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Cell-intrinsic compliance mechanism enables release of tensile stress to prevent tissue rupture

3. Development and Regeneration - a. Organogenesis / Morphogenesis / Regeneration - b. Stem Cell - c. Cell Differentiation - d. Early Development - e. Reproduction - f. Others 4. Animal and Plant Physiology, and Diseases - a. Symbiotic Microorganism - b. Biological Rhythm - c. Brain / Nervous System / Neurodevelopment / Structure - d. Brain / Nervous System / Behavior - e. Brain / Nervous System / Disorder - f. Immunity - g. Infection / Virus - h. Aging - i. Cancer Cell - j. Cancer Tissue / Cancer Therapeutics - k. Metabolism / Nutrition - l. Genetic Disorder - m. Plant - n. Macrobiology - o. Others

日本分子生物学会年会

The 47th Annual Meeting of the Molecular Biology Society of Japan

The 47th Annual Meeting of the Molecular Biology Society of Japan

[1P-548]Cell-intrinsic compliance mechanism enables release of tensile stress to prevent tissue rupture

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