Navigating Transitions in Oncology Care: From Emergency Department to Outpatient Clinic.

OBJECTIVE: This quality improvement project was a collaborative effort with Penn Medicine's emergency department (ED) and oncology nurse navigators (ONNs). The goal of the project was to streamline patient transitions from the ED to the outpatient oncology clinic by developing a standardized referral process. The main objectives were to simplify and automate the referral process using the electronic medical record, improve multidisciplinary communication across the care continuum, ensure timely follow-up, and address barriers to oncology care. METHODS: The ED providers placed a consult to ONNs. The ONNs reached out to the patient within 48 hours of the consult. They maintained a database of patient referrals and collected information such as patient demographics, reason for referral, insurance, and patient outcomes. RESULTS: The ED providers referred 204 patients to the ONNs from April 2022 to September 2023. The development of a standardized referral process from the ED to the outpatient oncology clinic proved successful. Of the patients referred, the ONNs facilitated 98 cancer diagnoses and 80 of those patients are receiving oncology care at Penn Medicine. The median time to the patient's first appointments was seven days, diagnosis was 15 days, and treatment initiation occurred within 32 days. CONCLUSION: The project team achieved their goal of facilitating timely access to oncology care, ensuring continuity, and addressing patient-specific barriers. IMPLICATIONS FOR NURSING PRACTICE: This quality improvement initiative highlights the ONNs' role in enhancing access and equity in cancer care delivery. The success of the project underscores the ONN's expertise and leadership in addressing healthcare disparities in oncology care. Collaboratively, the teams created a new referral workflow improving care transitions from the ED to the outpatient oncology clinic. The project sets a precedent for optimizing patient care transitions, demonstrating the positive impact of ONNs as key members of the multidisciplinary healthcare team.

Oncology Nurse Navigation in Underserved Communities: Opportunities and Future Directions.

OBJECTIVES: Provide an overview of navigation in three disparate populations: rural, Native American/Alaska Native, and low- to middle-income countries. Discuss gaps in care and opportunities to improve cancer care. METHODS: A literature search was conducted in PubMed and on Google Scholar using search terms, nurse navigation, cancer, disparit*, low- to middle-income countries, Native American, American Indian, and rural. Peer-reviewed research studies, review articles, databases and websites of professional organizations, and historical books were reviewed to provide an overview of oncology nurse navigation in underserved communities. Experiences in working with these populations over the past 30 years were also provided to support current literature. RESULTS: Forty references were included in this overview of nurse navigation in underserved communities. Nurse navigation in these disparate areas is in its infancy. While some programs exist and outcomes have been positive, their dissemination is sparse. A need exists to expand nurse navigation into these areas to provide care for these underserved communities. CONCLUSION: Oncology nursing navigation for each of these underserved communities requires a culturally sensitive approach. Many of these approaches are universal to cultural competency and can be applied to most disparate populations. IMPLICATIONS FOR NURSING PRACTICE: Nurses comprise the largest workforce around the globe and are well-equipped to develop navigation programs in some of the most disparate communities around the world. To do so, it is important to use a foundation of building trust, embracing individual differences, providing culturally sensitive education and resources for growth, and good communication.

Navigating Through Disaster: Application of Oncology Nurse Navigator Competencies to Climate Disaster Preparation and Response.

OBJECTIVES: The role of the oncology nurse navigator (ONN) before, during, and after a climate disaster is critical to ensuring that individuals with cancer continue to receive the necessary care and support. The objective of this article is to provide an overview of the essential role of the ONN by highlighting the application of core competencies to climate disasters. METHODS: Competencies available for ONNs from the Oncology Nursing Society include coordination of care, communication, education, professional role, and expertise. International Council of Nurses (ICN) core competencies for disaster nursing include eight domains: preparation and planning, communication, incident management systems, safety and security, assessment, intervention, recovery, and law and ethics. These competencies are explored for application to climate disaster preparation, mitigation, and response. RESULTS: The ONN competencies and the domains of the ICN disaster nursing competencies were integrated to outline the role of the ONN in disaster preparedness and response. CONCLUSION: The ONN is pivotal in maintaining the continuity of cancer care. The ONN's expertise is critical for navigating the difficulties presented by hurricanes, floods, wildfires, and other extreme climate events as well as existing barriers to cancer care. The ONN's adeptness at coordinating care, communicating effectively, and tapping into community resources will transfer to a climate disaster, ensuring minimal treatment interruptions and access to necessary care. IMPLICATIONS FOR NURSING PRACTICE: The ONN is integral to the cancer care team in preparing and responding to climate disasters. The ONN ensures ongoing access to cancer care and advocates for the specialized care that people with cancer need. The ONS ONN Core Competencies and the ICN Disaster Competencies are applicable for developing processes and procedures to address climate disasters in clinical practice.

