Using new wearable technology to monitor Niemann-Pick disease

22 Mar 2016, 4:15 p.m.

Physiotherapy balls

A smartphone app, combined with wearable technology, will allow doctors to remotely monitor patients with conditions that limit their ability to voluntarily move their muscles. The app, known as 'aparito', uses a motion-tracking writsband to record the movements of patients with ataxia, and other related ambulatory conditions.

The data from the tracker is sent via a smartphone app, where it can be combined with other information such as medication adherence and events such as falls or seizures. Healthcare professionals can have constant access to this information via the web.

Great Ormond Street BRC-researcher Professor Paul Gissen, has been working closely with aparito, and Great Ormond Street Hospital is to be the first in the UK to use this new wearable technology in clinical practice. Patients could receive fewer tests and have shorter hospital visits by using the app, which will monitor routine activity in a continuous, non-invasive way.

Toddler doing well after receiving newest gene therapy available on NHS

A toddler with a life-limiting and life-threatening rare disease is the youngest to be treated with the newest gene therapy available on the NHS at GOSH.

Genes may help to predict which children will respond well to arthritis treatment

A team of researchers at Great Ormond Street Hospital (GOSH) and University College London (UCL) have identified a set of genes that could be used to help doctors predict which children will respond well to treatment for juvenile idiopathic arthritis.

Making it easier to invest in frontline care

GOSH and UCL have signed a landmark agreement to simplify the commercialisation of any joint research and innovation and ensure any financial proceeds are shared equally.

Patients and public help create multilingual resources for expectant parents

A group of clinicians and researchers at GOSH have developed information about a test offered in pregnancy called prenatal sequencing in the UK’s 12 most common languages.