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How AI Can Help Spot Early Risk Factors for Alzheimer’s Disease

UCSF scientists found a way to predict Alzheimer’s disease up to seven years before symptoms appear by analyzing patient records with machine learning. Conditions that most influenced prediction of Alzheimer’s were high cholesterol and, for women, osteoporosis.

An abstract illustration of a person whose brain is visible thorugh their head, signifying intelligence and thought.

Telehealth is as Safe as a Visit to the Clinic for Abortion Pills

Medication abortion can be delivered safely and effectively through telemedicine, according to new research that comes as the U.S. Supreme Court is about to hear a case that could severely restrict access to one of the two pills that are used to induce abortions.

An illustration of a hand holding a phone that shows two pills, demonstrating safe telemedicine practices such as digital prescriptions.

In Judo Move, Scientists Use Cancer’s Strength to Fight Against It

Cancer immunotherapy is hindered by the fact that engineered immune cells often get worn out and depleted before they've killed a tumor. A UCSF team has identified mutations that give cancerous lymphoma T-cells their superpower and transfer those genes into engineered, therapeutic immune cells.

A microscopy of fluorescent T cells in a skin cancer carcionma

Genetic Discovery Reveals Who Can Benefit from Preterm Birth Therapy

In a first, scientists at UCSF and Stanford identified genetic variants that predict whether a patient is likely to respond to treatment for preterm birth. Screening for mutations could allow doctors to target medications to those most likely to benefit. No medication is currently available in the U.S. to treat preterm birth.

A Black pregnant woman sits comfortably on her couch at home and affectionately looks down at her growing stomach.

New CRISPR Center Brings Hope for Rare and Deadly Genetic Diseases

The Danaher-IGI Beacon for CRISPR Cures center will use genome editing to address potentially hundreds of diseases, including rare genetic disorders that have no cure, to ensure treatments can be developed and brought to patients more quickly and efficiently.

An illustration portraying gene editing, where a pair of pincers remove a gene from a strand of DNA.