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Non-destructive vacuum-assisted measurement of lung elastic modulus
Jiawen Chen
, Mohammad Mir
, Meghan R. Pinezich
, John D. O'Neill
, Brandon A. Guenthart
, Matthew Bacchetta
, Gordana Vunjak-Novakovic
, Sarah X.L. Huang
,
Jinho Kim
Department of Biomedical Engineering
Stevens Institute of Technology
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Keyphrases
Lung
100%
Elastic Modulus
100%
Non-destructive
100%
Vacuum Delivery
100%
Tissue Stiffness
71%
Mechanical Properties
57%
Lung Tissue
57%
Lung Mechanics
42%
Biomaterials
28%
Stiffness
28%
Tissue Mimetic
28%
Cell Behavior
14%
Disease Model
14%
Biological Function
14%
Living Tissue
14%
Diagnostic Tool
14%
Effective Treatment
14%
In Vitro Model
14%
Tissue Sampling
14%
Disease Mechanisms
14%
Quantitative Characterization
14%
Accurate Quantification
14%
Tissue Function
14%
Intact Tissue
14%
In Situ Investigation
14%
Measurement Accuracy
14%
Soft Tissue Mechanics
14%
Tissue Mechanical Properties
14%
Tissue Mechanics
14%
Activity Function
14%
Tissue Disease
14%
Soft Biomaterials
14%
Mechanobiological
14%
Cellular Tissue
14%
Rat Lung
14%
Intrinsically Linked
14%
Stress-strain Distribution
14%
Therapeutic Model
14%
Lung Parenchyma
14%
Mechanical Stiffness
14%
Nonlinear Viscoelastic Material
14%
Stiffness Function
14%
Viscoelastic Characteristics
14%
Tissue Disruption
14%
Prognostic Tool
14%
Therapeutic Development
14%
Accurate Assessment
14%
Engineering
Modulus of Elasticity
100%
Rigidity
100%
Mechanical Property
62%
Young's Modulus
25%
Disruptions
12%
Hydrogel
12%
Tissue Mechanics
12%
Intact Tissue
12%
Soft Tissue Mechanics
12%
Physics
Modulus of Elasticity
100%
Lung
100%
Mechanics
33%
Young's Modulus
13%
Strain Distribution
6%
Rat
6%
Material Science
Mechanical Property
100%
Elastic Moduli
100%
Hydrogel
20%