Billy Erazo
Microbiologist | Business Strategy | Entrepreneurial Scientist
About
Education
University of Wisconsin-Madison
Doctor of Philosophy - PhD, Cellular and Molecular Pathology / July, 2025 (anticipated)
University of Washington
Post Baccalaureate, Biological and Biomedical Sciences / June, 2020
Universidad de Puerto Rico
Bachelor's degree, Industrial Microbiology / December, 2019
Experience
WiSolve Consulting Group
Consultant / January, 2025 — Present
Contributed to data-driven solutions & research-based business recommendations to address challenges in the Madison business community. Gained professional development through hands-on projects, workshops, and networking while collaborating with a diverse research team.
University of Wisconsin-Madison
Graduate Research Assistant / January, 2021 — Present
Researched host-pathogen interactions in Toxoplasma gondii, uncovering the role of programmed cell death in macrophages as a potential mechanism to control parasite replication, contributing to novel therapeutic approaches for infectious diseases. Principal Investigator: Laura Knoll, PhD.
University of Washington - School of Medicine
Post-baccalaureate / June, 2019 — June, 2020
Develop & lead blood collection from 40 donors to isolate monocytes & assess whether specific individuals contain genetic regions that could make them more vulnerable to Tuberculosis.
Universidad de Puerto Rico
Food Microbiology Research Intern / August, 2018 — December, 2018
• Post-harvest security, quality and techniques for prevention of food. • Principal Investigator: Lynette Orellana, Ph.D.
Extremophiles Laboratory Research Intern / August, 2017 — December, 2018
Conducted an independent research project focused on isolating and characterizing halophilic microorganisms from solar salterns. Tasks included collecting and processing field samples, culturing microorganisms, performing qualitative screening for NaCl tolerance, and identifying and characterizing halophilic isolates. This research advanced the discovery and understanding of extremophilic organisms for their potential applications in food production, bioremediation, and biofuel development. Principal Investigator: Rafael Montalvo Ph.D.
Cornell University College of Agriculture and Life Sciences
Food Science Summer Scholar / June, 2018 — August, 2018
Discovered that the antimicrobial nisin is more effective at reducing Listeria monocytogenes growth in cheese when made at a higher pH & stored at lower temperatures, leading to improved food safety strategies to help control the high mortality rate associated with L. monocytogenes in ready-to-eat foods.
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