Dr Jonathan Moore
Reader / Dean of Research for the College
Links
- https://www.physoc.org/
I am a member of The Physiological Society - https://www.physiology.org/?SSO=Y
I am a member of the American Physiological Society - https://www.physoc.org/magazine-articles/friends-in-high-places/
Friends in high places
Contact info
co-Dean of Research for the College of Medicine and Health
Room G104, George Building, Normal Site
J.P.Moore@bangor.ac.uk
(01248) 383645
Contact Info
co-Dean of Research for the College of Medicine and Health
Room G104, George Building, Normal Site
J.P.Moore@bangor.ac.uk
(01248) 383645
Overview
Jonathan has a BSc (Hons) in Biological Sciences (Physiology), and a PhD in Cardiovascular Physiology. He teaches human, exercise and environmental physiology on sport and exercise science undergraduate and postgraduate degree programmes. Jonathan's research focuses primarily on understanding how blood pressure is regulated, and the importance this has for human circulatory control during exercise and other physiological stressors, such as high-altitude hypoxia.
Research
Neural control and autonomic regulation of the heart and blood vessels. Having spent many years studying reflexes from vagal afferent nerve endings in the heart and pulmonary arteries, Jonathan is particularly interested in how these baroreceptors regulate sympathetic nervous system activity in health and disease.
Research Activity at Previous HEIs
Visiting Researcher, Institute for Sports Science, Innsbruck University
Visting Fellow, University of Texas, Southwestern Medical Centre / Institute of Exercise and Environmental Medicine, Dallas Presbyterian Hospital
Research Fellow, School of Medicine, University of Leeds
Postgraduate Project Opportunities
Applications are encouraged from well-qualified students with a general interest in human, environmental and exercise physiology and/or a specific interest in neural regulation of the heart and blood vessels.
Teaching and Supervision
Teaching and Related Activity
Teach and examine courses at:
Level 4: JXH1054 Human Physiology
Level 6: JXH3001 Research Project JXH3054 DIssertation,
Level 7: JXH4401 Performance Physiology, JXH4405 Research Project Proposal, JXH4406 Dissertation Proposal,
Research areas and keywords
Keywords
- QP Physiology - Cardiovascular, Blood pressure, High Altitude Medicine, Neural control and autonomic nervous system
Education / academic qualifications
- 2001 - Other , Postgraduate certificate in teaching and learning in Higher Education, with Distinction (2000 - 2001)
- 1994 - PhD , Responses to stimulation of coronary mechanoreceptors (1991 - 1994)
- 1990 - BSc , Biological Sciences (Physiology), second class, upper division (2:1) (1986 - 1990)
Research outputs (84)
- Published
The interactive effects of posture and biological sex on the control of muscle sympathetic nerve activity during rhythmic handgrip exercise
Research output: Contribution to journal › Article › peer-review
- E-pub ahead of print
Interoceptive signals from the heart and coronary circulation in health and disease
Research output: Contribution to journal › Article › peer-review
- E-pub ahead of print
Mechanisms underpinning sympathoexcitation in hypoxia
Research output: Contribution to journal › Review article › peer-review
Prof. activities and awards (20)
Sympathetic neural responses and adaptation to the challenge of exercise, and to high altitude stress
Activity: Talk or presentation › Invited talk
Review Board Third National Centrifuge program
Activity: Other › Types of External academic engagement - Membership of peer review panel or committee
External Examiner PhD Thesis
Activity: Examination
Projects (3)
Mechanisms of sympathoexcitation in humans
Project: Research
The impact of high intensity interval training on cardiac risk
Project: Research