Hugo R Jourde

PhD student @Concordia in @CL_ASP
Studying sleep oscillations and sound processing using MEG/EEG.
🧠😴

[Hugo R Jourde @HugoJourde]

Exciting news! 🔥
My 1st first-author paper has (just) been #published in @EJNeuroscience ! Huge thanks to everyone involved in this project (PI @EBJCoffey)

Check it out here: https://t.co/OVNxu0TjaY

#sleep #research #neuroscience #PhD
@Concordia @CL_ASP

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1/7

[Hugo R Jourde @HugoJourde]

Academic #running is back🔥
#SfN23 is next week!
🧠If any fellow researchers want to join me on a social/tourism run, DM me!
If you don’t like 🏃🏻‍♂️ but wanna know about #auditory #stimulation of #sleep #spindles 💤 , you can DM me or come see my poster (305.05)
@SfNtweets @CL_ASP

[Hugo R Jourde @HugoJourde]

7/7
In sum, we found that orbitofrontal regions make a crucial contribution to the auditory-evoked slow components that underlies that underlies the effect of #CLAS on #physiology and #memory.

[Hugo R Jourde @HugoJourde]

Exciting news! 🔥
My 1st first-author paper has (just) been #published in @EJNeuroscience ! Huge thanks to everyone involved in this project (PI @EBJCoffey)

Check it out here: https://t.co/OVNxu0TjaY

#sleep #research #neuroscience #PhD
@Concordia @CL_ASP

🧵
1/7

[Hugo R Jourde @HugoJourde]

6/7
Finally, we observed that local upstates in AC and OFC only correspond with EEG upstates about ~11% of the time. Critically, it is the OFC state that matters for generating slow waves. This further implicates OFC in SO generation, and implies that #CLAS can be optimized!

[Hugo R Jourde @HugoJourde]

Today is the last day of #OHBM2023, meaning the last opportunity to come see one of my posters 😉 !
If you’re interested in auditory stimulation during sleep, come find me !
Posters#: 1407, 1409, 2693
🧠🎵💤
#sleep #sleepspindle #clas #ffr #slowwave @CL_ASP

[Hugo R Jourde @HugoJourde]

@OHBM_Trainees @OHBM Thanks for showing up ! Was a great morning and sunny social run 🏃🏻‍♂️ 🏃🏻‍♀️ ☀️

#OHBM2023 #OHBMrunning

[Hugo R Jourde @HugoJourde]

🧵
1/3
Hey there, @OHBM attendees! As both an academic and a runner, I love taking advantage of conferences to explore cities while running. This year, as #OHBM is at home, I've prepared exciting routes starting from the conference center, showcasing Montreal's coolest spots 🔥

[Hugo R Jourde @HugoJourde]

@OHBM_Trainees Hey OHBMrunners 🏃🏻‍♂️🏃🏻‍♀️

Thanks for the positive feedback ! 🔥

The second social run will happen tomorrow morning !
⏰ : 7AM
👟 : easy 5K
📍: let’s meet next to the fountain in front of the Palais des congrès.

I will be wearing a red cap.

@OHBM

#OHBM2023 #OHBMrunning

[Hugo R Jourde @HugoJourde]

@giuliaabaracc @albury_alex @OHBM @rosanna_olsen Yes we should ! What about tomorrow morning ? 🏃🏻‍♂️ 🏃🏻‍♀️

[Hugo R Jourde @HugoJourde]

Just arrived in sunny SF for #CNS2023 ☀️

If you wanna talk about #sleep and learning, come see my poster on Tuesday (F64) 🧠 🎹 🛌

Also, if some fellow @CNSmtg attendants wanna go for a run in the following days, DM me ! 🏃🏻‍♂️
#running

[Giovanni Beltrame @jumpjoe78]

Our paper on the Portiloop if finally out! We present a portable, open (sw/hw) device for real-time #brain #stimulation, using sleep spindles as a case study. Work by Valenchon, Bouteiller, Sobral, L'Heureux @polymtl, @HugoJourde @EBJCoffey @Concordia

https://t.co/aV01dbo5dp

[Emily BJ Coffey, Ph.D. @EBJCoffey]

I'm a @Concordia University Research Chair in Sleep and Sound (New Scholar). Thank you to mentors and colleagues in the dept @psyc_concordia 🥰
(And to whomever let me assign a large part of the budget to lab road trips and writing retreats😂)

[Emily BJ Coffey, Ph.D. @EBJCoffey]

#ohbm2022 poster today: "Sleep Spindles: A Model for Exploring Functional Connectivity Metrics in MEG" WTh215 (in which we dig into volume models and connectivity metrics)

[Hugo R Jourde @HugoJourde]

Come and meet with me today at #OHBM2022 poster session to talk about sleep spindles and why I think they might not be blocking sound after all !
🏴󠁧󠁢󠁳󠁣󠁴󠁿✌️🧠
Sleep spindles and audition: evidence against a thalamic gating mechanism (poster number : MT1053) #sleepspindles