Click here to close Hello! We notice that you are using Internet Explorer, which is not supported by Xenbase and may cause the site to display incorrectly. We suggest using a current version of Chrome, FireFox, or Safari.

Profile Publications (14)
Name: Matthew C. Good
Position: Assistant Professor of Cell and Developmental Biology
Research Description:
Research Interests
Adaptability of intracellular structures to variation in cell size and shape;
Spatial organization of signaling pathways;
Impacts of cell size on early embryo development

Key Words: spindle, cytoskeleton, organelles, size-regulation, Xenopus, cell-free extracts, microfluidic droplets, liposomes, embryo development, artificial cells

Description of Research
The goal of the lab is to understand how cell size and shape regulate cellular function, and how cell and organelle size becomes misregulated during disease. We use the lens of early embryo development, in which cellular dimensions are rapidly reduced after fertilization, to explore scaling relationships between cells and intracellular structures (e.g. the mitotic spindle). To characterize mechanisms of size-regulation we create synthetic, cell-like compartments with tunable geometry, combining cell-free cytoplasmic extracts and microfluidic droplet- and vesicle-generating technologies. This approach, which brings together tools from cell biology, chemistry and bioengineering, allows us to isolate the effects of cell size on intracellular assembly and function, free from constraints of a developmental program. Our broad aims are to investigate cell size as a control parameter, uncover adaptions required for intracellular processes to function in cells with extreme geometries, and develop new technologies for reconstituting complex cellular behaviors ex vivo.

Lab Memberships

The Good Lab (Principal Investigator/Director)

Contact Information

Department of Cell and Developmental Biology
Department of Bioengineering
University of Pennsylvania
421 Curie Boulevard
Philadelphia, PA
19104, USA

Web Page: