Micropipette experiments are used to determine the rheological properties of human leukocytes. Individual cells in EDTA are subjected to a known aspiration pressure via a micropipette, and their surface deformation from the undeformed spherical shape is recorded on a television monitor. The cells are mathematically modeled as homogeneous spheres, and a standard solid viscoelastic model is found to describe accurately the deformation of the cell for small strains. These experimental and theoretical studies provide the basis for further investigations of leukocyte rheology in health and disease
AbstractThe rheology of neutrophils in their passive and activated states plays a key role in determ...
AbstractLeukocyte adhesion is determined by the balance between molecular adhesive forces and convec...
The demand to understand the mechanical properties of cells from biomedical, bioengineering, and cli...
The mechanical behavior of the neutrophil plays an important role in both the microcirculation and t...
Study of the mechanical properties of leukocytes is useful to understand their passage through narro...
Previous work demonstrated that human red cells can be drawn into cylindrical glass micropipettes of...
The rheology of neutrophils in their passive and activated states plays a key role in determining th...
Single human red blood cells suspended in buffered Ringer's solution were rapidly drawn, at recorded...
The deformation of a portion of erythrocyte during aspirational entry into a micropipette has been a...
A three-layer Newtonian model is investigated using a combined Eulerian-Lagrangian computational met...
International audienceIn response to engagement of surface molecules, cells generate active forces t...
At issue is the type of constitutive equation that can be used to describe all possible types of def...
We present a simple and non-invasive experimental procedure to measure the linear viscoelastic prope...
Abstract—There has been considerable debate on the relative importance of biochemical stimuli and me...
ABSTRACT The rheology of neutrophils in their passive and activated states plays a key role in deter...
AbstractThe rheology of neutrophils in their passive and activated states plays a key role in determ...
AbstractLeukocyte adhesion is determined by the balance between molecular adhesive forces and convec...
The demand to understand the mechanical properties of cells from biomedical, bioengineering, and cli...
The mechanical behavior of the neutrophil plays an important role in both the microcirculation and t...
Study of the mechanical properties of leukocytes is useful to understand their passage through narro...
Previous work demonstrated that human red cells can be drawn into cylindrical glass micropipettes of...
The rheology of neutrophils in their passive and activated states plays a key role in determining th...
Single human red blood cells suspended in buffered Ringer's solution were rapidly drawn, at recorded...
The deformation of a portion of erythrocyte during aspirational entry into a micropipette has been a...
A three-layer Newtonian model is investigated using a combined Eulerian-Lagrangian computational met...
International audienceIn response to engagement of surface molecules, cells generate active forces t...
At issue is the type of constitutive equation that can be used to describe all possible types of def...
We present a simple and non-invasive experimental procedure to measure the linear viscoelastic prope...
Abstract—There has been considerable debate on the relative importance of biochemical stimuli and me...
ABSTRACT The rheology of neutrophils in their passive and activated states plays a key role in deter...
AbstractThe rheology of neutrophils in their passive and activated states plays a key role in determ...
AbstractLeukocyte adhesion is determined by the balance between molecular adhesive forces and convec...
The demand to understand the mechanical properties of cells from biomedical, bioengineering, and cli...