Cameron A. Schmidt

This paper introduces a framework for evaluating sperm trajectory tracking in crowded microscopy videos to improve automated motility analysis.

This study uses single-cell flow cytometry and statistical modeling to analyze how mouse sperm subpopulations change during capacitation in vitro, revealing nonlinear interactions between bicarbonate and calcium.

This paper models sperm movement as a diffusive search process and develops computational models to explore how sperm motility and microenvironmental factors influence fertilization success.

This study identifies a bioenergetic mechanism in AML cells where mitochondria consume ATP to resist chemotherapy, offering a target for improving treatment.

The paper computationally analyzes the human proteome to estimate the vast number of cysteine redox proteoforms and derives theoretical limits based on protein copy numbers and thermodynamic equilibrium.

The paper describes a low-cost microfluidics platform for live-cell microscopy experiments, offering flexibility and precision between simple spacers and molded elastomer systems.