6 Needle-Free Devices That Monitor Blood Sugar Without a Single Prick
New wearable and non-invasive glucose monitors are transforming diabetes care โ here's what's available and how they work.
20 articles
New wearable and non-invasive glucose monitors are transforming diabetes care โ here's what's available and how they work.
Study shows intensive glucose management increases cardiac stem cells in heart attack patients, potentially improving recovery.
Breakthrough crystal technology enables transplanted insulin-producing cells to survive and function for a full year without traditional immunosuppression.
A UC Berkeley spinout is developing a one-time gene therapy using transposons to sustain GLP-1 activity โ potentially replacing daily weight loss drugs.
Breakthrough review reveals how modern diabetes treatments protect multiple organs and may extend healthy lifespan through novel mechanisms.
Revolutionary nanoneedle technology creates molecular replicas of living brain tissue, enabling repeated monitoring of glioma progression and treatment response.
Amgen expands late-stage testing of its long-acting obesity drug MariTide, including a trial for patients switching from rival GLP-1 medications.
A comprehensive review evaluates five energy harvesting technologies that convert body heat, motion, and glucose into power for implantable devices.
New research reveals how high blood sugar directly impairs muscle stem cells, leading to weaker muscles and poor injury recovery.
ProcyanidinC1, a natural senolytic, selectively eliminates senescent cells in diabetic skin, dramatically improving wound healing in mouse models.
New MRI technique measures heart oxygen efficiency in 3 minutes, potentially revolutionizing early heart disease detection.
Revolutionary gel combines healing molecules with hydrogel to accelerate diabetic wound healing from months to days.
Scientists discover NKX6.1 gene expression can predict which pancreatic islet transplants will succeed in treating type 1 diabetes.
New wearable device combines AI imaging with personalized medicine delivery to accelerate wound healing by 25% in preclinical tests.
New hydrogel combining copper ions with plant compound dramatically improves diabetic wound healing in mice studies.
New research reveals pancreatic beta cells actively contribute to autoimmune attack in type 1 diabetes through faulty stress responses.
Scientists discover how tumors use glucose to survive lysosome-blocking drugs, revealing promising combination therapies.
Autologous stem cell injections tested in patients with severe leg circulation problems who had no surgical options.
Comprehensive review of emerging single-cell technologies that simultaneously analyze DNA, RNA, and proteins from individual cells, revolutionizing cancer diagnosis and treatment.
Novel iodide-enhanced hydrogel penetrates gum pockets to eliminate harmful bacteria while protecting regenerative stem cells.