Patient centric diabetes care

9.30am – 11am BST, 10 June 2026 ‐ 1 hour 30 mins

Parallel session

Chair, Funmi Akinlade

POCT and HbA1c, Emma English

This session will explore the latest data on a wide range of POCT devices for HbA1c, looking at analytical performance in laboratory evaluations and through EQA data. The session will also address key questions in the use of POCT, such as the role of POCT HbA1c in monitoring diabetes and explore its role in the diagnosis of diabetes. The session will address analytical issues with POCT HbA1c IVDs such as the impact of Hb Variants.
Learning outcomes: 

  1. Describe the key performance criteria used to assess POCT HbA1c IVDs.
  2. Identify good and poor performing POCT HbA1c devices and understand their potential roles in diabetes management.


Beyond HbA1c: Use of continuous glucose monitoring in diabetes care, Parizad Avari

This session reviews the role of continuous glucose monitoring (CGM) in modern diabetes care. The focus is to explain how CGM works, key metrics (including time in range, time below range and time above range), and how these support decisions beyond HbA1c. Evidence from trials and real world studies demonstrate improvement in glycaemic outcomes, reduction in hypoglycaemia, and improved quality of life in people with type 1 diabetes and insulin treated type 2 diabetes.
Learning outcomes: 

  1. Understand how continuous glucose monitoring works, including sensor accuracy and data reliability.
  2. Recognise key CGM metrics, including time in range, hypoglycaemia, hyperglycaemia, glucose variability, and trend arrows.
  3. Understand the benefits and limitations of CGM compared with HbA1c in assessing glycaemic control.


Continuous ketone monitoring in the management of diabetes, Ketan Dhatariya

The use of technology has improved the care of people with insulin treated diabetes. The advent of continuous glucose monitoring, insulin pumps and hybrid closed loops has revolutionised care. However, despite these technologies people with diabetes can still experience episodes diabetic ketoacidosis (DKA), a potentially life threatening condition. The emergence of the new technology of continuous ketone monitoring promises to be a step forward in the management of diabetes, with the devices allowing people to see in advance when ketone levels are rising, allowing them to take action to prevent the progression to DKA. This talk will go through the physiology and pathophysiology of ketones - why they hold an evolutionary advantage in some, and why they can be life threatening in others.
Learning outcomes

  1. To learn about the physiology and pathophysiology of ketones, and the use of the novel technology of continuous ketone monitoring.