
Simple, Easy-to-Do Exercises for Type 2 Diabetes is a practical, beginner-friendly guide designed to help individuals living with type 2 diabetes improve their blood sugar control through accessible physical activity. Developed by a Clinical Exercise Physiologist and IDF Fellow, the eBook provides step-by-step movement strategies, such as brisk walking, chair exercises, and light resistance training, that are grounded in current clinical evidence and tailored for real-world use.
This resource is particularly beneficial for those who are overweight, obese, have limited mobility, or are new to exercise. It bridges science-backed recommendations with daily life, empowering individuals to take control of their health through movement, no gym required. This eBook also serves as a health communication tool for educators, clinicians, and public health practitioners.

This free, evidence-based guide was developed to support individuals and communities facing both obesity and financial hardship.
It provides practical, low-cost strategies for healthier living, including:
- Budget-friendly meal plans (global and African options)
- Affordable, nutritious food swaps
- Free or low-cost ways to be physically active
-Stress and sleep management tips
-Simple habit tracking tools
The guide emphasizes progress over perfection and highlights that health does not belong only to the rich.

This narrative review compares low-calorie diet (LCD) and time-restricted eating (TRE) as dietary strategies for type 2 diabetes remission. It synthesizes evidence from clinical trials and emerging studies on physiological mechanisms, clinical outcomes, and real-world implementation, particularly in circadian-disrupted and underserved populations.
The manuscript discusses intra-organ fat reduction, insulin sensitivity, circadian alignment, and adherence barriers, concluding that both LCD and TRE offer promise for personalized, equitable diabetes care.

Night shift workers experience chronic circadian disruption, contributing to disproportionately high rates of obesity, insulin resistance, and type 2 diabetes. Traditional dietary interventions often fail to account for the unique circadian challenges experienced by this group.
Circadian-aligned time-restricted eating (TRE) has emerged as a metabolic strategy that may improve glycemic control by restoring alignment between feeding-fasting cycles and endogenous biological rhythms. This review synthesizes current evidence on TRE as a targeted intervention for night shift workers with, or at high risk of, type 2 diabetes.