Carolina Trenado-Yuste

Papers

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About

Carolina Trenado-Yuste is a rising researcher at the frontier of biological physics, whose work illuminates how living systems navigate and function within complex environments. Her primary research focuses on active transport—the ability of organisms and biological components to self-propel—and how this process is fundamentally altered by real-world complexities like geometric constraints and mechanical cues. In her most-cited work, "Active Transport in Complex Environments" (2023, 12 citations), she provides a critical synthesis of how environmental factors, from crowded cellular interiors to structured tissues, govern the motion of active particles. This contribution is particularly impactful because it bridges the gap between idealized models and the messy reality of biological systems, offering a framework for understanding processes ranging from intracellular cargo delivery to bacterial migration. Her earlier 2021 paper (4 citations) laid the groundwork for this synthesis, establishing her as a careful and systematic thinker. By challenging the assumption that active transport in uniform settings can fully explain biological phenomena, Trenado-Yuste is helping to reshape how scientists design experiments and interpret data in fields from biomedical engineering to ecology. Her work is essential reading for any student or researcher seeking to understand how life moves in a non-ideal world.