The microwave oven has many potential applications, ranging from tissue fixation to staining for light and electron microscopy. This study was planned to speed up the staining of ultrathin sections. The first set of grids was stained conventionally with uranyl acetate and Reynold's lead citrate solutions. The other grids were stained with the same solutions by microwave irradiation. The electron micrographs of grids stained using the microwave technique were as satisfactory as the grids stained conventionally Microwave-treated grids demonstrated more uniform staining and less precipitate. The use of a microwave oven shortened staining time by approximate to 38 min
The Bielschowsky silver impregnation method has been used extensively to demonstrate neuronal proces...
Same-day turnaround of pathology specimens is desirable in this era of managed care, and rapid micro...
The microwave oven is a valuable tool for light and electron microscopy for microtechnique labs. Tis...
The microwave oven has many potential applications, ranging from tissue fixation to staining for lig...
Introduction: Histopathological diagnosis of specimens is greatly dependent on good sample preparati...
Sample preparation for microscopy is based on physical and chemical processes. These processes can b...
Fixation, which is the first step in tissue preparation in histopathology laboratories, followed by ...
Microwave irradiation of tissue during fixation and subsequent histochemical staining procedures sig...
The use and practicability of microwave-assisted staining procedures in routine histopathology has b...
We investigated microwave-stimulated fixation of tissues for transmission electron microscopy using ...
Background: Rapid processing of histopathological material is necessary to reduce the turnaround tim...
Objectives: The aim of the present study was to evaluate the effectiveness ofusifzgmicrowaves alone ...
In many pathology laboratories, both microwave ovens and pressure cookers are used for pretreatment ...
We investigated the effects of microwave irradiation on a safranin O staining method for paraffin se...
This paper evaluates and extends the novel method of preparing tissue blocks for paraffin sections w...
The Bielschowsky silver impregnation method has been used extensively to demonstrate neuronal proces...
Same-day turnaround of pathology specimens is desirable in this era of managed care, and rapid micro...
The microwave oven is a valuable tool for light and electron microscopy for microtechnique labs. Tis...
The microwave oven has many potential applications, ranging from tissue fixation to staining for lig...
Introduction: Histopathological diagnosis of specimens is greatly dependent on good sample preparati...
Sample preparation for microscopy is based on physical and chemical processes. These processes can b...
Fixation, which is the first step in tissue preparation in histopathology laboratories, followed by ...
Microwave irradiation of tissue during fixation and subsequent histochemical staining procedures sig...
The use and practicability of microwave-assisted staining procedures in routine histopathology has b...
We investigated microwave-stimulated fixation of tissues for transmission electron microscopy using ...
Background: Rapid processing of histopathological material is necessary to reduce the turnaround tim...
Objectives: The aim of the present study was to evaluate the effectiveness ofusifzgmicrowaves alone ...
In many pathology laboratories, both microwave ovens and pressure cookers are used for pretreatment ...
We investigated the effects of microwave irradiation on a safranin O staining method for paraffin se...
This paper evaluates and extends the novel method of preparing tissue blocks for paraffin sections w...
The Bielschowsky silver impregnation method has been used extensively to demonstrate neuronal proces...
Same-day turnaround of pathology specimens is desirable in this era of managed care, and rapid micro...
The microwave oven is a valuable tool for light and electron microscopy for microtechnique labs. Tis...