Engineering topics
Publications and source records attributed to Antipov, V. V..
The role of the genetic apparatus in the adaptation of the organism to conditions of weightlessness is studied. The investigation includes studies at the gene, chromosome, cell, tissue, and organism levels, as well as studies at the population level.
The effects of various combinations of space flight stresses are discussed. Included are weightlessness, acceleration, vibration, ionizing radiation, hypoxia, and ambient temperature. The problem of constructing mathematical models to describe the dynamics of biological systems, including those to analyze and predict adaptation and restoration processes following combined stresses, is also considered.
The effect was studied of lunar surface material from the Sea of Fertility on the radiation reaction (damage) in mice caused by exposure to ionizing radiation. The material was administered to the organism in three ways -- aerogenically, through the esophagus, or peritoneally. It was shown that administering the lunar surface material did not appreciably affect the death of the animals and the reaction of the peripheral blood caused by the action of radiation. In mice which prior to irradiation had been administered inhalationally or peritoneally the lunar surface material, a lag in the increment of bodyweight was observed.
Space flight effects on biological structures and activities of mammals and man
Space flight vibration or acceleration effects on radiation sickness of animals
Biological effectiveness data for ionizing radiation induced sickness in mice and yeast cells
Biological investigations of space effects on beetles, seeds, turtles, drosophila, and bacteria during circumlunar flight of Zond-5
Combined effects of acceleration, vibration, and radiation on mitotic activity of bone marrow cells of mice
Reproductive processes in Drosophila melanogaster under conditions of weightlessness, and study of space flight factors which affect hereditary structure in Tradescantia paludosa
Genetic effects on Escherichia coli and human cell cultures due to irradiation, vibration, and weightlessness during space flights
Effects of shielding various parts of body in animals exposed to gamma rays and high energy protons
Morphological changes in spleen and thymus of mice exposed to high energy protons and gamma rays
Radiation protection offered by pyrimidine base analogs and aminothiol compounds against genetic changes in Escherichia coli exposed to X-ray irradiation
Model of radiation conditions on circumlunar trajectory during solar flare
Disturbances of mitosis in microspores induced by different flight lengths on Vostok V
Physiological effects of proton radiation in space flight
Radiation safety measures during manned flights on Vostok spacecraft
Mitosis in microspores after flight on Vostok III and Vostok IV spacecrafts