Comprehensive study reveals breakfast timing impacts type 2 diabetes risk; late meals elevate risk, emphasizing chrononutrition’s role in disease prevention.
Latest in Diabetes
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DiabetesDrugsObesitySciTech NewsVanderbilt UniversityWeight Loss
Innovative Treatment for Obesity: Tirzepatide Demonstrates Remarkable 21.1% Weight Reduction
by Amir Husseinby Amir HusseinThe SURMOUNT-3 Phase 3 trial reveals tirzepatide’s efficacy in inducing a substantial 21.1% additional weight loss in obese or overweight …
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DiabetesDrugsLifespanMassachusetts General HospitalSciTech News
Deciphering the Secrets of Longevity: The Role of a Diabetes Medication in Extending Life
Researchers discover that the diabetes drug metformin can extend lifespan in C. elegans by stimulating ether lipid production, a key …
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Biomedical EngineeringBloodDiabetesInsulinPregnancySciTech News
Innovative Technology Provides Enhanced Blood Sugar Management for Pregnant Women with Type 1 Diabetes
Innovative Technology Provides Enhanced Blood Sugar Management for Pregnant Women with Type 1 DiabetesScientists have discovered that ‘hybrid closed-loop technology’ …
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DiabetesHealingNational University Of SingaporeSciTech News
Novel Magnetic Hydrogel Accelerates Healing of Diabetic Wounds by Threefold
Researchers at the National University of Singapore have engineered a magnetic hydrogel that speeds up the healing of diabetic wounds …
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Artificial IntelligenceDiabetesModelingScienceSciTech NewsTechnology
A Brief Vocal Sample: Novel Technique for Diabetes Detection Unveiled by Scientists
This article explores a groundbreaking study by Klick Labs, which utilizes AI to analyze short voice recordings for detecting Type …
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AgingDiabetesMetabolismSciTech NewsStanford University
Stanford Scientists Uncover New Indicators of Health, Disease, and Aging
In-depth study reveals how the human lipidome impacts health, disease, and aging, offering potential for medical advancements.
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DiabetesMITSciTech News
MIT’s Self-Oxygenating Implant To Revolutionize Diabetes Treatment
by Manuel Costaby Manuel CostaInnovative MIT implant offers hope for Type 1 diabetes: Self-oxygenating device promises insulin without injections.
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BiologyDiabetesFatGeneticsMetabolismObesitySciTech NewsUniversity Of Virginia
Revisiting Traditional Assumptions: Abdominal Fat Does Not Invariably Elevate Diabetes Risk
This article delves into groundbreaking research from the University of Virginia that challenges the prevailing notion linking abdominal fat to …
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DiabetesFructoseObesitySciTech NewsUniversity Of Colorado
The Time-Honored Biological Function Underpinning the Contemporary Obesity Epidemic
Scientists link fructose to obesity, identifying its role as a biological survival mechanism that increases food intake and metabolic disorders. …