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Gene-edited pancreatic cells transplanted into a patient with type 1 diabetes

Crispr gene-editing technology has demonstrated its revolutionary potential in recent years: It has been used to treat rare diseases, to adapt crops to withstand the extremes of climate change, or even to change the color of a spider’s web. But the greatest hope is that this technology will help find a cure for a global disease, such as diabetes. A new study points in that direction. For the first time, researchers succeeded in implanting Crispr-edited pancreatic cells in a man with type 1 diab

CRISPR offers new hope for treating diabetes

Crispr gene-editing technology has demonstrated its revolutionary potential in recent years: It has been used to treat rare diseases, to adapt crops to withstand the extremes of climate change, or even to change the color of a spider’s web. But the greatest hope is that this technology will help find a cure for a global disease, such as diabetes. A new study points in that direction. For the first time, researchers succeeded in implanting Crispr-edited pancreatic cells in a man with type 1 diab

CRISPR Offers New Hope for Treating Diabetes

Crispr gene-editing technology has demonstrated its revolutionary potential in recent years: It has been used to treat rare diseases, to adapt crops to withstand the extremes of climate change, or even to change the color of a spider’s web. But the greatest hope is that this technology will help find a cure for a global disease, such as diabetes. A new study points in that direction. For the first time, researchers succeeded in implanting Crispr-edited pancreatic cells in a man with type 1 diab

Crispr Offers New Hope for Treating Diabetes

Crispr gene-editing technology has demonstrated its revolutionary potential in recent years: It has been used to treat rare diseases, to adapt crops to withstand the extremes of climate change, or even to change the color of a spider’s web. But the greatest hope is that this technology will help find a cure for a global disease, such as diabetes. A new study points in that direction. For the first time, researchers succeeded in implanting Crispr-edited pancreatic cells in a man with type 1 diab

Diabetic Man With Gene-Edited Cells Produces His Own Insulin—No Transplant Drugs Required

A new case study offers a tantalizing glimpse into the potential future of transplantation medicine. A man with type 1 diabetes is now able to make his own insulin thanks to a transplant of gene-edited pancreatic cells—a transplant that hasn’t required the typical drugs used to avoid rejection. Scientists in Sweden and the U.S. conducted the research, published this week in the New England Journal of Medicine. The 42-year-old man with long-standing diabetes was given donated islet cells that we

Diabetic Woman No Longer Needs Insulin After Single Dose of Experimental Stem Cells

Image by Getty / Futurism Treatments A Canadian woman with type 1 diabetes spent nearly a decade dependent on her glucose monitor and insulin shots — but after a single dose of manufactured stem cells implanted into her liver, she's now free. In an interview with CTV, 36-year-old Amanda Smith of London, Ontario described how it felt to be part of such a groundbreaking experiment that has allowed her body to once again produce its own insulin. "I remember, like, being scared and excited," Smit