Kyle Thompson

Interested in science related to physical health and performance. Always trying to learn how to run faster without exploding 🏃‍♂️🏃‍♂️

[Kyle Thompson @kmathompson]

@MCRiddell1 @HollowayMitoLab Here is both for you! Thank me later!

[Kyle Thompson @kmathompson]

@Geoff_A_Power Looks like you've been practicing...

[Hilkka Kontro @HilkkaKontro]

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.

@MartinMacInnis

[Hilkka Kontro @HilkkaKontro]

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/ @MartinMacInnis & Chris McGlory

[Tadej Debevec @DebevecTadej]

Must read in SJMSS by @BillySperlich @nih_physicperf @JosteinHallen @marcosmartinr @HCHolmberg1 @RBoushel @Skattebo_Oyvind
@Dr_Burr JAL Calbet

@UofG_HHNS @GRHEFS_ULPGC

Repeated Carbon Monoxide Inhalation in Sports A New Frontier or a Dangerous Gamble?

https://t.co/ancZer8ywI

[Kyle Thompson @kmathompson]

@Skattebo_Oyvind @SportsMedicineJ @MrMoelmen @AlmquistNicki Impressive work as always!

[Øyvind Skattebo @Skattebo_Oyvind]

Curious how different training intensities and volumes affect mitochondrial growth, capillaries, and VO2max?🚴

Check out our new meta-regression, free to access in @SportsMedicineJ! 📖

Team effort with good friends @MrMoelmen & @AlmquistNicki 💪

Link: https://t.co/azQQFhLZDq

[Nicki Win(gate)field Almquist @AlmquistNicki]

What are the most important factors for improving mitochondrial content, capillarisation, and VO2max?

That is the key question in our meta-regression including 425 training intervention studies and 5650 participants examining the effects of exercise training 🧵

[Jamie Burr @Dr_Burr]

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 https://t.co/xcjpgp4WzA

[Shalaya Kipp @ShalayaKipp]

Direct measure of blood flow while running (via thermodilution)! 😲

Amazing work @Mick_Leahy_ et al!

https://t.co/H53wxpjF7E

[Kyle Thompson @kmathompson]

@Mick_Leahy_ @Dr_Burr @Skattebo_Oyvind @marcosmartinr @JosteinHallen @RBoushel @UBCKin @UofG_HHNS @GRHEFS_ULPGC @Mick_Leahy_ pushed for this to happen! What a legend. Amazing lead on this.

[Kyle Thompson @kmathompson]

@Mick_Leahy_ Thank you @Mick_Leahy_ for trusting me with your catheters!

[Mick Leahy @Mick_Leahy_]

Using femoral venous and transpulmonary thermodilution, we were able to directly measure leg blood flow simultaneously with cardiac output during high-intensity running.

You can see the process here, and in the supplemental materials of our paper

[Mick Leahy @Mick_Leahy_]

Pretty happy this is finally out !

The first direct measure of leg blood flow while running
🏃‍♂️ 🦵 💉 🩸

Made by an excellent team:
@kmathompson @Dr_Burr @Skattebo_Oyvind @marcosmartinr @JosteinHallen @RBoushel @UBCKin @UofG_HHNS @GRHEFS_ULPGC

https://t.co/KGWTDcE5VP

[Jamie Burr @Dr_Burr]

New addition to the lab, finally complete!
Exciting new possibilites for research in human performance and applied cardiorespiratory physiology

[Trent Stellingwerff, PhD / CSEP-CEP / FACSM / ChPC @TStellingwerff]

Standing on the Shoulders of Giants: 100 Essential Papers in Sports and Exercise Physiology in: International Journal of Sports Physiology and Performance - OPEN ACCESS https://t.co/Xs40GxhlQw

[Kyle Thompson @kmathompson]

@Millar_Lab @JorB_L @Barnes_Lab @HartEmhart86 Great stock image content for all future studies as well!

[Erika Howe PhD @ErikaEHowe]

🚨Publication 2/4 from Phd Thesis! Excited to share this work. Its a great FEELING to get this out.

Associating cutaneous perception to microvascular blood flow in the foot sole.

https://t.co/jzTkVapmuh

[HHNS at UofG @UofG_HHNS]

🩸BLOOD FLOW RESTRICTION DOESN'T HINDER NEUROMUSCULAR RECOVERY!
🗞️Experimental Physiology
🔎https://t.co/mjbBsfz37F

🎓CHRIS PIGNANELLI, PhD Student @UofG_HHNS!, et al
🥼Prof. Jamie Burr's Lab Team @UofGResearch!
🚴Human Performance Lab: https://t.co/ejAzAqdwg4
🏛️#UofG #UofGCBS

[SFU Science @SFU_Science]

Missed last week's Café Scientifique talk on overtraining and the everyday athlete with #SFUBPK professor @superalex_c? It's now available on YouTube: https://t.co/MfvLJyAjJm