Scientists Just Turned Stomach Cells Into Insulin Producers to Treat Diabetes Scientists have discovered that human stomach cells can be genetically reprogrammed to act like pancreatic beta cells and produce insulin. This approach could one day help people with Type 1 diabetes...

Scientists Just Turned Stomach Cells Into Insulin Producers to Treat Diabetes #Science #HealthandMedicine #GeneticsandGenomics #DiabetesResearch #InsulinProduction #GeneticEngineering

Type 1 Diabetic Produces His Own Insulin After Gene-Edited Cell Transplant A patient with type 1 diabetes has become the first in the world to produce his own insulin via transplanted cells edited with CRISPR. The edits halted his own immune system from attacking the cells, leading to production of insulin in the pancreas as if he never had the disease in the first place. Unlike […] The post Type 1 Diabetic Produces His Own Insulin After Gene-Edited Cell Transplant appeared first on Good News Network.

Type 1 Diabetic Produces His Own Insulin After Gene-Edited Cell Transplant: A patient with type 1 diabetes has become the first in the world to produce his own insulin via transplanted cells edited with… @goodnewsnetwork.org #Type1Diabetes #InsulinProduction #GeneEditing #CRISPR #MedicalBreakthrough

Despite what you learned at school, insulin isn’t just made in the pancreas
#Health #BrainInsulin #Endocrinology #Type1Diabetes #Type2Diabetes #Neuroscience #InsulinProduction #BrainHealth #Alzheimers #InsulinResistance #Neurology #Endocrinology #Hormones
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Colonic inflammation explains missing link between obesity and beta-cell proliferation – BioNews Central Colonic inflammation caused by obesity activates the hepatic ERK pathway, which increases β-cell proliferation and insulin production, revealing a new role of the gastrointestinal tract in controlling glucose homeostasis. ...

#ColonicInflammation caused by #obesity activates the hepatic ERK pathway, which increases #BetaCellProliferation and #InsulinProduction, revealing a new role of the #GastrointestinalTract in controlling #GlucoseHomeostasis.
#InsulinResistance #Diabetes
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* A 25-year-old woman with Type 1 diabetes in China has successfully undergone a stem-cell therapy that enabled her to produce her own insulin. * The therapy involved converting her fat cells into pluripotent stem cells, which were used to generate insulin-producing islet cells. * The cells were transplanted into her abdomen and allowed her to remain insulin-free for over a year. * The trial has shown promising results, with significant improvements in glycated haemoglobin (HbA1c) levels. * This is the first known case of a patient with T1D maintaining insulin production through stem-cell therapy over an extended period. * Researchers hope that further trials will make stem-cell therapy a viable option for millions suffering from T1D globally. * #StemCellTherapy * #Type1Diabetes * #DiabetesTreatment * #MedicalBreakthrough * #InsulinProduction * #RegenerativeMedicine * #CellTherapy * #T1DResearch * #DiabetesResearch * #MedicalInnovation https://www.emjreviews.com/diabetes/news/stem-cell-therapy-success-in-china-marks-milestone-in-type-1-diabetes-treatment/

* #StemCellTherapy
* #Type1Diabetes
* #DiabetesTreatment
* #MedicalBreakthrough
* #InsulinProduction
* #RegenerativeMedicine
* #CellTherapy
* #T1DResearch
* #DiabetesResearch
* #MedicalInnovation

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