Heimo Wolinski

Papers

Total Citations

H-Index

About

Heimo Wolinski has made pivotal contributions to cell biology, with a primary focus on peroxisome biogenesis and lipid metabolism. His most-cited work, "Imaging-Based Live Cell Yeast Screen Identifies Novel Factors Involved in Peroxisome Assembly" (2009, 41 citations), introduced an innovative high-content screening method that uses live-cell imaging to systematically analyze yeast mutant libraries. By tracking fluorescently tagged peroxisomes, Wolinski’s approach uncovered previously unknown genes essential for peroxisome formation and distribution, significantly advancing our understanding of organelle dynamics. This work exemplifies his broader expertise in developing cutting-edge microscopy techniques to dissect subcellular architecture in real time. Beyond peroxisomes, his research has illuminated the roles of lipid droplets and membrane contact sites in cellular homeostasis. With a citation impact that underscores the utility of his methods, Wolinski’s contributions have provided foundational tools for the cell biology community. His achievements highlight a career dedicated to bridging innovative imaging technology with fundamental biological discovery, offering students and researchers a powerful model for integrating quantitative approaches with genetic screens.