Norwegian School of Sport Sciences | IFP

This is the account of the Department of Physical Performance | @nih_sognsvann | 🧬⛷🏋️‍♂️

[Siren Amelia Seiler-Viken @SirenSeiler]

A wide range of intensity scales are used in the literature, with even greater variation across online training platforms. But how are they used in practice?

Check out my first #research article published with @SpringerNature in @SciReports😁Read here: https://t.co/8qjHT4QeHr

[Øyvind Skattebo @Skattebo_Oyvind]

Curious how cardiac output, leg blood flow, O₂ delivery & O₂ extraction differ between highly-trained females and males in limiting VO₂max?

And impacts of normalizing for muscle mass?

We examined this using thermodilution & blood gas analyses:
https://t.co/mFZXC1zxeQ

1/8🧵

[Journal of Applied Physiology @japplphysiol]

Research Article by KT Cumming et al. (@HorwathOscar @nih_physicperf) Divergent #strength gains but similar #hypertrophy after low-load and high-load resistance #exercisetraining in trained individuals: many roads lead to Rome
https://t.co/E3Yr626g2P

[Norwegian School of Sport Sciences | IFP @nih_physicperf]

Do you want to become our new head of department at the Institute of Physical Performance? 👇👀

https://t.co/fZRPeizwjb

[Ingrid Eythorsdottir @IEythorsdottir]

Overwhelmed and grateful for my first ECSS experience 💫

First ECSS congress, first ever scientific poster and first place in the Young Investigators Award for poster presentations 🥇

Thank you to everyone who supported me and gave me feedback on my work 🙏

@nih_physicperf

[Naomi Frankston @running_biomech]

🗣️We're looking for a new biomechanics lab engineer at @nih_physicperf. Work with us in beautiful Oslo! https://t.co/akG51l87C6

[Cardiology Today @CardiologyToday]

Cancer treatment, primarily chemotherapy, is associated with impaired cardiorespiratory fitness years after treatment has ended and regardless of cancer subtype, according to a meta-analysis @ACCinTouch @HemOncToday @nih_physicperf #cardiooncology

https://t.co/6nASdQXXKE

[Adam Sharples Ph.D -Blue Sky🦋@profadamsharples @DrAdamPSharples]

Nice article on our work in No.1 national Norwegian newspaper this week! @Aftenposten

Highlighting our study on muscle memory of testosterone in humans

https://t.co/JNwFqbmTJk

@nih_sognsvann @nih_physicperf

To read in English open in Chrome & click translate!

[Knut Sindre Mølmen @MrMoelmen]

Did you know? Most gains in capillarization happen within the first 4 weeks of exercise training!🏃‍♂️🚴‍♀️Discover more insights in our latest study: https://t.co/tlN9fHDgCG @Skattebo_Oyvind @AlmquistNicki @HiInnlandet @nih_physicperf

[Ingrid Eythorsdottir @IEythorsdottir]

⚔️ The Battle of the Equations: A Systematic Review of Jump Height Calculations Using Force Platforms

Thanks to all co-authors and reviewers for your valuable contributions 🙌 A fun challenge this one 🎉

@nih_physicperf @SportsMedicineJ

https://t.co/EYPdcSKDiq

[Live S. Luteberget @LiveSL]

Whats important for players, coaches, admin and health staff in handball for a successful injury prevention? 🤾‍♀️

@AlexDonaldson13 @ewa_roos @Merete_Moller, Lotte and I have tried to find out

Full publication here:
https://t.co/ULtdK61eCa

Or see below for a quick summary 🧵

[Norwegian School of Sport Sciences | IFP @nih_physicperf]

Physical and Physiological Characteristics of Elite CrossFit Athletes 🏃‍♀️🏋️🤸‍♂️

Publication by @bramsauve Magnus Haugan & @GoranPaulsen

https://t.co/Kpoy7BMpHR

[Norwegian School of Sport Sciences | IFP @nih_physicperf]

Does high-intensity running to fatigue influence lower limb injury risk? 🏃‍♀️🏃‍♂️

New publication from Hannah Rice and colleagues
Read more here:

https://t.co/gLD2qMzfHd

[Norwegian School of Sport Sciences | IFP @nih_physicperf]

"Training was shown to efficiently improve leg lactate-independent H+ release and reduce leg K+ release during high-intensity exercise. These improvements may ... delay perceived muscle fatigue during intense exercise."

@Skattebo_Oyvind @JosteinHallen
https://t.co/Gfy1IqGlpL

[Norwegian School of Sport Sciences | IFP @nih_physicperf]

🤾‍♀️🤾‍♂️Targeted Topic - Sports Medicine in Handball in @AspetarJournal

@LiveSL contributed with an article on load monitoring in handball.

Read here:
https://t.co/RyNSbQgAeC

[Norwegian School of Sport Sciences | IFP @nih_physicperf]

@magne_lund

[Norwegian School of Sport Sciences | IFP @nih_physicperf]

⛷️"Elite cross-country skiers adjust their pacing strategies from attaining relatively small oxygen deficits per work bout in the endurance domain, to larger deficits in the sprint domain."

@LosnegardThomas @magnelund1
https://t.co/jDUKRtBHg2

[Norwegian School of Sport Sciences | IFP @nih_physicperf]

Traditional vs a more compliant load carriage system? What is better? 🥾

Read the publication from Anders, Matthew Klavs, @amelie_w58 and Hannah to find out:

https://t.co/cz2crOkP8s

[Norwegian School of Sport Sciences | IFP @nih_physicperf]

New publication by @LiveSL, @AlexDonaldson13, Lotte, Ewa and @Merete_Moller 🥳

The HAPPY concept mapping study: “to prevent injuries in young handball players it's important to…” – perceptions among stakeholders

In press version is now available here: https://t.co/3vds6V8QjT

[Norwegian School of Sport Sciences | IFP @nih_physicperf]

🏊New publication by Bjørn Harald, @IngeborgLjodal and @GonjoTomohiro 🥳

This study investigated the relationships between load-velocity profiling and 50 m breaststroke performance

Read more here:
https://t.co/0dYxmgK3eu