Johannes Burtscher (@johburtscher) 's Twitter Profile
Johannes Burtscher

@johburtscher

adaptation and hormesis enthusiast

ID: 974641219618902016

calendar_today16-03-2018 13:39:09

132 Tweet

186 Followers

297 Following

Johannes Burtscher (@johburtscher) 's Twitter Profile Photo

Some comments on our (with Gregoire Millet, LashuelNeuroLab, Kamil Syed) viewpoint on hypoxia and Parkinson's disease (…mentdisorders.onlinelibrary.wiley.com/doi/10.1002/md…) made available by Researcher (thanks for the interview!): researcher-app.com/paper/12722427. The potential of hypoxia conditioning is huge!

Sandri_Lab (@labsandri) 's Twitter Profile Photo

#openpositions Are you interested in working on muscle wasting and gene therapy? We have 2 two-year postdoc open positions available in my lab starting January 2023. Contact me if you are interested (email only). [email protected]

Giovanni D'Angelo (@gio_dangel0) 's Twitter Profile Photo

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 ;)

ISHEN translational (@ishentranslatio) 's Twitter Profile Photo

📍 Last chance to register for the sixth ISHEN translational presentation series: 🗓️ When: May 7th 2024 ✅ Invited speakers: - Johannes Burtscher Johannes Burtscher - Aldo J. Montano-Loza Aldo J. Montano-Loza ⬇️ Click here to register ⬇️ umontreal.zoom.us/meeting/regist…

Dr Anna Hadjihambi (@ahadjihambi) 's Twitter Profile Photo

Thank you Aldo J. Montano-Loza and Johannes Burtscher for the great talks at the 6th ISHEN translational ! What I enjoy the most from these talks is that we always learn something and it stimulates new ideas for collaborations so that we can do great science and make a difference one day!

Johannes Burtscher (@johburtscher) 's Twitter Profile Photo

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. sciencedirect.com/science/articl…

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. sciencedirect.com/science/articl…
Linda E Keyes, MD (@lindakeyesmd) 's Twitter Profile Photo

Thanks Mati! Thrilled to work with this great team! Woohoo – we're in Nature Portfolio. Read it here: rdcu.be/dLnwK #MountainMedicine #WildernessMedicine #MountainSickness #HighAltitude

Johannes Burtscher (@johburtscher) 's Twitter Profile Photo

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! doi.org/10.1016/j.free…

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! doi.org/10.1016/j.free…
𝗛𝗜𝗜𝗧 𝗦𝗰𝗶𝗲𝗻𝗰𝗲 (@hiitscience) 's Twitter Profile Photo

... 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 Paul Laursen and Johannes Johannes Burtscher discuss:

kilian jornet (@kilianj) 's Twitter Profile Photo

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: kilianjornetfoundation.org/project/alpine…

Marta Camacho-Cardenosa (@camachcardenosm) 's Twitter Profile Photo

🏔️🏋️‍♀️‍Hypoxic training boosts bone metabolism in older adults, overcoming some drug limitations 👴A 24-week protocol showed 82% adherence 👥 Alba Camacho-Cardenosa, PhD. et al Ismael Martínez-Guardado 👇👇 sciencedirect.com/science/articl…

Olivier Girard (@dr_o_girard) 's Twitter Profile Photo

336 pages, 39 illustrations, 38 authors, 22 chapters, 4 proud editors ! All you want to know about Hypoxic Conditioning in Health, Exercise and Sport: shorturl.at/g5jTh

336 pages, 39 illustrations, 38 authors, 22 chapters, 4 proud editors !
All you want to know about Hypoxic Conditioning in Health, Exercise and Sport: shorturl.at/g5jTh
Alpine Club (@thealpineclub) 's Twitter Profile Photo

"...maybe, alpinism is using the tools and knowledge you have built up over the years to solve the problems the mountain presents..." Terrific write-up from kilian jornet of his Alpine Connections project or, as he terms it here, his 'little alpine walk' ➡️kilianjornet.cat/en/blog/petite…

"...maybe, alpinism is using the tools and knowledge you have built up over the years to solve the problems the mountain presents..."

Terrific write-up from <a href="/kilianj/">kilian jornet</a> of his Alpine Connections project or, as he terms it here, his 'little alpine walk' ➡️kilianjornet.cat/en/blog/petite…
Journal of Physiology (@jphysiol) 's Twitter Profile Photo

Johannes Burtscher (ISSUL ) et al. discuss the mechanisms underlying the health benefits of intermittent hypoxia conditioning in this #SymposiumReview🧬⚙️ Read it here: buff.ly/48DpdYS

<a href="/JohBurtscher/">Johannes Burtscher</a> (<a href="/ISSULausanne/">ISSUL </a>) et al. discuss the mechanisms underlying the health benefits of intermittent hypoxia conditioning in this #SymposiumReview🧬⚙️

Read it here: buff.ly/48DpdYS
TimePie (focus on anti-aging science) (@timepiechina) 's Twitter Profile Photo

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 Johannes Burtscher, et al. doi.org/10.1016/j.arr.…

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 <a href="/JohBurtscher/">Johannes Burtscher</a>, et al.
doi.org/10.1016/j.arr.…