The feasibility and safety of the use of automated oxygen in babies admitted to the neonatal intensive care unit

ISRCTN ISRCTN47204932
DOI https://doi.org/10.1186/ISRCTN47204932
Secondary identifying numbers NL51887.000.16
Submission date
18/10/2021
Registration date
28/10/2021
Last edited
09/12/2022
Recruitment status
No longer recruiting
Overall study status
Completed
Condition category
Respiratory
Prospectively registered
Protocol
Statistical analysis plan
Results
Individual participant data

Plain English summary of protocol

Background and study aims
As both excess and shortage of oxygen can be harmful to a baby born prematurely (before the usual end of pregnancy) we investigate whether it is possible to use automated oxygen control and if this is better than manual control of oxygen by a nurse or other healthcare provider.

Who can participate?
Preterm babies admitted to one of the participating Neonatal Intensive Care Units (NICU), requiring respiratory support and extra oxygen can participate.

What does the study involve?
The study involves a control period of 8 hours on manual control of oxygen, followed by a study period where automated oxygen control is turned on but still supervised by the nurse that takes care of the baby. After this period another control period of 8 hours on manual control follows. During the study period, the baby's oxygen levels are continuously monitored.

What are the possible benefits and risks of participating?
Due to the short study period and the continuous monitoring why expect no benefits or harm for the baby.

Where is the study run from?
Erasmus MC/Sophia's Children's Hospital (The Netherlands)

When is the study starting and how long is it expected to run for?
August 2016 to January 2020

Who is funding the study?
Investigator initiated and funded

Who is the main contact?
K.P. Dijkman, k.dijkman@mmc.nl

Contact information

Mr Koen Dijkman
Scientific

De Run 4600
Veldhoven
5504DB
Netherlands

ORCiD logoORCID ID 0000-0003-0765-929X
Phone +31 40 8889350
Email k.dijkman@mmc.nl

Study information

Study designMulticenter inteventional crossover feasibility study
Primary study designInterventional
Secondary study designNon randomised study
Study setting(s)Hospital
Study typeTreatment
Participant information sheet 40560 PIS.pdf
Scientific titleSafety and feasibility of Predictive Intelligent Control of Oxygenation (PRICO) on the Neonatal Intensive Care Unit (NICU)
Study objectivesFully automated FiO2 control conducted by this algorithm will keep SpO2 within a predefined target range more time and with less deviation than during routine standard clinical care.
Ethics approval(s)Approved 02/08/2016, CCMO: Central Committee on Research Involving Human Subjects (Mailbox 16302, 2500BH The Hague, The Netherlands; +31 70 340 67 00; ccmo@ccmo.nl), ref: NL51887.000.16
Health condition(s) or problem(s) studiedPreterm newborns with oxygen requirement
InterventionNewborns on respiratory support requiring oxygen wil be subjected to an 8 hour study period of automated control of oxygen with the PRICO algorithm that is used to control O2 on the Fabian HFO ventilator (Acutronic Meical GmbH, Hirzel, Switzerland). The 8 hour study period is flanked by two 8 hour periods of routine manual control of oxygen which is the current stand of care.
Intervention typeDevice
Pharmaceutical study type(s)
PhaseNot Applicable
Drug / device / biological / vaccine name(s)Respiratory support
Primary outcome measureTime spent within the SpO2 target range measured using a pulse oximeter and logged at 1/s interval both during the study and during the control periods
Secondary outcome measuresTime spent below target range, time spent above target range, average FiO2 and SpO2 measured using a pulse oximeter and logged at 1/s interval both during the study and during the control periods
Overall study start date02/08/2016
Completion date01/01/2020

Eligibility

Participant type(s)Patient
Age groupNeonate
SexBoth
Target number of participants25
Total final enrolment32
Key inclusion criteriaNewborns receiving respiratory support and a FiO2 moor than 21% while having an FiO2 of 95% or less and no plans to chnage ventilation mode during the next 24 hours
Key exclusion criteria1. Major congenital of chromosomal defects
2. Plans to transfer the patient out within 24 hours
3. Plans to change ventilation mode within 24 hours
Date of first enrolment27/09/2016
Date of final enrolment27/12/2019

Locations

Countries of recruitment

  • Netherlands

Study participating centres

Erasmus MC/Sophia's Childrens Hospital
Wytemaweg 80
Rotterdam
3015CN
Netherlands
Maxima Medical Center
De Run 4600
Veldhoven
5504DB
Netherlands

Sponsor information

Erasmus MC - Sophia Children’s Hospital
Hospital/treatment centre

Wytemaweg 80
Rotterdam
3015CN
Netherlands

Phone +31 10 703 6077
Email i.reiss@erasmusmc.nl
Website http://www.erasmusmc.nl/sophia/
ROR logo "ROR" https://ror.org/047afsm11

Funders

Funder type

Other

Investigator initiated and funded

No information available

Results and Publications

Intention to publish date01/01/2022
Individual participant data (IPD) Intention to shareNo
IPD sharing plan summaryData sharing statement to be made available at a later date
Publication and dissemination planPlanned publication in a peer-reviewed Journal
IPD sharing planThe current data sharing plans for this study are unknown and will be available at a later date

Study outputs

Output type Details Date created Date added Peer reviewed? Patient-facing?
Participant information sheet 28/10/2021 No Yes
Protocol file 01/10/2015 28/10/2021 No No
Results article Primary data 08/12/2022 09/12/2022 Yes No

Additional files

40560 Protocol 01Oct2015.pdf
40560 PIS.pdf

Editorial Notes

09/12/2022: Publication reference was added and the final was changed from 33 to 32.
28/10/2021: Trial's existence confirmed by Central Committee on Research Involving Human Subjects.