Bryan Croft, Cedars-Sinai's executive vice president and chief operating officer, Hospital Operations, Cedars-Sinai Medical Center and CEO of Cedars-Sinai Marina del Rey Hospital, has been selected to join the American Hospital Association Regional Policy Board 9. Read more: https://ceda.rs/4tufM8t

Cedars-Sinai investigators are advancing a rapidly evolving field known as single-cell proteomics, a powerful approach that studies proteins one cell at a time to better understand how the body functions and how diseases develop. Meet the scientists behind these discoveries: https://ceda.rs/47g8lrN

One week, Eric Johnson was a healthy 26-year-old athlete. Days later he arrived at Cedars-Sinai in cardiogenic shock with severe heart failure. Today Johnson is running, climbing mountains and returning to the active life he loves. Read his story: https://ceda.rs/4aQA1pr

Cedars-Sinai has secured a $1.8 million grant from The Leona M. and Harry B. Helmsley Charitable Trust to expand its inflammatory bowel disease prehabilitation program to international hospital partners. Learn more: https://ceda.rs/4qWVt0J

Cedars-Sinai investigators have identified large oncosomes, tumor-derived vesicles in the bloodstream that carry consistent molecular signatures across multiple cancer types. Read more: https://ceda.rs/4r70NPl

After 28 years as dean of the Medical Faculty and executive vice president of Medicine and Health Sciences, Shlomo Melmed, MB, ChB, will transition to dean emeritus and executive adviser to the president and CEO at the end of 2026. Read the full story: https://ceda.rs/4tcciHg

Cedars-Sinai Guerin Children's is redefining how pediatric epilepsy care begins — from precision medicine in the NICU to the first global gene therapy trial for pediatric epilepsy. Read more: https://ceda.rs/4r6YUlD

Cedars-Sinai and University Health Network brought together 200+ international leaders for the second annual Artificial Intelligence in Medicine Symposium, building a concrete roadmap for deploying AI across clinical settings right now. Learn more: https://ceda.rs/4qBfTwK

Today we celebrate the residents and fellows who care for patients, advance discovery and strengthen our clinical teams every day. Happy Thank a Resident and Fellow Day!

The Smidt Heart Institute at Cedars-Sinai has performed more than 1,700 robotic mitral valve operations since 2006. The approach uses small incisions and often supports shorter hospital stays, with many patients discharged in three to four days. Learn more: https://ceda.rs/4lglmpS

Cedars-Sinai Guerin Children’s is launching the Predictome™ Project—an in-depth effort to map genomes, biology and clinical outcomes for 1,000 NICU patients and follow them to school age. Read the full story: https://ceda.rs/3ZIxQhr

For the sixth consecutive year, Cedars-Sinai has earned a top ranking from the Center for International Bone and Marrow Transplant Research for patient survival following donor stem cell transplant. Learn more about the science and clinical strategy driving these outcomes: https://ceda.rs/4bQj0wB

Ready to take the next step in your clinical science career? The Clinical Laboratory Scientist Program at Cedars-Sinai prepares you for success as a practitioner and researcher. Join a community dedicated to innovation and high-quality patient care. Apply today: https://ceda.rs/4rLLIDp

Cedars-Sinai Guerin Children’s is launching a multinational study to improve outcomes for NICU babies. The BLOOMS study will use whole genome sequencing to predict future health needs for high-risk infants. Read more: https://ceda.rs/3MDQ5BD

Using advanced predictive modeling, Cedars-Sinai researchers are creating virtual brain tumors to forecast how each patient’s cancer will grow, spread and respond to therapy. Explore how virtual modeling is advancing the science of brain tumor care: https://ceda.rs/3MuOkXp

AI is reshaping healthcare—but progress requires leaders who know how to apply it responsibly, while keeping humanity at the center of healing. Learn more and apply for an upcoming cohort: https://ceda.rs/47RYKXz

Cedars-Sinai has received new funding to develop KronosRx, an AI-driven platform focused on improving drug safety before clinical trials begin. Learn more about the research: https://ceda.rs/4qF6ML7

New research methods are expanding how scientists study human disease and test potential therapies. Organoids, organ-on-chip technology and AI-driven computational models are providing new ways to examine human biology with greater precision and relevance. Learn more: https://ceda.rs/4qhk8N9

Cedars-Sinai researchers are advancing new ways to identify Parkinson’s disease years before symptoms appear by combining molecular biomarkers, sleep science and digital monitoring. Read the full story to see what early detection could mean for patients and clinicians: https://ceda.rs/4bFX338

Armando E. Giuliano, MD, division director of Breast Surgical Oncology at Cedars-Sinai, has been honored with the 2025 William L. McGuire Memorial Lecture Award for his lasting contributions to breast cancer surgery. Learn more about Dr. Giuliano’s work: https://ceda.rs/4a35hRR

Cedars-Sinai experts perform minimally invasive spine procedures using small portals that support reduced pain, lower blood loss and faster recovery. Machine-learning models help guide prehab, post-op monitoring and bone health evaluation. Learn more: https://ceda.rs/3YBBwRr

