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Skeletal muscle cells isolated using the ERBB3 and NGFR surface markers (right) restore human dystrophin (green) after transplantation significantly greater than previous methods (left).

UCLA researchers create skeletal muscle from stem cells

Human heart cells grown from stem cells show less robust muscle fibers (green) in high glucose conditions (left) compared to reduced glucose conditions (right).

Research reveals how diabetes in pregnancy affects baby’s heart

Microscopic image of a mini brain organoid, showing layered neural tissue and different groups of neural stem cells (in blue, red and magenta) giving rise to neurons (green).

Better ‘mini brains’ could help scientists identify treatments for Zika-related brain damage

Increasing the concentration of a certain type of BMP increases the production of the same categories of sensory interneurons (red and green). Left: no BMP added; center: 1x BMP added; right: 10x BMP added.

Research redefines proteins’ role in the development of spinal sensory cells

Dr. Antoni Ribas

UCLA opens first engineered blood stem cell clinical trial for cancers with the NY-ESO-1 tumor marker

Untreated mouse skin showing no hair growth (left) compared to mouse skin treated with the drug UK5099 (right) showing hair growth

UCLA scientists identify a new way to activate stem cells to make hair grow

Illustration of mice adapting to their custom-designed space habitat on board the International Space Station.

Mice headed for space to test bone-building drug developed at UCLA

Ovarian cancer tumors with higher percentages of cIAP-expressing cells, shown in red at left, were more sensitive to a potential combination therapy than tumor cells without cIAP-expressing cells.

Combination therapy could provide new treatment option for ovarian cancer

Left: axons (green, pink, blue) form organized patterns in the normal developing mouse spinal cord. Right: removing netrin1 results in highly disorganized axon growth.

Study overturns seminal research about the developing nervous system

T cells (red) produced using artificial thymic organoids developed at UCLA.

Artificial thymus developed at UCLA can produce cancer-fighting T cells from blood stem cells

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