Violence and xenophobia as means of social control in times of collapse: the soviet occupation of post-war Germany, 1945-1947

This article explores an overlooked aspect of the Soviet occupation of post-war Germany, namely, the influence of wartime violence on German behavioural patterns during the post-war period. Whilst many historians have noted that violent Soviet conduct in Germany merely encouraged the intensification of existing anti-Soviet attitudes therein, few have attempted to thoroughly investigate its influence on German behaviour. The conclusions made by those few historians who have done so are unsupported by the Soviet archival evidence drawn upon in the article. Using this evidence, the article highlights the tentative links between the violent repression of an occupation force and the muted responses of its subjects. It concludes that the nature of the repression and of the broader occupation landscape in which it developed, was integral in ensuring that the characteristically docile behaviour of the German population toward the Soviet occupier continued unabated throughout much of the occupation period.

Changes in intervertebral disc morphology persist 5 mo after 21-day bed rest

As part of the nutrition-countermeasures (NUC) study in Cologne, Germany in 2010, seven healthy male subjects underwent 21 days of head-down tilt bed rest and returned 153 days later to undergo a second bout of 21-day bed rest. As part of this model, we aimed to examine the recovery of the lumbar intervertebral discs and muscle cross-sectional area (CSA) after bed rest using magnetic resonance imaging and conduct a pilot study on the effects of bed rest in lumbar muscle activation, as measured by signal intensity changes in T(2)-weighted images after a standardized isometric spinal extension loading task. The changes in intervertebral disc volume, anterior and posterior disc height, and intervertebral length seen after bed rest did not return to prebed-rest values 153 days later. While recovery of muscle CSA occurred after bed rest, increases (P ≤ 0.016) in multifidus, psoas, and quadratus lumborum muscle CSA were seen 153 days after bed rest. A trend was seen for greater activation of the erector spinae and multifidus muscles in the standardized loading task after bed rest. Greater reductions of multifidus and psoas CSA muscle and greater increases in multifidus signal intensity with loading were associated with incidence of low back pain in the first 28 days after bed rest (P ≤ 0.044). The current study contributes to our understanding of the recovery of the lumbar spine after 21-day bed rest, and the main finding was that a decrease in spinal extensor muscle CSA recovers within 5 mo after bed rest but that changes in the intervertebral discs persist.