Thesis Work, 30 Credits - Accelerating Sirna Clinical Formulation Development With Modelling And High Throughput Techniques
AstraZeneca
Gothenburg, Sweden
Sirna clinical formulation development
Modelling-enabled strategies
High-throughput viscosity screening
Join our collaborative teams in Advanced Drug Delivery and Predictive Science for a Master’s thesis focused on developing modelling-enabled strategies to optimize high-concentration siRNA formulations
Job Summary
Join our collaborative teams in Advanced Drug Delivery and Predictive Science for a Master’s thesis focused on developing modelling-enabled strategies to optimize high-concentration siRNA formulations.
Gain hands-on experience with formulation development, high-throughput viscosity screening, NMR analysis, and data modelling—helping accelerate the delivery of innovative siRNA treatments to patients.
This project is a collaboration between the Oligonucleotide and Peptide Clinical Formulation Development team in Advanced Drug Delivery (ADD) and the modelling team in Predictive Science, Digital and Automation (PSDA), aimed at delivering a modelling-enabled framework that guides siRNA clinical formulation strategy to accelerate the delivery of siRNA therapeutics to patients.
Matching Summary
Join our collaborative teams in Advanced Drug Delivery and Predictive Science for a Master’s thesis focused on developing modelling-enabled strategies to optimize high-concentration siRNA formulations.