Abstract

The pattern of yeast budding formation is essential in yeast colony expansion. By exploring how Saccharomyces cerevisiae as model cell grows, the distinction of pathological and non-pathological eukaryotic cells can be further understood. This research explores the use of FIJI software and network theory to characterize the formation pattern of Saccharomyces cerevisiae colony. By using speed distribution and degree distribution, three potential networks are compared: barbell network, relaxed caveman network, and triangular lattice network. Triangular lattice network emerges as the most suitable network to model yeast colony growth.

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