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/m6GrEBwQP8
First of many papers in this area from Chris M. Hearon Jr.'s lab at @IEEMPHD (@texashealth) and @UTSWMedCenter. Thanks to our collaborators, Paul Fadel and Scott Davis, on this project.
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 https://t.co/SpTfFDIbuh
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 https://t.co/PPwTm4ZGhJ
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
❗️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 https://t.co/iwhHAbWyof
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
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