L. a. For the compartmental model of tracer distribution in blood and tissue, show that for...

Transcribed Image Text:

L. a. For the compartmental model of tracer distribution in blood and tissue, show that for the steady state (x = 0, X = 0) to be stable, we must have: KK > K12K21. b. What does this condition mean? Try to interpret it in physiological terms. c. Is there any situation in which this condition can or cannot be true? Explain using a mathematical analysis of the eigenvalues. L. a. For the compartmental model of tracer distribution in blood and tissue, show that for the steady state (x = 0, X = 0) to be stable, we must have: KK > K12K21. b. What does this condition mean? Try to interpret it in physiological terms. c. Is there any situation in which this condition can or cannot be true? Explain using a mathematical analysis of the eigenvalues.