SOURCE-LINKED INTELLIGENCE

ELUCIDATING BIOPHYSICAL MECHANISMS FOR FORCE SENSING AND CONTROL USING NON-EQUILIBRIUM STATISTICAL MECHANICS AND AI - NON-EQUILIBRIUM ACTIVITY IS CRUCIAL FOR MAINTAIN AND MODULATING TISSUE SHAPE, DEVELOPMENT AND MORPHOGE

USAspending · observation · Publication date unknown

ELUCIDATING BIOPHYSICAL MECHANISMS FOR FORCE SENSING AND CONTROL USING NON-EQUILIBRIUM STATISTICAL MECHANICS AND AI - NON-EQUILIBRIUM ACTIVITY IS CRUCIAL FOR MAINTAIN AND MODULATING TISSUE SHAPE, DEVELOPMENT AND MORPHOGENESIS, LYSOSOME DYNAMICS, CELL MEMBRANE REMODELING DURING CELL DIVISION OR MEMBRANE FUSION AND FISSION EVENTS. IMPORTANTLY MANY OF THESE PROCESSES PLAY A SIGNIFICANT ROLE IN HUMAN HEALTH HELPING REGULATE FOR INSTANCE IMMUNE SYSTEM FUNCTION AND ENSURING ACCURATE DEVELOPMENTAL MORPHOGENESIS. HOWEVER, THERE IS A MAJOR GAP IN OUR UNDERSTANDING OF HOW MICROSCOPIC NON-EQUILIBRIUM BIO

Read original source ↗ Open in workspace

recordType

award

region

US

value

1913755

unit

USD