Reverse the Overflow: Reverse Type 2 Diabetes

This lecture introduces the Homeostasis Plate, a practical and evidence-based framework for building balanced meals that support stable blood glucose and long-term metabolic health. Learners will explore the ideal proportions of vegetables, protein, and smart carbohydrates, and understand how meal composition influences glucose regulation, satiety, and overall metabolic function. The lecture also introduces the concept of eating order, which will be explored in greater detail in the following lesson.

This lecture explores the scientific evidence behind eating order and its impact on post-meal blood glucose. Learners will understand how consuming vegetables first, followed by protein and carbohydrates, can improve glucose regulation, reduce insulin demand, and support long-term metabolic health without changing the foods they eat. The lecture also provides practical strategies for applying this simple, evidence-based approach to everyday meals.

This lecture demonstrates how the Homeostasis Plate can be adapted to a wide range of cultural cuisines without compromising traditional foods or flavours. Through practical examples from South Asian, Mediterranean, Western, East Asian, Latin American, and Middle Eastern diets, learners will discover how simple changes in meal structure, portion balance, and eating order can support better glucose control while respecting cultural preferences and promoting long-term dietary adherence.

This lecture introduces the G-BOMBS framework, highlighting six nutrient-dense food groups that support metabolic health through their effects on insulin sensitivity, inflammation, and overall glucose regulation. Learners will explore the scientific rationale behind incorporating greens, beans, onions, mushrooms, berries, and seeds into their daily diet, along with practical strategies for integrating these foods into regular meals to promote long-term metabolic recovery.

This lecture introduces the insulin index and explains how it differs from the glycaemic index in evaluating the body's response to food. Learners will explore how certain foods can stimulate insulin release even without causing large increases in blood glucose, and why reducing overall insulin demand is an important component of improving insulin sensitivity. The lecture also provides practical guidance on selecting whole, minimally processed foods that support better metabolic health and long-term glucose regulation.

This lecture examines the five major dietary factors that contribute to chronic inflammation, insulin resistance, and metabolic dysfunction. Learners will understand how refined sugars, refined grains, industrial seed oils, ultra-processed foods, and excess alcohol can adversely affect glucose regulation and overall metabolic health. The lecture emphasises a practical, sustainable approach to reducing these dietary exposures through gradual, evidence-based changes that support long-term health and recovery.

This lecture introduces the fundamental principles of meal timing and their role in metabolic health. Learners will explore how circadian rhythms influence insulin sensitivity, why meal timing affects glucose regulation, and the benefits of structured meal patterns, an appropriate eating window, and reducing unnecessary snacking. The lecture also highlights the importance of light physical activity after meals and provides practical strategies for using meal timing to support improved metabolic function.

This lecture explains how to use blood glucose monitoring as a practical tool for understanding and improving metabolic health. Learners will explore the significance of fasting and post-meal glucose measurements, develop a structured approach to glucose tracking, and learn how to interpret trends rather than isolated readings. The lecture also introduces the value of continuous glucose monitoring (CGM) and emphasises using glucose data to guide informed lifestyle decisions with curiosity rather than judgement.

Congratulations on completing Section 2. You have established a strong nutritional foundation for improving metabolic health through evidence-based dietary strategies. This section covered the Homeostasis Plate, eating order, cultural meal adaptations, G-BOMBS, the insulin index, the Inflammatory Five, meal timing, and effective glucose tracking. In the next section, you will build on these principles by exploring the science of meal timing and fasting, and how these strategies can further enhance insulin sensitivity and metabolic recovery.