Really happy to see this published in EJHF. Joey, Chris and I show that middle-aged adults with severe obesity present with absolute hypervolemia, relative hypovolemia and disproportionate LV enlargement. @utswheart @UTSWMedCenter @texashealth @IEEMPHD https://t.co/HNhkU4C7Un

Really happy to see our paper published in @JHypertension. @Deoliveiragdc and I show that the BP pressure response to exercise is not different between hypertensive adults with LVH and healthy controls when normalized for VO2. https://t.co/C8YHiVMabv

Julian C. Bommarito & Philip J. Millar (@UofG_HHNS) offer this #Perspective 'Metabolic override: Adding neuropeptide Y to the list of vasoconstrictors attenuated by exercise' based on the work of Wakeham et al. (2025) 💭 🔗 https://t.co/v1tXZk62m0

New perspective from @lauro_vianna: When the #lungs speak to the #brain: a new reflex pathway in the neural control of circulation during #exercise? @JPhysiol 📝 https://t.co/Tgy9102E8a

In this recent study, Denis J. Wakeham (@UTSWMedCenter) et al. investigated functional sympatholysis of neuropeptide Y-mediated #vasoconstriction in humans 🫀🏃 📜 Read the #Research here: https://t.co/vDQOCzJDiy

Happy to share our recent paper published in @JPhysiol that shows, for the first time in humans, that Neuropeptide Y mediated vasoconstriction is sensitive to functional sympatholysis, to a similar degree that is alpha-adrenergic vasoconstriction. https://t.co/CyzuXYYknv First

A team at @uwsmph brings us all an #OpenAcces #ArticleinPress! #Biological sex influences relationships between #cerebral pulsatility and white matter hyperintensities in #aging adults (Erin Moir et al.): https://t.co/Z6Nc41VVYY

Our review on androgens and cardiovascular control in polycystic ovary syndrome is out! Read about what we know (and what we don't) about how androgens impact cardiovascular health in #PCOS 🫀@lordylaa @JPhysiol https://t.co/7KioJCpF0u

🚨 Hot off the press! 🔥Heat to hypoxia cross-adaptation ⛰️ Our new study shows that 6 weeks of post-exercise hot water immersion (HWI) can boost exercise performance in acute hypoxia. 🚴‍♂️🛀🔥 @sportaerztin @Justin_lawley @LydSimpson @ExpPhysiol https://t.co/SQFZhGIpjP @waikato

Great to see this published in @ExpPhysiol working with Mike Nelson. The paper extends the assessment of central arterial stiffness and wall mechanics (strain and strain rate) from ultrasound to MRI using a cine collected in every cardiac MRI ever taken. https://t.co/7oJxLkx3kO

The carotid chemoreflex contributes to high resting BP in young people with untreated hypertension, but does not play a role in exaggerated exercise BP responses ⁦Hinton et al @JPhysiol⁩ ⁦@UoBrisPPN⁩ #chemoreflex #hypertension #exerciseBP

Sandra Neumann (@UoBrisPPN) et al. investigated #cerebral blood flow during simulated central #hypovolaemia in people with hypertension in this recent #Research article 🫀 🧲 📜 Read it here: https://t.co/3t0D0CYIbr

Hypertensives with normal vertebral artery anatomy can tolerate ⬇️ in 🧠 blood flow during central hypovolaemia Those with vertebral artery hypoplasia evoke greater ⬆️ in systemic vascular resistance to preserve CBF. ⁩ ⁦⁦⁦@UoBrisPPN⁩

Consider joining us at @unibirmingham @UBSportExR for applied and practical learning on the Clinical Exercise Physiology MSc. 📢Currently recruiting for September 2025! Contributors: @kathskth @SamLucas_PhD @joannachapillon, Rich Powell, myself and guest lecturers

@HartEmhart86

Funded PhD with @HartEmhart86 @LydSimpson looking at hypertension in Black African and Caribbean women🩺🫀 Open to UK-domiciled, home fee applicants of Black African, Black Caribbean or other Black or mixed Black heritage. @pubhealthjobsuk @JobsinSportSci https://t.co/PFZBYYQ7zn

❗️Funded PhD❗️ Join @CardioNomics⁩ ⁦@UoBPPN⁩ ⁦ Under Stress: Why Women of Black African and Black Caribbean Heritage Face Elevated Risk of #Hypertension and #Stroke Open to UK students of Black African, Black Caribbean or mixed Black heritage

The BHI is hosting the Bristol Heart Festival, a vibrant celebration of heart health and cardiovascular advancements, to be held at the historic Wills  Memorial Building on Thursday, 13 March 2025. Open to the public. https://t.co/23BQagcdtD

This #SymposiumReview by @LydSimpson (@uniinnsbruck) et al. examines the mechanisms underpinning #sympathoexcitation in hypoxia and identifies several areas of the field which remain unexplored ⚙️🧠 🔗 Read it here: https://t.co/HH0kpNj70C

Two positions are available in our dpt. Come and join the evolving team! Lecturer in Human Physiology | King's College London