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[HTML][HTML] Double-Facet Effect of Artificial Mechanical Stress on Red Blood Cell Deformability: Implications for Blood Salvage

T Tsohar, S Beyth, A Gural, D Arbell, S Yedgar… - Applied Sciences, 2022 - mdpi.com
The use of intra-operative blood salvage, dialysis, and artificial organs are associated with
the application of non-physiological mechanical stress on red blood cells (RBCs). To …
被引用次数：1 相关文章

Double-Facet Effect of Artificial Mechanical Stress on Red Blood Cell Deformability: Implications for Blood Salvage.

T Tsohar, S Beyth, A Gural, D Arbell… - Applied Sciences …, 2022 - search.ebscohost.com
The use of intra-operative blood salvage, dialysis, and artificial organs are associated with
the application of non-physiological mechanical stress on red blood cells (RBCs). To …
[PDF] researchgate.net

[PDF][PDF] Double-Facet Effect of Artificial Mechanical Stress on Red Blood Cell Deformability: Implications for Blood Salvage

T Tsohar, S Beyth, D Arbell, S Yedgar, G Barshtein - Appl. Sci, 2022 - researchgate.net
The use of intra-operative blood salvage, dialysis, and artificial organs are associated with
the application of non-physiological mechanical stress on red blood cells (RBCs). To …

Double-Facet Effect of Artificial Mechanical Stress on Red Blood Cell Deformability: Implications for Blood Salvage

T Tsohar, S Beyth, A Gural, D Arbell, S Yedgar… - 2022 - agris.fao.org
The use of intra-operative blood salvage, dialysis, and artificial organs are associated with
the application of non-physiological mechanical stress on red blood cells (RBCs). To …

Double-Facet Effect of Artificial Mechanical Stress on Red Blood Cell Deformability: Implications for Blood Salvage

T Tsohar, S Beyth, A Gural, D Arbell, S Yedgar… - agris.fao.org
The use of intra-operative blood salvage, dialysis, and artificial organs are associated with
the application of non-physiological mechanical stress on red blood cells (RBCs). To …