The Rong Li Lab
The study on aging focuses on understanding dynamic changes of crucial cellular components during the aging process and how these changes alter the mechanical functions of cells and tissues. The insights gained will be applied to the development of new methods for prolonging healthy aging and the repair and regeneration of deteriorated functions.
The study of adaptation aims to understand the dynamics of genetic and epigenetic determinants of cells and tissues under acute or chronic stress which lead to adaptive behaviors ultimately beneficial or detrimental to the fitness of the organism. A potential application of the discoveries in this area is the prevention of cancer associated with chronic inflammatory diseases.
The Li lab is based at the Mechanobiology Institute, National University of Singapore, a Research Centre of Excellence. The Rong Li Lab: Cellular Asymmetry, Division & Evolution is located at John’s Hopkins at ronglilab.johnshopkins.edu.
The study on aging focuses on understanding dynamic changes of crucial cellular components during the aging process and how these changes alter the mechanical functions of cells and tissues. The insights gained will be applied to the development of new methods for prolonging healthy aging and the repair and regeneration of deteriorated functions.
The study of adaptation aims to understand the dynamics of genetic and epigenetic determinants of cells and tissues under acute or chronic stress which lead to adaptive behaviors ultimately beneficial or detrimental to the fitness of the organism. A potential application of the discoveries in this area is the prevention of cancer associated with chronic inflammatory diseases.
The Li lab is based at the Mechanobiology Institute, National University of Singapore, a Research Centre of Excellence. The Rong Li Lab: Cellular Asymmetry, Division & Evolution is located at John’s Hopkins at ronglilab.johnshopkins.edu.
The study on aging focuses on understanding dynamic changes of crucial cellular components during the aging process and how these changes alter the mechanical functions of cells and tissues. The insights gained will be applied to the development of new methods for prolonging healthy aging and the repair and regeneration of deteriorated functions.
The study of adaptation aims to understand the dynamics of genetic and epigenetic determinants of cells and tissues under acute or chronic stress which lead to adaptive behaviors ultimately beneficial or detrimental to the fitness of the organism. A potential application of the discoveries in this area is the prevention of cancer associated with chronic inflammatory diseases.
The Li lab is based at the Mechanobiology Institute, National University of Singapore, a Research Centre of Excellence. The Rong Li Lab: Cellular Asymmetry, Division & Evolution is located at John’s Hopkins at ronglilab.johnshopkins.edu.
The study on aging focuses on understanding dynamic changes of crucial cellular components during the aging process and how these changes alter the mechanical functions of cells and tissues. The insights gained will be applied to the development of new methods for prolonging healthy aging and the repair and regeneration of deteriorated functions.
The study of adaptation aims to understand the dynamics of genetic and epigenetic determinants of cells and tissues under acute or chronic stress which lead to adaptive behaviors ultimately beneficial or detrimental to the fitness of the organism. A potential application of the discoveries in this area is the prevention of cancer associated with chronic inflammatory diseases.
The Li lab is based at the Mechanobiology Institute, National University of Singapore, a Research Centre of Excellence. The Rong Li Lab: Cellular Asymmetry, Division & Evolution is located at John’s Hopkins at ronglilab.johnshopkins.edu.
The study on aging focuses on understanding dynamic changes of crucial cellular components during the aging process and how these changes alter the mechanical functions of cells and tissues. The insights gained will be applied to the development of new methods for prolonging healthy aging and the repair and regeneration of deteriorated functions.
The study on aging focuses on understanding dynamic changes of crucial cellular components during the aging process and how these changes alter the mechanical functions of cells and tissues. The insights gained will be applied to the development of new methods for prolonging healthy aging and the repair and regeneration of deteriorated functions.
The study on aging focuses on understanding dynamic changes of crucial cellular components during the aging process and how these changes alter the mechanical functions of cells and tissues. The insights gained will be applied to the development of new methods for prolonging healthy aging and the repair and regeneration of deteriorated functions.
10-03C, Level 10 T-Lab
National University of Singapore
5A Engineering Drive 1
Singapore 117411
Rong Li Lab: Cell Dynamics and Mechanics in Development, Aging and Adaptation
Rong Li Lab (Johns Hopkins): Cellular asymmetry, division & evolution
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