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UCLA researcher Michael Carey (middle) guides his team in the lab

Study identifies location of DNA that gives clues to hidden cancer mutations

Investigators study how a protein factor involved in making messenger RNA molecules also contributes to cancer cell migration

Patient-specific human induced pluripotent stem cell-derived retinal pigment epithelium cells

$5.1 million grant will fund research to develop a stem cell-based therapy for blinding eye conditions

Microscopic image of small cell neuroendocrine prostate cancer: cancer cells are seen expressing diagnostic prostate cancer markers in green and red (blue color indicates the cell nucleus).

UCLA researchers discover aggressive prostate and lung cancers are driven by common mechanisms

Andrew Goldstein, PhD

Cancer researcher honored for work developing new treatments for prostate cancer

Dr. Hilary Coller's Lab

Overlooked molecule may play a role in cancer cell spreading

Image shows the expression of an adult stem cell signature marker (dark brown) in less aggressive lung cancer cells (left) and highly aggressive lung cancer cells (right).

Researchers find adult stem cell characteristics in aggressive cancers from different tissues

Expression of pleiotrophin (green) in bone marrow blood vessels (red) and stromal cells (white) is shown in normal mice (left) and in mice at 24 hours following irradiation (right).

UCLA research reveals key difference in how stem cells act when stressed versus when at rest

Upon endothelial injury, a subpopulation of previously inactive cells (left) that expressed high levels of Atf3 are triggered to regenerate (green, right).

UCLA researchers discover how the body regenerates blood vessel lining

Dr. Lili Yang

UCLA scientist receives CIRM Discovery Grant to develop a cellular therapy for cancer using blood stem cells

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