
Kyle Thompson
@kmathompson
Interested in science related to physical health and performance. Always trying to learn how to run faster without exploding 🏃♂️🏃♂️
ID: 3017801716
04-02-2015 14:53:20
519 Tweet
282 Followers
667 Following

Congratulations Dr. Thompson! It's been a a pleasure to follow your journey from master student & student track athlete to completion of your PhD under the steady wings of Jamie Burr. Hiring tip: This Kyle Thompson guy is 🧨🧨🧨!

Awesome time collaborating with Rowing Canada Aviron, and the gang over in Victoria, BC! The athletes were great to work with and some exciting findings that will hopefully convince other elite groups to begin documenting their training with blood flow restriction.

#UofG | Global@Guelph talks to Dr. Jamie Burr about bringing sports science to the Chicago Blackhawks 🏒 HHNS at UofG Jamie Burr Read more: globalnews.ca/news/10434485/…


Reflex sympathetic activation to inspiratory muscle loading is attenuated in females relative to males | AJP-heart and Circ AJP-Heart and Circ Excellent work from Mick Leahy UBC School of Kinesiology! journals.physiology.org/doi/abs/10.115…

🩸BLOOD FLOW RESTRICTION DOESN'T HINDER NEUROMUSCULAR RECOVERY! 🗞️Experimental Physiology 🔎physoc.onlinelibrary.wiley.com/doi/full/10.11… 🎓CHRIS PIGNANELLI, PhD Student HHNS at UofG!, et al 🥼Prof. Jamie Burr's Lab Team UofGResearch! 🚴Human Performance Lab: hplguelph.weebly.com 🏛️#UofG #UofGCBS






Pretty happy this is finally out ! The first direct measure of leg blood flow while running 🏃♂️ 🦵 💉 🩸 Made by an excellent team: Kyle Thompson Jamie Burr Øyvind Skattebo Marcos Martín Rincón Jostein Hallén Robert Boushel UBC School of Kinesiology HHNS at UofG ULPGC Human Performance Research Group onlinelibrary.wiley.com/doi/10.1111/sm…


Direct measure of blood flow while running (via thermodilution)! 😲 Amazing work Mick Leahy et al! onlinelibrary.wiley.com/doi/10.1111/sm…

Check out our latest collaborative knowledge translation with Mick Leahy on his recent case study, exploring the use of thermodilution for quantifying human blood flow during running hplguelph.weebly.com



Curious how different training intensities and volumes affect mitochondrial growth, capillaries, and VO2max?🚴 Check out our new meta-regression, free to access in Sports Medicine! 📖 Team effort with good friends Knut Sindre Mølmen & Nicki Win(gate)field Almquist 💪 Link: link.springer.com/article/10.100…


Must read in SJMSS by Billy Sperlich Norwegian School of Sport Sciences | IFP Jostein Hallén Marcos Martín Rincón H-C Holmberg Robert Boushel Øyvind Skattebo Jamie Burr JAL Calbet HHNS at UofG ULPGC Human Performance Research Group Repeated Carbon Monoxide Inhalation in Sports A New Frontier or a Dangerous Gamble? onlinelibrary.wiley.com/doi/10.1111/sm…

Just out! We describe a method to measure hemoglobin synthesis using heavy water. It takes longer than muscle etc. due to the delay between synthesis (in bone marrow) and sampling (blood), but it's short and simple compared with RBC labelling. w/ Martin MacInnis & Chris McGlory


Tom's Weekend Warrior study is out! Training either 4x (short) or 2x (long) weekly resulted in the same adaptations, when overall volume and content of training was fixed. Performance, thresholds, efficiency, Hbmass, and ox cap ↑ equally in both groups. Martin MacInnis
