Establishing the Essential Nursing Competencies for Genetics and Genomics

PURPOSE: To describe the development and process of consensus used to establish essential genetic and genomic nursing competencies relevant to the entire nursing profession in the United States (US) regardless of academic preparation, role, practice setting, or clinical specialty. ORGANIZING CONSTRUCT: Rogers' diffusion of innovation theory applied to the adoption of genetics and genomics as the central science for health care. METHODS: Multiphased national nursing initiative to develop, refine, and establish with consensus essential competencies in genetics and genomics for all nurses. FINDINGS: Genetics and genomics have emerged as the central science for health care in the 21st century, transforming recommendations for nursing education, practice, regulation and quality control. CONCLUSION: The Essential Nursing Competencies and Curricula Guidelines for Genetics and Genomics indicate the minimal criteria for competency in genetics and genomics for the entire nursing profession in the US.     

Knowledge, perceptions, and attitudes of advanced practice nursing students regarding medical genetics

PURPOSE: To describe the current medical genetic knowledge and perceptions of graduate advanced practice nursing (advanced practice nurse [APN]/nurse practitioner and nurse anesthetist) students using survey data for future integration of genetic topics, principles, and healthcare issues into curriculum. DATA SOURCES: Survey data of APNs' perceived knowledge of genetics and a review of the literature from past research studies of students and current articles from professional journals and organizations. Web sites were those of the National Coalition of Health Professions for Education in Genetics and National Institutes of Health, Human Genome Research Institute; professional organizations; and the authors' professional, clinical, and educational experiences. CONCLUSIONS: Most APN students perceived they had minimum knowledge and prior training regarding medical genetics. There is a need to integrate genetic concepts, principles, and medical conditions into advanced practice nursing curriculum and to provide clinical experiences in genetic conditions across the life span and throughout the health and illness spectrum. APN students have positive attitudes toward integrating genetics into graduate curricula. Potential methods for program integration include readings, small group discussion, standardized patients, and role-play as measures to increase information. IMPLICATIONS FOR PRACTICE: The National Coalition for Health Profession Education in Genetics, the American Nursing Association, and the American College of Nursing Education have recommended integration of genetics knowledge and skills into routine health care to provide effective interventions for individuals and families. However, previous research and data from this study have revealed that many nurses have minimal training in genetics. Advanced practice nurses must be knowledgeable on genetic principles, topics, and the ethical, legal, and social implications related to medical genetics to increase the ability to diagnose, prevent, and treat diseases and to provide effective care for individuals and families.     

Graduate education for advanced practice public health nursing: at the crossroads

The complexity of public health problems and advancement of science framing public health demand an expansion of traditional educational approaches and curriculum to prepare a futuristic advanced practice public health nursing (APPHN) workforce. This position paper sponsored by the Association of Community Health Nursing Educators challenges nurse educators to apply innovative strategies in preparing public health nursing (PHN) professionals and to expand curriculum paradigms to promote PHN's ecological approach to solving problems. To meet the challenges of ensuring public health in the 21st century, advanced practice public health nurses must have greater foundational knowledge in critical content areas discussed in this document. Competence in these areas will enable advanced practice public health nurses to address future health care challenges such as rapidly changing social structures, escalating knowledge explosion, globalization, and growth of new technologies. This education will prepare nurses to forge new knowledge and establish health care teams to create effective solutions.     

Competencies of genetic nursing practise in Japan: A comparison between basic and advanced levels

Aim: The purpose of this study was to identify the competencies of genetic nursing practise required for general and genetic nurses. Methods: We conducted a four‐stage survey using a Delphi process. We conducted an interview with 27 nurses who were involved in genetics‐related care and extracted 89 items in seven categories. In the second survey, we mailed a questionnaire to 20 experts in genetics. In the third and fourth surveys, we asked 491 health‐care providers, including nurses and physicians, who were involved in genetics‐related care and agreed to participate in the study at 113 institutions in 40 prefectures. The respondents were asked to choose one of three options in each of 89 items: “A: General nurse’s role”, “B: Genetic nurse’s role”, and “C: Not appropriate as the nurse’s role”. The data were collected from August 2000 to March 2001. There were 295 final subjects, and the response rate was 60%. Results: The competencies required for general nurses were identified as “living support”, “psychological support”, and “identification of the client’s wishes”, while those required for genetic nurses were “provision and exchange of accurate genetic information”, “referral to and collaboration with other organisations”, and “client support to understand disease.” Conclusions: These results suggest a direction for genetic nursing curricula. It is our challenge to incorporate genetics into the education programming.     

