2 - TI Pharma
2 - TI Pharma 2 - TI Pharma
Supplementary Figure 3. Kinetic equations for the steady-state (a) and for the non-steady state (b). Where: R a = rate of appearance; TTR tracer = tracer/tracee ratio of the tracer infused (=1); I tracer = tracer infusion rate; TTR p = tracer/tracee ratio in plasma; TTR exo = tracer/tracee ratio of exogenous glucose infusion; I exo : infusion rate of exogenous glucose; R d = rate of disappearance; R a (t)= average R a between t=1 and t=2; TTR p (t)= average TTR p between t=1 and t=2; pV= distribution volume; C unl (t)= average plasma concentration tracee between t=1 and t=2; dTTR p (t)/dt = change in plasma TTR p between t=1 and t=2; R d (t) = average R d between t=1 and t=2; dC unl (t)/dt = change in tracee concentration between t=1 and t=2; EP(t) = average endogenous production between t=1 and t=2; I unl = tracee infusion rate. 171 8 Chapter 8
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- Page 362: oxidative phosphorylation (OXPHOS)
- Page 366: Table 3. Mitochondrial respiration
Supplementary Figure 3. Kinetic equations for the steady-state (a) and for the non-steady state (b).<br />
Where: R a = rate of appearance; TTR tracer = tracer/tracee ratio of the tracer infused (=1); I tracer = tracer<br />
infusion rate; TTR p = tracer/tracee ratio in plasma; TTR exo = tracer/tracee ratio of exogenous glucose<br />
infusion; I exo : infusion rate of exogenous glucose; R d = rate of disappearance; R a (t)= average R a between t=1<br />
and t=2; TTR p (t)= average TTR p between t=1 and t=2; pV= distribution volume; C unl (t)= average plasma<br />
concentration tracee between t=1 and t=2; dTTR p (t)/dt = change in plasma TTR p between t=1 and t=2;<br />
R d (t) = average R d between t=1 and t=2; dC unl (t)/dt = change in tracee concentration between t=1 and t=2;<br />
EP(t) = average endogenous production between t=1 and t=2; I unl = tracee infusion rate.<br />
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Chapter 8