Omer Sharon
@omersharon.bsky.social
Studying human sleep in health and disease.
Postdoc, Matt Walker’s Center for Human Sleep Science, Dept. of Psychology, HW Neurosci Institute, UC Berkeley
PhD, Nir Lab, Physio & Pharmaco, Med School, Tel-Aviv University
#sleep #aging #plasticity
Postdoc, Matt Walker’s Center for Human Sleep Science, Dept. of Psychology, HW Neurosci Institute, UC Berkeley
PhD, Nir Lab, Physio & Pharmaco, Med School, Tel-Aviv University
#sleep #aging #plasticity
Fascinating, the link is broken. Could you pls add a link to the editorial paper? Thx
November 2, 2025 at 8:57 PM
Fascinating, the link is broken. Could you pls add a link to the editorial paper? Thx
We think it means that there must be something critical for overnight memory consolidation about these phasic REM periods. What may that be? Stay tuned.
Please don’t hesitate to reach out if you have ANY questions or comments on the manuscript (5/5)
Please don’t hesitate to reach out if you have ANY questions or comments on the manuscript (5/5)
August 23, 2025 at 2:32 PM
We think it means that there must be something critical for overnight memory consolidation about these phasic REM periods. What may that be? Stay tuned.
Please don’t hesitate to reach out if you have ANY questions or comments on the manuscript (5/5)
Please don’t hesitate to reach out if you have ANY questions or comments on the manuscript (5/5)
Last, we extended the findings to an additional independent cohort (N=558), tying REM sleep changes to genetic AD risk (APOE). (4/5)
August 23, 2025 at 2:32 PM
Last, we extended the findings to an additional independent cohort (N=558), tying REM sleep changes to genetic AD risk (APOE). (4/5)
Then, we followed the same analysis on a subset from the Longitudinal Aging Sleep Study at Berkeley (N=61), which underwent deep imaging (MR, PET), and a classic overnight paired association memory task. (3/5)
August 23, 2025 at 2:32 PM
Then, we followed the same analysis on a subset from the Longitudinal Aging Sleep Study at Berkeley (N=61), which underwent deep imaging (MR, PET), and a classic overnight paired association memory task. (3/5)
Together with Tenzin Desel, Matt Walker, Bill Jagust, and the brilliant help of Chelsea Brown, Trevor Chadwich, and Cindy Chen. We started from young (N=55), replicating Bernardi, Tononi & Silcari's results from 2019. (2/5)
August 23, 2025 at 2:32 PM
Together with Tenzin Desel, Matt Walker, Bill Jagust, and the brilliant help of Chelsea Brown, Trevor Chadwich, and Cindy Chen. We started from young (N=55), replicating Bernardi, Tononi & Silcari's results from 2019. (2/5)
Then, we followed the same analysis on a subset from the Longitudinal Aging Sleep Study at Berkeley (N=61), which underwent deep imaging (MR, PET), and a classic overnight paired association memory task. (3/5)
August 23, 2025 at 2:21 PM
Then, we followed the same analysis on a subset from the Longitudinal Aging Sleep Study at Berkeley (N=61), which underwent deep imaging (MR, PET), and a classic overnight paired association memory task. (3/5)
Together with Tenzin Desel, Matt Walker, Bill Jagust, and the brilliant help of Chelsea Brown, Trevor Chadwich, and Cindy Chen. We started from young (N=55), replicating Bernardi, Tononi & Silcari's results from 2019. (2/5)
August 23, 2025 at 2:21 PM
Together with Tenzin Desel, Matt Walker, Bill Jagust, and the brilliant help of Chelsea Brown, Trevor Chadwich, and Cindy Chen. We started from young (N=55), replicating Bernardi, Tononi & Silcari's results from 2019. (2/5)
We think it means there must be something important for memory about these phasic REM periods. What may that be? Stay tuned.
Please don’t hesitate to reach out if you have ANY questions or comments on the manuscript (5/5)
Please don’t hesitate to reach out if you have ANY questions or comments on the manuscript (5/5)
August 23, 2025 at 2:11 PM
We think it means there must be something important for memory about these phasic REM periods. What may that be? Stay tuned.
Please don’t hesitate to reach out if you have ANY questions or comments on the manuscript (5/5)
Please don’t hesitate to reach out if you have ANY questions or comments on the manuscript (5/5)
Last, we extended the findings to an additional independent cohort (N=558), tying REM sleep changes to genetic AD risk (APOE). (4/5)
August 23, 2025 at 2:11 PM
Last, we extended the findings to an additional independent cohort (N=558), tying REM sleep changes to genetic AD risk (APOE). (4/5)
Then, we followed the same analysis on a subset from the Longitudinal Aging Sleep Study at Berkeley (N=61), which underwent deep imaging (MR, PET), and a classic overnight paired association memory task. (3/5)
August 23, 2025 at 2:11 PM
Then, we followed the same analysis on a subset from the Longitudinal Aging Sleep Study at Berkeley (N=61), which underwent deep imaging (MR, PET), and a classic overnight paired association memory task. (3/5)
Together with Tenzin Desel, @sleepdiplomat.bsky.social, Bill Jagust, and the brilliant help of Chelsea Brown, Trevor Chadwich, and Cindy Chen. We started from young (N=55), replicating Bernardi, Tononi & Silcari's results from 2019. (2/5)
August 23, 2025 at 2:11 PM
Together with Tenzin Desel, @sleepdiplomat.bsky.social, Bill Jagust, and the brilliant help of Chelsea Brown, Trevor Chadwich, and Cindy Chen. We started from young (N=55), replicating Bernardi, Tononi & Silcari's results from 2019. (2/5)