Doctoral Candidate Projects
DC PARTNER TITLE OF THE PROJECT (Secondment 1-Secondment 2)
DC1 UFR Amphiphilic glycomacromolecules for liposome and vesicle formulations (MAX-ICL)
DC2 GNT Nanobody-Based Targeting Ligands for Lymphocyte Targeting (CIPF-RSR)
DC3 CRO Rational design of lipid nanoparticles for mRNA Vaccine delivery (ICL-STR)
DC4 UFR Glycopolymer–peptide ampiphiles for drug delivery (WAR-STR)
DC5 TUE Polymeric lipid formulations for delivery of NATs (CIPF-ICL)
DC6 UBX Block copolymer PICsomes and GUVs: from new polyplexes to biophysical analysis (WAR-TUE)
DC7 MAX Glycocalyx mimicry and its effect on lipid and membrane protein dynamics (UFR-WAR)
DC8 TUE Active nanoparticles for direct cytosolic delivery of RNA (GNT-WAR)
DC9 UBX Chemotaxis-driven delivery from asymmetric polymersomes (WAR-STR)
DC10 MAX Dynamic lipid membranes interacting with smart polymer systems (WAR-TUE)
DC11 AZ High throughput screening of novel non-viral delivery systems carrying nucleic acids (UBX-WAR)
DC12 CIPF Mitochondria- targeted Non-viral Vectors (UBX-MAX)
DC13 RSR Modular Polymers for Particle Formulation for Targeted Delivery (TUE-GNT)
DC14 CIPF Cationic polymers for improved lysosomal escape of genetic material (WAR-TUE)
DC15 GNT CAR T cell generation using Lipid Nanoparticles (ICL-STR)
DC16 WAR Polymeric lipids-PEG replacements & Polymeric ionizable lipids (STR-CRO)
DC17 WAR Multivalent glyco-constructs for selective lectin targeting (AZ-ICL)
DC18 WAR Brain Penetrating Peptides for Targeted Delivery (MAX-AZ)
DC19 STR Enhancing scale-independent production of nanoparticles (WAR-CRO)
DC20 ICL Lipid nanoparticle formulations for balance innate response and expression (STR-CRO)
