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New College of Pharmacy Building

Students | Jaclyn Winter Lab

New College of Pharmacy Building

Students | Jaclyn Winter Lab

Graduate Students

Lydia Dresler sitting in front of green plants

Lydia Dresler

Research: Exploration and characterization of bacteriophage isolated from Great Salt Lake

Undergraduate School: University of Idaho (BA Chemistry)

Faculty Mentor: Jaclyn Winter, PhD

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Dissertation: Discovery of novel metallophores from great salt microorganisms

I am studying microorganisms such as bacteria and fungi from Great Salt Lake to identify novel metallophores. These are small molecules with the ability to chelate metals. I am specifically focusing on those with the ability to bind arsenic, mercury, lead, and selenium for use in bioremediation.

2023-2024 Gehlert Fellowship

georgia.morgan@pharm.utah.edu

Abby Scott with her dog Howdy

Abby Scott

Pharmacology and Toxicology PhD Program

Dissertation project: Discovering Novel Antibiotic RiPP (Ribosomally Synthesized and Post-Translationally Modified Peptide) Natural Products and Elucidating Their Biosynthesis by Great Salt Lake Actinomycetota

Undergraduate School: Westminster College

2022-2023 Skaggs Fellow

Link to Publications

3400 Skaggs Research Building

I started my PhD through the Biological Chemistry program in the Fall of 2020 and joined Jaclyn Winter’s lab. My research is focused on the discovery of novel natural product compounds with antimicrobial potential. Specifically, I am interested in using actinobacteria isolated from Great Salt Lake sediment as a source for the discovery of ribosomally synthesized and post-translationally modified peptides (RiPPs) including the subfamilies of lasso peptides and linaridins.

Abby.Scott@utah.edu

Post Doctoral Researchers

Photo of Leah Bouthillette

Lydia Dresler

Microorganisms are exceptional chemists, capable of producing structurally complex and unique molecules far beyond what we can achieve synthetically. Exploring untapped sources of natural products offers a pathway to discovering these compounds, many of which hold great potential for bioactivity. I'm particularly interested in uncovering how these molecules mediate interactions within their environments, understanding their biosynthetic mechanisms, and exploring chemical modifications to enhance their bioactive properties and broaden their potential applications.

University of North Carolina at Asheville, BS Chemistry

University California Santa Cruz, PhD Natural Products and Organic Chemistry

Post-Doc: Winter Lab

Phone: 801-585-7117

Office:  3400 L.S. Skaggs Jr. Research Building

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