Virginia Cruz Victorio

Viriginia
Cruz-Victorio
Research Assistant
Department of Pathology, Microbiology, and Immunology

Virginia was born in LA, CA but spent most of her life in Nashville. She went to Union College in New York where she received her B.S. in Neuroscience. Her future plans include earning her M.D. and using it to do volunteer work abroad. Outside of the lab, Virginia enjoys camping, hiking, reading, and traveling.

 

615-936-8476
Lab Address
Light Hall
2215-B Garland Ave
Room / Suite
1035
Nashville
Tennessee
37232
virginia.cruz.victorio@vumc.org

Ian Hurford

Ian
Hurford
Research Assistant
Division of Pediatric Infectious Diseases

Ian is from St. Louis, MO, and was an undergraduate researcher in the Cassat lab during his time at Vanderbilt University. After graduation, he began work full-time as a research assistant. His research focuses on the role of several key genes in the bone cell response to the hypoxic osteomyelitic environment. In his free time, Ian likes to exercise, eat good food, and daydream about future travels.

615-936-8476
Light Hall
2215-B Garland Ave
Room / Suite
1035
Nashville
Tennessee
37232
ian.hurford.1@vumc.org

Jenna Petronglo

Jenna
Petronglo
Graduate Student, Department of Pathology, Microbiology, and Immunology
615-936-8476
Lab Address
Light Hall
2215-B Garland Ave
Room / Suite
1035
Nashville
Tennessee
37232
jenna.r.petronglo@vanderbilt.edu

Jenna attended Fordham University where she majored in Biological Sciences and completed a research thesis on the ecology of the black-legged tick, the major vector of Lyme disease. After graduating in 2014, she worked as a research technician at The Albert Einstein College of Medicine and assisted in projects studying Huntington's disease. She joined the IGP in 2017 and the Cassat lab in 2018. Her project focused on how inflammation generated during the innate immune response to S. aureus osteomyelitis affects osteoclast differentiation and function. Jenna successfully defended her dissertation in 2023 and is currently a postdoctoral fellow in the laboratory of Dr. Erica Korb at UPenn.

Thomas Spoonmore

Thomas
Spoonmore
Research Engineer

Tom hails from Indianapolis, IN and received his bachelor's degree in chemical engineering from the University of Notre Dame. During his time as an undergraduate, his primary research was focused on polymeric thin film membranes for water filtration using size exclusion chromatography. Tom received his PhD in the Chemical Engineering at Vanderbilt and was co-mentored by Dr. Cassat. His project focused on novel delivery strategies to combat bone-dwelling biofilm infections. Tom now works as a research engineer at a small materials company that focuses on the development of innovative materials that eliminate microbes from high-touch surfaces. He works with a team of engineers, physicists, and chemists to improve, implement, and develop light-activated nano-engineered products. 

Lab Address
Light Hall
2215-B Garland Ave
Room / Suite
1035
Nashville
Tennessee
37232
thomas.j.spoonmore@vanderbilt.edu

Casey Butrico

Casey
Butrico
Graduate Student, Department of Pathology, Microbiology, and Immunology
Lab Social Chair
615-936-8476
Lab Address
Light Hall
2215-B Garland Ave
Room / Suite
1035
Nashville
Tennessee
37232
casey.e.butrico@vanderbilt.edu

Casey was a graduate student in the Microbe Host Interactions program. She is originally from New Jersey and received her B.S. in Biology from Gettysburg College. Casey worked at Janssen R&D in the Translational Oncology Disease Area Stronghold before joining the Cassat lab in 2018. Her research focused on S. aureus metabolism and abscess formation during osteomyelitis in the context of comorbid immune-modulating conditions, including diabetes. After successfully defending her dissertation in 2023, Casey joined Kuros Biosciences as a Scientific Affairs Manager. 

New molecular imaging approach could aid vast areas of health, disease

A new multimodal imaging approach produced highly-advanced molecular three-dimensional (3D) images of staph infection and may be instrumental in fighting antibiotic resistant infections, according to research published online March 14 in Science Translational Medicine. “I’m pretty convinced that these are the most advanced images in infection biology,” said corresponding author Eric Skaar, PhD, MPH, with the Department of Pathology, Microbiology and Immunology at Vanderbilt in a university news story.