New 📖: Durability of parameters associated with endurance running in marathoners
We tested associations between durability of key physiological parameters and marathon performance.
🔗: https://t.co/mcGv4BreVC
@Daniel_Muniz_
🧵
Our meta-analysis on LIT is out! We found a large effect on VO2max and a small effect on cardiometabolic health indices, mainly in untrained populations. Within our intensity limits (<60% VO2max), higher intensity was associated with greater VO2max gains. https://t.co/nTAN01XAsI
New publication: A review in @EJAP_official on what a record-eligible sub-2 hours marathon would require, integrating physiology, pacing, thermoregulation, nutrition, cognition, and technology.
🔗https://t.co/vfcY9bRg2v
🚨 Our Western States Endurance Run 2025 Case-study on Kilian Jornet is published in Journal of Applied Physiology! 🚨 @kilianj
We captured the first in-race, comprehensive physiological profile of a world-class ultra-endurance athlete.
🚨Competitive cyclists needed for my latest durability study!!🚨
If eligible, you’ll receive feedback about your durability without any laboratory visits! Just fill out the form:
https://t.co/8JgTMtYQKc
Please share!!😊
🚨 Fully funded PhD (UK & International)
Work with me at @OpenUniversity on Durability in endurance athletes 🏃🏻♀️🚴🏽
🔄 Please share
🔬Brand new lab facilities
Deadline: 16 Jan 2026
Start Oct 2026
Details 👉 https://t.co/FQSunSEgGG
💬 Feel free to reach out for a chat
Our latest study now in @IJSNEMJournal! A 90-min simulated race impaired subsequent TT performance when ingesting a placebo, but not when caffeine (6 mg/kg) was ingested during the race.
https://t.co/Q9ZX6qh5vm
Now ahead of print: Durability in Junior Cyclists After Work Above Critical Power: Implications for Talent Identification, by Manuel Mateo-March and colleagues. https://t.co/OJB2Aen4xy
The European Journal of Applied Physiology reports that cyclists maintained higher work output above critical power when work rate was reduced prior to failure. This challenges the notion of W′ as a fixed parameter, showing adaptability in performance.
https://t.co/Fcwg1yLvkm
It’s great to see our review on the methodological considerations when profiling durability alongside some interesting work in this special issue.
Worth a read!
Thanks to @ExpPhysiol for showcasing our work.
Our "#Physiology and the #Olympics" #SpecialIssue is out now!
Included in-issue:
Long-haul travel and athletic performance
Sex differences in track and field
Tricep function in (pro) swimmers
And more! Read the issue below:
📖 https://t.co/OPnIJ6CwtV
📸 @benhunter92
Is Durability the Most Important Asset for Marathoners?
Slowing down less — not running faster — may be the key to performance.
https://t.co/uuO7LUxCUb
Does durability impact marathon performance?
In our new paper we find that runners with better durability tend to run faster marathons.
Full thread below 👇
New 📖: Durability of parameters associated with endurance running in marathoners
We tested associations between durability of key physiological parameters and marathon performance.
🔗: https://t.co/mcGv4BreVC
@Daniel_Muniz_
🧵
@OldScottie@Daniel_Muniz_ Agree that this would be an interesting approach to consider when conducting future research in the area. Our aim was to assess the durability of physiological parameters, so a more thorough consideration of psychophysiological phenomena was not possible.
New 📖: Durability of parameters associated with endurance running in marathoners
We tested associations between durability of key physiological parameters and marathon performance.
🔗: https://t.co/mcGv4BreVC
@Daniel_Muniz_
🧵