The article "The erythrocyte destruction mechanism in non-physiological shear mechanical hemolysis" is authored by Zhike Xu, Chenyang Wang, Sen Xue, Feng He, Pengfei Hao, and Xiwen Zhang.

Justice Dodson. Red Blood Cell Destruction Under the Microscope. Posted: May 19, 2025 | Last updated: May 30, 2025. More for You ...

Although the exact etiology remains obscure, the erythrocytes develop a defect that sensitizes them to increased destruction in an acid medium. 1,2 It is becoming more evident that the disease ...

Graphic analyses of rates of production and destruction of human erythrocytes. J. Clin. Investigation 33:163–178, 1954. Crossref. PubMed. Web of Science. Google Scholar. 19.

However, samples collected a year after the astronauts landed on Earth showed that the rate of red blood cell destruction was still increased, about 30% above what they experienced before their ...

In patients with malaria, Plasmodium falciparum parasites multiply to enormous numbers in the bloodstream, initiating processes of erythrocyte destruction, endothelial activation and microvascular ...

Both male and female astronauts experienced the same red blood cell destruction, and five of 13 astronauts were clinically anemic upon landing, the researchers said in the release. One astronaut ...

They demonstrated this by directly measuring red blood cell destruction in 14 astronauts during their six-month space missions. On Earth, our bodies create and destroy 2 million red blood cells ...

Many medical devices for treating heart failure generate nonphysiological shear flow. This can trigger the destruction of red blood cells after implantation of ventricular assist devices (VADs ...

Furthermore, the amount of active splenic macrophages (CD45+, mac3+) that capture damaged erythrocytes for destruction, was twofold in Mutators, when compared with WT (P=0.0001, Student’s t-test ...

The erythrocyte destruction mechanism in non-physiological shear mechanical hemolysis. Physics of Fluids , 2022; 34 (11): 111901 DOI: 10.1063/5.0112967 Cite This Page : ...