aaps Pharm Sci 360 2019

aaps Pharm Sci 360 2019

〇Comparing in vitro and in vivo studies microcontainers and microspheres for enhanced oral drug derivery

Comparing in vitro and in vivo studies microcontainers and microspheres for enhanced oral drug derivery

関連装置:µDISS

 

〇Exploring Factors Affecting Nifedipine Biphasic Dissolution Profile Using an inForm Platform

Exploring Factors Affecting Nifedipine Biphasic Dissolution Profile Using an inForm Platform

関連装置:inForm

 

〇Investigating the pH-dependent dissolution behavior of ketotonazole using microscale medium pH-shift in vitro model

Investigating the pH-dependent dissolution behavior of ketotonazole using microscale medium pH-shift in vitro model

関連装置:µDISS

 

〇Novel Biphasic Lipolysis Testing of Nilotinib Lipid Based Suspensions to Predict In Vivo Performance

Novel Biphasic Lipolysis Testing of Nilotinib Lipid Based Suspensions to Predict In Vivo Performance

関連装置:inForm

 

〇Novel Method for Monitoring of Free Drug Concentration in Presence of Nano-sized Formulations or Dynamically Formed Colloidal Nanoparticles

Novel Method for Monitoring of Free Drug Concentration in Presence of Nano-sized Formulations or Dynamically Formed Colloidal Nanoparticles

関連装置:µDISS

 

〇Prediction of fraction of dose absorbed based on in vitro solubility and flux measurements

Prediction of fraction of dose absorbed based on in vitro solubility and flux measurements

Prediction of fraction of dose absorbed based on in vitro solubility and flux measurements_JP

関連装置:PAMPA / MacroFLUX・BioFLUX

 

〇Prediction of Maximum Absobable Dose and Fraction Absorbed Based on in vitro Flux Measurements

Prediction of Maximum Absobable Dose and Fraction Absorbed Based on in vitro Flux Measurements

関連装置:µDISS / MacroFLUX・BioFLUX

 

〇Usefulness of Small Scale Biphasic Dissolution Experiments in Estimating Precipitation Rates for Input in PBPK modelling

Usefulness of Small Scale Biphasic Dissolution Experiments in Estimating Precipitation Rates for Input in PBPK modelling

関連装置:inForm