Add to ORKGLow cooling rates during the freezing procedure of normal human blood reveals red cell membrane elevations in freeze-etch electron microscopy. When high cooling rate is applied, these morphological changes are present, if the blood samples are quenched from 5 °C. The number of elevations is strongly reduced by low pH and glycerol. Elevations are not observed in ghosts. The formation of intramembrane particle aggregation is differently affected by many conditions
The phenomenon of intracellular freezing in cells was investigated by designing experiments with cul...
Background: There is little information on temperature and period of freezing for generating hemolys...
Cryopreservation is one of the most practical methods for the long-term storage of cell-matrix syste...
When human erythrocytes are osmotically stressed or chemically treated, they hemolyze on cooling bel...
When cells are frozen slowly in aqueous suspensions, the solutes in the suspending solution concentr...
To study the biomembrane architecture, the ultrastructural observation of erythrocyte membranes was ...
The membrane lipid fluidity of normal human erythrocytes was modified by enrichment and depletion in...
In order to clarify the mechanism of hemolysis resulting from freezing and thawing, the morphologica...
The erythrocyte membrane is composed of a phospholipid bilayer, which is known to undergo physicoche...
AbstractIntracellular ice formation (IIF) has been linked to death of cells cryopreserved in suspens...
One widely accepted explanation of injury from slow freezing is that damage results when the concent...
A parallel plate flow channel is employed to study the effect of heat treatment on the elasticity of...
We investigated the possibility of vitrifying temperature‐sensitive lipid phases as well as (small) ...
We investigated the possibility of vitrifying temperature‐sensitive lipid phases as well as (small) ...
AbstractThe success of cryopreservation protocols is largely based on membrane integrity assessments...
The phenomenon of intracellular freezing in cells was investigated by designing experiments with cul...
Background: There is little information on temperature and period of freezing for generating hemolys...
Cryopreservation is one of the most practical methods for the long-term storage of cell-matrix syste...
When human erythrocytes are osmotically stressed or chemically treated, they hemolyze on cooling bel...
When cells are frozen slowly in aqueous suspensions, the solutes in the suspending solution concentr...
To study the biomembrane architecture, the ultrastructural observation of erythrocyte membranes was ...
The membrane lipid fluidity of normal human erythrocytes was modified by enrichment and depletion in...
In order to clarify the mechanism of hemolysis resulting from freezing and thawing, the morphologica...
The erythrocyte membrane is composed of a phospholipid bilayer, which is known to undergo physicoche...
AbstractIntracellular ice formation (IIF) has been linked to death of cells cryopreserved in suspens...
One widely accepted explanation of injury from slow freezing is that damage results when the concent...
A parallel plate flow channel is employed to study the effect of heat treatment on the elasticity of...
We investigated the possibility of vitrifying temperature‐sensitive lipid phases as well as (small) ...
We investigated the possibility of vitrifying temperature‐sensitive lipid phases as well as (small) ...
AbstractThe success of cryopreservation protocols is largely based on membrane integrity assessments...
The phenomenon of intracellular freezing in cells was investigated by designing experiments with cul...
Background: There is little information on temperature and period of freezing for generating hemolys...
Cryopreservation is one of the most practical methods for the long-term storage of cell-matrix syste...