HEaT Lab
@kiwiheatlab
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Hydration Exercise and Temperature Lab @BrockUniversity │PI: Toby Mündel - Editor @TemperatureEB @ExpPhysiol @EJAP_official │ 🇳🇿 🇨🇦 💧 🏃♂️ 🌡
Canada
Joined June 2022
How many sites are needed for calculating mean skin temperature during exercise? @japplphysiol👇 https://t.co/GisOFDQaKx 👍 formulas agree 'more' in warm environment 👍 Ramanathan 4-site use is acceptable
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💊CALL FOR PAPERS💊 We are looking for submissions to our "The Neurobiology of Placebo effects" special issue, which will explore the underlying neurobiological mechanism of placebo effects in clinical and performance-related contexts! 🔗 https://t.co/OAApEks5q5
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📣CALL FOR PAPERS📣 For our "Contemporary antioxidant interventions: transforming the study of redox #biology in health and disease" #SpecialIssue! This special issue will provide insights into the #redox mechanisms underpinning health and disease! 🎓 https://t.co/JfwNqX08oi
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🚨CALL FOR PAPERS🚨 For our "Impact of physical inactivity on multiple physiological systems: mechanisms and countermeasures" #SpecialIssue, which will share new insights on the impact of physical inactivity and sedentarism on physiological systems! 🔗 https://t.co/O6O2l3oEKB
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🌡️ Methods and Resources by NE Bartman and @nmoy6 et al. (@naotofuj @kiwiheatlab @amano_tatsu) Agreement between mean weighted #skintemperature formulas during #exercise
https://t.co/cnEo2rYVJ9
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Sex Differences in Exercise Responses to Constant Load... : Medicine & Science in Sports & Exercise
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New in @EJAP_official Validation of the iButton and Flex sensors for measuring skin temperature https://t.co/HMytvyrvgm
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Out now in @EJAP_official from @ephysiol: Validation of the iButton and Flex sensors for measuring skin temperature ⬇️ https://t.co/5djYpRHs0t
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Out now @ExpPhysiol from @SamFLeaney @SamOliverPhD @BangorUni: Whole-body hot water immersion effect on cerebral haemodynamics and subsequent cerebrovascular reactivity to carbon dioxide 👇 https://t.co/yDsHwvpQKe
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New @MSSEonline from researchers @UWAhumanscience: Sex Differences in Exercise Responses to Constant Load Cycling and Repeated-Sprint Ability in Hot-Dry and Hot-humid Conditions ⬇️ @dr_o_girard
https://t.co/yGKn7aXLqJ
journals.lww.com
moneutral (TN, 20°C, 40% RH), hot dry (HD, 40°C, 35% RH), and hot humid (HH, 31.5°C, 90% RH), with HD and HH matched to a Wet Bulb Globe Temperature of ~31°C. Each session included 40 min of constant...
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🚨CALL FOR PAPERS🚨 For our "Integrative physiological considerations of the human vasculature system" #SpecialIssue, showcasing insights into vascular haemodynamics & multi-organ diseases, as well as the technology used to monitor and treat CV disease 🔗 https://t.co/I8OgNySDBl
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🚨CALL FOR PAPERS🚨 For our "Mechanisms and efficacy of small muscle mass aerobic exercise in health and disease" #SpecialIssue, which will explore the wide array of physiological responses to small muscle mass exercise! 🔗 https://t.co/sF1x2wbyeo
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New @ExpPhysiol from team @LboroSSEHS: Influence of #menstrual cycle phase on #inflammatory and #vascular responses to acute passive #heating in healthy young women 👇 https://t.co/yaYVrK1lXw
physoc.onlinelibrary.wiley.com
The aim of this study was to determine whether inflammatory and vascular responses to passive heating differ between the early follicular phase (EFP) and the mid-luteal phase (MLP) of the menstrual...
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🚨CALL FOR PAPERS🚨 We are looking for submissions for our "New approaches for old diseases" special issue, which will focus on novel mechanisms of action underlying long-lasting ageing-related cardiometabolic conditions & the new lifestyle therapies. 🔗 https://t.co/pwyJzb8wiI
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The “35°C wet-bulb threshold” treats heat tolerance as purely physical. I added biology. New @JPhysiol Opinion introduces Buffer(t) to explain why real limits are lower—and why vulnerability varies. #HeatStress #ClimateHealth
physoc.onlinelibrary.wiley.com
Click on the article title to read more.
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New #Opinion @JPhysiol from @rezakbouchama: Redefining human heat limits: integrating molecular and evolutionary physiology 👇 https://t.co/nIrbBJ04hD
physoc.onlinelibrary.wiley.com
Click on the article title to read more.
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New @JPhysiol from Kei Nagashima et al. @waseda_univ: Reduced dietary intake induces body fluid hypotonicity via alterations in water and energy metabolism https://t.co/KY5lLAIJyg
physoc.onlinelibrary.wiley.com
Abstract figure legend Overnight reduced dietary intake (RED; small dinner with skipped breakfast), compared to a sufficient dietary condition (CON), induced body fluid hypotonicity during moderate...
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In this #Viewpoint, Vaughan Macefield (@MonashSTM) poses the question: Why is the muscle spindle so complicated? This articles pairs with the research paper from Simon et al. in our previous post! 💬 https://t.co/8lf1CvwinJ
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🌡️CALL FOR PAPERS🌡️ Take a look at this #CallforPapers for our "Thermal physiology in health and disease: mechanisms and therapeutic applications" #SpecialIssue! This #SpecialIssue will focus on the role of thermal physiology in health and disease. 🔗 https://t.co/XByXSbXQl1
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📣CALL FOR PAPERS📣 For our "Contemporary antioxidant interventions: transforming the study of redox #biology in health and disease" #SpecialIssue! This special issue will provide insights into the #redox mechanisms underpinning health and disease! 🎓 https://t.co/JfwNqX08oi
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