Excited to share work I conducted with @HerveyJumper and @DavidJBrang at @NeurosurgUCSF! Using one of the largest ECoG glioma datasets, we identified distinct electrophysiologic signatures of language-critical sites in glioma-infiltrated cortex. #neurosurgery #glioma #ECoG

Very happy to share Minh Nguyen's paper with @WilliamCChen1 from @LabRaleigh reporting optimized CNA size thresholds and co-occurence patterns for individualized risk-stratifictation. @NeurosurgUCSF @UCSFRadOnc @UCSFCancer @UCSF @akashjp330 .

New in @Nature_NPJ, @DorisWangLab presents an AI approach for identifying personalized deep brain stimulation (DBS) settings to improve walking in people with #Parkinsons. Their findings lay the groundwork for adaptive DBS systems that adjust in real-time: https://t.co/azrsASmKGS

Can we reboot walking after Parkinson's disease DBS? Can AI teach deep brain stimulation devices to help people 'walk the walk?' A new study by Wang and colleagues in Nature Parkinson’s Disease says MAYBE. Using personalized data-driven models, researchers at UCSF have optimized

Thanks to @NSTumorSection for the opportunity to share our work along with so many amazing projects! #AANS25

Honored to present our work leveraging scRNA-seq to investigate bevacizumab resistance in GBM at @AANSNeuro! Huge thanks to @ManishKAghi for mentorship throughout this project. @NeurosurgUCSF #AANS25

@ManishKAghi @NeurosurgUCSF @AANS @josephoh0517 Honored to present our work on RNA sequencing of PitNETs today at @AANSNeuro! Thanks to @ManishKAghi and @NeurosurgUCSF for their unending support. #AANS2025

Out in preprint today, we show Zero-shot, single-sequence, structure-free allosteric residue prediction with protein language models. Attention maps from protein language models contain information about allostery, and can be directly used for state-of-the-art allosteric residue

In #JNeurosci, @DorisWangLab shows that their novel approach for recording the electrical activity of the spinal cord in participants identifies oscillatory patterns in the neural signals that correspond to voluntary movement: https://t.co/dwMoHw0okh @PoojanShuk90434

Thrilled to announce that this Monday, my work was published in @Cancer_Cell! Terrible day to be locked out of @X, but after spamming support, I'm excited to share the highlights today! In this paper, the @ManishKAghi lab demonstrates that #neutrophils infiltrate #glioblastoma

Huge thanks to my mentor @DorisWangLab, coauthors @JohnFredBurkeMD Nikhita Kunwar @PrasadShirvalka and others for their support, and our study subjects for making this work possible!

Very excited to share our recent work! Here we report movement related oscillations recorded from the epidural surface of the spinal cord in awake human subjects with intact spinal cords. https://t.co/hn5R2ec1re

Fun summer lab get-together! These are the brilliant minds and kind souls that make the lab run! #labfamily

Up next at our Resident/Fellow Forum is @UCSF Medical Student Poojan Shukla, who will present: "Human Cervical Epidural Spinal Electrogram Topographically Maps Distinct Volitional Movements." #SFNS2024 #NeuroTwitter #Neurology #Epidural

Proud to have 3 lab members give talks @SFNeuro meeting!!!