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Many discussions revolve around the implications of the neuropeptide S receptor mutation, with users mentioning how it could allow individuals to function optimally on just 4 hours of sleep. Comments like 'Such a cool story' and 'Where can I buy this mutation?' showcase an amused curiosity, while phrases like 'I definitely know a few people who are carriers' reflect personal connections and a deeper interest. The tone shifts from playful to serious, contributing significantly to the overall enthusiasm about the findings and their potential applications.
Most discussions reflect a general support for the findings of the publication, highlighting curiosity but also skepticism about the implications.
There is a strong sense of intrigue, with many participants expressing fascination with how genetic mutations can affect sleep patterns.
While some comments indicate a surface-level understanding, others delve deeper into the implications for sleep science, reflecting a moderate to high level of engagement.
The majority view the study as impactful, with many discussing its potential ramifications in understanding sleep deprivation and its effects.
In other words, don’t force yourself to have 4 hours of sleep per night! A healthy sleep schedule to one of these people with funky genes could be a dangerous lack of sleep to you. Source: https://t.co/JEquVT29lM Science, bitch!!
Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answers... Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/GDaEYteuol
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation | Science Translational Medicine https://t.co/xrccUaL9YH ショートスリーパー遺伝子！
Boom! Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation @jbhclock @CircadianClocks https://t.co/Cac4n9eCR4
@PavelUr90327068 Dobrý den, posílám odpověď od kolegy @obradam
Researchers discovered a mutation in the NPSR1 linked to shorter sleep duration in humans. This video explores how mice with similar mutations slept less while still maintaining memory performance, highlighting the…
In this episode, I discuss sleep, highlighting recent research on the neuropeptide S receptor. Researchers discovered a mutation linked to shorter sleep duration, yet subjects maintained memory performance. Join me for…
https://t.co/TKCAooVHpx
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/hJfjP3EDgP
RT @datcravat: In other words, don’t force yourself to have 4 hours of sleep per night! A healthy sleep schedule to one of these people wit…
RT @datcravat: In other words, don’t force yourself to have 4 hours of sleep per night! A healthy sleep schedule to one of these people wit…
RT @datcravat: In other words, don’t force yourself to have 4 hours of sleep per night! A healthy sleep schedule to one of these people wit…
RT @datcravat: In other words, don’t force yourself to have 4 hours of sleep per night! A healthy sleep schedule to one of these people wit…
In other words, don’t force yourself to have 4 hours of sleep per night! A healthy sleep schedule to one of these people with funky genes could be a dangerous lack of sleep to you. Source: https://t.co/JEquVT29lM Science, bitch!!
RT @Zeptej_se_vedce: @PavelUr90327068 Dobrý den, posílám odpověď od kolegy @obradam
@PavelUr90327068 Dobrý den, posílám odpověď od kolegy @obradam
@EverydayHealth @ResearchSleep A3.4 Another mutation that can also lead to "natural short sleep" – also rare (4.06 × 10^-6) – is in #neuropeptide S. These individuals reported getting 4.3 and 5.5 hours #sleep/night. https://t.co/gF8gJ9orxu @ScienceTM #EverydaySleepChat https://t.co/IxA49QqgEp
RRIDs were included in the Science Translational Medicine paper "Mutant neuropeptide S receptor reduces sleep durat…" (https://t.co/Z6FqnIG1Vs). Thank you for making your #methodsmatter. #OpenScience
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation. https://t.co/Hn09W05m2u
@Molson_Hart https://t.co/TX8y5ZXhyy
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/Uzlcq3jQ9w
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/GUUEMGMhNG #nor論文 同じグループから、別の遺伝子の話
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation #sleep #sleepdeprivation https://t.co/aNsKi78BKp
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/naHBLYhU0T
自分は、short sleeperなのかも、→ Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/LoTcPPMiNP
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/YkFe5iJdSN
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation - Lijuan Xing1, Guangsen Shi, Yulia Mostovoy, Nicholas W. Gentry, Zenghua Fa1, Thomas B. McMahon, Pui-Yan Kwok, Christopher R. Jones, Louis J. Pt... https://t.co/eKbIaYaa2j
https://t.co/SHcBqkOrnb Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation - Lijuan Xing1, Guangsen Shi, Yulia Mostovoy, Nicholas W. Gentry, Zenghua Fa1, Thomas B. McMahon, Pui-Yan Kwok, Christopher R. Jones, Louis J. Ptáček,† and Ying… https://t.co/4ojLudh2i8
#Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation - Lijuan Xing1, Guangsen Shi, Yulia Mostovoy, Nicholas W. Gentry, Zenghua Fa1, Thomas B. McMahon, Pui-Yan Kwok, Christopher R. Jones, Louis J. Ptáček,† and Ying-Hui Fu. …
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/q1WPD8B28O
#Mutant #neuropeptide S receptor reduces #sleep duration with preserved #memory consolidation https://t.co/PuerSpaDVd
RT @SleepResearch_: Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation. https://t.co/Hn09W05m2u
RT @SleepResearch_: Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation. https://t.co/Hn09W05m2u
RT @SleepResearch_: Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation. https://t.co/Hn09W05m2u
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation. https://t.co/Hn09W05m2u
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
I definitely know a few people who are carriers of this allele. Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/F4DpYVZ9ID
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @PaulHumpa: Boom! Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation @jbhclock @CircadianClock…
RT @L_I_B: Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation | Science Translational Medicine https…
a mutation that makes a brainy X-man/woman needing only 4 hours of sleep. Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/RoGQicOIwf
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @WNanoscience: Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/Xn0hIzhLG7
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
Where can I buy this mutation? What will I do with the extra 4 hours a day? Work? Family? Exercise? Beer? An even split I’d say. Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation | Science Translational Medicine https://t.co/MqqwBZ3KHR
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
Cool! Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/zBfoHscvQH
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation | Science Translational Medicine https://t.co/6YWfAyPnuA
有人就是天生可以睡得少然後記憶力還比你強...... Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/GbDqQQS7xW
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
RT @PaulHumpa: Boom! Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation @jbhclock @CircadianClock…
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation | Science Translational Medicine https://t.co/xrccUaL9YH ショートスリーパー遺伝子！
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/Xn0hIzhLG7
RT @ErikMusiek: Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answe…
Such a cool story. How can a genetic mutation allow people to sleep only 4hrs per day with no ill effects? Some early answers... Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/GDaEYteuol
RT @PaulHumpa: Boom! Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation @jbhclock @CircadianClock…
I am very jealous! This is so cool! Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/aTmW2igeHl
RT @PaulHumpa: Boom! Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation @jbhclock @CircadianClock…
RT @PaulHumpa: Boom! Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation @jbhclock @CircadianClock…
Boom! Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation @jbhclock @CircadianClocks https://t.co/Cac4n9eCR4
"Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation", Xing et al 2019 https://t.co/tqjqcHGmtF #psychology
Mutant neuropeptide S receptor reduces sleep duration with preserved memory consolidation https://t.co/mf0jZl6bDa
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