Connor Howe (@connor_howe) header
Connor Howe (@connor_howe) profile picture

Connor Howe

@connor_howe

PhD • Post-Doctoral Researcher - University of Innsbruck • HHH Scientific Manufacturing

Joined February 2011
  • Tweets636
  • Following142
  • Followers195
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Photo by Connor Howe (@connor_howe)Photo by Connor Howe (@connor_howe)Photo by Connor Howe (@connor_howe)Photo by Connor Howe (@connor_howe)Photo by Connor Howe (@connor_howe)Photo by Connor Howe (@connor_howe)Photo by Connor Howe (@connor_howe)Photo by Connor Howe (@connor_howe)Photo by Connor Howe (@connor_howe)Photo by Connor Howe (@connor_howe)
Connor Howe retweeted
JNP (@JNeurophysiol) profile picture
JNP@JNeurophysiol25 Mar 2025
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. @UBC): ow.ly/qvm950VnI9Y
Image from JNP (@JNeurophysiol)
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Replying to @connor_howe
@connor_howe (@CHLVH_UBCO) writes this #LetterToTheEditor regarding the work of Turner et al. and the role of haemoconcentration on the regulation of CBF at high altitude✉️ 💭 Read it here: buff.ly/4fxXF9J
Image from Journal of Physiology (@JPhysiol)
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Very excited to share this collaborative work with @CHLVH_UBCO @Acta_Physiol #AinslieArmy “Evidence for direct CO2-mediated alterations in cerebral oxidative metabolism in humans” onlinelibrary.wiley.com/doi/…
Evidence for direct CO2 ‐mediated alterations in cerebral oxidative metabolism in humans

Evidence for direct CO2 ‐mediated alterations in cerebral oxidative metabolism in humans

Aim How the cerebral metabolic rates of oxygen and glucose utilization (CMRO2 and CMRGlc, respectively) are affected by alterations in arterial PCO2 (PaCO2) is equivocal and therefore was the...

onlinelibrary.wiley.com
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Thrilled to be involved with this exciting initiative by @lululemon supporting the scientific program in partnership with @UBC @csipacific @TStellingwerff ! – at Kelowna, British Columbia
lululemon (@lululemon) profile picturelululemon
@lululemon23 May 2023
10 trailblazing women. 6 days of running. World records on the line. Announcing FURTHER: a first-of-its-kind ultramarathon that celebrates human possibility—and champions the potential of female athletes. spr.ly/6013OmJzl #lululemonFURTHER
Image from lululemon (@lululemon)
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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. @CerebriUbc @CHLVH_UBCO @UBC_HES journals.sagepub.com/doi/10.…
Hemoglobin and cerebral hypoxic vasodilation in humans: Evidence for nitric oxide-dependent and...

Hemoglobin and cerebral hypoxic vasodilation in humans: Evidence for nitric oxide-dependent and...

Cerebral hypoxic vasodilation is poorly understood in humans, which undermines the development of therapeutics to optimize cerebral oxygen delivery. Across four...