Cancer Patient Navigation in Canada: Directions From the North.

OBJECTIVES: Cancer is a complex disease that is experienced by those affected by cancer and their loved ones differently. The importance of cancer patient navigation is quintessential to support those affected through the healthcare system and to supportive resources. Canadian cancer statistics advise of the continued increase of cancer and impacts on health care. With Canada being a large geographical area, large portions of the population live in rural and remote areas with decreased access to health services. In Canada, cancer navigation is different across the country; each province's or territory's health authority creates their own cancer navigation program based on the needs of their patients. This report aims to provide an overview of cancer in Canada, along with the different navigation programs available nationally. Additionally, it will review the role the Canadian Association of Nurses in Oncology/Association canadienne des infirmières en oncologie (CANO/ACIO) plays in creating a community of practice to support cancer patient navigators across the country. METHODS: The information on various provincial and territorial navigation programs was obtained through discussion with the CANO/ACIO Navigation Special Interest Group (SIG). All provinces and territories were interviewed with the exception of Quebec, Prince Edward Island, Nunavut, and Yukon. RESULTS: While the vast majority of navigation has a similar core intent, there are many differences between the provinces and territories in the navigation programs. These differences are based on geographical need and the individual health authorities. CONCLUSIONS: The Canadian Association of Nurses in Oncology/Association canadienne des infirmières en oncologie (CANO/ACIO) provides a community for cancer navigators to connect through a Special Interest Group (SIG), meeting virtually monthly to support each other across Canada to collaborate, identify issues, trends, and challenges. IMPLICATIONS FOR NURSING PRACTICE: Cancer patient navigation is a valuable resource for all individuals with cancer and their loved ones, particularly when faced with difficulties accessing care in rural and remote areas. Cancer patient navigators' scope is similar in intent, despite potential differences in programs. By connecting with other navigators through the CANO/ACIO navigation SIG, navigators across the country can provide a connection to discuss program similarities and barriers and opportunities for cancer navigation programs to work together to support each other and evolve their programs to meet the needs of their provincial and territorial residents.

Transitional Care Navigation.

OBJECTIVES: This manuscript aims to provide an extensive review of the literature, synthesize findings, and present substantial insights on the current state of transitional care navigation. Additionally, the existing models of care, pertaining to the concept and approach to transitional care navigation, will be highlighted. METHODS: An extensive search was conducted though using multiple search engines, topic-specific key terminology, eligibility of studies, as well as a limitation to only literature of existing relevance. Integrity of the evidence was established through a literature review matrix source document. A synthesis of nursing literature from organizations and professional publications was used to generate a comparison among various sources of evidence for this manuscript. Primary evidence sources consisted of peer-reviewed journals and publications from professional organizations such as the AHRQ, Academic Search Premier, CINAHL Plus with Full Text, and the Talbot research library. RESULTS: A total of five systematic reviews (four with meta-analysis) published between 2016 and 2022 and conducted in several countries (Brazil, Korea, Singapore, and the US) were included in this review. A combined total of 105 studies were included in the systematic reviews with 53 studies included in meta-analyses. The review of the systematic reviews identified three overarching themes: care coordination, care transition, and patient navigation. Care coordination was associated with an increase in care quality rating, increased the health-related quality of life in newly diagnosed patients, reduced hospitalization rates, reduced emergency department visits, timeliness in care, and increased appropriateness of healthcare utilization. Transitional care interventions resulted to reduced average number of admissions in the intervention (I) group vs control (C) (I = 0.75, C = 1.02) 180 days after a 60-day intervention, reduced readmissions at 6 months, and reduced average number of visits 180 days after 60-day intervention (I = 2.79, C = 3.60). Nurse navigators significantly improved the timeliness of care from cancer screening to first-course treatment visit (MD = 20.42, CI = 8.74 to 32.10, P = .001). CONCLUSION: The care of the cancer patient entails treatments, therapies, and follow-up care outside of the hospital setting. These transitions can be challenging as they require coordination and collaboration among various health care sites. The attributes of transitional care navigation overlap with care coordination, care transition, and patient navigation. There is an opportunity to formally develop a transitional care navigation model to effectively addresses the challenges in care transitions for patient including barriers to health professional exchange of information or communication across care settings and the complexity of coordination between care settings. The transitional care navigation and clinic model developed at a free-standing NCI-designated comprehensive cancer center is a multidisciplinary approach created to close the gaps in care from hospital to home. IMPLICATIONS FOR NURSING PRACTICE: A transitional care navigation model aims to transform the existing perspectives and viewpoints of hospital discharge and transition of care to home or post-acute care settings as two solitary processes to that of a collective approach to care. The model supports provides an integrated continuum of quality, comprehensive care that supports patient compliance with treatment regimens, reinforces patient and caregiver education, and improves health outcomes.

