcher at a primarily undergraduate institution, and that experience built the foundation for the rest of my scientific career. My goal at Gustavus is to provide students with similar high-impact experiential learning opportunities in my classroom through course based research and in my laboratory through intensive summer research experiences. My favorite place to teach is in the lab, where I can foster the development of a scientific mindset through hands-on learning!
Interested in learning more - schedule a time to meet here.
Education
B.S., Denison University; Ph.D., The Ohio State University
Areas of Expertise
Courses Taught
CHE-106 (Foundations of Chemistry I Lab), CHE-270 (Biochemistry), and CHE-271 (Biochemistry Lab)
Synonym | Title | Times Taught | Terms Taught |
---|---|---|---|
CHE-255 | Biochemistry Lab | 9 | 2024/SP, 2023/FA, 2023/SP, 2022/FA, and 2021/FA |
CHE-360 | Proteins Lab | 6 | 2024/SP, 2023/SP, and 2022/SP |
CHE-360 | Proteins | 6 | 2024/SP, 2023/SP, and 2022/SP |
CHE-291 | IS:BMB Research | 4 | 2023/SP and 2023/JN |
CHE-107 | Principles of Chemistry Lab | 2 | 2023/FA and 2022/FA |
BIO-391 | IS: Bioinformatics Res | 1 | 2023/FA |