Benjamin S Stacey

Lecturer in Clinical Science

University of South Wales

United Kingdom

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Benjamin S Stacey is a Lecturer in Clinical Science at the University of South Wales, UK. His research areas include the effects of hypoxia on cerebral bioenergetics, cardiovascular health, and spinal pain prevalence. Recent publications highlight his investigations into carotid artery dissection, cardiac vagal activity, and cognitive impairments associated with spinal pain in various populations.

Articles (14)

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2025

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2024

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2024

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2023

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2023

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2023

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2023

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2023

Collaborators (6)

Wyn Lewis

Head of School Surgery & Associate Dean

Cardiff University

UNITED KINGDOM

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Teresa Filipponi

Senior Lecturer

University of South Wales

UNITED KINGDOM

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Hayato Tsukamoto

University of South Wales

UNITED KINGDOM

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Soichi Ando

Associate Professor

Denki Tsushin Daigaku

JAPAN

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Chris Marley

Lecturer in Exercise Physiology

University of South Wales

UNITED KINGDOM

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Joshua C. Tremblay

CANADA

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Benjamin S Stacey

Research Interests

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Articles (14)

Carotid artery dissection linked to intermittent apnoeic swimming: A case–control study

Cardiac vagal activity is not a determinant of apnoea tolerance in trained breath‐hold divers

Phosphodiesterase inhibition restores hypoxia-induced cerebrovascular dysfunction subsequent to improved systemic redox homeostasis: A randomized, double-blind, placebo-controlled crossover study

A prospective longitudinal study of risk factors for abdominal aortic aneurysm

Evidence for direct CO<sub>2</sub> -mediated alterations in cerebral oxidative metabolism in humans.

Cognition is selectively impaired in males with spinal pain: A retrospective analysis of data from the Longitudinal Study of Ageing Danish Twins

Severe hypoxaemic hypercapnia compounds cerebral oxidative–nitrosative stress during extreme apnoea: Implications for cerebral bioenergetic function

Spinal pain prevalence and associated determinants: A population‐based study using the National Survey for Wales

Lower systemic nitric oxide bioactivity, cerebral hypoperfusion and accelerated cognitive decline in formerly concussed retired rugby union players

Hemoglobin and cerebral hypoxic vasodilation in humans: Evidence for nitric oxide-dependent and <i>S</i>-nitrosothiol mediated signal transduction.

Author response to: Comment on: Personal protective equipment-induced systemic hypercapnic hypoxaemia: translational implications for impaired cognitive–clinical functional performance

Acute hypoxia impairs posterior cerebral bioenergetics and memory in man

Supervised exercise training improves cardiorespiratory fitness and reduces perioperative risk in peripheral artery disease patients with intermittent claudication.

Personal protective equipment-induced systemic hypercapnic hypoxaemia: translational implications for impaired cognitive-clinical functional performance.

Collaborators (6)

Wyn Lewis

Teresa Filipponi

Hayato Tsukamoto

Soichi Ando

Chris Marley

Joshua C. Tremblay

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