Descriptive survey of Summer Genetics Institute nurse graduates in the USA

The purpose of this study was to describe the clinical, research, educational, and professional activities that nurses are engaged in following participation in a 2 month intramural genetics training program. An online survey was administered in 2010 to graduates of the program sponsored by the US National Institute of Nursing Research from 2000 to 2009, in Bethesda, Maryland, USA. The electronic, voluntary survey was sent to 189 graduates via email. The survey included demographic characteristics, educational preparation, professional roles and responsibilities, and attitudes about genetic testing and privacy issues. Of the 95 graduates responding to the survey, 74% had doctorates and 70% were advanced practice nurses. All respondents reported incorporating genetics knowledge into daily clinical, academic, or research practices since completing the program, with 72% reporting being involved in genetically‐focused research (52% with research funding), 32% incorporating genetics into patient care, and 79% providing genetics education. Respondents working in a hospital setting or academic institution were more likely to desire additional training in genetics. National Institute of Nursing Research graduates have successfully integrated genomics into a variety of nursing practices.     

Increasing importance of genetics in nursing

ObjectivesTo examine the empirical literature related to the incorporation of genetic research and genetic competency needed by the nurse in practice.DesignLiterature review.Data SourcesThis article will explore published research within the past seven years of 2008–2015 that address the need for the increased incorporation of genetic content in nursing practice in addition to the need for the nurse to effectively screen the patient at risk of a genetic disorder. This literature review specifically focuses on the inadequacy of nurses in addressing genomic health compromise and serving as advocates for patients and families facing genetic disorders.MethodsA review of the literature published from 2008 to 2015 related to the incorporation of genetics in nursing practice and the role of the nurse as a patient advocate for families facing genetic disorders with resulting genomic health compromise.ResultsThe research exposes the lack of adequate preparation of nurses to incorporate and utilize the recent advances in genomic healthcare. Practicing nurses lack understating and skill in the application of genetics and genomic technologies to patient care. The nursing profession, including nursing academia, need to enhance the integration of genetic and genomic content into nursing curriculum and practice.ConclusionPracticing nurses are inadequately prepared to apply genetic advancements in screening at risk patients and addressing the needs of the patient or family facing a genomic health compromise.     

Relationship between the nursing practice environment and the therapeutic relationship in acute mental health units: A cross‐sectional study

The therapeutic relationship constitutes the central axis of mental health nursing. The clinical practice environment has been empirically related to the quality of care. However, the relationship between the two constructs is unknown in the setting of mental health units. We aimed to examine whether the practice environment and nurses’ characteristics influence the therapeutic relationship in mental health units. Through a cross‐sectional design, data were collected via an online form completed by nurses in 18 mental health units. Linear regression was used to examine the relationship between the clinical practice environment and the therapeutic relationship. Questionnaires were completed by 198 participants. The mean age was 33.8 (SD 9.1) years, 71.7% were women, and only 20.2% had a specialist qualification in mental health. The therapeutic relationship was better when there was a more favourable practice environment (B: 3.111; 95% CI: 1.46–4.75). The most influential environment‐related factor was the nursing foundations for quality of care (B: 2.124; 95% CI: 0.17–4.07). The factors associated with a high‐quality therapeutic relationship were a more favourable practice environment and the presence of more foundations for quality nursing care, coupled with higher academic attainment and longer nursing experience. Institutions should take into account the importance of the nursing practice environment in mental health units. Aspects related to the quality of nursing foundations, such as training, the use of nursing language and taxonomy, and the existence of a common nursing philosophy, are influential for a high‐quality therapeutic relationship.     

