Journal of Bioterrorism & Biodefense
Open Access

Biography

Dr Watson’s first degree was in Applied Physics, followed by a PhD from the Engineering Faculty at the University of Glasgow in “Optimising the gaseous discharge and optical coupling of a pulsed CO2 laser” which was specifically designed for material processing of reflective and refractory materials. In the early 1990s he began to research the effects of high power laser beams on microorganisms and laser sterilization and inactivation. He has published on the direct effect of a range of lasers and their efficacy on treating different substrates, including solids, liquids and air and a range of microorganisms from E. coli to B. globigii, an anthrax simulant. As well as building lasers and laser scanning inactivation systems he has developed combined systems for decontamination and inactivation applications. These systems comprised: lasers, UV, pulsed flashlamp systems, microwave and chemical treatments. Laser and plasma systems have been specifically designed, fabricated and and successfully tested for treating air.

Research Interest

Dr. Ian Watson is interested in how new decontamination systems and processes can lead to a safer environment and reduce the threat of food contamination and poisoning; and how the treatments can improve shelf life and food quality. As a part of this process, real time detection of microorganisms plays a role in process optimisation.

Certificate

Global Speakers in the subject

Global Experts in the subject

Publications

Adductor Muscle Atrophy Due to Obturator Nerve Compression by Metastatic Lymph Node Enlargement–A Rare Complication of Recurrent Bladder Cancer

Dhiren J Shah, Allan C Andi, Keith Ramesar and Gillian Watson MT

Case Report: OMICS J Radiology 2013, 2: 122

DOI: 10.4172/2167-7964.1000122