Titlebook: Mechanics of Biological Systems and Materials, Volume 6; Proceedings of the 2 Chad S. Korach,Srinivasan Arjun Tekalur,Pablo Zava Conference

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High-Speed Holography for In-Vivo Measurement of Acoustically Induced Motions of Mammalian Tympanicof-view of about one centimeter. Previously, we have developed holographic methods to successfully measuring continuous and transient responses of post-mortem TM’s. To expand our capabilities to in-vivo measurements, it is necessary to overcome such challenges as the influence of submillimeter physi

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Rheology of Soft and Rigid Micro Particles in Curved Microfluidic Channels, regime operating at low Reynolds number, inertial flow provides hydrodynamic manipulation, namely inertial focusing of particles at high flow speeds. Primary influences of inertial flow on particle motions are several: repulsive force from the wall due to a pressure buildup in the constriction betw

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A Mechano-Hydraulic Model of Intracranial Pressure Dynamics,ored to assess patients suffering from serious neurological disorders, such as hydrocephalus and traumatic brain injury. However, the only reliable way to measure ICP is to drill a hole through the skull to insert a pressure sensor inside the brain. Therefore, it is necessary to create accurate math

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Regional Variations in the Mechanical Strains of the Human Optic Nerve Head, the development of glaucoma. We have developed an in-vitro inflation test to measure the three-dimensional displacement and strain fields in the posterior 250?μm of the LC in response to controlled pressurization. Human eyes were obtained from a tissue bank and the posterior sclera mounted in a pre

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Experimental Electromechanics of Red Blood Cells Using Dielectrophoresis-Based Microfluidics,d to non-uniform alternating current electric fields, they exhibit not only a net motion towards high electric field gradients but also morphological deformation at certain conditions. Through interdigitated electrode arrays, multiple cells can be trapped and stretched simultaneously in response to

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Microbuckling of Fibrous Matrices Enables Long Range Cell Mechanosensing,ements are neither uniform nor smooth; rather, displacements localize to form dense fibrous bands that span from one cell to another. It is thought that these bands may be a mechanism by which cells can sense their neighbors, but this hypothesis remains untested, because the mechanism for band forma

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rmer work on fuzzy logic. Starting from a pragmatic scientific view on meaning as a quantity, and the common sense reasoning from a primitive notion of inference, which is shared by both laypeople and experts, the book shows how this can evolve, through the addition of more and more suppositions, in