[Study of intestinal absorption by the method of fluorescent analysis].
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Animals↗
Biomedical subjects
I E Brumberg
Publications and source records attributed to I E Brumberg.
[Number of cells in the small intestinal mucosa of irradiated mice as an index of the degree of protection of this organ by radioprotectors].
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5-Methoxytryptamine↗
[Ultraviolet fluorescence of blood cells].
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Animals↗
[Changes in the ultraviolet fluorescence intensity of irradiated cells under conditions of a total absorption of exciting irradiation].
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Animals↗
[Changes of the intensity of ultraviolet fluorescence of peripheral blood leukocytes under various conditions of irradiation].
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Animals↗
[Use of the contact microscope for determining the degree of tissue damage].
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Animals↗
[Effect of cystamine on the ultraviolet fluorescence of leukocytes in animals and man].
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Animals↗
[An experiment in the use of vital dye staining of cells for study of the cancerolytic properties of the blood of oncological patients].
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Animals↗
[In vivo photometry of the ultraviolet fluorescence of organs of irradiated animals using a contact microscope].
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Animals↗
[Ultraviolet fluorescence of Ehrlich ascites tumor cells due to the action of ionizing radiation].
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Animals↗
[Comparison of the antineoplastic properties of the blood of mice from high- and low-tumor lines].
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Animals↗
[Microfluorimeter for biomedical research].
A new microfluorimeter built on the basis of the fluorescence microscope scheme is described. The study object is illuminated on the reading side. The device is highly sensitive and allows small amounts of fluorescent agents to be investigated. The microfluorimeter has been used to study the absorptive activity of the gastrointestinal tract.
Animals↗
[Comparative evaluation of the effectiveness of radioprotective agents judged from their protection of bone marrow and the gastrointestinal tract].
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Administration, Oral↗
[Quantitative evaluation of the intensity of uranin absorption as an index of radiation damage to the gastrointestinal tract of animals].
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Animals↗