ENVIRONMENTAL HEALTH
Toxic chemicals known as PFAS have contaminated water supplies for millions, yet we are still uncovering their public health effects. This study investigates how these pollutants weaken the energy-producing centers of our cells, threatening the body's ability to mitigate against chronic disease.
SUSTAINABLE CELL CULTURE
To modernize the way we study disease, we are designing sustainable laboratory tools that no longer depend on animal-derived components. These innovative growth systems allow us to cultivate human cells more ethically while significantly improving the accuracy of our experimental data.
XENO-FREE INNOVATION
This study focuses on the strategic addition of small molecules to replicate the complex signaling found in animal derivatives. These innovations empower human cells to maintain peak functionality, providing a more predictable and powerful model for studying human biology and disease.
PROJECT SPOTLIGHT
Standardizing cell culture media
Duration of Involvement
September 2024 - Present
Project Overview
Traditional cell culture relies on animal sera, which introduce ethical concerns and high variability. To streamline the transition to clinical manufacturing, we are developing a standardized, xeno-free medium that supports human cells across all three germ layers.
COMMUNITY ENGAGEMENT
Informed by a background spanning countries and cultures, Michael embraces an approach to biomedicine grounded in responsiveness to the communities it serves — and, far too often, underserves.
EARLY EXPOSURE
An early love for science and a passion for curious thinking continue to shape Michael's commitment to inspiring young learners. He contributes to programs and activities that expose students to the joy and potential of scientific research.
STUDENT MENTORSHIP
Mentorship has been central to Michael’s academic training, both as an early-career scientist and as an adviser to student trainees. Leaning on shared wisdom, he extends guidance on navigating coursework, research opportunities, experimental design and delivery, and decision-making.
TRANSLATIONAL PATHWAYS
Multidisciplinary experiences from the block to the bedside to the bench have grounded Michael's understanding of how research connects to patient care and community impact. A rising physician-scientist, his current training reflects a sustained focus on comprehensive medicine.
PROJECT SPOTLIGHT
Curiosity — a STEM podcast for lifelong learners
Project Overview
Every episode begins with a cozy voice — "Hey! It's Michael. You're listening to Curiosity." — and a complicated question: "Can you ever touch an atom?" "Do cells have an expiration date?" "What makes something alive?"
Curiosity is an educational podcast designed to demystify the standard STEM curriculum. Blending rich storytelling with expert-guided scientific rigor, we're redefining standards of accessibility for test prep and engaging learners of all ages.
AFFILIATIONS
Partnering to advance research and education
