Type 1 diabetes

Anti-islet autoantibodies that target proteins associated with beta-cells serve as biomarkers of autoimmune type 1 diabetes (T1D) development.¹ The number of detectable autoantibodies through screening correlates with risk of developing autoimmune T1D.² Assays for detecting autoimmune T1D have shown high sensitivity and specificity.^3,4

The Type 1 Diabetes (T1D) field is evolving.

Recognition of the presymptomatic stages in T1D is growing.^1-4 

The clinical benefits of early detection of T1D are being highlighted.^3-4 Programmes focusing on early detection through testing and screening for presymptomatic autoimmune T1D are increasingly offered to risk populations and the general population.^1,2

Curious about the characteristics of pre-symptomatic- and stage 3 Type 1 Diabetes? Interested in learning about the potential benefits of screening for autoimmune Type 1 Diabetes?

This short film gives you an overview of recent developments in diagnosis of Type 1 Diabetes, showcasing how early detection efforts can benefit those who need it the most.

Systematic early detection of autoimmune Type 1 Diabetes might be a new way to avoid acute and chronic complications of the condition.^1-5 This new approach may play a role as a revolutionary shift, helping to shape the future of Type 1 Diabetes management.²

This infographic summarizes survey data^* about the impact that families across the Nordic countries have felt when being diagnosed with autoimmune Type 1 Diabetes (T1D).

Start to think differently about Type 1 Diabetes by considering the pre-symptomatic stages of the condition and how it affects people of all ages and their families.