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Nanopatch immunisation against pandemic influenza: improved immune responses at a reduced dose. (2009-2011)

Abstract

Development of a new way to vaccinate against influenza that will make standard vaccines 100 times more potent than conventional syringe injection. The Nanopatch is made from a silicon wafer, bristling with micro-nanoscale spikes. It painlessly deposits vaccine under the skin surface. Experiments in mice show that even a small vaccine payload delivered to the skin generates good immune responses. The Nanopatch vaccination system is expected to be ready for clinical trials within a few years.

Experts

Dr Germain Fernando

Adjunct Principal Fellow
School of Chemistry and Molecular Biosciences
Faculty of Science
Germain Fernando
Germain Fernando

Professor Ian Frazer

Emeritus Professor
Faculty of Health, Medicine and Behavioural Sciences
Ian Frazer
Ian Frazer