Maybe the most noteworthy was her presentation that lethal cancer cells could be presented into mouse embryos that would go on to establish into regular mice, which revealed that cancer cells might be reined in by signals from surrounding tissue. “That exact same innovation is still used to produce designs of all kinds of disease, not just cancer,” Jonathan Chernoff, the director of the Fox Chase Cancer Center, tells The Washington Post.Her experiments with “multi-mice”– mice resulting from the fusion of two embryos– likewise broke new ground in biological research study, assisting scientists to understand embryonic development. She was chosen a member of the National Academy of Sciences and won the National Medal of Honor for Basic Research from the American Cancer Society, a Lifetime Achievement Award from the American Association for Cancer Research, and a John Scott Award from the City of Philadelphia.Mintz, the youngest of 4 children, was born on January 24, 1921, in the Bronx.
Possibly the most notable was her presentation that fatal cancer cells might be introduced into mouse embryos that would go on to develop into normal mice, which revealed that cancer cells might be reined in by signals from surrounding tissue. “That exact same technology is still utilized to create designs of all kinds of disease, not simply cancer,” Jonathan Chernoff, the director of the Fox Chase Cancer Center, tells The Washington Post.Her experiments with “multi-mice”– mice resulting from the blend of two embryos– also broke brand-new ground in biological research, assisting researchers to comprehend embryonic development. She was chosen a member of the National Academy of Sciences and won the National Medal of Honor for Basic Research from the American Cancer Society, a Lifetime Achievement Award from the American Association for Cancer Research, and a John Scott Award from the City of Philadelphia.Mintz, the youngest of four kids, was born on January 24, 1921, in the Bronx.
