A "molecular car wash" may help dermatologists accurately and more quickly identify and remove tiny skin cancers caused by sun damage. The technique also pinpoints subtle molecular differences associated with the cancers that may one day guide treatment.
Researchers are using AI listening technologies to improve mental-health, diagnose autism and discover adverse drug reactions.
New Stanford Medicine research found that a compound called d-limonene has the potential to help head and neck cancer patients who suffer from dry mouth.
When Stanford's James Spudich was diagnosed with lung cancer, one of his first thoughts was of his colleague, lung development expert Mark Krasnow. Within hours a group of Stanford scientists had launched an astoundingly comprehensive study of healthy and diseased human lung tissue from one of their own.
Scientists at Stanford have created a new PET scan-compatible tracing agent that tracks immune cells poised to attack cancer, offering a new way to predict the success of certain therapies.
Cancer survivor Ali Zidel Meyers reflects on joining a cancer writing group and how it helped her and others through their experience.
Stanford researchers solve a long-standing mystery as to how mutations in a neighboring stretch of DNA can increase the expression of a cancer-associated gene called Myc. The finding highlights a potential new class of targets to block cancer cell growth.
Author Rebecca Skloot and Henrietta Lacks family members discuss the importance of telling the human stories behind medical science
Stanford Medicine doctors have partnered with colleagues in Nigeria to improve cancer care with the goal of reducing inequities.
Scientists have made an important step forward in treating a deadly childhood brain tumor, using T cells engineered to target a surface sugar found on the cancer cells.
Robert Negrin outlined the history of Stanford's bone marrow transplantation program and touched on research and other developments in the field over the past 30 years.
When associated with tumors, immune cells known as macrophages can be both good and bad: they can help cancer spread and curb its growth.
Stanford researchers develop a new way to track the growth of diverse tumor types, using gene editing and DNA barcoding.
Liver cells expressing high levels of telomerase – a protein normally associated with resistance to aging and implicated in cancers and stem cell maintenance – are necessary to regenerate the organ after normal cell turnover or in response to damage.
A new study found that oncologists have divergent views on how to use “value” to guide cancer treatment recommendations.
Breast cancer in men and women differ in levels of cancer-associated gene expression and the relative risk of recurrence after initially successful treatment. Some men have a higher risk than women, whereas others have a much lower risk.