journals.sagepub.com
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In this #PhysiologyShorts video, Hannah Caldwell of @UBC discusses a study that looked at the influence of core body temperature during submaximal cycling exercise on brain blood flow regulation.
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.@MikeStembridge @RyanLeoHoiland @LydSimpson @connor_howe & co-authors: Thanks for publishing your excellent research in AJP-Heart and Circ!
AJP-Heart and Circ (@ajpheartcirc) profile pictureAJP-Heart and Circ@ajpheartcirc5 Oct 2021
Novel series of studies by Stembridge et al. reveal that hypoxic pulmonary vasoconstriction is modified by the duration of exposure and the prevailing hematocrit level. ow.ly/t7tR50Gm4DG @ubcokanagan @cardiffmet #hypoxemia #Hypoxia #PulmonaryPressure
Image from AJP-Heart and Circ (@ajpheartcirc)
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From Cavtat to Copenhagen, @caldwellhannah7's investigations in the @CHLVH_UBCO have taken her around the world. Learn more about Hannah and her research: ourstories.ok.ubc.ca/stories…
Image from UBC School Of Health & Exercise Sciences (@UBC_HES)
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Connor Howe retweeted
JCarr (@J_Carr_Esquire) profile picture
JCarr@J_Carr_Esquire7 May 2021
Absolutely pumped to finally see these both in print. Great work from the top! @EELBrock, Professor Ainslie, @Justin_lawley, and others
Image from JCarr (@J_Carr_Esquire)
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Our School is proud to support the 2021 International Hypoxia Symposia's virtual keynote by Nobel Laureate Dr. Gregg L. Semenza. Register to join on April 2nd at 8am PST. ubc.zoom.us/meeting/register…
Image from UBC School Of Health & Exercise Sciences (@UBC_HES)
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Does arterial carbon dioxide and bicarbonate regulate #cerebralbloodflow in conditions of acute experimental metabolic alkalosis? New research from @UBC_HES @CHLVH_UBCO @caldwellhannah7 @connor_howe @DrJMinhas @jctremble @RyanLeoHoiland @AlexPatrician 👉 buff.ly/3sY31mq
Image from Journal of Physiology (@JPhysiol)
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The 2018 Global Research Expedition on Altitude Related Chronic Health (Global REACH) to Cerro de Pasco, Peru: Experimental Overview buff.ly/3h78cM4 @CHLVH_UBCO @UAlbertaKSR @UBCmedicine @QueensSKHS @CardiffMetCSSHS @otago @SportSciBangor @USW_Oxygen @DukeU @LLUMedSchool
Image from Experimental Physiology (@ExpPhysiol)
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We have an excellent new #PhysiologyShorts where @caldwellhannah7 (Institute: @UBC_HES @CHLVH_UBCO) talks about her recent research looking into temperature‐mediated regional increases in #cerebralbloodflow during #exercise! (Read the original paper 👉 buff.ly/2KjA6oz)
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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_UBCO @UBC_HES @DrJMinhas physoc.onlinelibrary.wiley.c… – at Kelowna, British Columbia
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Is there a link between cerebrovascular and peripheral conduit artery endothelium‐dependant and ‐independent vasodilatory function? New research from @UBC_HES @J_Carr_Esquire Read it now 👉 buff.ly/3g1pkCu
Image from Journal of Physiology (@JPhysiol)
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What mechanisms underly neurovascular coupling? Could #nitricoxide signalling help treat #dementia? Excellent new research from @RyanLeoHoiland @UBC @UBC_HES @CHLVH_UBCO @caldwellhannah7 @connor_howe @BenjaminStacey_ @Mypster2 @USW_Oxygen 👉 buff.ly/3n1DFBf
Image from Journal of Physiology (@JPhysiol)
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What impact does a reduction in #haemoglobin concentration have on flow‐mediated dilatation in humans? New research from @RyanLeoHoiland @jctremble @BenjaminStacey_ @Geoff_Coombs @mtymk076 @AlexPatrician @MikeStembridge @connor_howe @USW_Oxygen @UBC 👉 buff.ly/2GEWTNn
Image from Journal of Physiology (@JPhysiol)
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Nice
Experimental Physiology (@ExpPhysiol) profile pictureExperimental Physiology@ExpPhysiol26 Sep 2020
Editor's Pick: Alterations in resting cerebrovascular regulation do not affect reactivity to hypoxia, hyperoxia or neurovascular coupling following a SCUBA dive @caldwellhannah7 @RyanLeoHoiland @CHLVH_UBCO @UBC_HES @RektoratUNS @HrUnist @SIPRC_ @uofcknes buff.ly/3lmSRIT
Image from Experimental Physiology (@ExpPhysiol)
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Excited to share this project looking at the influence of #nitricoxide on neurovascular coupling in the 🧠 . NO blockade reduces peak NVC Shoutout to @caldwellhannah7 @BenjaminStacey_ @connor_howe @USW_Oxygen @Mypster2 and the rest of the #ainsliearmy. @JPhysiol @UBC_HES
Hannah Caldwell (@caldwellhannah7) profile pictureHannah Caldwell@caldwellhannah712 Aug 2020
Exciting new work by @RyanLeoHoiland 😁 Incredible project to be involved with! Nitric oxide is fundamental to neurovascular coupling in humans @CHLVH_UBCO @UBC_HES #AinslieArmy physoc.onlinelibrary.wiley.c…
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Low #oxygen at #HighAltitude reduces vascular #endothelial function by heightened #adrenergic signaling ow.ly/kvSL30qVI0j @mtymk076 @UBC @GVizcardo023
Image from Circulation Research (@CircRes)
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