Natural antimicrobials often outperform lab-made antibiotics.
Oxidative stress drives aging, inflammation, and neurodegeneration.
Stressed cells adapt, signal, or self-destruct to protect the body.
Oxidative stress plays a role in nearly every chronic illness.
Cell stress can predict organ failure before symptoms appear.
In medicine, knowing when a cell dies matters just as much as why.
Natural antimicrobials often outperform lab-made antibiotics. Oxidative stress drives aging, inflammation, and neurodegeneration. Stressed cells adapt, signal, or self-destruct to protect the body. Oxidative stress plays a role in nearly every chronic illness. Cell stress can predict organ failure before symptoms appear. In medicine, knowing when a cell dies matters just as much as why.
Stamper Lab applies a holistic, focused biomedical-research approach emphasizing imaging, cellular resilience, and clinically meaningful relevance. Work centers on oxidative stress and antimicrobial defense—mapping breakdowns and exploring grounded paths to restoration.
Bridging discovery and application.
Stamper Lab investigates cellular breakdown and restoration through imaging-centered biomedical research. Core capabilities include microscopy, antioxidant modeling, and antimicrobial analysis—applied to systems such as yeast, synthetic membranes, and environmental stressors. For a closer look at current tools and protocols, click learn more.
More about the Lab
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Whether you’re a researcher, student, or someone with a shared curiosity, feel free to reach out. If it makes sense to collaborate, we’ll find a way.