I’m thrilled to share our paper in @NatureComms on how neonatal brain injury due to intermittent hypoxia disrupts brain lipid metabolism and how treatment with glycerol-triacetate restores fatty acid profile and improves neurologic outcomes. https://t.co/Fnk0J97Uah
I want to thank my mentors, Joe and Susanna Scafidi (@ScafidiLab), whose support and guidance during my postdoc made this work possible, as well as all co-authors and collaborators from @KennedyKrieger, @HopkinsMedicine, and @umaryland.
Big thanks to @ASNeurochem for organizing another amazing meeting..this time in beautiful Portland! 🌹 Great science 🧠 in the company of great people!👩🏻🔬
#ASN2024@ScafidiLab
Join us for a captivating forum on "Fostering Diversity in Science" - learn how to navigate academia as an underrepresented minority. Don't miss out on this enriching experience! 🌟 #EarlyCareerDevelopmentComittee#ASNeuro2024#Portland
I feel incredibly fortunate and grateful to start my journey of becoming an interventional radiologist. I couldn't do it without the help of faculty, friends, family, and most importantly, my wife @reginaefe. #match2024
Don't miss this opportunity for trainees and early career researchers!
ASN Early Career Development Committee is hosting a free online event with @MayaGosztyla Feb 27th on "Organizing your time and information in a research career".
Registration link: https://t.co/8CVIATGZnj
Don't miss this opportunity for trainees and early career researchers!
ASN Early Career Development Committee is hosting a free online event with @MayaGosztyla Feb 27th on "Organizing your time and information in a research career".
Registration link: https://t.co/8CVIATGZnj
Brain metabolism is optimized to minimize the ATP maintenance cost by distributing the different ATP generation pathways in an advantageous way across cell types and (potentially) across synapses within the same cell.
https://t.co/Tbjf4oXSr1
One of the last chapters of my thesis in @NatureComms: we show the majority of brain palmitic acid (PAM) is maintained by hepatic PAM synthesis from dietary sugars, upregulated in mice fed low PAM from birth. https://t.co/ouz1ks9enq #development#palmiticacid#metabolism#RNAseq
🧠 Join Us for a Transformative Virtual Event! 🌟
💡This event is ideal for students, researchers, neuroscientists, and anyone eager to take their science communication skills to the next level!
🧪💬 #ASNeurochem#ScienceCommunication#ASN24
Happy to share my latest fundamental neurochemistry review at @JNeurochem, exploring microglial immunometabolism following traumatic brain injury! https://t.co/1MWKMfJqdQ. Here, we address the links between metabolic and inflammatory changes that follow TBI. (1/3)