Werner J
Pflugers Arch. 1977 Jan 17;367(3):291-4. doi: 10.1007/BF00581369.
Oscillatory changes of temperatures of the human fingers in cold air (Lewis-reaction) are investigated under central and local influences. After heat load of the body, the Lewis-reaction is suppressed, no matter which environmental temperature of the hand is chosen. Decrease of finger temperature during oscillatory behaviour takes about twice as much time as increase. A dependence of the time course on the chosen environmental temperature is not evident. Mean level of temperature oscillation rises with increased environmental temperatures of body and hand, whereas the amplitude of oscillation increases with growing environmental tre of the hand. After cold load of the body the Lewis-reaction is suppressed in some individuals. Interpretation of the Lewis-reaction and interaction of global and local requirements are discussed.
在中枢和局部影响下，研究了人体手指在冷空气（刘易斯反应）中的温度振荡变化。身体受热负荷后，无论手部选择何种环境温度，刘易斯反应都会受到抑制。在振荡行为中手指温度下降所需的时间大约是上升时间的两倍。时间进程与所选环境温度之间的相关性不明显。温度振荡的平均水平随着身体和手部环境温度的升高而升高，而振荡幅度则随着手部环境温度的升高而增大。身体受冷负荷后，一些个体的刘易斯反应受到抑制。文中讨论了刘易斯反应的解释以及整体和局部需求的相互作用。
