Researchers at @center_baba at @helsinkiuni created a jumpsuit with sensors to track babies’ movements while at home. #pediatrics
https://t.co/6mcR8FWIJ8
📰In our new study by Sebastian König and Co, we followed up on children who were exposed to #antiepileptics in utero and compared their cortical #EEG networks and neurophysiological outcomes assessed at six years of age to those of their peers:
https://t.co/r9ROSFzvdM
📰In our recent paper with @AmirrezaAsayesh and @SampsaVanhatalo we studied the effects of #EEG electrode density/number on the mapping of infant cortical networks. More details here👇
https://t.co/26lixqv2ZH
📢 Our recent article on the development of brain networks in human newborns has been highlighted in SfNJournals Featured Research! 🎉 Check it out here: https://t.co/WViH1XeyXe.
Read the full article: https://t.co/1WA1Z8IzAk🔍 #Neuroscience#Infant#Brain#Networks#JNeurosci
Our work \w @AntonTokariev@SampsaVanhatalo in @SfNJournals shows the #development of cortical coupling in the #infant#brain👇https://t.co/d3mbvyH7K4
The work culminates my Thesis, which I defended last fall, marking the end of my PhD🎉Yet, my research journey is far from over🌟
Do early EEG features correlate with clinical outcomes in perinatal asphyxia? 🧐
👩🔬 Anna Tuiskula from @HelsinkiUniMed 🇫🇮 found that early EEG features reflect encephalopathy severity and recovery, correlating with HIE grades and outcomes. More ➡️🔗https://t.co/EUKP97KzUg
📰 Our new paper w @PauliinaYrjola and @SampsaVanhatalo is out! 'Neuronal coupling modes show differential development in the early cortical activity networks of human newborns'. Read more here: https://t.co/ndRHRa0v3a
Discover our latest publication featuring Brain State of Newborn (BSN): a fully-automated deep-learning-based measure of EEG background.
BSN facilitates early clinical outcome predictions
Thanks to my co-authors @center_baba#EEG#NeonatalCare#AI https://t.co/VVmTdXGtsg
📰We are delighted to announce that our new paper on how multiplex EEG networks in the #infant#brain link to neurodevelopment is finally out in 'Human Brain Mapping'! The study was conducted by our talented postdoc Mohammad Al-Sa'd. Read more here👇
https://t.co/qYLmb8OH54
Our @center_baba 🇫🇮 new paper 'Networks of cortical activity show graded responses to perinatal asphyxia' by Timo Syvälahti and Co is out in @Ped_Research!
https://t.co/VuL7eUKWrn
Really enjoyed presenting at #jENS and meeting so many brilliant people. I learned a lot about preterm and term infants and enjoyed being in #Rome.
Thanks #jENScongress
We are happy to present our new paper in NeuroImage by Mohammad Khazaei and Co on 'transient network states' in the infant brain: https://t.co/P1UVZRpxUW. This collaboration between @univUda 🇮🇹 and @helsinkiuni@center_baba 🇫🇮 was a part of #INFANS project funded by @MSCActions.
#OHBM2023 attendees, if you are interested in infant brain development, come and check my poster on Tue/Wed at ⏰12:45-2:45:
2380: Reorganization of infant brain networks at early maturation preempts
neurodevelopment
In collab. w @richardfbetzel (IU) and M.Welch/M.Myers (CUMC)
We @center_baba will present 3 posters at #OHBM2023 on infant brain networks!
🗓️23/24⏰12:15-2:15/1:00-3:00:
#⃣305 by @PauliinaYrjola (preterm infants)
#⃣316 by Mohammad Al-Sa'd (multiplex dynamics)
🗓️25/26 ⏰12:45-2:45:
#⃣2380 by me (organization of early network)
Welcome!
Babacloud is launched! It brings crowdsourcing to the worldwide validation of automated analysis algorithms of the neonatal (a)EEG. Please write to us if you want to make a change for the better infant lives! #brainmonitoring#neonatalEEG#NICU#clinicalneurophysiology
Learn from Dr Welch and Dr Vanhatalo about Family Nurture Intervention, a means of facilitating parent-infant emotional connection, to address pre-term birth and prevent developmental complications
@center_baba
https://t.co/WHHPsUx9mW
How does epilepsy during infancy affect brain networks? Check out our latest paper in @BrainComms https://t.co/WY7yKpaOLM
Coauthors Henna Jonsson, Tarja Linnankivi, @AntonTokariev, @SampsaVanhatalo at @center_baba!
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A new measure is now available for EEG monitoring in the term infants: Brain State of Newborn (#BSN). It is a deep learning -based index of EEG background that ranges from 0 to 100 and correlates well with visual scores from the EEG and aEEG. @center_baba@helsinkiuni