Connor Howe

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

[JNP @JNeurophysiol]

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):

https://t.co/utMNnMxE2b

[Journal of Physiology @JPhysiol]

@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: https://t.co/Zw09HuTrNW

[Hannah Caldwell @caldwellhannah7]

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” https://t.co/nZlYqMWHp3

[Hannah Caldwell @caldwellhannah7]

Thrilled to be involved with this exciting initiative by @lululemon supporting the scientific program in partnership with @UBC @csipacific @TStellingwerff !

[Ryan Hoiland @RyanLeoHoiland]

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

https://t.co/i4aCc1vles

[The Physiological Society @PhySoc]

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.

[AJP-Heart and Circ @ajpheartcirc]

.@MikeStembridge @RyanLeoHoiland @LydSimpson @connor_howe & co-authors: Thanks for publishing your excellent research in AJP-Heart and Circ!

[UBC School Of Health & Exercise Sciences @UBC_HES]

From Cavtat to Copenhagen, @caldwellhannah7's investigations in the @CHLVH_UBCO have taken her around the world.
Learn more about Hannah and her research: https://t.co/Mwrtlw65zr

[JCarr @J_Carr_Esquire]

Absolutely pumped to finally see these both in print. Great work from the top! @EELBrock, Professor Ainslie, @Justin_lawley, and others

[UBC School Of Health & Exercise Sciences @UBC_HES]

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.
https://t.co/FdpGI22mid

[Journal of Physiology @JPhysiol]

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 👉 https://t.co/o403ilhAgp

[Connor Howe @connor_howe]

@RyanLeoHoiland @Global___REACH Ahhh so you're in for 6 months in Cerro is what your saying Ryan? Excellent. I'll add you to the list ☑️

[Experimental Physiology @ExpPhysiol]

The 2018 Global Research Expedition on Altitude Related Chronic Health (Global REACH) to Cerro de Pasco, Peru: Experimental Overview https://t.co/x6xfdZefXM @CHLVH_UBCO @UAlbertaKSR @UBCmedicine @QueensSKHS @CardiffMetCSSHS @otago @SportSciBangor @USW_Oxygen @DukeU @LLUMedSchool

[Journal of Physiology @JPhysiol]

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 👉 https://t.co/ooaEQ3cqfk)

[Hannah Caldwell @caldwellhannah7]

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 https://t.co/UVPVXE42Ix

[Journal of Physiology @JPhysiol]

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 👉 https://t.co/sh480ht6K1

[Journal of Physiology @JPhysiol]

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 👉 https://t.co/CPBzu0YVCk

[Journal of Physiology @JPhysiol]

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 👉 https://t.co/rjP7SIEPsG

[Connor Howe @connor_howe]

Nice

[Experimental Physiology @ExpPhysiol]

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 https://t.co/2WIW4aKq5W

[Ryan Hoiland @RyanLeoHoiland]

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