Stephanie Korad, @Blake_G_Perry (@MasseyHlthSc) and Toby Mündel (@BrockKINE) investigate the effects of habitual resistance exercise training on cerebrovascular responses to lower body dynamic resistance exercise in a cross-sectional study!
📜https://t.co/jRkFc0xwq0
New research from #MasseyUni PhD student Steph Korad @ExpPhysiol: The effects of habitual resistance exercise training on cerebrovascular responses to lower body dynamic resistance exercise @Blake_G_Perry@MasseyUniHealth 👇
https://t.co/ypaPJNQmBV
Latest RCT investigating the effect of a novel dietary supplement in conjunction with exercise🚴♂️on insulin sensitivity in type II diabetes - a collaboration with the School of Sport, Exercise and Nutrition @MasseyUniHealth@MasseyHlthSc https://t.co/TmB9UeYHGP
Can a thermoregulatory researcher be the collaborator with the researcher in VO2 uptake kinetics? The answer is yes we can! Our article is online! https://t.co/E1u7g7WENf. Huge effort from @RichieGoulding1 and others @naotofuj@kiwiheatlab @FamingKULeuven @KogaShunsaku.
📢Cerebrovascular response to Valsalva Manoeuvre largely unchanged by mild hyperthermia. New by @Blake_G_Perry@MasseyUniHealth 👇
https://t.co/2AmVChfrdV
Our latest work investigating brain blood flow regulation across the menstrual cycle. The impact of the menstrual cycle is under researched and often overlooked in physiology @MasseyHlthSc@MasseyUniHealth - https://t.co/sFYqcyzXzt
@TimarcRoy's MSc work appears in the April issue of @ExpPhysiol ! Directional sensitivity of the cerebral pressure–flow relationship in young healthy individuals trained in endurance and resistance exercise https://t.co/d3eulS25SZ @LawrenceLabrecq@Blake_G_Perry@jonathan_smirl
Our latest work on the cerebral pressure-flow relationship led by MSc student Marc-Antoine (@TimarcRoy) now available in @ExpPhysiol ! Great collaborative work with @Blake_G_Perry and @jonathan_smirl cc: @LawrenceLabrecq https://t.co/8z8pq7rSy3
Woke up this morning and saw @TimarcRoy's MSc work being accepted for publication in @ExpPhysiol 👌. Congrats Marc-Antoine and co-authors @LawrenceLabrecq@Blake_G_Perry Stephanie Korad and @jonathan_smirl ! More details to come soon !
Resistance but not endurance exercise training induces changes in cerebrovascular function in healthy young subjects @ajpheartcirc https://t.co/ApILO8qqn7 @TimarcRoy @Blake_G_Perry
Latest narrative review with @SamLucas_PhD published in Sport Medicine Open - The Acute Cardiorespiratory and Cerebrovascular Response to Resistance Exercise 🏋️♂️
Link below
https://t.co/hFqTFdfmhD
@MasseyUniHealth
Latest research as first author published in @ExpPhysiol late last year. A growing interest of mine is how exercise impacts the brain, specifically, the regulators of blood flow - more to come! @MasseyUni#exerciseismedicine
“Participating in weight-bearing and resistance-training exercises helps develop muscle mass. So if you fall you have stronger bone density. It may also lead to more cushioning when you do fall, ” says Matt Sedgley.
https://t.co/09ib9WZ4a5
Recent published article in @EJAP_official investigating the effects of the Valsalva manoeuvre on the cerebrovascular response to resistance exercise.
https://t.co/oEVYSsc5ii