Pozdniakov O M, Babakova L L, Demorzhi M S, Il'ina-Kakueva E I
Biull Eksp Biol Med. 1988 Jun;105(6):752-5.
The influence of a 7-day space flight on board the biosputnik "Kosmos-1669" on the neuro-muscular synapses (NMS) of soleus, gastrocnemius and diaphragm muscles distinct in their functions has been studied. The synapse restructuring on the basis of destructive- regenerative process has been discovered. It is manifested to a great extent in the soleus muscle, to a lesser extent in the gastrocnemius muscle and the least of all in the diaphragm muscle. The changes observed in synapses may be caused by the attenuation of their function in weightlessness.
研究了搭载生物卫星“宇宙-1669”进行的7天太空飞行对功能各异的比目鱼肌、腓肠肌和膈肌神经肌肉突触(NMS)的影响。发现了基于破坏-再生过程的突触重构。这种重构在比目鱼肌中表现得最为明显,在腓肠肌中表现程度次之,在膈肌中表现得最不明显。突触中观察到的变化可能是由失重状态下其功能衰减所导致的。