Copyright
©The Author(s) 2017.
World J Clin Pediatr. Feb 8, 2017; 6(1): 69-80
Published online Feb 8, 2017. doi: 10.5409/wjcp.v6.i1.69
Published online Feb 8, 2017. doi: 10.5409/wjcp.v6.i1.69
Overarching goal | Enhance the likelihood of caregivers’ delivering effective, safe and high quality NR care |
Specific goal | Feasibility of introducing NRQAA program as a standard of care activity in a tertiary perinatal centre |
Method of implementation Assessment of readiness | Quality assurance activity. Not introduced as a research study or a teaching activity Although NRP certification of all caregivers, in-situ unadvertised mock code (2008), high fidelity simulation using SimnewB (2010) were occurring in the unit, training in team behaviors, crisis resource management and error prevention had not happened |
Training in team behaviors and exposure to VR | Interprofessional workshop in team behaviors, crisis resource management and error prevention (October 2011-January 2012), orientation of all new resuscitation team members and learners to team behaviors (January 2011 onwards), use of VD during mock resuscitations and training sessions (July 2011 onwards) were introduced. Pre resuscitation briefing of all anticipated high risk deliveries were introduced as a routine (September 2011). Team composition, configuration during resuscitation, member roles, anticipation of worst-case scenario and care planning were to be discussed by the neonatal fellow in briefing meetings. An expectation to complete the resuscitation and stabilization within 60 min of life was communicated to all members. T piece resuscitator for CPAP and PPV, Oxygen administration based on pulse oximetry reading and targeting saturation value appropriate for minute of life, and prophylactic CPAP for all < 33 wk s gestation infants were introduced as a part of larger QI initiative (January-July 2011) |
Training instructors in debriefing | Only two out of 6 instructors had formal training in simulation and debriefing. These two instructors in-turn trained other instructors |
Technology | Fixed IP video cameras with audio and video capturing capability and mounted on the roof/walls of the delivery rooms were used. They were wired to a web server placed in a room adjacent to NICU. VR was supposed to be turned on by the resuscitation team members (primarily by RTs) and stopped at the end of resuscitation. This video was automatically stored on the webserver and could be accessed or retrieved by instructors till its erasure |
Securing resources | Funding for installation of video camera, web server and storage were obtained from the hospital KT grant. All personnel in QI subcommittee contributed their non clinical time for the program |
Consent from family and staff | Obtained waiver of consent as the project was introduced as a Quality assurance standard of care practice and not as a research study. Consent was required for use of video for non quality assurance activity such as teaching providers and learners beyond the NICU team members and for research |
Information about NRQAA was to be provided for all care providers and parents | |
Medical record vs quality assurance record Data ownership, management and disclosure of error | Video was considered, as quality of care documents as videos would offer any health benefit to patient would not be used for care and treatment of individual patient and those other records of resuscitation apart from video would be preserved in medical records |
NRQAA committee was to oversee the NRQAA documents. No personal identifiers were collected. Any error was to be disclosed to the family as per the hospital policies | |
Video storage and security | Videos were directly stored on hospital web servers. They were accessible from a single computer located in a room adjacent to NICU. All VD was supposed to happen in the same room. The room was locked at all times and had swipe access. Access to VR was limited to instructors. All instructors had to sign a confidentiality and security statement after receiving training in accessing and reviewing videos. Any use of videos by instructors apart from quality assurance activity as well as sharing of access information and delegation was prohibited |
Following video review the videos were erased from the server manually | |
Medico legal concerns | NRQAA was not organized through QCIPA, as viewing of video by all team members or occasionally by parent would not have been possible. Thus an opportunity for collaborative learning and reflecting on one’s own performance would have been lost |
Care providers were to understand that a video was subpoenable and parents had to consult hospital legal counsel and NRQAA committee before the release of the video | |
Risk of spoliation or intentional destruction of evidence allegation. Video erasure policy | Video destruction policy was defined with a caveat that any patients for whom there has been a report to hospital heath care liability insurance provider, a request for records, or involvement of a coroner, a professional college or any notice of any legal proceeding whatsoever involving the patient, that those videos be maintained as until any proceeding is finalized. We opted to delete the videos when videos are reviewed and debriefed or within 14 d of recording, whichever come first. We also informed care givers and parents that the videos will not be made available for any other reasons apart from those described above |
Privacy of patient and staff | The video cameras were focused on the on the infant and not on caregivers. Caregivers’ hands were captured inadvertently during the process. All audio including caregivers’ conversation was captured during the VR. As per the Personal Heath Information protection Act, 2004 (PHIPA) NRQAA was to institute measures to ensure personal information is not inadvertently disclosed or accessed by inappropriate person through out the program course. |
All learners while attending the VD activity were to sign a confidentiality agreement form. All NICU care providers were to abide with existing hospital confidential policy, which clearly prohibited the use of personal names or discussion performance issues outside the quality forums | |
Privacy office recommendations | Management of access and transfer if any to be done by a person approved by NRQAA. The program lead is responsible for oversight of the process |
Retention time to not exceed 14 d | |
Transfer and destruction log along with the signature of individual conducting transaction should be noted | |
Use encrypted USB key approved by hospital ICT team for any data transfer between NICU and hospital server | |
Ensure erasure process meets security requirements | |
Refusal from staff/family | Risk of refusal was proactively addressed by communicating the rationale for VR and attempting to minimize misconceptions among caregivers. An adequate lead-time and multiple forums to discuss concerns arising out of VR were provided. Similarly supervisors were encouraged to address concerns related to their respective professions and to support their colleagues during NRQAA |
VR was supposed to be initiated by resuscitation team by turning on the switch as opposed to motion sensing/auto recording | |
All video reviews and VDs were supposed to be done by physicians during the feasibility period | |
Institutional support | All stakeholders were informed and their support was obtained before launching the project, e.g., Quality of care and patient safety team, Information technology, Privacy, Obstetrics, Engineering, Infection control, Executives, legal council, risk management, REB and senior executives of the hospital |
Support from professional bodies | Support was obtained from Canadian Medical Protection Agency, Nursing association, heads of professional practice of nurses and respiratory therapy, nursing unions |
Project management | Project timelines, committee members roles, training and evaluation were all defined by the program lead |
Resource limitations | In order to minimize cost of installation, instructors time and workload the following limitations were accepted apriori before the launch of the program |
Video cameras were installed in three out of possible 13 delivery rooms. These three rooms had contributed to 60%-70% of all high-risk deliveries in 2007-2009. Obstetric staffs were informed to preferentially triage all less than 33 wk gestation laboring mothers to above three rooms | |
Video review was limited to first 10 min of life and scheduled VD to day deliveries on weekdays. | |
Superimposition of heart rate, SpO2, pressure and flow from pulse oximter and ventilator onto VR s were not done | |
Instructors did not have access to review the videos remotely | |
Resources for all instructors to take certification courses in debriefing was limited |
- Citation: Shivananda S, Twiss J, el-Gouhary E, el-Helou S, Williams C, Murthy P, Suresh G. Video recording of neonatal resuscitation: A feasibility study to inform widespread adoption. World J Clin Pediatr 2017; 6(1): 69-80
- URL: https://www.wjgnet.com/2219-2808/full/v6/i1/69.htm
- DOI: https://dx.doi.org/10.5409/wjcp.v6.i1.69