New Deep Learning Approach Predicts Need for Postnatal Intervention in Fetal Ventriculomegaly A team of researchers from the University of California, San Francisco's Department of Radiology and Biomedical Imaging and Center for Intelligent Imaging (ci2) developed a deep learning method for…

New Blog Post ➡️ "New Deep Learning Approach Predicts Need for Postnatal Intervention in Fetal Ventriculomegaly."

SRG Pillar Meeting with Yannan Yu and Michael Romano | intelligent imaging Meeting Details Zoom Details: Meeting ID: 922 7067 8528 Password: 845445

Radiology reports should work for all patients regardless of language. During our next SRG Pillar meeting, #RadRes Yannan Yu presents on multilingual patient-friendly reports using LLMs. #RadRes Michael Romano on the UCSF PCNSL imaging & genomics resource.

Can #AI help predict which fetuses with ventriculomegaly will need postnatal intervention? Research from @ucsfci2.bsky.social's Dr. @drdremdphd.bsky.social & colleages introduces a #DeepLearning method for fetal brain MRI that shows strong results. www.ajnr.org/content/47/3...

Join us April 13 for the next @ucsfci2.bsky.social Pillar meeting. Two talks from @ucsfimaging.bsky.social #RadRes: Yannan Yu on using #LLMs for multilingual patient-friendly radiology reports & Michael Romano on the UCSF PCNSL imaging & genomics resource. bit.ly/3Qig4Qo

Members of @ucsfci2.bsky.social were featured in #RadiologyToday for their work on the UCSF-GE HealthCare Care Innovation Hub, including Drs. Sharmila Majumdar, Andreas Rauschecker, Peder Larson & Duan Xu. www.radiologytoday.net/archive/rt_M...

Join us April 13 for the 2026 Frontiers in Computational Precision Health Conference. @ucsfci2.bsky.social's Drs. Maggie Chung & Adam Yala will be among the panelists tackling the hard questions about health AI.

At @ucsfci2.bsky.social, we're moving beyond just looking at the pixels on a scan. By using medical-grade #LLMs, like UCSF Versa, we can instantly analyze a patient's clinical history to tailor cardiac MRI & CT protocols & interpretation in real-time.

#NationalHeartMonth

How LLMs Detect Prostate Cancer with Mansour Abtahi | intelligent imaging University of California San Francisco

In the February @ucsfci2.bsky.social SRG Pillar Meeting, Dr. Mansour Abtahi reviewed his foundation model research in detecting #ProstateCancer. Results showed that the model has the potential to be used for different cancers in the future.

The future of heart health lies at the intersection of imaging & medical data.

Hear from Dr. Jae Ho Sohn on the power of #LLMs for #HeartHealth. ⬇️

#NationalHeartMonth

How LLMs Detect Prostate Cancer with Mansour Abtahi | intelligent imaging University of California San Francisco

"The model has learned features that are related to different stages of #ProstateCancer," Dr. Mansour Abtahi said of his research on #AI detection of cancer.

Visit bit.ly/468VSWt for the full recap of his SRG Pillar Meeting presentation.

Today, we celebrate International Day of Women & Girls in Science. At @ucsfci2.bsky.social, our women researchers are advancing AI in radiology & encouraging the next generation of women in STEM.

#IDWGS

Multimodal Foundation Models for Prostate Cancer | intelligent imaging

How can #LLMs improve detection of #ProstateCancer?

Dr. Mansour Abtahi answers this & more at today's SRG Pillar Meeting. See you soon!

Heart disease remains the leading cause of death in the U.S., but tools for prevention are becoming more seamless & powerful.

For #NationalHeartMonth, Dr. Jae Ho Sohn describes the efforts at @ucsfci2.bsky.social to improve screening with #AI.

Multimodal foundation models for medical imaging & deep learning for disease detection are on the agenda at next week's SRG Pillar Meeting.

Join us virtually for Dr. Mansour Abtahi's presentation.

Reshaping Musculoskeletal Imaging with AI | intelligent imaging University of California San Francisco

At @ucsfci2.bsky.social, an #AI interface is being implemented to automate bone mineral density measurements & to help determine if patients have osteoporosis.

