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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.

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

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.

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

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Seminar: Eduardo Marban, M.D.,Ph.D., Cedars-Sinai

Seminar: Kyle Loh, Ph.D., Stanford

Goldstein receives grant to study role of molecule in prostate cancer

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18 May

RT @PhaseOneLA: In 2012, with the support of the PHASE ONE Foundation, Dr. Antoni Ribas and his team conducted a phase 1 clinical... https:…

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UCLAstemcell@UCLAstemcell

16 May

Researcher Samantha Butler shares her path to redefining our understanding of axon guidance https://t.co/YeUpVbWJcP via @the_Node

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