Mclaughlin REsearch Group

Structure & Function of Microbial Proteins

Header image above shows crystals of protein involved in antibiotic resistance grown in our lab in November 2021!
Go to Spread of Antibiotic Resistance

Spread of Antibiotic Resistance

Bacteria gain antibiotic resistance commonly through conjugative plasmid transfer (CPT). What is the molecular basis of this process?

Go to Gut Microbe Bacteriodes ovatus

Gut Microbe Bacteriodes ovatus

The gut microbe Bacteroides ovatus is elevated in people with autoimmune diseases. Which of its proteins may play an important role in the disease state?

Go to Uncharacterized Pathogen Proteomes

Uncharacterized Pathogen Proteomes

Emerging bacterial pathogens are of concern for new outbreaks. Characterizing their proteomes may allow us to understand and target them more effectively.

Go to McLaughlin Lab Group Login

McLaughlin Lab Group Login

Lab members login here to access restricted site content.

Watch my students, Prashit Parikh '21 and Xinping Ran '22, and I talk about our recently published research in Acta Crys F, and as well as their experiences doing undergraduate research as we are highlighted in the journal's "Interview with the Authors" feature.

URSI Summer 2024

URSI Symposium 2024

The McLaughlin Lab is a part of the Chemistry Department at Vassar College.

Lab Members

Olive Adamek

Vassar ’27 | CPT- pCU1

Salih Elnour Salih Awouda

Vassar ’25 | B. ovatus

Elisa Dzuong

Vassar ’27 | CPT- pCU1

Lydia Freedman

Vassar ’25 | B. ovatus

Jasmine Lowenstein

Vassar ’26 | CPT- pCU1

Lola Yost

Vassar ’26 | CPT- pCU1

Note: The lab is full for the 2024-2025 academic year.

 

LAB HAPPENINGS

Highlights

Our big projects this year ('24-'25) involve characterizing (1) a key antibiotic resistance transfer multiprotein complex from Salmonella Typhimurium and (2) a carbohydrate deacetylase from gut microbe Bacteroides ovatus.

news from the lab