MOLECULAR MECHANICS Biomolecules and intermolecular forces Single molecule biopolymer mechanics Ⅲl Formation and dissolution of bonds Motion at the molecular/macromolecular level ISSUE MECHANICS Molecular structure--> physical properties IL Continuum, elastic models(stress, strain, constitutive laws) Viscoelasticity Poroelasticity Electrochemical effects on tissue properties CELLULAR MECHANICS Structure/function/properties of the cell Biomembranes The cytoskeleton Cell adhesion and aggregation Cell migration MechanotransductionI Biomolecules and intermolecular forces II Single molecule biopolymer mechanics III Formation and dissolution of bonds IV Motion at the molecular/macromolecular level MOLECULAR MECHANICS I Structure/function/properties of the cell II Biomembranes III The cytoskeleton IV Cell adhesion and aggregation V Cell migration VI Mechanotransduction CELLULAR MECHANICS TISSUE MECHANICS I Molecular structure --> physical properties II Continuum, elastic models (stress, strain, constitutive laws) III Viscoelasticity IV Poroelasticity V Electrochemical effects on tissue properties