Consultant Physicist & Head of Physiological Measurement with the Regional Medical Physics Department, Newcastle upon Tyne Hospitals.
Clinical instrumentation, particularly for minimally invasive assessment and diagnosis. Acquisition and digital processing of physiological signals.
Particular areas of clinical interest are:
Sleep: Long-term monitoring of physiological function, and assessment of polygraphic data for understanding the mechanisms of snoring and obstructive sleep apnoea.
Urodynamics: Minimally invasive urodynamics, uroflowmetry and non-invasive pressure measurements.
ENT: Instrumentation for dysphagia & voice disorders; snoring & obstructive sleep apnoea.
Critical care physics: Remote monitoring of intra-cranial pressure and other physiological vital signs.
The Peepod: A take-home uroflowmeter for men. Project funded by the Wellcome Trust.
Spectrophotometer: An instrument for measurement of oxygen saturation from non-pulsatile tissue.
Brain compliance probe: For measuring the volume compliance of the human brain in patients following craniectomy.
Pupilometer: For real-time measurement of pupil reaction to light. Credit for the idea to Andy Clark and Iain Chambers.
Neonatal haemodialyser: Redevelopment of an instrument for dialysing extremely small babies. Credit for the idea goes to Malcolm Coulthard and Jean Crosier, from paediatric nephrology at the RVI.
The cuff machine: Ongoing development of an instrument for the non-invasive assessment of bladder pressure in men. Credit for the orignial instrument to Clive Griffiths.
Some medical statistics, mostly through trial and error.
Schools outreach work for the Teacher/Scientist Network, Scientists@Work, The Institute of Physics, and STEMnet.
Currently supervising 2 PhDs in the Medical School.