Compared with sections obtained from conventional embedding media (paraffin, celloidin and frozen water), semithin plastic sections present a far better light microscopic image, attended with less tissue distortion and shrinkage artifacts. Chapter I, the general introduction, presents a historical review of embedding media and applications in light microscopy, followed by detailed information concerning the water-miscible resin glycol methacrylate. ... Zie: Summary
We reassess here the formulation of cryoembedding media in connection with recent developments in co...
Owing to its physical properties, diethylene glycol distearate is especially suited for obtaining th...
Many of the difficulties of staining plastic embedded tissues for light and electron microscopy deri...
Acrylic resin mixtures are now widely used as embedding media for the preparation of tissue sections...
Acrylic resin mixtures are now widely used as embedding media for the preparation of tissue sections...
Methods for preparing standardized glycol methacrylate (GMA) based embedding media for use in light ...
Methods for preparing standardized glycol methacrylate (GMA) based embedding media for use in light ...
Penetration of hydrophilic acid and basic dyes into sections cut from glycol methacrylate (GMA)-embe...
A standardized "low-cost" processing and embedding procedure is described for the preparation of sem...
A standardized "low-cost" processing and embedding procedure is described for the preparation of sem...
Penetration of hydrophilic acid and basic dyes into sections cut from glycol methacrylate (GMA)-embe...
It has been only a matter of a few years since the Introduction of Bio-Plastic as a method of mounti...
Glycol methacrylate (GMA) samples containing inhibitor in the range of 200-300 ppm were included in ...
A method facilitating recording of macroscopic images from glycolmethacrylate (GMA) embedded tissues...
Glycol methacrylate (GMA) samples containing inhibitor in the range of 200-300 ppm were included in ...
We reassess here the formulation of cryoembedding media in connection with recent developments in co...
Owing to its physical properties, diethylene glycol distearate is especially suited for obtaining th...
Many of the difficulties of staining plastic embedded tissues for light and electron microscopy deri...
Acrylic resin mixtures are now widely used as embedding media for the preparation of tissue sections...
Acrylic resin mixtures are now widely used as embedding media for the preparation of tissue sections...
Methods for preparing standardized glycol methacrylate (GMA) based embedding media for use in light ...
Methods for preparing standardized glycol methacrylate (GMA) based embedding media for use in light ...
Penetration of hydrophilic acid and basic dyes into sections cut from glycol methacrylate (GMA)-embe...
A standardized "low-cost" processing and embedding procedure is described for the preparation of sem...
A standardized "low-cost" processing and embedding procedure is described for the preparation of sem...
Penetration of hydrophilic acid and basic dyes into sections cut from glycol methacrylate (GMA)-embe...
It has been only a matter of a few years since the Introduction of Bio-Plastic as a method of mounti...
Glycol methacrylate (GMA) samples containing inhibitor in the range of 200-300 ppm were included in ...
A method facilitating recording of macroscopic images from glycolmethacrylate (GMA) embedded tissues...
Glycol methacrylate (GMA) samples containing inhibitor in the range of 200-300 ppm were included in ...
We reassess here the formulation of cryoembedding media in connection with recent developments in co...
Owing to its physical properties, diethylene glycol distearate is especially suited for obtaining th...
Many of the difficulties of staining plastic embedded tissues for light and electron microscopy deri...