Professor Steve Rannard BSc (Hons), D.Phil., FRSC Professor Chemistry +44 (0)151 794 3501 Work email S.P.Rannard@liverpool.ac.uk Personal WebsiteClick here for our group website containing updates on all aspects of the research activities About Research Publications Teaching Professional Activities Teaching Modules for 2023-24 Functional Organic Materials Module code: CHEM241 Role: Teaching Introduction to Nanomedicine Module code: CHEM426 Role: Teaching Introduction to Research Module code: PGSC003 Role: Teaching PGSC004 - MSc Research Project Module code: PGSC004 Role: Teaching Supervised ThesesAssessing the relationship between nanoparticle physicochemical characteristics and biological interactions; optimisation of in vitro techniques and protocols.Computational pharmacokinetics of long-acting formulations for the treatment of HIV infectionsDesign of Lipid-Based Nanocarriers for the Treatment of Human Immunodeficiency Virus (HIV)Dissolving Microarray Patches for Transdermal Delivery of AtovaquoneDual-Stimuli Responsive Nanogels for Injectable Drug Delivery ImplantsDual-Stimuli Responsive Nanogels for Injectable Drug Delivery ImplantsEngineered emulsions, polymer structured oils and responsive polymer nanoparticles via polymer design and emulsion templatingExpanding the scope of hyperbranched polymer synthesis by Transfer-dominated Branching Radical TelomerisationExploring Hyperbranched-Polydendron Chemistry and Architecture for Nanomedicine ApplicationsHigh Resolution Size and Structural Characterisation of Nanomedicines by Asymmetric Flow Field Flow FractionationImplantable Polymeric Prodrug Candidates for Sustained Release Antiretroviral TherapyInvestigating the impact of, novel, therapeutic delivery systems on immunological responses - determination of short, and long-term, exposure effectsInvestigation of Long-acting Antiretroviral Nanoformulation Pharmacokinetics Using Experimental and Computational MethodsModulating Docetaxel Encapsulation and Release from Branched Vinyl Copolymer Nanoparticles Formed via Co-nanoprecipitationMucoadhesive Emulsions for the Delivery of Therapeutic AgentsNovel amphiphilic branched copolymer nanoparticles as candidates for drug deliveryOptimising Polymeric Nanocarrier Environments to Encapsulate and Deliver Highly Potent Anti-Cancer Drug SN-38Polymer Synthesis under Continuous Flow ConditionsPolymer of Prodrugs for Antiretroviral TreatmentStimuli-Responsive Multi-layered Nanocarriers for Oral Drug Delivery to Treat Colon CancerSynthesis and Characterisation of Functional, Degradable, Hyperbranched Polymers from Transfer-dominated Branching Radical TelomerisationSynthesis and Characterisation of Hyperbranched Polymers from Transfer-dominated Branching Radical TelomerisationSynthesis of Amphiphilic Hyperbranched Glyco-Polydendrons for Potential Applications in NanomedicineSynthesis of Novel Polyester-Based Nanomedicines for Colorectal Cancer Drug EncapsulationThe Development of Nanomedicine Formulations for the Treatment of Sudden Preterm BirthThe Development of Nanomedicine Formulations for the Treatment of Sudden Preterm BirthUtilising anionic branched polymerisation techniques for the synthesis of novel nanoparticles
