CASE STUDY

Next generation high-risk newborn resuscitation device

EARLY LIFE

THEME

UNMET NEED

A recent global survey of leading paediatric and neonatal resuscitation experts highlighted the need to develop technologies for the delivery room in order to improve healthcare delivery outcomes and neonatal survival in intensive care settings.

PROJECT CONCEPT / SOLUTION

This project aimed to design and collect pilot data for an advanced neonatal resuscitation vital signs monitoring system. Following a successful MRC Confidence in Concept study that captured key clinical data from acutely sick newborns, this proof of concept project aimed to analyse these data to design a working prototype of an advanced neonatal resuscitation system.

SUPPORT PROVIDED

FUNDING

Our team provided pump priming funding for the proof of concept pilot study. Further funding was secured through funding applications submitted by the Early life theme lead, Professor Don Sharkey.

STAKEHOLDER COLLABORATIONS

Our team supported the establishment of industry and university partnerships with key stakeholders throughout this project.

PROJECT MANAGEMENT

Our team provided general oversight and support of the proof of concept work and ensured key deadlines and deliverables were achieved.

FUNDING

Funding was provided by the Medical Research Council and NIHR Children and Young People MedTech Co-operative (NIHR CYP MedTech, now known as the NIHR HealthTech Research Centre (HRC) in Paediatrics and Child Health).

STAGE OF DEVELOPMENT

BEFORE SUPPORT

BASIC IDEA

CONCEPT DEVELOPMENT

PROTOTYPE DEVELOPMENT

PROTOTYPE VALIDATION

CLINICAL TESTING

REGULATORY APPROVAL

MANUFACTURING

COMMERCIALLY / PUBLICLY AVAILABLE

CURRENT STAGE

BASIC IDEA

CONCEPT DEVELOPMENT

PROTOTYPE DEVELOPMENT

PROTOTYPE VALIDATION

CLINICAL TESTING

REGULATORY APPROVAL

MANUFACTURING

COMMERCIALLY / PUBLICLY AVAILABLE

POTENTIAL IMPACT

The pilot data produced by this proof of concept project was used for a successful £1.02 million NIHR Invention for Innovation (i4i) programme application with an industrial partner.

Our Early Life theme lead, Professor Don Sharkey, has also published a research paper in Early Human Development following the success of this project.

NEXT STEPS

The project team aim to continue developing this life-saving technology in partnership with industry collaborators.

PARTNERS