Johannes Burtscher

adaptation and hormesis enthusiast

[TimePie (focus on anti-aging science) @TimePieChina]

New study finds #NAD is highly sensitive to changes in oxygen availability. Modulation of NAD metabolism can protect from hypoxic injuries, and adaptations to hypoxia can improve NAD homeostasis.
By @JohBurtscher, et al.
https://t.co/IIhr3rKy8X

[Tim Kambič @TimKambic]

Check out our recent paper in @JPhysiol on the benefits of therapeutic use of hypoxa in rehab of acute muscle injuries! 🤓 Kudos to @JohBurtscher

[Journal of Physiology @JPhysiol]

@JohBurtscher (@ISSULausanne) et al. discuss the mechanisms underlying the health benefits of intermittent hypoxia conditioning in this #SymposiumReview🧬⚙️

Read it here: https://t.co/r1D6vGU9ro

[Olivier Girard @dr_o_girard]

336 pages, 39 illustrations, 38 authors, 22 chapters, 4 proud editors !
All you want to know about Hypoxic Conditioning in Health, Exercise and Sport: https://t.co/IlgJvUxvKl

[Marta Camacho-Cardenosa @CamachCardenosM]

🏔️🏋️‍♀️‍Hypoxic training boosts bone metabolism in older adults, overcoming some drug limitations
👴A 24-week protocol showed 82% adherence

👥 @AlbaCamaCar. et al @W_isma13
👇👇
https://t.co/CHjANLAq3Q

[kilian jornet @kilianj]

One thing I was surprised during the traverse in the Alps it's how much those mountains has been changing over the past 10 years. We reached out to scientists and experts to know why: https://t.co/M7wa0mYOe3

[Johannes Burtscher @JohBurtscher]

@hiitscience Thanks Paul - it was an honor!

[𝗛𝗜𝗜𝗧 𝗦𝗰𝗶𝗲𝗻𝗰𝗲 @hiitscience]

... EVERYTHING in your body. And if you are STOPPING ⛔ that, you are majorly HANDICAPPING your WHOLE LIFE 🥺!

In the 126th episode of the Training Science Podcast, Paul @PaulBLaursen and Johannes @JohBurtscher discuss:

[Johannes Burtscher @JohBurtscher]

Hypoxia acutely decreases performance but this can be prevented by supplemental oxygen. If oxygen is given only during recovery, performance is not increased - but our physiological adaptations to hypoxia are impaired. Fantastic team of authors! https://t.co/Xqd4zez21u

[Patrick Müller @Sportmedizin_MD]

IJMS | Free Full-Text | Controlled Hypoxia Acutely Prevents Physical Inactivity-Induced Peripheral BDNF Decline (https://t.co/KVRJz56uLS)

[Linda E Keyes, MD @LindaKeyesMD]

Thanks Mati! Thrilled to work with this great team! Woohoo – we're in @NaturePortfolio.
Read it here: https://t.co/J1AYtxCvvZ
#MountainMedicine #WildernessMedicine #MountainSickness #HighAltitude

[Johannes Burtscher @JohBurtscher]

Organs age differently, indicating impaired inter-organ signalling as a crucial feature of aging. Maintenance of efficient crosstalk between tissues - such as between skeletal muscle and brain - may be a primary benefit of regular exercise. https://t.co/nXhdeZNJwY

[Christopher F Rose @C_F_Rose]

Great talks on the muscle brain axis in health and cirrhosis!! Thanks to @aldomontanoloza and @JohBurtscher
Great summary slide Aldo!!

[Johannes Burtscher @JohBurtscher]

@albertjorquera @Skyrunning_com Quite certainly has a judo history...

[Albert Jorquera @albertjorquera]

¿Esto de @Skyrunning_com, candidato a ‘clip del año’? 🤔😂
(Hillary Gerardi en Skyrace des Matheysins)

[ISHEN translational @ISHENtranslatio]

📍 Last chance to register for the sixth ISHEN translational presentation series:

🗓️ When: May 7th 2024

✅ Invited speakers:
- Johannes Burtscher @JohBurtscher
- Aldo J. Montano-Loza @aldomontanoloza

⬇️ Click here to register ⬇️
https://t.co/ICiSXFxEIo

[ISHEN translational @ISHENtranslatio]

📍 Program:

✅ The muscle-brain axis and cerebral health by Johannes Burtscher @JohBurtscher.

✅ Hepatic encephalopathy and sarcopenia by Aldo J. Montano-Loza @aldomontanoloza.

[Johannes Burtscher @JohBurtscher]

@SenThangaraj @Hlashuel @LashuelLab finally worth the time and sweat... congrats Senthil and best of luck to you

[Johannes Burtscher @JohBurtscher]

@DebevecTadej @GregoireMillet1 @DebevecTadej result of the unhealthy combination of an excellent team and many rejected grants...

[Giovanni D'Angelo @Gio_Dangel0]

Please spread the news… we are going to recruit 3 PhD students on our ERC funded project lipotrace!!! So if interested in time resolved single cell lipidomics join us at EPFL ;)