International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity due to Hemoglobin S (HbS) polymerization in sickle cell disease. For this purpose sickle RBCs subpopulations, differentiated by cell density, were flown through a microfluidic device equipped with integrated microelectrodes. Differences in transit time and electrical blockade were observed and analyzed
International audienceThis paper describes the use of a microfluidic device comprising channels with...
International audienceThis paper describes the use of a microfluidic device comprising channels with...
International audienceThis paper describes the use of a microfluidic device comprising channels with...
International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity d...
International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity d...
International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity d...
International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity d...
International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity d...
International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity d...
International audienceIn this paper, sickled red blood cells of different densities from distinct Si...
International audienceIn this paper, sickled red blood cells of different densities from distinct Si...
International audienceIn this paper, sickled red blood cells of different densities from distinct Si...
International audienceIn this paper, sickled red blood cells of different densities from distinct Si...
International audienceIn this paper, sickled red blood cells of different densities from distinct Si...
International audienceThis paper describes the use of a microfluidic device comprising channels with...
International audienceThis paper describes the use of a microfluidic device comprising channels with...
International audienceThis paper describes the use of a microfluidic device comprising channels with...
International audienceThis paper describes the use of a microfluidic device comprising channels with...
International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity d...
International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity d...
International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity d...
International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity d...
International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity d...
International audienceThis paper discusses the electrical sensing of red blood cell (RBC) rigidity d...
International audienceIn this paper, sickled red blood cells of different densities from distinct Si...
International audienceIn this paper, sickled red blood cells of different densities from distinct Si...
International audienceIn this paper, sickled red blood cells of different densities from distinct Si...
International audienceIn this paper, sickled red blood cells of different densities from distinct Si...
International audienceIn this paper, sickled red blood cells of different densities from distinct Si...
International audienceThis paper describes the use of a microfluidic device comprising channels with...
International audienceThis paper describes the use of a microfluidic device comprising channels with...
International audienceThis paper describes the use of a microfluidic device comprising channels with...
International audienceThis paper describes the use of a microfluidic device comprising channels with...