In silico tools can rapidly profile large data sets without the need for analytical testing. It is this predictivity, allied to the significant time and resource savings that make these tools so attractive within pharmaceutical research and development. Within discovery there has been significant effort to develop more 鈥榙rug like鈥� molecules. This involves enhancing both the physiochemical and biopharmaceutical properties. In silico tools have been widely used to enhance solubility and permeability. PBPK modelling also supports formulation efforts to optimise in vivo exposure.
Modelling has also been used to optimise the manufacturability of prototype formulations and their supporting processes. In silico tools can rapidly screen real and potential impurities and degradants for mutagenicity, as well as their 鈥榩urgability鈥� from the synthetic route. In silico tools are used to identify the degradation pathways and optimise the resultant shelf-life. This symposium brings leading experts to give solutions to the big issues, advice, best practice and current developments.
Modelling has also been used to optimise the manufacturability of prototype formulations and their supporting processes. In silico tools can rapidly screen real and potential impurities and degradants for mutagenicity, as well as their 鈥榩urgability鈥� from the synthetic route. In silico tools are used to identify the degradation pathways and optimise the resultant shelf-life. This symposium brings leading experts to give solutions to the big issues, advice, best practice and current developments.