[Development of advanced practice nursing in oncology and hematology-oncology in France: Early status report]. / Développement des infirmiers en pratique avancée en oncologie et hémato-oncologie en France : état des lieux précoce.

BACKGROUND: Advanced practice nursing was introduced in France in 2018, in response to health needs. The first advanced practice nurses were graduated since 2019 and were trained in one among four medical areas including oncology and onco-hematology. The purpose of this article is to make an early assessment of the development of the profession of oncology Advanced Practice Nurse in France. METHOD: An exploratory study was conducted. A sample of 44 onco-hematology IPA graduated in 2019 and 2020 was recruited from June 2021 to end of July 2021. The 44 participants completed a questionnaire, by phone interviews or self-administered. RESULTS AND CONCLUSION: The distribution of the 44 participants concerns 12 of the 13 regions of metropolitan France. This profession shows an employability for 86% of the first graduates. These professionals practice in health care institutions and rather in oncology, 71% in the framework of an organizational protocol established with the oncologist. They appear to be well accepted by patients and oncology teams. Further studies on performance and quality indicators will make it possible to evaluate the added value of the oncology Advanced Practice Nurses in the cancer patient's pathway.

Síndrome metabólica em profissionais de enfermagem que atuam na assistência oncológica: prevalência e fatores associados / Síndrome metabólico en profesionales de enfermería que actúan en la asistencia oncológica: prevalencia y factores asociados / Metabolic syndrome in nursing professionals working in oncology care: prevalence and associated factors

RESUMO Objetivo: avaliar a prevalência da síndrome metabólica e os fatores associados em profissionais de enfermagem que atuam em oncologia. Método: estudo transversal com 231 profissionais de enfermagem, de um centro de alta complexidade em oncologia do Estado do Rio de Janeiro, Brasil, entre junho de 2013 e junho de 2015. Realizou-se entrevista para coleta de dados sociodemográficos, profissionais, antecedentes pessoais, hábitos e estilos de vida e condições de saúde. Foram realizadas medida da circunferência da cintura, peso, altura, pressão arterial casual e Monitorização Ambulatorial da Pressão Arterial, além da glicemia plasmática de jejum, triglicerídeos e lipoproteína de alta densidade. Avaliou-se a síndrome metabólica de acordo com a I Diretriz Brasileira de Diagnóstico e Tratamento da Síndrome Metabólica. Regressão de Poisson com variância robusta foi realizada, sendo a presença da síndrome metabólica ou não o desfecho. Resultados: a prevalência da síndrome metabólica foi de 25,1% e esta condição se associou ao maior tempo de formação profissional (4,0%; IC95%:1,05-1,07), à maior pressão diastólica na Monitorização Ambulatorial da Pressão Arterial do período de sono (3,0%; IC95%:1,01-1,05), presença de sobrepeso (2,84%; IC95%:1,93-6,70) e obesidade (4,94%; IC95%:2,08-11,77). Conclusões: observou-se alta prevalência da síndrome metabólica nos profissionais avaliados, e associação com excesso de peso e alteração da pressão no período de sono. Os resultados apontam para necessidade de intervenções para controle de fatores de risco para doenças crônicas não transmissíveis na população estudada.

