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Showing 1 to 3 of 3 for “"Nanonet Force Microscopy"”.

  1. Investigating Cell Viscoelastic Properties with Nanonet Force Microscopy

    … several methods, including modified atomic force microscopy (AFM) and micro-pipette aspiration have been developed to measure cellular viscoelastic properties at single-cell resolution. We inquired if the fibrous environment affected cellular mechanobiology. Using our non-electrospinning …

    vt Repository record for Investigating Cell Viscoelastic Properties with Nanonet Force Microscopy (opens in a new tab)

  2. Single Cell Force Platforms to Link Force-ECM Coupling in Pathophysiology

    … fibrous microenvironment through the action of forces. These dynamic interactions facilitate mechanosensing, critical to fundamental biological processes in pathophysiology. Naturally, the field of mechanobiology has evolved over the past several decades to decipher the role of forces in …

    vt Repository record for Single Cell Force Platforms to Link Force-ECM Coupling in Pathophysiology (opens in a new tab)

  3. Investigation of Single-Cell and Blood-Brain Barrier Mechanics after Electroporation and in Primary Brain Cancers

    … cells after reversible electroporation using Nanonet Force Microscopy (NFM). A precise network of extracellular-matrix mimicking nanofibers enabled cell attachment and contraction, resulting in measurable fiber deflections. Cell contractile forces were shown to be temporarily disrupted after …

    vt Repository record for Investigation of Single-Cell and Blood-Brain Barrier Mechanics after Electroporation and in Primary Brain Cancers (opens in a new tab)