The Bhatia Lab interest is focused on translating advanced quantitative imaging biomarkers (sodium MRI, chemical exchange saturation transfer, DTI, MRS, and MR elastography) into clinical practice to better characterize pediatric CNS tumors pre- and post-treatment
Had a fantastic coffee session on Wednesday where Dr. Michael LaRiviere presented on his current research ☕
Thank you everybody that attended in person and virtually!
I feel humbled to have matched at @EmoryMedicine - #radiology residency!
This milestone belongs just as much to my family and mentors @CHOPRadiology who shaped me into the person I am today. I am truly honored to begin this journey with the wonderful team at Emory! #Match2026
Honored to present Grand Rounds at @JeffersonHealth today! 🏥 Deep dive into our lab’s latest research on advanced spinal cord imaging & how it’s changing the game for clinical diagnostics. 🧬@BhatiaLab
Huge thanks to the faculty & residents for the engaging Q&A! #PediNeuroRad
Our post-doc Tyler Williams recently gave an amazing oral presentation at @The_ASPNR on the value of Sodium MRI in translational studies for pediatric brain tumors.
Had our monthly interdisciplinary Neuro-Onc coffee session today at CHOP ☕🍪
Dr. Bhatia introduced the (many) projects in the lab and offered (many) choices of coffee...Stay tuned for February's speaker ❄️
Read about Lily Parsels ('28), a Penn Bioengineering major that worked in the BhatiaLab this summer! This research was supported by the Penn Undergraduate Research Mentoring Program. #research
https://t.co/Yvkzk86LT1
Happy New Year from BhatiaLab! ✨🧠
We are heading into 2026 with renewed dedication to our mission: advancing brain tumor imaging to save lives. Here’s to a year of new discoveries and hope for patients everywhere.
Let’s make this year count!
#HappyNewYear2026#Research
Looking for a postdoc position at CHOP? Get more info below. My current postdoc in @BhatiaLab has already published on sodium MRI, presenting at @The_ASPNR 2026 and received funding for the research! Come join the research environment! @CHOPRadiology
What: Philadelphia Postdoc Preview — virtual event showcasing postdoc training and life in Philly
When: Tuesday, February 10, 2026
Why attend: Institutional overviews, current postdoc panels, and a keynote by Dr. Rebecca Grant (Director of Life Sciences and Innovation at the Philadelphia Chamber of Commerce)
Registration required: https://t.co/BcZqkDl9VG
https://t.co/cPyMgage1Q
#RSNA25 presentation is available to view! 💻
NREE-146 - 2025
ADVANCES IN SODIUM (23NA) MRI AND CEST IMAGING FOR BRAIN TUMORS: METHODOLOGICAL INNOVATIONS AND EVOLVING CLINICAL UTILITY
@RSNA@BhatiaLab@CHOPRadiology@PennRadiology
Big thanks to Dr. Roberts, PAIR, Dr. Reddy and team
Thrilled for our latest publication of Sodium MRI in Pediatric Brain Tumors!
The imaging evolution to better understand tumor biology is with MRI of elevated sodium concentrations in tumors 🧂
Download Now
https://t.co/1CmNnBgr80
Big Thanks to @TimRoberts_Phl@CHOPRadiology and collaborators!
Special thanks to the funding sponsors to make this work possible!
@theABTA@SocPedRad
DoD
#BrainTumors @BhatiaLab
Check out the lab of our close collaborator, Michael LaRiviere, MD
Advanced Particle Therapy Clinical & Translational Research Group
Dept. of Radiation Oncology, Univ of Penn
Dedicated to developing the most advanced particle and radiotherapy techniques
https://t.co/XhUhLwNWJ8
Great talk by Dr. Grace McIlvain @gracemcilvain on #MRElastography in the brain! The insights you shared were truly fascinating and will definitely advance our understanding in the @BhatiaLab . Thanks for a fantastic presentation and visiting us at CHOP! #Neuroscience #MedicalImaging @CHOPRadiology
Our lab is working with @Apple to develop neuroradiology solutions using the Apple Vision Pro spatial computer headset @draash
With our new endeavor, radiology data can become more interactive than ever🧠🗺️🩻🔎
"The sodium signal in pediatric brain tumors is reflective of the cellular physiology of neoplastic cells in the tumor microenvironment. Here we present detailed imaging approaches to quantifying sodium concentrations in the pediatric brain that can be assessed in various CNS pathologies."