Grigor'ev A I, Volozhin A I, Stupakov G P
Probl Kosm Biol. 1994;74:3-216.
The book contains data about the functions and the metabolism of mineralized tissues, and the results of investigations of bone tissue and calcium metabolism during manned space missions and ground-based simulations. Consideration is given to the bone strength characteristics under experimental hypo- and hypergravity. The role of hormonal and physical/chemical factors in the mechanisms of iron control alterations in man during space missions of various lengths is analyzed. Evaluated is the efficiency of different countermeasures opposing the shifts in electrolyte exchange and bone mineral losses in these conditions. A concept is proposed for hypogravity-induced changes in the mineral metabolism and bone tissue status. The book is addressed to biologists, physiologists, biochemists, specialists in space biology and aerospace medicine.
这本书包含了有关矿化组织的功能和代谢的数据,以及载人航天任务和地面模拟期间骨组织和钙代谢的研究结果。考虑了实验性低重力和超重力条件下的骨强度特征。分析了不同时长太空任务期间激素和物理/化学因素在人体铁控制改变机制中的作用。评估了在这些条件下对抗电解质交换变化和骨矿物质流失的不同对策的效果。提出了一个关于低重力引起的矿物质代谢和骨组织状态变化的概念。这本书面向生物学家、生理学家、生物化学家、空间生物学和航天医学专家。