Take a look at the new Fenton Growth Charts against the old ones.📈 The difference in these curves tells an important story.
👀Dive into the discussion in this episode of The Journal Club: https://www.the-incubator.org/post/341-journal-club-the-complete-episode-from-august-17th-2025
#FentonGrowthCharts #TheIncubator #Neonatology #TheJournalClub
In our latest Journal Club episode, we take a look at the 2025 updated Fenton Growth Charts! 📈
The latest data provide a clearer reflection of healthy fetal growth—a significant update to a tool we use every day.🚀
Listen to this episode for the full discussion: https://www.the-incubator.org/post/341-journal-club-the-complete-episode-from-august-17th-2025
#FentonGrowthCharts #TheIncubator #Neonatology #TheJournalClub
dev.dfaria.eu: Our back issues are available #openaccess. Check o -
Our back issues are available #openaccess. Check out this great article on values and values conflicts in #NICU #decisionmaking #ethics #bioethics #neonatology www.childrensmn.org/journal-of-p...
https://bsky.app/profile/jpediatricethics.bsky.social/post/3lwc4gc7d422k
Our back issues are available #openaccess. Check out this great article on values and values conflicts in #NICU #decisionmaking #ethics #bioethics #neonatology https://www.childrensmn.org/journal-of-pediatric-ethics/issues/volume-3-number-2/parents-perspectives-on-values-and-values-conflicts-impacting-shared-decision-making-for-critically-ill-neonates/
Just a quick reminder that the next Neonatal Insider session is happening TONIGHT!
🗓 Thursday, July 31, 2025
🕖 7:00 PM EST
🎙 Dr. Matthew Rysavy
Topic: Moving Beyond “Extremely Preterm” for the Most Preterm Babies
Register here: https://neonatalinsider.com/
CME available for attendees. We’ll see you there!
#NeonatalInsider #Neonatology #TinyBabyCollaborative #PretermCare
Most preterm neonates with IVH now develop it after 48 hours—a shift from previous decades. ⏱️
Learn more about the latest research & clinical implications: https://podcasts.apple.com/us/podcast/the-incubator/id1566031191?i=1000682758971
🎉 The Incubator Podcast is 4 YEARS OLD!
To celebrate, we’re giving away a MacBook + tons of prizes 🎁
Fill out our 2-min survey to enter 👉 https://forms.gle/AekgpNvfoFGnNLfN7
✅ The method shows promise but still presents challenges with variability.
Read more in @Nature: https://www.nature.com/articles/s41390-025-03966-6
Looking forward to discussions! #CerebralOxygenation #QSM #Neuroscience #QuantitativeSusceptibilityMapping #PretermNeonates #Neuroimaging #Neonatology #Research
🧵3/3
Quantitative susceptibility mapping (QSM), a magnetic resonance imaging (MRI) modality sensitive to deoxyhemoglobin, is a promising method for measuring cerebral oxygenation in human neonates. Paramagnetic sources, like deoxyhemoglobin, however, can be obscured by diamagnetic sources such as water and myelin. This study evaluated whether QSM images, or isolated paramagnetic components, are more accurate for measuring oxygenation of cerebral veins of preterm neonates, and explored oxygenation differences between the major cerebral veins. 19 preterm neonates were scanned on at term equivalent age on a 3T MRI using a multi-echo susceptibility-weighted imaging sequence. Susceptibility values were calculated from QSM images to determine oxygen saturation (SvO2) in the superior sagittal sinus (SSS) and central cerebral veins (CCV). The paramagnetic components of QSM images were isolated, and SvO2 values were recalculated. The mean SvO2 values from QSM were 72.4% (SD, 3.4%) for the SSS and 68.7% (SD, 3.5%) for the CCV. SvO2 values for paramagnetic components were 58.1% (SD, 7.3%) for the SSS and 57.7% (SD, 7.0%) for the CCV. While paramagnetic component decomposition yielded SSS values closer to those found in the literature, it increased variability. No significant oxygenation differences were found between the SSS and CCV, contrasting with prior studies.
New Series Alert! 🎙️
Introducing Rupa’s Fellows Friday on The Incubator Podcast—spotlighting the brilliant work of neonatal fellows worldwide! 🌍✨
In our first episode, Dr. Amee Amin tackles preventable neonatal mortality in low-resource settings. Collaborating with Rice 360, she helped develop a low-cost respiratory rate monitor for NICUs in Malawi, using smartwatch sensor technology to improve care where it’s needed most.
🎧 Listen now: https://buff.ly/40WZjx6
#FellowsFriday #Neonatology
Hello friends 👋In this episode, I had the pleasure of speaking with Dr Amee Amin, who is now a third year Neonatology fellow at Texas Children’s Hospital. Amee talked about her fellowship project on implementing a novel continuous respiratory rate monitor for low- and middle-income countries. She discussed her experience working with her mentors at Texas Children’s on implementing this project. She shared her experience finding the right mentor and how that impacted her career significantly. We
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