PhD in Pharmacy in Norwich United Kingdom | University of East Anglia

Our research stands out for its innovative approach across diverse topics. We explore every facet of pharmacy-related studies, ranging from molecular pharmacology and drug development to pharmaceutical technology, formulation, professional practice, healthcare services, and policy research. Our work is organized around four primary themes, though much of it crosses disciplinary boundaries, fostering collaborations between departments as well as partnerships with other Schools in the Faculty of Science, Norwich Medical School, local NHS trusts, and research institutions within the Norwich Research Park.
Drug Delivery and Pharmaceutical Materials - This area concentrates on creating advanced drug delivery systems by deeply understanding their structure and properties. The group is globally recognized for applying cutting-edge techniques like solid-state NMR, thermal analysis, atomic force microscopy, and computational modeling in pharmaceutical sciences. Additional research highlights include nanopharmaceuticals, pulmonary delivery materials (including peptides), polymer-based dispersions, tissue engineering, and 3D printing.
Medicinal Chemistry - Research here bridges chemistry and biology, spanning natural product synthesis, traditional medicinal chemistry, and innovative approaches like drug delivery systems and combating antimicrobial resistance. Specializations include natural product research, enzyme inhibitors, protein interactions, antibody-drug conjugates, antibiotics, epigenetics, nucleic acids, peptides, and supramolecular drug delivery assemblies.
Medicines Management - This research aims to enhance medicine usage in patients by improving selection, monitoring, and adherence. Current projects focus on interventions for care home medication practices, assisting patients with swallowing difficulties, and addressing both intentional and unintentional non-adherence.
Molecular Pharmacology - Studies center on age-related conditions such as cancer, cardiovascular disease, inflammation, metabolic syndrome, cataracts, and neurodegenerative disorders. Key efforts include investigating receptor functions, cell signaling pathways, discovering new therapeutic targets, and analyzing the effects of novel drugs and nutraceuticals.