Most common type of blood cell.
1
Antibodies against region II block the binding of native EBA-175 to erythrocytes.
2
Despite exaggerated anti-oxidative defense, higher ROS levels were present in DMT1-mutant erythrocytes.
3
Moreover, PS-exposing erythrocytes bind to the vascular wall thus interfering with microcirculation.
4
CfaE binding to erythrocytes is enhanced by application of moderate shear stress.
5
Specifically, hemagglutination activity was determined by the ability to agglutinate sheep erythrocytes.
6
This complex may promote the removal of senescent erythrocytes from the circulation.
7
Folate concentration of plasma and erythrocytes was determined by a microbiological method.
8
The antigen could then be detected on the surface of noninfected erythrocytes.
9
Several studies on molecular mechanisms underlying death of erythrocytes have been reported.
10
Several sodium transport abnormalities have been reported in erythrocytes from essential hypertensive patients.
11
Methods: Cryopreservation of erythrocytes was evaluated as a means to preserve G6PD activity.
12
Improved method: erythrocytes were removed using density gradient centrifugation and fixed in methanol.
13
The trial showed that silymarin in vivo may protect erythrocytes against oxidative damage.
14
Furthermore, these antibodies have similar abilities to block native EBA-175 binding to erythrocytes.
15
Insulin binding to intact erythrocytes from the patient was in the normal range.
16
Western blotting showed an increased amount of ADA protein in the patient's erythrocytes.
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