Connor Howe
@connor_howe
PhD •
Post-Doctoral Researcher - University of Innsbruck •
HHH Scientific Manufacturing
ID: 251420092
13-02-2011 03:08:51
644 Tweet
202 Followers
148 Following
Low #oxygen at #HighAltitude reduces vascular #endothelial function by heightened #adrenergic signaling ow.ly/kvSL30qVI0j @mtymk076 University of British Columbia Gustavo Vizcardo 🇵🇪
Excited to share this project looking at the influence of #nitricoxide on neurovascular coupling in the 🧠 . NO blockade reduces peak NVC Shoutout to Hannah Caldwell Benjamin Stacey, PhD Connor Howe Vascular Res. Lab @Mypster2 and the rest of the #ainsliearmy. Journal of Physiology UBC School Of Health & Exercise Sciences
What impact does a reduction in #haemoglobin concentration have on flow‐mediated dilatation in humans? New research from Ryan Hoiland @jctremble Benjamin Stacey, PhD @Geoff_Coombs @mtymk076 Alex Patrician Mike Stembridge PhD Connor Howe Vascular Res. Lab University of British Columbia 👉 buff.ly/2GEWTNn
What mechanisms underly neurovascular coupling? Could #nitricoxide signalling help treat #dementia? Excellent new research from Ryan Hoiland University of British Columbia UBC School Of Health & Exercise Sciences CHLVH Hannah Caldwell Connor Howe Benjamin Stacey, PhD @Mypster2 Vascular Res. Lab 👉 buff.ly/3n1DFBf
Thrilled to share our latest publication investigating the regulation of cerebral blood flow by arterial PCO2, pH, and HCO3- 😁 thank you to all of my co-authors! CHLVH UBC School Of Health & Exercise Sciences Jatinder Minhas physoc.onlinelibrary.wiley.com/doi/10.1113/JP…
We have an excellent new #PhysiologyShorts where Hannah Caldwell (Institute: UBC School Of Health & Exercise Sciences CHLVH) talks about her recent research looking into temperature‐mediated regional increases in #cerebralbloodflow during #exercise! (Read the original paper 👉 buff.ly/2KjA6oz)
The 2018 Global Research Expedition on Altitude Related Chronic Health (Global REACH) to Cerro de Pasco, Peru: Experimental Overview buff.ly/3h78cM4 CHLVH UAlberta Kinesiology, Sport, and Recreation @UBCmedicine SKHS Cardiff School of Sport & Health Sciences University of Otago SportSciBangor Vascular Res. Lab Duke University Loma Linda University School of Medicine
Does arterial carbon dioxide and bicarbonate regulate #cerebralbloodflow in conditions of acute experimental metabolic alkalosis? New research from UBC School Of Health & Exercise Sciences CHLVH Hannah Caldwell Connor Howe Jatinder Minhas @jctremble Ryan Hoiland Alex Patrician 👉 buff.ly/3sY31mq
Absolutely pumped to finally see these both in print. Great work from the top! Stephen Cheung, Professor Ainslie, Justin Stevan Lawley, and others
.Mike Stembridge PhD Ryan Hoiland Lydia L Simpson Connor Howe & co-authors: Thanks for publishing your excellent research in AJP-Heart and Circ!
In this #PhysiologyShorts video, Hannah Caldwell of University of British Columbia discusses a study that looked at the influence of core body temperature during submaximal cycling exercise on brain blood flow regulation.
This is a big one for me, the final paper from my PhD (a few years later... 😅). We conducted multiple human studies, which demonstrated nitric oxide is an important regulator of cerebral blood flow during hypoxia. CEREBRI_UBC CHLVH UBC School Of Health & Exercise Sciences journals.sagepub.com/doi/10.1177/02…
Thrilled to be involved with this exciting initiative by lululemon supporting the scientific program in partnership with University of British Columbia CDN Sport Institute Pacific Trent Stellingwerff, PhD / CSEP-CEP / FACSM / ChPC !
An amazing team of authors have come together to bring us this #OpenAccess #ArticleinPress, Cerebral blood flow in Andean children and adolescents living above 5000m (Connor A. Howe et al. University of British Columbia): ow.ly/qvm950VnI9Y
