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核心技术专利：CN118964589B侵权必究

核心技术专利：CN118964589B侵权必究

Wüstenberg P W, Neumann J, Esther G

Z Urol Nephrol. 1977 Dec;70(12):907-12.

The special information value of the dynamic compartment analysis consists in functional evidence concerning the potassium metabolism. 2. Basis of the dynamic compartment analysis is an open central 3 compartment model. 3. The rate of metabolism which is determined by size of the pool and constant of speed is the most important parameter. 4. The mathematical modelling of the tracer course renders visible the compartmental effects of inflow and outflow of the speed constant. 5. Disturbances of the very quickly and quickly exchanging constituents of the potassium metabolism reflect themselves perhaps directly as a functional loss of the permanent and latent functional capacity of the organism.

动态区室分析的特殊信息价值在于有关钾代谢的功能证据。2. 动态区室分析的基础是一个开放的中心三室模型。3. 由池大小和速度常数决定的代谢率是最重要的参数。4. 示踪剂过程的数学建模使速度常数流入和流出的区室效应可见。5. 钾代谢中非常快速和快速交换成分的紊乱可能直接表现为机体永久和潜在功能能力的功能丧失。

Wüstenberg P W, Neumann J, Esther G

Z Urol Nephrol. 1977 Dec;70(12):907-12.

The special information value of the dynamic compartment analysis consists in functional evidence concerning the potassium metabolism. 2. Basis of the dynamic compartment analysis is an open central 3 compartment model. 3. The rate of metabolism which is determined by size of the pool and constant of speed is the most important parameter. 4. The mathematical modelling of the tracer course renders visible the compartmental effects of inflow and outflow of the speed constant. 5. Disturbances of the very quickly and quickly exchanging constituents of the potassium metabolism reflect themselves perhaps directly as a functional loss of the permanent and latent functional capacity of the organism.

动态区室分析的特殊信息价值在于有关钾代谢的功能证据。2. 动态区室分析的基础是一个开放的中心三室模型。3. 由池大小和速度常数决定的代谢率是最重要的参数。4. 示踪剂过程的数学建模使速度常数流入和流出的区室效应可见。5. 钾代谢中非常快速和快速交换成分的紊乱可能直接表现为机体永久和潜在功能能力的功能丧失。