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