RESUMEN Objetivo: evaluar la prevalencia del síndrome metabólico y los factores asociados en profesionales de enfermería que actúan en oncología. Método: estudio transversal con 231 profesionales de enfermería, de un centro de alta complejidad en oncología del Estado de Rio de Janeiro, Brasil, entre junio de 2013 y junio de 2015. Se realizó entrevista para recolección de datos sociodemográficos, profesionales, antecedentes personales, hábitos y estilos de vida y condiciones de salud. Fueron realizadas medida de la circunferencia de la cintura, peso, altura, presión arterial casual y Monitoreo Ambulatorio de Presión Arterial, además de la glucemia plasmática de ayuno, triglicéridos y lipoproteína de alta densidad. Se evaluó el síndrome metabólico de acuerdo con la I Directriz Brasileña de Diagnóstico y Tratamiento del Síndrome Metabólico. Fue realizada Regresión de Poisson con varianza robusta, siendo la presencia del síndrome metabólico, o no, el resultado. Resultados: la prevalencia del síndrome metabólico fue de 25,1% y esta condición se asoció al mayor tiempo de formación profesional (4,0%; IC95%:1,05-1,07), a la mayor presión diastólica en elMonitoreo Ambulatorio de Presión Arterial del período de sueño (3,0%; IC95%:1,01-1,05); presencia de sobrepeso (2,84%; IC95%:1,93-6,70) y obesidad (4,94%; IC95%:2,08-11,77). Conclusiones: se observó alta prevalencia del síndrome metabólico en los profesionales evaluados, y asociación con exceso de peso y alteración de la presión en el período de sueño. Los resultados señalan la necesidad de intervenciones para el control de factores de riesgo para enfermedades crónicas no transmisibles en la población estudiada.

ABSTRACT Objective: to evaluate the prevalence of metabolic syndrome and associated factors in nursing professionals working in oncology. Method: cross-sectional study with 231 nursing professionals from a high complexity oncology center in the State of Rio de Janeiro, Brazil, between June 2013 and June 2015. An interview was carried out to collect sociodemographic, professional, personal history, habits and lifestyles, and health conditions data. Waist circumference, weight, height, casual blood pressure, and Ambulatory Blood Pressure Monitoring were performed, in addition to fasting plasma glucose, triglycerides, and high-density lipoprotein. Metabolic syndrome was evaluated according to the I Brazilian Guideline for the Diagnosis and Treatment of Metabolic Syndrome. Poisson regression with robust variance was performed, the outcome being the presence or not of metabolic syndrome. Results: there was a 25.1% prevalence of metabolic syndrome and this condition was associated with longer professional training (4.0%; 95%CI: 1.05-1.07), with higher diastolic pressure in Ambulatory Blood Pressure Monitoring during sleep (3.0%; 95%CI:1.01-1.05), overweight (2.84%; 95%CI:1.93-6.70), and obesity (4.94%; IC95%: 2.08-11.77). Conclusions: there was a high prevalence of metabolic syndrome among the evaluated professionals, and an association between excess weight and changes in pressure during sleep. The results point to the need for interventions to control risk factors for chronic non-communicable diseases in the studied population.

[Place of coordination of complex pathways in oncology by coordinating private nurses]. / Place d'une coordination de parcours complexes en cancérologie par des infirmiers libéraux coordinateurs.

BACKGROUND: The complexity of the hospital-city care pathway is a real challenge because of the lack of coordination and communication between many stakeholders. As part of a call for projects from the General Directorate of Healthcare Provision, an experiment involving private oncology coordinating nurses was developed to address this issue. To our knowledge, there is no evaluation so far of such a protocol . METHODS: This single-center retrospective study focused on data from the ONC'IDEC program between 2015 and 2018, where 28 private nurses provided a 24/7 hotline. The objective was to qualitatively assess the coordination of this system. The nature and number of calls, patient satisfaction and medico-economic parameters were assessed. RESULTS: More than a hundred patients (n=114) were included in this device (mean age: 72 ± 12 years). The most frequent reasons for calls concerned the patient's general condition (35 %) and home treatment follow-ups (13 %) but also referrals to the primary doctor (4 %), which helped avoiding hospitalizations. The patients were satisfied with the experiment (overall score of 8.4/10). DISCUSSION: Thanks to the ONC'IDEC program, patients were able to benefit from more appropriate care through a privileged interlocutor by making their care pathway more fluid and avoiding hospitalizations. It would be interesting to confirm these results by means of a study with a higher level of evidence, by comparing this protocol to conventional hospital coordination.

COVID-19 Vaccines: Preparing for Vaccination in the Context of Clinical Oncology Care.

BACKGROUND: In the environment of an infectious pandemic, vaccines are a primary public health strategy to prevent the spread of disease. With the COVID-19 pandemic, there is heightened interest in safe and effective vaccines and their use in the context of clinical oncology practice. OBJECTIVES: This article provides foundational information about vaccines in general and vaccines developed to protect against the SARS-CoV-2 virus in the United States, as well as clinical nurse strategies to apply vaccines in clinical oncology practice. METHODS: The article is based on a review of public health literature and reputable websites about vaccines and their development in clinical care. FINDINGS: This foundational information about vaccines reviews their history and development, as well as the development of COVID-19 vaccines specifically, and discusses COVID-19 vaccines as part of clinical oncology care. Supporting best practices in clinical oncology care, nurses can provide factual, evidence-based information about vaccine safety, effectiveness, and safe administration.

