Higher levels of HIF2α found to slow down aggressive childhood cancer

OPACC
36 minutes ago
1 min read

When the researchers increased the amount of HIF2α in neuroblastoma cells with many copies of the MYCN gene, they observed a significant reduction in MYCN protein levels.

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Higher levels of HIF2α found to slow down aggressive childhood cancer

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Higher levels of HIF2α found to slow down aggressive childhood cancer

Comments

Higher levels of HIF2α found to slow down aggressive childhood cancer

University of Minnesota study uncovers new genetic factors in childhood leukemia

Survivors of high-risk neuroblastoma face substantial late effects of modern therapies

Researchers develop a new approach for treating children with neuroblastoma

Pesticides used near farm communities tied to rare but deadly childhood cancer

Fruit fly study reveals genetic targets for rare childhood brain cancer treatment

Children’s Hospital Los Angeles Researchers Discover Possible Cell of Origin for Ewing Sarcoma

New Research Reveals Genetic Link to Most Common Pediatric Bone Cancer

AMXT 1501 and DFMO Combination Achieve FDA Orphan Drug Designation

We can’t neglect the mental toll of a childhood cancer diagnosis

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