International Diabetes Federation Recognizes Type 5 Diabetes Linked to Chronic Malnutrition Affecting 25 Million Worldwide

A New Form of Diabetes Tied to Long-Term Malnutrition Gains Official Recognition

According to НВ — Техно: The International Diabetes Federation (IDF) has formally acknowledged the existence of a fifth type of diabetes, caused by prolonged malnutrition. This condition currently affects approximately 25 million people, predominantly in impoverished areas of Asia, Africa, Latin America, and the Caribbean. Type 5 diabetes exhibits a distinct metabolic profile, setting it apart from the well-known types 1 and 2 diabetes.

Characteristics of Type 5 Diabetes

Type 5 diabetes develops from sustained nutritional deficiency beginning as early as infancy. Although first described in Jamaica in 1955, the World Health Organization (WHO) removed it from classification in 1999 due to insufficient evidence. With the recent IDF recognition, there is a renewed call for WHO and other global health bodies to update diagnostic criteria and treatment guidelines accordingly.

Key features of this diabetes type include:

• Lower-than-normal insulin levels in patients.
• No insulin resistance present.

These factors imply that administering high doses of insulin could provoke severe hypoglycemia and pose a life-threatening risk. The unique metabolic characteristics of this diabetes have been studied extensively by endocrinologist Meredith Hawkins from the Global Diabetes Institute at Albert Einstein College of Medicine.

A dedicated task force led by Hawkins has been established to develop diagnostic standards, create a global patient registry, and train healthcare providers. As Hawkins emphasized:

"Recognizing Type 5 diabetes paves the way for funding, new research, and the development of safe treatment protocols."

This acknowledgment is crucial for improving healthcare in regions where Type 5 diabetes is widespread.

The formal recognition of this new diabetes category could significantly influence worldwide strategies to combat the disease, especially in low-income countries. It opens doors for innovative treatment approaches and the mobilization of international resources to enhance the health of affected populations. Furthermore, ongoing research promises to deepen understanding of the causes and impacts of this form of diabetes, aiding in preventing future cases.

Given the global rise in diabetes prevalence, identifying and addressing specific variants like Type 5 diabetes is vital for tailoring effective interventions and reducing the disease burden in vulnerable communities.