SO FAR SO GOOD
[DOI] [PMC free article] [PubMed] [Google Scholar] 63.Fernando H., Wiktorowicz J.E., Soman K.V., Kaphalia B.S., Khan M.F., Ansari G.A.S
This alteration leads to an increase in primary and conjugated bile acids (e.g., cholic acid, taurocholate, and glycocholic acid, chenodeoxycholic acid) and a decrease in secondary bile acids
The compartments are : The intestine that absorbs the rapamycin and send it into the blood The blood is the central compartment that gets the rapamycin from the intestine and has bidirectional exchanges with the organs as well as some elimination (by metabolization) The organs which exchange Rapamycin with the blood (both ways) Here is that model with the differential equations fitted to the paper data for rapamycin + fat (dots) [image] As you can see the fit is very good which shows that the 3 compartment model is good enough
Alm disso, o uso contraindicado em pessoas que sofrem de hipertenso ou que enfrentem quadros similares a anemia (fraqueza) ou ainda, que estejam sujeitas a convulses
Discuss possible benefits and long term gains
