Erythrocytes in human blood were used to evaluate the reliability of cryopreparation techniques for electron probe X-ray microanalysis of biological cells and tissues. The elemental content determined by X-ray microanalysis of ultrathin freeze-dried cryosections was found to be consistent with data known from the literature. Considerable redistribution of the intracellular elemental composition was found after freeze-substitution as well as after freeze-drying followed by resin embedding. Two conclusions are drawn from this study: 1. Erythrocytes in human blood are a suitable reference specimen for evaluation of specimen preparation techniques for microanalysis. 2. At present, freeze-dried cryosections are the most reliable specimen type fo...
A filtration technique for the gentle lysis of erythrocytes has been developed using cellulose triac...
X-ray microanalysis can be an important tool to reveal the spatial relationships between polyelectro...
Cryotechniques must be employed throughout all preparation and observation steps in order to extract...
Erythrocytes in human blood were used to evaluate the reliability of cryopreparation techniques for ...
Over the years Transmission Electron Microscopy (TEM) has evolved into a powerful technique for the ...
There are numerous approaches to preparation and analysis of biological specimens which have been de...
A number of diseases is associated with changes in ion and/or water distribution at the tissue or ce...
This review summarizes existing formalisms for the quantitative analysis of biological specimens, an...
Many diseases are associated with a change in the distribution of diffusible ions at the cell or tis...
An X-ray microanalytical and morphological investigation has been carried out on rapidly frozen, fre...
The methodology for preparing specimens in the frozen, hydrated state has been assessed using crysta...
Packed human erythrocytes were frozen in liquid nitrogen using hydroxyethyl starch as a cryoprotecti...
The rationale for choosing the freeze-fracture freeze-drying (FFFD) method of biological bulk specim...
The freeze-fracture, freeze-drying ( FFFD) method of biological bulk specimen preparation combined w...
Preparation of biological samples for transmission electron microscopy is not a trivial task. The sa...
A filtration technique for the gentle lysis of erythrocytes has been developed using cellulose triac...
X-ray microanalysis can be an important tool to reveal the spatial relationships between polyelectro...
Cryotechniques must be employed throughout all preparation and observation steps in order to extract...
Erythrocytes in human blood were used to evaluate the reliability of cryopreparation techniques for ...
Over the years Transmission Electron Microscopy (TEM) has evolved into a powerful technique for the ...
There are numerous approaches to preparation and analysis of biological specimens which have been de...
A number of diseases is associated with changes in ion and/or water distribution at the tissue or ce...
This review summarizes existing formalisms for the quantitative analysis of biological specimens, an...
Many diseases are associated with a change in the distribution of diffusible ions at the cell or tis...
An X-ray microanalytical and morphological investigation has been carried out on rapidly frozen, fre...
The methodology for preparing specimens in the frozen, hydrated state has been assessed using crysta...
Packed human erythrocytes were frozen in liquid nitrogen using hydroxyethyl starch as a cryoprotecti...
The rationale for choosing the freeze-fracture freeze-drying (FFFD) method of biological bulk specim...
The freeze-fracture, freeze-drying ( FFFD) method of biological bulk specimen preparation combined w...
Preparation of biological samples for transmission electron microscopy is not a trivial task. The sa...
A filtration technique for the gentle lysis of erythrocytes has been developed using cellulose triac...
X-ray microanalysis can be an important tool to reveal the spatial relationships between polyelectro...
Cryotechniques must be employed throughout all preparation and observation steps in order to extract...