Projects

Development of Bio-Chip for AFM Imaging: (ME/PhD Project)

Assembly of Organic Layers on Carbon Surfaces for Biological Applications

Optimisation of the architecture of bioelectrodes.

Assembly of novel bioactives on surfaces and characterization of their structures and functionality.

Interfacing biological cells with carbon nanotubes

Electrofusion device for Bovine Cells

Electrically Interfacing Cells and Nano-Electrodes

Force Pattern Characterization of C. elegans in Motion

Electrochemically-assisted modification of conducting substrates, surface patterning and structuring, dynamic properties of grafted films.

Preparation and functionalisation of vertically-aligned carbon nanotubes and their interactions with cells.

Cell separation and handling by dielectrophoresis and nano-resolution electrodes

Nanomaterials from proteins.

Fabrication of Micro-bioscaffolds

Fabrication of Protein-based Nanofibers

Surface Sciences (Wool, Polymers, etc.)

Microfluidic circuit integration using multilayer soft lithography methods and PDMS

Phage display of surface proteins/ Assembly of bacteriophage/ Lactococcal bacteriophage.

Biosynthesis of polymers and biosurfactants produced by pseudomonads

Nanoactive Surfaces Project

Characterisation of Endometrial Cancer Cells by Atomic Force Microscopy

Spicing up conducting polymers with quantum dots: Toward a new generation of biosensors

Interfaced nanobiosystems: communicating with cells using embedded nanostructures

Microfluidics for Bioartificial Livers

Microbial formulation

Self-Assembling Protein Nanostructures Incorporating Active Functionality

Nanotechnologies for DNA Sequencing