[Lesion of the epithelium of the oral mucosa during irradiation of the head].
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Animals↗
Biomedical subjects
L A Afrikanova
Publications and source records attributed to L A Afrikanova.
[On the problem of the course of the regeneration process in irradiation aplasia of the bone marrow].
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Animals↗
[In the role of adipose cellular tissue in the repair of severe radiation injuries of the skin].
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Adipose Tissue↗
[Concerning the possible mechanisms of repair process disturbances in the irradiated skin].
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Animals↗
[Morphological changes in lungs during chest irradiation].
Morphological characteristics of the lung are presented for rats and hamsters with esophageal and lung damages following chest exposure to 10-100 Gy. A four-month post-exposure follow-up revealed changes in the lung tissue in all cases. Depending on radiation dose, lung damages differed in genesis and time of development. These were either extensive secondary suppurative inflammation in the bronchi and alveolar parenchyma, to the point of empyemas, or radiation injuries proper of alveolar and bronchial epithelia, being degenerative and atrophic in nature. In four months after exposure to 18-42 Gy, the hamsters exhibited a pathological process, i.e. a basis for pulmonary fibrosis and cardiopulmonary insufficiency to be developed.
Animals↗
[Morphological changes of the palatine tonsils in acute radiation sickness].
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Animals↗
[Characteristics of radiation injury after exposure of the rat head to x-radiation].
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Animals↗
[Postradiation recovery patterns of the body under nonuniform radiation exposures. 5. A comparison of the radiosensitivity of rats after uniform and nonuniform irradiations with changes in critical organs and systems].
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Adaptation, Physiological↗
[Effects of electromagnetic radiation of various modes on heart activity (in experiments)].
On spinal cord frogs and isolated interauricle to a partition of heart in vivo and in vitro influence the MICROWAVES of a radiation in continuous and modulated modes on function of heart (9.3 Hz is investigated; 0.348-0.16 and 0.016 mV/sm2, modulation from 1 up to 100 Hz). A possibility of influence of an electromagnetic exposure on heart frequency and rhythm is revealed. Pointing of heart in vitro by a neutral red resulted in large number of % of experience in a stop of irradiated heart.
Animals↗