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Artificial Pancreas to Change Life of Diabetic Children

Artificial Pancreas to Change Life of Diabetic Children

Saturday, 22 January, 2022 - 06:00
A patient receives a test for diabetes during the Care Harbor LA free medical clinic in Los Angeles, on September 11, 2014. Mario Anzuoni/Reuters

An artificial pancreas developed by a team of Cambridge researchers is helping protect very young children with type 1 diabetes at a particularly vulnerable time of their lives.


A study published on Jan. 20 in the New England Journal of Medicine, found that it is both safe to use and more effective at managing their blood sugar levels than current technology.


Management of type 1 diabetes is challenging in very young children, because of a number of factors including the high variability in levels of insulin required and in how individual children respond to treatment, and their unpredictable eating and activity patterns. Children are particularly at risk of dangerously low blood sugar levels (hypoglycaemia) and high blood sugar levels (hyperglycaemia).


To manage children's glucose levels, doctors increasingly turn to devices that continuously monitor glucose levels and deliver insulin via a pump, which administers insulin through a cannula inserted into the skin. These devices have proved successful to an extent in older children, but not in very young children.


Current technology -- sensor-augmented pump therapy -- requires parents to review their child's glucose levels using a monitor and then manually adjust the amount of insulin administered by the pump.


Professor Roman Hovorka from the Wellcome-MRC Institute of Metabolic Science at the University of Cambridge has developed an app -- CamAPS FX -- which, combined with a glucose monitor and insulin pump, acts as an artificial pancreas, automatically adjusting the amount of insulin it delivers based on predicted or real-time glucose levels. It is a 'hybrid closed loop system', meaning that the child's caregiver will have to administer insulin at mealtimes, but at all other times the algorithm works by itself. There are no commercially available versions of fully closed loop systems yet.


Working across seven centers in the UK and Europe, Professor Hovorka and an international team of researchers recruited 74 children with type 1 diabetes, aged one to seven years, to take part in their trial.


The trial compared the safety and efficacy of hybrid closed-loop therapy with sensor-augmented pump therapy. All children used the CamAPS FX hybrid closed-loop system for 16 weeks, and then used the control treatment (sensor-augmented pump therapy) for 16 weeks.


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