EPSRC Programme grants EP/R020965/1: Raman Nanotheranostics – RaNT: Developing gold-based targeted diagnostics specifically with deep tissue Raman SESORS set-up. (Participants (7): University of Exeter; University College London; University of Cambridge; STFC laboratories, Cancer Research and industry partners including BBI solutions, Nanometrics. UK collaborative funded project.)
Horizon H2020-ICT-2014-1 Project RAIS: Scalable, point-of-care and label free microarray platform for rapid detection of Sepsis. Involved in developing label-free detection of E. coli from patient blood plasma in just 30 minutes, estabilishing it as a bed-side POC diagnostics. (Participants (9): ICFO, Vall d'Hebron University Hospital and ICN2 Spain, EPFL Switzerland, iXscient UK, Toskana Biomarkers Italy, BRAHMS and microTEK Germany, TRN Belgium. EU collaborative funded project.)
EU FP7 Project UNION: Ultra-versatile Nanoparticle Integration into Organized Nanoclusters. Designed plasmonic nanostructures with specific optical responses including directional assembling potential of Gold nanorods, assemblies directed via manipulating DNA, chiral responses, as well as, switchable plasmonic/SERS behaviour with semi-conductor-plasmonic NP interactions. (Participants (8): LMU Germany, DCU Ireland, IREC Spain, MFA Hungary, Nanovector Italy, Cidette, Thals and Malvern. EU collaborative funded project.)
Australian Advance Queensland award: Water treatment technologies. Developed iron oxide-polymer hybrids as smart osmotic draw agents for water treatment in forward osmosis FO set-up. (Participant (1): QUT, Australia).
Australian Research Council Discovery Project ARC DP1094205: Multimodal Biomedical Imaging probes. Designed NP hybrids (RAFT polymer-gold nano-assemblies) based Raman imaging agents to be employed for deep tissue SESORS detection. (Participants(3): UQ and QUT Australia, University Of Nottingham, UK).
Developing functional acrylic polymers and textile grade fibres.
Developing stimuli-responsive (thermo and pH) polymer-NP hybrids for engineering switchable surfaces.