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Posted On: February 13th 2026, 06:41 pm
Check out our latest episode where we break down new work on islet biology and what it means for the future of Type 1 Diabetes research.
Inside the pancreas, β, α, and δ cells are constantly communicating to regulate glucose. When that cellular network is disrupted, glycemic control — and disease progression — can follow. Understanding these signals could help us move from basic biology to real-time biomarkers and new therapies.
Listen to the full episode and explore the science behind islet cell “conversations” at the link in our bio.
#T1D #Type1Diabetes #IsletBiology #DiabetesResearch #SugarScienceNetwork
Inside the pancreas, β, α, and δ cells are constantly communicating to regulate glucose. When that cellular network is disrupted, glycemic control — and disease progression — can follow. Understanding these signals could help us move from basic biology to real-time biomarkers and new therapies.
Listen to the full episode and explore the science behind islet cell “conversations” at the link in our bio.
#T1D #Type1Diabetes #IsletBiology #DiabetesResearch #SugarScienceNetwork
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