Peggy Whitson, PhD, joined @arunsharmaphd.bsky.social, PhD, director of the Cedars-Sinai Center for Space Medicine Research, for a discussion on the future of space medicine research. Read the Q&A to learn more about the next chapter of space medicine research: https://ceda.rs/4c5rJuP

Cedars-Sinai investigators developed and validated a 13-point risk score to help identify patients with pancreatic neuroendocrine tumors who face a higher risk of cancer recurrence after surgery. Learn more about the research: https://ceda.rs/4t6PNnf

Cedars-Sinai is using artificial intelligence to strengthen how cardiac risk is assessed, drawing on imaging, clinical data and early warning signs to improve prediction of cardiac arrest and heart attack. Learn more: https://ceda.rs/4jPyFxT

The latest research tip sheet shares recent findings and high-impact studies from Cedars-Sinai investigators. Explore the full update: https://ceda.rs/45xPsjf

New findings from Cedars-Sinai shed light on how the central nervous system responds to injury, offering deeper insight into the cellular signals that support repair and recovery. Read more: https://ceda.rs/49HkHel

Cedars-Sinai researchers are examining metabolic liver disease and its connection to cancer through work focused on earlier detection, emerging technologies, clinical trials and potential new therapies. Read the story to learn how this research is informing future care: https://ceda.rs/4t0Auw8

New grant support is accelerating cardiovascular research at Cedars-Sinai, enabling scientists to advance studies focused on heart failure & inherited heart disease. These multi-year efforts aim to deepen scientific understanding & inform future approaches to treatment. https://ceda.rs/4thhk5F

Register today to build emergency care skills through a 16-week hybrid EMT program that combines online learning, hands-on simulation and supervised clinical experience at Cedars-Sinai Health Sciences University. Applications are open through February 6, 2026. Learn more: https://ceda.rs/48ptYUX

New research from Cedars-Sinai found a sharp rise in certain emergency department visits in the 90 days following the 2025 Los Angeles fires. Compared with the same period in prior years, investigators observed increases in visits for general illness, heart attack and more. https://ceda.rs/44OBdGs

Miguel D. Quintero Consuegra, MD, shares his experience training at Cedars-Sinai Health Sciences University, where neurosurgery residents work on complex cases, learn from expert faculty and contribute to research that informs patient care.

Cedars-Sinai Health Sciences University marked its first full year by expanding education, advancing research and supporting clinical discovery across medicine and health sciences. Read more about the milestones and impact: https://ceda.rs/3Lb7NvK

Residency training at Cedars-Sinai Health Sciences University integrates education, research and patient care. Residents learn alongside faculty who are leaders in their fields through daily clinical work, academic collaboration and mentorship. Learn more: https://ceda.rs/44CmRZQ.

New findings add important long-term perspective to how aortic valve disease is treated today. The study followed patients for seven years, offering clinicians and patients deeper insight into recovery, valve performance and life after treatment. Learn more: https://ceda.rs/4qhjjVG

This academic leadership role offers the opportunity to guide curriculum development, faculty mentorship, and student outcomes within an on-site CLS program grounded in clinical training. Learn more about the role and explore your next steps: https://ceda.rs/3YLYRjl

Cedars-Sinai investigators share new findings across neuroscience, cancer research and cardiac imaging. These studies highlight progress in artificial intelligence, liver cancer prevention and survival and evolving approaches to cardiac evaluation. Learn more: https://ceda.rs/49G2ugV

Cedars-Sinai researchers report findings on TY1, an experimental molecule engineered to enhance DNA repair linked to disease. The study outlines how RNA-based signaling influences tissue repair in conditions such as heart attack, inflammatory disease & autoimmune disorders. https://ceda.rs/4pNrys1

Cedars-Sinai has been named a Rare Disease Center of Excellence by @nordrare.bsky.social The designation recognizes expertise in rare disease research, diagnosis and specialized care and connects Cedars-Sinai with a national network of 46 institutions. Learn more: https://ceda.rs/4rZCtAw

Why do some rheumatoid arthritis treatments lose effectiveness over time? Cedars-Sinai investigators studied immune cells in joint tissue and identified changes that may influence how certain antirheumatic drugs perform. Learn more: https://ceda.rs/4iWm3Vz

Cedars-Sinai Health Sciences University offers immersive pathways into healthcare careers for students from middle school through graduate and early-career stages, with hands-on research, internships and volunteer programs. Learn more: https://ceda.rs/4aeniwV

Understanding how aging affects metabolism starts at the cellular level. This Cedars-Sinai preclinical study offers new perspective on vascular aging and its broader implications for metabolic research. Learn more about the findings: https://ceda.rs/4rUJQJs

Cedars-Sinai investigators co-led a study published in Nature describing the development of the largest artificial intelligence-based model to analyze echocardiogram images and reports. Learn more: https://ceda.rs/48Qlxn4

Cedars-Sinai Health Sciences University brings together academic programs, research initiatives and hands-on training that advance discovery, collaboration and innovation in healthcare and biomedical science. Follow for updates and learn more about the university by visiting https://ceda.rs/3Kr8H6Y