Dr. Mansour Abtahi, a Specialist Research Scientist at UCSF, develops multimodal foundation models for medical imaging & clinical data.

The upcoming SRG Pillar Meeting will discuss the models he has developed for detecting #ProstateCancer.

It's #NationalMentoringMonth! The mentorship programs at @ucsfci2.bsky.social bring exceptional value to mentors & mentees. Through these connections, we shape the #AI & #imaging professionals of the future.

Reshaping Musculoskeletal Imaging with AI | intelligent imaging University of California San Francisco

Osteoporosis is debilitating & often goes undiagnosed. In a recent SRG Pillar Meeting, @ucsfci2.bsky.social's Dr. Alexandra Gersing shares how new advancements in #AI research allow for early detection of this condition.👇

On this #MLKDay, we honor Dr. King's vision of equality in healthcare. As #AI transforms diagnostics, treatment plans & patient care, we at @ucsfci2.bsky.social ensure these innovations reach all communities equitably.

Enhancements in #ArtificialIntelligence research & technology made at @ucsfci2.bsky.social helps to improve patient wait times, diagnostics, treatments & more. Through the use of #AI, we empower nonsurgical solutions that optimize patient outcomes.

#WithoutAScalpelDay

Happening soon ➡️ Dr. Alexandra Gersing's SRG Pillar Meeting on the combination of #ArtificialIntelligence & #MusculoskeletalImaging.

See you soon!

Join us for the @ucsfci2.bsky.social SRG Pillar Meeting on Monday, January 12, in person at China Basin CBL Conference Lg 342 or via Zoom. @ucsfhealth.bsky.social's Dr. Alexandra Gersing will speak on musculoskeletal imaging through the lens of #AI.

Finetuned LLMs Create Research Databases | intelligent imaging University of California San Francisco

Small, open-source #LLMs offer an accessible solution for the curation of local research databases, said @ucsfci2.bsky.social's Dr. Maggie Chung in @nature.com.

"They achieve human-level accuracy while using only desktop-grade hardware & 100 training reports."

A community of collaborators & innovators, the Chen Institute Scholars Program brings together those in the scientific community excelling in clinical study & #ArtificialIntelligence.

Dr. Andreas Rauschecker speaks on the power of #AI ⬇️

www.youtube.com/watch?v=H5EW...

Building Deployable Brain Metastasis with AI | intelligent imaging University of California San Francisco

#DiagnosticRadiology & #ImagingInformatics combine to guide the development & deployment of #AI applications in healthcare, as described by Laurens Topff of @nkinl.bsky.social at the last @ucsfci2.bsky.social Pillar Meeting.

Human level information extraction from clinical reports with finetuned language models - Scientific Reports Scientific Reports - Human level information extraction from clinical reports with finetuned language models

Can #LLMs extract structured data from notes in clinical research?

Visit Dr. Maggie Chung's latest study in @nature.com to find out. ➡️

Finetuned LLMs Create Research Databases | intelligent imaging University of California San Francisco

New @ucsfci2.bsky.social blog ➡️ "Finetuned LLMs Create Research Databases."

Completing the Baby Album: AI Synthesizing Infant Brain MRI for Missing Time PointsRadiology: Artificial Intelligence

Dr. Andreas Rauschecker & collaborators compared their three-network framework to synthesis infant brain MRI to prior approaches that used generative adversarial network, a #GenerativeAI architecture where two neural networks compete.

Building Deployable Brain Metastasis with AI | intelligent imaging University of California San Francisco

During the December SRG Pillar Meeting, Dr. Laurens Topff of @nkinl.bsky.social joined @ucsfci2.bsky.social to discuss the building of deployable #BrainMetastasis with #AI.

Visit bit.ly/4aekyzI to read the recap!

The Chen Institute empowers the pursuit of scientific discovery & those dedicated to making a profound impact in their chosen field of study.

@ucsfci2.bsky.social's Dr. Andreas Rauschecker speaks on the power of #AI.

www.youtube.com/watch?v=H5EW...