Results 151 to 160 of about 44,139 (203)

Proteolysis and lectin histochemistry

The Histochemical Journal, 1987
Lectin binding to formalin-fixed, paraffin-embedded tissue can often be enhanced by pre-treatment of the sections with proteolytic enzymes. However, the pattern of staining may be profoundly influenced by the type of enzyme preparation which is used.
Jeffrey, I.J.M., Mosley, S.M., Jones, Carolyn; id_orcid 0000-0002-0026-9494, Stoddart, R.W.   +3 more
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Histochemistry Remarks on the Histochemistry of Brain Tumours

1964
While routine staining techniques are suitable for demonstrating the distribution of substrate, histochemical methods should help to clarify, through analysis of the basic components, structural relationships particularly in cases where the problem of metabolic dynamics is in the foreground.
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Introduction: Quantitative histochemistry

Journal of Psychiatric Research, 1974
A PANEL on histochemical technologies, applicable to neurochemical pathology, is especially germane at this Conference because of the complex microscopic anatomy of the central nervous system and the consequent compelling need for analytical methods capable of establishing correlations between chemical composition and histological structure.
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Esterases in histochemistry and ultrahistochemistry

The Histochemical Journal, 1976
The histochemical identification of individual esterases is a problem that has not yet been overcome. Inhibitors and different substrates reveal different patterns of distribution. 8-hydroxyquinoline acetate is a useful substrate in ultrahistochemistry. There is evidence of a relationship between esterase distribution and function.
O V, Deimling, A, Böcking
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Histochemistry

2014
The processes of histochemistry and its sub-type, immunohistochemistry (IHC), allow the researcher to delve further and more specifically into the chemical characteristics of their specimens and samples. They can specifically identify proteins and reveal changes that have been induced by your experimental manipulations.
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Combination of microangiography and histochemistry

Histochemie, 1970
The enzyme histochemical staining properties of microangiographed tissues were studied with special reference to the contrast filled blood vessels. Colouring of the contrast substance occours when the histochemical methods used involve ammonium sulphide treatment.
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Muscle-Spindle Histochemistry

Science, 1967
Reduced nicotinamide adenine dinucleotide tatrazolium reductase is abundant in cat intrafusal muscle fibers, whereas in the toad its activity is equal to that in extrafusal fibers. Spindles of both species contain little fat. In sections stained for adenosine triphosphatase bound to myofibrils, two types of intrafusal muscle fibers appear in spindles ...
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The Histochemistry of Drusen

American Journal of Ophthalmology, 1971
T G, Farkas, V, Sylvester, D, Archer, M, Altona   +3 more
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The histochemistry of estrogen receptors

Histochemistry, 1981
Estrogen receptors in frozen section of the rat uterus were demonstrated by a radiolabeled ligand binding technique. The bound hormone was extracted with ethanol and measured by liquid scintillation. The binding of 3H-estradiol-17 beta at various molar concentrations was inhibited by a 100-fold excess of DES, and the bound 3H-estradiol resisted ...
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[Histochemistry of the organs--application of histochemistry to anatomy].

Kaibogaku zasshi. Journal of anatomy, 1996
Histochemistry has been developed as a science to localize chemical components of cells and tissues on histological sections by using chemical, physical and biological techniques. Many textbooks are available dealing with the methodology of histochemistry, consisting of fixation of tissues, demonstration of biochemical components such as nucleic acids,
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