Funded research projects

Funded research projects in the School of Chemistry
 Project Funder Lead Website
 

Genomic diagnostics beyond the sequence

 European Commission Rob Neely   BeyondSeq

 Enzymatic tools for biotechnology and medicine

EPSRC  Rob Neely  
 

Joint University-Industry Consortium for Energy (Materials) and Devices

 EPSRC  

Peter Slater

The Juiced Hub
Enzyme-Degradable Polyion-Complex Particles for the Treatment and Detection of Pseudomonas aeruginosa

 

 

Francisco Fernandez-Trillo

PIC
 Anisotropic gold nanoparticles with optimal optical and biological properties (AntibioPICs.)  Royal Society

 

 

Francisco Fernandez-Trillo

 
 Molecular diagnostics through DNA modification and interfacial engineering  

European Commission

 

Jim Tucker

  DNASURF
 Sequence controlled polymers  

ERC

 

Rachel O'Reilly

 SCPs
 Polymers for EOR applications  BP  

Rachel O'Reilly

 
 Optically controlled fluid flow: enabling smart paper-based medical diagnostic devices  EPSRC  

Rachel O'Reilly

Optically controlled fluid flow
 New polyesters as fuel additives  Infineum  

Rachel O'Reilly

 
 

Developing new NANOmaterials for neural STEM cells drug delivery

EU-ITN  

Rachel O'Reilly

 Nanostem
 

Self-organising carbon nanosensors

 

Leverhulme Trust

 

 Rachel O'Reilly

 
Delivering Better Starting Points for Drug Discovery: New Compound Libraries Driven by Intelligent Design  European Union [EU-ITN-EID programme] Liam Cox iDESIGN
Wearable Organic Integrated Sensors for Healthcare: Smart Dressings, A Step Change in Wound Management EPSRC  Ruchi Gupta EPSRC HTCA
Stereocontrolled Polymerisation: New Frontiers in Synthesis and Supramolecular Self Assembly ERC Andrew Dove CORDIS
Alkene-containing polymers: Novel synthetic elastomers inspired by nature The Leverhulme Trust Andrew Dove  
4D shape memory polymers via microstereolithography for production of thermally responsive stents Marie Curie EF Andrew Dove /Andrew Weems CORDIS
Tuning mechanical properties of elastomers with stereocontrolled π-bonds using Wittig chemistry Marie Curie EF Andrew Dove /Joshua Worch CORDIS
Alkene-containing polymers: Novel synthetic elastomers inspired by nature Infineum UK Andrew Dove  
Alkene-containing polymers: Novel synthetic elastomers inspired by nature Marie Cure EJD Andrew Dove SUSPOL
Synthesis, characterization, structure and properties of novel biodegradable polyesters Horizon 2020 RISE Andrew Dove BIODEST