If you are or know any eligible applicants interested in sleep physiology/neurobiology, send them my way! 🤩 Looking to host someone passionate about scientific discovery to join us in Zurich for a couple of years. DM me for details!
#sleep#neurodegeneration#hiring#postdoc
Thrilled to see our work featured in the latest issue of SLEEP🧠💤
Mayeli & Ferrarelli @FabFerrare highlight that besides mindfulenss as a state, trait mindfulness, as assessed in our work, is key to fully unpack the link to sleep.Excited for what's next✨
https://t.co/vC1jrd9ter
🎉 Excited to announce our latest OA publication in GeroScience!
🚀 We explored Phase-Locked Acoustic Stimulation (PLAS) in older adults with cognitive impairment (CI) to improve sleep, memory, and amyloid dynamics: https://t.co/RwsuiOpf7X
1/2
Interesting, but I'm skeptical: has everyone else up to this point — with a diverse array of methods and model organisms — really gotten it completely backwards?
Over the past decade, the leading explanation for why we #sleep has been that it provides the #brain with an opportunity to flush out toxins. However, a new study led by scientists at Imperial College London indicates that this may not be true. https://t.co/HUNq5t2yRJ
📜Hurray, our new papers are here!🧠
1. #AcousticStimulation during #SWS in #olderadults → #memory & plasma #amyloid effects https://t.co/2Bv4NdQSBX
2. Within group main effect of stimulation on memory https://t.co/ygvxV6Ozae
🎉Congrats to @WunderlinMarina and all co-authors!
📢 Excited to share our latest paper about slow wave-spindle coupling across the human lifespan! 📚🌙💤
🌟 We're thrilled that our paper has been recognized by #JNeurosci (@SfNJournals) as noteworthy! 🙏 🎉
https://t.co/xcxkpgbfdI
Thank you to the @snsf_ch for funding my project "Preventing cognitive decline using portable, non-invasive sleep enhancement"! I'm excited to embark on this journey 🚀🧠
This means I'm looking for an ambitioned PhD student! 😉
#PhDposition#Sleep#Science
New #paper alert! Here, we show that #auditory#stimulation can be used to selectively #suppress slow wave #sleep by 30% without affecting total sleep time.
https://t.co/CVUECFQn9F
These #dementia classification algorithms show promise for incorporating dementia screening techniques using routine sleep #EEG. The findings strengthen the concept of #sleep as a window into neurodegenerative diseases. https://t.co/ZbdzS0Oct1