Construction of nursing knowledge in commodified contexts: Views and experiences of nurses regarding primary care

The commodification of health care, particularly primary care, presents challenges to care and knowledge development. The purpose of this study is to examine how nurses perceive and develop their knowledge in a commodified context. A mixed-methods study was conducted that included a closed-question survey and in-depth interviews with nurses in public primary care in Catalonia. There were 104 valid responses to the questionnaire and 10 in-depth interviews. The main findings of the survey were related to workload and limited time for nursing care. Six themes emerged from the in-depth interviews: (1) limited time for nursing, (2) feelings of burnout, (3) awareness of patient and family satisfaction, (4) organizational factors that favor nurses' needs, (5) organizational factors that hinder nurses' needs, and finally (6) public administration requirements. Participants perceive excessive workload and time constraints and feel that this affects their nursing care and their physical and mental health. However, nurses purposefully use knowledge patterns to cope with the problems associated with commodification. Nurses have multidimensional, contextualized, and integrated knowledge that allows them to optimize their care based on the needs of their patients. This research examines many challenges related to nursing practice and the nursing discipline and opens the door for further research that encompasses all areas of nursing.     

Critical Care nurses' understanding of the NHS Knowledge and Skills Framework. An Interpretative Phenomenological Analysis

Aims: This small‐scale research study aimed to explore Critical Care nurses' understanding of the National Health Service (NHS) Knowledge and Skills Framework (KSF) in relationship to its challenges and their nursing role. Background: The NHS KSF is central to the professional development of nurses in Critical Care and supports the effective delivery of health care in the UK. KSF was implemented in 2004 yet engagement seems lacking with challenges often identified. Design: This qualitative study adopted an Interpretative Phenomenological Analysis framework. Method: Data were collected from five Critical Care nurses using semi‐structured interviews that were transcribed for analysis. Results: Two super‐ordinate themes of ‘engagement’ and ‘theory‐practice gap’ were identified. Six subthemes of ‘fluency’, ‘transparency’, ‘self‐assessment', ‘achieving for whom’, ‘reflection’ and ‘the nursing role’ further explained the super‐ordinate themes. Critical Care nurses demonstrated layers of understanding about KSF. Challenges identified were primarily concerned with complex language, an unclear process and the use of reflective and self‐assessment skills. Conclusions: Two theory‐practice gaps were found. Critical Care nurses understood the principles of KSF but they either did not apply or did not realize they applied these principles. They struggled to relate KSF to Critical Care practice and felt it did not capture the ‘essence’ of their nursing role in Critical Care. Relevance to clinical practice: Recommendations were made for embedding KSF into Critical Care practice, using education and taking a flexible approach to KSF to support the development and care delivery of Critical Care nurses.     

Genetic discoveries and nursing implications for complex disease prevention and management.

The purpose of this article is to examine the management of patients with complex diseases, in light of recent genetic discoveries, and to explore how these genetic discoveries will impact nursing practice and nursing research. The nursing science processes discussed are not comprehensive of all nursing practice but, instead, are concentrated in areas where genetics will have the greatest influence. Advances in genetic science will revolutionize our approach to patients and to health care in the prevention, diagnosis, and treatment of disease, raising many issues for nursing research and practice. As the scope of genetics expands to encompass multifactorial disease processes, a continuing reexamination of the knowledge base is required for nursing practice, with incorporation of genetic knowledge into the repertoire of every nurse, and with advanced knowledge for nurses who select specialty roles in the genetics area. This article explores the impact of this revolution on nursing science and practice as well as the opportunities for nursing science and practice to participate fully in this revolution. Because of the high proportion of the population at risk for complex diseases and because nurses are occupied every day in the prevention, assessment, treatment, and therapeutic intervention of patients with such diseases in practice and research, there is great opportunity for nurses to improve health care through the application (nursing practice) and discovery (nursing research) of genetic knowledge.     

Genetic education,knowledge and experiences between nurses and physicians in primary care in Brazil: A cross‐sectional study

Recent advances in genomics and related technologies have the potential to improve health care throughout the world. In this cross‐sectional study, we examine genetics education, knowledge, and genetics‐related experiences among the nurses and physicians who provide primary care in a Brazilian city. Fifty‐four healthcare professionals from family health units participated in the study (response rate: 90%). Data were collected using a structured 36‐item questionnaire divided into five axes: sociodemographic data and academic background; genetics education; genetics knowledge; genetics‐related experiences in family practice; and knowledge regarding the National Policy for Comprehensive Care in Clinical Genetics in the Unified Health System. Although most participants (85.2%) acknowledged receiving some genetic content during their undergraduate education, the majority (77.8%) advised that they did not feel prepared to deliver genomics‐based health care in primary care. The results suggest that nurses and physicians often lack the knowledge to provide genomics‐based health care in primary care. Therefore, continuing education in genetics/genomics should be provided to primary healthcare professionals in order to enhance family practice and compliance with national policies.     

