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Trends in Spirituality and Spiritual Care in Nursing—A Discursive Paper

ABSTRACT

Aim

This paper outlines key developments, innovations, and milestones in the field of spirituality and spiritual care in nursing.

Design

A discursive paper.

Results

Nursing scholars have significantly influenced the profession and contributed to the development of nursing knowledge, particularly in the field of spirituality and spiritual care. Key research has focused on nurses' perceptions and attitudes toward spirituality, clarifying foundational spiritual concepts, and establishing a framework of core spiritual care competencies for the profession.

Conclusion

Despite these advancements, significant gaps remain in nurses' knowledge, understanding, and experience in providing spiritual care. The development of agreed-upon spiritual care competencies at the European level offers important guidance for the profession, and educational initiatives are underway to support their integration. However, the field remains in an early stage of development, and further research is needed to embed spiritual care competencies into national and international nursing policy and practice. Moreover, continued research is also essential to inform and evaluate current educational programmes and nursing interventions, and to support the translation of evidence-based knowledge into effective spiritual care delivery.

Implications for the Profession and/or Patient Care

Spiritual support is proven to be an important consideration for many patients and families globally. Imbedding spiritual care education into both undergraduate and postgraduate nursing curricula is essential to prepare nurses to address the spiritual needs of patients in healthcare settings. Structured curricula that provide clear instructions on how to recognise, assess, and respond to spiritual concerns in clinical practice can enhance nurses' competence and confidence. Embedding spiritual care into education and training helps normalise spiritual care as a component of holistic nursing, supporting its inclusion in everyday care rather than treating it as an optional or marginal practice. Such educational integration has the potential to improve the consistency and quality of spiritual care across healthcare settings.

Impact

Internationally there are evident gaps in the consistent provision of spiritual care to patients and their families. These are being addressed through conceptual clarity, the agreed-upon competencies, and enhanced educational initiatives. It is essential to continue to increase awareness among the nursing profession on the necessity of addressing spiritual care needs, within the context of cultural perspectives to ensure that value is placed on the significance of these issues on a global scale.

Patient or Public Contribution

There was no patient or publication contribution in this specific commentary.

Mixed-methods study protocol to develop and pilot a Competency Assessment Tool to support therapists in the care of patients with blunt CHest trauma (CATCh study)

Por: Battle · C. · Barnett · J. · Driscoll · T. · Hutchings · H. A. · ONeill · C. · Toghill · H. · Whelan · R. · Baker · E.
Introduction

Competency assessment tools are well-recognised as a method to achieve a standardised level of practice for a group of healthcare professionals with similar characteristics. The aim of this study is to develop and pilot a new competency assessment tool to support therapists caring for patients with blunt chest trauma from prehospital care through to long-term follow-up following hospital discharge.

Methods and analysis

A mixed-methods study will be undertaken, with three distinct phases: (1) an integrative narrative review to examine the literature regarding therapist competencies; (2) focus groups with patients, therapists and key stakeholders to explore opinions regarding important aspects of care (phases I and II will inform the content of the tool), followed by final tool development by an international expert panel; and (3) a multicentre pilot study using questionnaires and elicitation interviews, in which final tool acceptability to therapists will be tested. The total sample size will be between 40 and 50 participants for the focus groups. For the final tool development work, a panel of 10 international experts will be identified, with a subgroup of 3–5 experts who will be recruited to confirm content validity. We will pilot the tool at five health boards in Wales, aiming for 10 therapists from each. Elicitation interviews will be undertaken with a smaller sample size of between 15 and 20 therapists. A mixed qualitative and quantitative data analysis approach will be used.

Ethics and dissemination

Proportionate ethics approval has been granted (South Yorkshire Research Ethics Committee, reference number: 24/YH/0231). We will publish the work in an open-access peer-reviewed journal to ensure equitable access and present at relevant conferences. Webinars will be used to achieve a wide audience. The results will be shared with the research participants via an infographic which will be designed and developed with the public research partners.

Trial registration number

Integrative review is registered at the Open Science Framework: https://doi.org/10.17605/OSF.IO/CEXNR

How do we measure dysarthria after stroke? A systematic review to guide the core outcome set for dysarthria

Por: Mitchell · C. · El Kouaissi · S. · Duncan-Zaleski · M. · Bowen · A. · Conroy · P. · Whelan · B.-M. · Wallace · S. J. J. · Cheyne · J. · Kirkham · J. J.
Objectives

A consensus study to establish a Core Outcome Set for dysarthria after stroke identified four key outcome domains that should be measured in research and clinical practice: (1) intelligibility of speech, (2) ability to participate in conversations, (3) living well with dysarthria and (4) communication partners skills and knowledge (where relevant). This review aimed to systematically identify corresponding measurement instruments and to examine their clinical utility and psychometric properties.

Design

Systematic review conducted in alignment with the Preferred Reporting Items for Systematic Reviews and Meta-Analyses guidelines.

Data sources

CINAHL, EMBASE, MEDLINE, PsycInfo and Cochrane Stroke Group Trials Register, CENTRAL, Linguistics and Language Behavioral Abstracts (LLBA). Major trials registers: WHO ICTRP, ISRCTN registry and ClinicalTrials.gov searched March 2024.

Eligibility criteria for selecting studies

We included trials that developed or used measurement instruments for poststroke dysarthria. We identified studies that could be included in an update of the Cochrane systematic review of interventions for non-progressive dysarthria to identify what measurement instruments were used in therapy trials for poststroke dysarthria.

Data extraction and synthesis

Records were screened independently by three authors. Psychometric data were extracted, by two authors, from included studies and methodological quality was evaluated using Consensus-based Standards for the selection of health Measurement Instruments (COSMIN) and Core Outcome Measures in Effectiveness Trials (COMET) guidance. Assessment of clinical utility followed Outcome Measures in Rheumatology (OMERACT) guidance.

Results

Following screening, 19 publications reporting 12 measurement instruments were identified. According to COSMIN standards, all 19 publications were rated as having low, very low or unknown quality of evidence. Three measurement instruments were identified as having the most relevant clinical utility to the population, the highest quality of evidence and had the potential to measure some specific aspects from three of the four agreed domains, intelligibility, conversations and living well with dysarthria from the patient and clinician perspective. These were the Frenchay Dysarthria Assessment II, the Communication Outcomes After Stroke Scale and the Therapy Outcome Measures for Dysarthria.

Conclusions

This review provides a comprehensive overview and appraisal of dysarthria measurement instruments to align with a Core Outcome Set. We only included English language-based measurement instruments. Many dysarthria measurement instruments were developed for non-stroke populations, including progressive dysarthria, with limited psychometric data for stroke. Measurement instruments with uncertain quality of evidence can still be considered for inclusion with a Core Outcome Set and three have been suggested. There is a need for further psychometric testing of these and the development of new measurement instruments to cover all aspects of intelligibility, conversations, living well with dysarthria and communication partner skills.

PROSPERO registration number

CRD42022302998.

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