Dataset Information

Evaluating the role of Cardiac Genetics Nurses in inherited cardiac conditions services using a Maturity Matrix.

ABSTRACT:

Background

Cardiovascular disease is a leading cause of death worldwide and genetic risk factors play a role in nearly all such cases. In the UK, health service capacity to meet either current or future estimated needs of people affected by inherited cardiac conditions (ICCs) is inadequate. In 2008 the British Heart Foundation funded nine three-year Cardiac Genetics Nurse (CGN) posts across England and Wales to enhance ICC services. The CGNs were experienced cardiac nurses who had additional training in genetics and acted to coordinate cardiac and genetics service activities.

Aim

To create and apply a framework against which progress in ICC service improvement could be measured over time following the CGN appointments.

Methods

A performance grid (Maturity Matrix, MM) articulating standards in five domains against stages of ICC service development was created by stakeholders through a consensus approach. The MM was used to guide staged self-assessments by the CGNs between 2009 and 2011. A six-point scale was used to locate progress from 'emerging' to 'established', represented graphically by spider diagrams.

Results

Progress in all domains was significant for new, emerging and established services. It was most notable for effective utilisation of care pathways and efficient running of clinics. Commitment to family-centred care was evident.

Conclusion

The ICC-MM provided a comprehensive framework for assessing ICC services and has merit in providing guidance on development. CGNs can help integrate care across specialisms, facilitating the development of effective and sustainable ICC services at new, developing, and more established ICC service locations.

SUBMITTER: Kirk M

PROVIDER: S-EPMC5407505 | biostudies-literature | 2014 Oct

REPOSITORIES: biostudies-literature

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Publications

Evaluating the role of Cardiac Genetics Nurses in inherited cardiac conditions services using a Maturity Matrix.

Kirk Maggie M Simpson Amy A Llewellyn Mark M Tonkin Emma E Cohen David D Longley Marcus M

European journal of cardiovascular nursing 20130906 5

<h4>Background</h4>Cardiovascular disease is a leading cause of death worldwide and genetic risk factors play a role in nearly all such cases. In the UK, health service capacity to meet either current or future estimated needs of people affected by inherited cardiac conditions (ICCs) is inadequate. In 2008 the British Heart Foundation funded nine three-year Cardiac Genetics Nurse (CGN) posts across England and Wales to enhance ICC services. The CGNs were experienced cardiac nurses who had additi ...[more]

PMID: 24013169

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Project description:AimTo study the relationship between Polish nurses' working conditions and their attitudes towards patient safety during the COVID-19 pandemic.BackgroundFacing the COVID-19 pandemic, caused by the SARS-CoV-2 virus, healthcare worldwide has been reorganised. How these changes affected patient safety for hospitalised persons is not well understood.IntroductionDifficult working conditions related to the outbreak of the COVID-19 pandemic may affect the provision of safe and effective care by healthcare staff.MethodsThis observational research was performed on the group of 577 nurses working during the COVID-19 pandemic in isolation infection wards (n = 201) and non-infectious diseases wards (n = 376) in Polish hospitals. The evaluation of working conditions was performed with an author's questionnaire, while the evaluation of factors influencing attitudes towards safety of the hospitalised patients was performed using Safety Attitudes Questionnaire. The STROBE checklist was used to report this study.ResultsThe procedures developed by management in advance for COVID-19 patient treatment had a statistically significant influence on nurses' 'evaluation of teamwork climate, safety climate, job satisfaction, perception of management and work conditions'. Providing management with the ability to perform a swab polymerase chain reaction SARS-CoV-2 test for hospital staff in the workplace, and psychological support from professionals and employers were statistically significant for higher ratings of 'teamwork climate, safety climate, job satisfaction, stress recognition, perception of management and work conditions' by the Polish nurses. Hospital workload during the COVID-19 pandemic was significantly correlated with lower evaluation of work conditions.DiscussionOur study reinforces the existing literature on many fronts and demonstrates how even when operating under the COVID-19 pandemic conditions, some factors remain critical for fostering a culture of patient safety. Reinforcing patient safety practices is a imperative under these conditions.Conclusions and implications for nursingWorking conditions influence nurses' attitudes towards safety of the hospitalised patients. These are largely modifiable factors related to the workplace and include prior preparation of procedures, restrictions to extending daily work hours and psychological counselling for the staff.

Project description:BackgroundMolecular genetic testing is recommended for diagnosis of inherited cardiac disease, to guide prognosis and treatment, but access is often limited by cost and availability. Recently introduced high-throughput bench-top DNA sequencing platforms have the potential to overcome these limitations.Methodology/principal findingsWe evaluated two next-generation sequencing (NGS) platforms for molecular diagnostics. The protein-coding regions of six genes associated with inherited arrhythmia syndromes were amplified from 15 human samples using parallelised multiplex PCR (Access Array, Fluidigm), and sequenced on the MiSeq (Illumina) and Ion Torrent PGM (Life Technologies). Overall, 97.9% of the target was sequenced adequately for variant calling on the MiSeq, and 96.8% on the Ion Torrent PGM. Regions missed tended to be of high GC-content, and most were problematic for both platforms. Variant calling was assessed using 107 variants detected using Sanger sequencing: within adequately sequenced regions, variant calling on both platforms was highly accurate (Sensitivity: MiSeq 100%, PGM 99.1%. Positive predictive value: MiSeq 95.9%, PGM 95.5%). At the time of the study the Ion Torrent PGM had a lower capital cost and individual runs were cheaper and faster. The MiSeq had a higher capacity (requiring fewer runs), with reduced hands-on time and simpler laboratory workflows. Both provide significant cost and time savings over conventional methods, even allowing for adjunct Sanger sequencing to validate findings and sequence exons missed by NGS.Conclusions/significanceMiSeq and Ion Torrent PGM both provide accurate variant detection as part of a PCR-based molecular diagnostic workflow, and provide alternative platforms for molecular diagnosis of inherited cardiac conditions. Though there were performance differences at this throughput, platforms differed primarily in terms of cost, scalability, protocol stability and ease of use. Compared with current molecular genetic diagnostic tests for inherited cardiac arrhythmias, these NGS approaches are faster, less expensive, and yet more comprehensive.

Dataset Information

Evaluating the role of Cardiac Genetics Nurses in inherited cardiac conditions services using a Maturity Matrix.

Background

Aim

Methods

Results

Conclusion

Publications

Evaluating the role of Cardiac Genetics Nurses in inherited cardiac conditions services using a Maturity Matrix.

Similar Datasets

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