Impact of Edge Swapping (ES) on bud shape.

<p>(A) Simulations of budding with spatially biased growth and with 25, 75, or 125 ES steps between successive growth events. As the number of ES steps increases, the relaxation time extends, leading to a progressively more spherical bud shape. Note that the material insertion is confined to a...

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Bibliographic Details
Main Author:	Kevin Tsai (197484) (author)
Other Authors:	Zhen Zhou (184390) (author), Jiadong Yang (19762516) (author), Zhiliang Xu (106945) (author), Shixin Xu (4556482) (author), Roya Zandi (8395044) (author), Nan Hao (376474) (author), Weitao Chen (3155154) (author), Mark Alber (40198) (author)
Published:	2024
Subjects:	Biophysics Cell Biology Genetics Physiology Biotechnology Evolutionary Biology Developmental Biology Infectious Diseases Biological Sciences not elsewhere classified Information Systems not elsewhere classified xlink "> understanding related degenerative diseases polarized cdc42 signal extend organismal lifespan dimensional multiscale chemical chemical signal polarization buds grow linearly analyzing experimental data tubular bud shape controlling bud size classical biological model test hypothesized impacts recent experiments suggested cellular aging processes tubular bud could studying cellular aging yeast cells divide two aging modes cellular aging bud tip bud morphogenesis two types studying age mechanical model aging process yeast characterized weakened due process guided powerful genetics mitochondrial declines late stage growth rate early stage cells evolving cell types aspect ratio
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Impact of Edge Swapping (ES) on bud shape.

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