Genetics and nursing: the interface in education, research, and practice

Genetics is affecting all of health care, including nursing. The way in which nurses think about planning health care must be seen now through a "genetic eye" or lens, and nurses must learn to "think genetically." While efforts to integrate genetics into nursing began in earnest in the early 1980s, this effort did not accelerate until the mid-1990s. Before nursing can fully incorporate genetic knowledge into education and practice in a meaningful way, the ways in which genetics will influence health care must be understood. The basic knowledge, skills, and attitudes needed by health professionals are discussed as well as their integration into education and practice. Opportunities for nursing research in genetics are presented as are possible directions. Recommendations for facilitating the integration of genetics into nursing education, practice, and research are also presented.     

Genetic content in Korean nursing textbooks

Due to the significant developments in genetic health services that have occurred, nurses now must strive to incorporate cutting-edge information from this fast-evolving field into their day-to-day practice. This study examined the amount and the content of genetics education in Korean nursing textbooks. We analyzed 165 textbooks that were published by four companies between 2005 and 2009. Eighty percent contained some information on genetics; however, the content was limited to bioscience, the latest information on common diseases, and nursing interventions in genetics. There was an average of six pages of genetics content in the seven specialized textbooks on nursing that were analyzed. This indicates that many topics on genetics need to be incorporated into Korean nursing education, especially in light of the recent genetic innovations in all curricular areas of nursing education. We recommend the establishment of strategic perspectives to bridge the content gaps in genetics education in nursing.     

Research and Practice in an Academic Community Nursing Center

Purpose: To identify issues and describe strategies used in developing a successful program of clinical research focused on the vulnerale populations served by one urban academic nursing center. Academic community nursing centers provide ideal settings to implement programs of research. Understanding the challenges when integrating research into these practices and the strategies used is important.
Setting and Scope: The University of Wisconsin-Milwaukee Silver Spring Community Nursing Center has provided primary health care services to a low-income urban population since 1987. A team of advanced practice nurse clinicians, community health nurses, and other health care professionals and community residents implemented a broad range of innovative, community-focused, clinical inteventions that are routinely studied throughan integrated program of nursing research. Their strategies for research implementation are analyzed.
Conclusions and Implications: Factors affecting the integration of research into the center include (a) community mistrust, (b) the need for participatory recruitment strategies, and (c) the need for multiple data collection methods. Meeting these challenges requires that research agendas and methods are consonant with community goals. The inclusion of clinicians, other providers, and community residents as active members of research teams is critical to success. Reframing research and practice roles in terms of team effort that incorporates the community can strengthen research and practice-and benefit professionals and the populations they serve.     

My First Patient as a Nurse Practitioner: A Man With Low Literacy

PURPOSE: The purpose of this case study is to demonstrate the use of the nursing process and the standardized nursing languages of NANDA‐I, the Nursing Outcomes Classification (NOC), and the Nursing Interventions Classification (NIC) to assist a man with low literacy to self‐manage his medication regimen. DATA SOURCES: The data sources for this article are clinical nursing practice, research evidence related to helping people with low literacy, and the books that explain NANDA‐I, NOC, and NIC. DATA SYNTHESIS: This case study demonstrates nurses’ clinical decision making in providing care for a person with low health literacy. CONCLUSIONS: Low health literacy should be considered when nurses identify the nursing diagnosis of Ineffective Self‐Health Management. After trust is established, a screening tool should be used to evaluate the person's literacy level. Active partnership of the nurse and the person supports interventions to assist the person implement the medication regimen. IMPLICATIONS FOR NURSING: Inadequate evaluation of health literacy may result in mislabeling a person as “nonadherent” or “noncompliant” to a medication or treatment regimen. Low literacy is often an unrecognized barrier to effective self‐health management.