RT @fj_parada: Very interesting work by professor Daniel Rojas @Psicologia_Udp! #neuroscience https://t.co/0RT0GPPq8p
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @eglerean: Haven’t read it yet, but it brings this to memory: https://t.co/T045zmUz26 Should we stop treating breathing and heart signal…
RT @eglerean: Haven’t read it yet, but it brings this to memory: https://t.co/T045zmUz26 Should we stop treating breathing and heart signal…
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @eglerean: Haven’t read it yet, but it brings this to memory: https://t.co/T045zmUz26 Should we stop treating breathing and heart signal…
RT @eglerean: Haven’t read it yet, but it brings this to memory: https://t.co/T045zmUz26 Should we stop treating breathing and heart signal…
RT @eglerean: Haven’t read it yet, but it brings this to memory: https://t.co/T045zmUz26 Should we stop treating breathing and heart signal…
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @eglerean: Haven’t read it yet, but it brings this to memory: https://t.co/T045zmUz26 Should we stop treating breathing and heart signal…
RT @eglerean: Haven’t read it yet, but it brings this to memory: https://t.co/T045zmUz26 Should we stop treating breathing and heart signal…
RT @eglerean: Haven’t read it yet, but it brings this to memory: https://t.co/T045zmUz26 Should we stop treating breathing and heart signal…
RT @eglerean: Haven’t read it yet, but it brings this to memory: https://t.co/T045zmUz26 Should we stop treating breathing and heart signal…
RT @eglerean: Haven’t read it yet, but it brings this to memory: https://t.co/T045zmUz26 Should we stop treating breathing and heart signal…
Haven’t read it yet, but it brings this to memory: https://t.co/T045zmUz26 Should we stop treating breathing and heart signals as noise in brain imaging? And how to do that? #sketchingMyNextGrantApp
RT @fj_parada: Very interesting work by professor Daniel Rojas @Psicologia_Udp! #neuroscience https://t.co/0RT0GPPq8p
RT @fj_parada: Very interesting work by professor Daniel Rojas @Psicologia_Udp! #neuroscience https://t.co/0RT0GPPq8p
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
Very interesting work by professor Daniel Rojas @Psicologia_Udp! #neuroscience
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @mr_corcorana: More evidence that respiratory rhythms co-ordinate higher frequency brain activity in rodents https://t.co/PLWNVB1cCZ
RT @mr_corcorana: More evidence that respiratory rhythms co-ordinate higher frequency brain activity in rodents https://t.co/PLWNVB1cCZ
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @mr_corcorana: More evidence that respiratory rhythms co-ordinate higher frequency brain activity in rodents https://t.co/PLWNVB1cCZ
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @mr_corcorana: More evidence that respiratory rhythms co-ordinate higher frequency brain activity in rodents https://t.co/PLWNVB1cCZ
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
More evidence that respiratory rhythms co-ordinate higher frequency brain activity in rodents
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
RT @JNeurophysiol: Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas.…
Results "suggest that the respiration rhythm can provide a common neural clock to integrate activity across brain areas." "Local cortical activity of distant brain areas can phase-lock to the olfactory bulb’s respiratory rhythm in the freely behaving rat"
LOCAL CORTICAL ACTIVITY OF DISTANT BRAIN AREAS CAN PHASE-LOCK TO THE OLFACTORY BULB'S RESPIRATORY RHYTHM IN THE FREELY BEHAVING RAT. https://t.co/Nekm3QdjYM