Defining Expertise in Cancer Nursing Practice.

BACKGROUND: Thirty-five years ago, Benner defined an expert nurse as one who applies deep knowledge and experience across different contexts and clinical situations. Since that time, there has been little exploration of expertise in cancer nursing. OBJECTIVES: To explore and describe characteristics of expert cancer nurses and to consider whether Benner's typology of an expert nurse remains relevant in today's complex oncology settings. METHODS: An exploratory, descriptive study using audio-recorded focus group methodology was undertaken. Audio-recordings were transcribed, and an inductive thematic analysis approach applied to the data. Nurses also documented key characteristics of expert practice on Post-it notes to illustrate dominant characteristics. RESULTS: Twenty-four registered nurses from a comprehensive cancer center in Australia took part in 1 of 3 focus groups. Seven key themes were identified: knowledge, leadership, adaptability, communication, motivation, patient-centered care, organization, and culture. Key word cloud characteristics included knowledge, compassion, motivation, experience, and communication. CONCLUSIONS: Many of the expert characteristics identified in this study reflect traits common to other nursing specialty groups. Of particular relevance to cancer nurses was "adaptability," reflecting the complexity of contemporary cancer care and reaffirming Benner's definition of an expert nurse as one who can fluidly connect knowledge and experience to unfamiliar practice contexts. IMPLICATIONS FOR PRACTICE: Understanding characteristics of expert cancer nurses may help inform and support professional practice advancement and guide future research about select characteristics of expert cancer nurses to patient- and system-level outcomes.

A COVID-19 screening tool for oncology telephone triage.

PURPOSE: Symptoms associated with COVID-19 infection have made the assessment and triage of cancer patients extremely complicated. The purpose of this paper is to describe the development and implementation of a COVID-19 screening tool for oncology telephone triage. METHODS: An Ambulatory Oncology Clinical Nurse Educator and three faculty members worked on the development of an oncology specific triage tool based on the challenges that oncology nurses were having with the generic COVID triage tool. A thorough search of the published literature, as well as pertinent websites, verified that no screening tool for oncology patients was available. RESULTS: The screening tool met a number of essential criteria: (1) simple and easy to use, (2) included the most common signs and symptoms as knowledge of COVID-19 infection changed, (3) was congruent with the overall screening procedures of the medical center, (4) included questions about risk factors for and environmental exposures related to COVID-19, and (5) assessed patient's current cancer history and treatment status. Over a period of 3 weeks, the content and specific questions on the tool were modified based on information obtained from a variety of sources and feedback from the triage nurses. CONCLUSION: Within 1 month, the tool was developed and implemented in clinical practice. Oncology clinicians can modify this tool to triage patients as well as to screen patients in a variety of outpatient settings (e.g., chemotherapy infusion units, radiation therapy departments). The tool will require updates and modifications based on available resources and individual health care organizations' policies and procedures.

A Time to Reflect and a Time to Move Forward.

The winter solstice marks the astronomical moment when the sun is aligned over the Tropic of Capricorn. On December 21, those who live in the Northern Hemisphere had the shortest day and longest night of the year. This was accompanied in 2020 by a rare alignment of Jupiter and Saturn, which appeared as a singular bright point of light in the night sky for the first time since the Middle Ages. Although many cultures celebrate the winter solstice, the solstice is mostly overlooked in the United States, largely because of the multitude of other holidays around this time of the year. However, the shortest day and longest night seems like a metaphor of sorts for a year like no other in the memory of most-a fitting end and a pause. From the stillness, we can reflect in the space between the past and the future, reviewing the year behind us while appreciating the challenges to be faced in 2021.

Virtual Conferences: Optimizing Oncology Nurses' Experience.

One casualty of the COVID-19 pandemic was in-person professional conferences. Organizations, including the American Society of Clinical Oncology, American Association for Cancer Research, and Oncology Nursing Society, had to quickly pivot and radically transform the delivery of the traditional in-person conference to a virtual offering accessible to thousands of oncology healthcare professionals. However, what may have felt catastrophic has revealed unique opportunities to engage individuals in professional offerings, including those who, because of cost or travel, may not have previously participated. In this article, the authors present insights into how to optimize virtual learning experiences during the COVID-19 pandemic and beyond.

Building a Research Team in Adolescent/Young Adult Oncology Nursing.

Introduction: Participation on a collaborative team is an attractive option for conducting research, especially in pediatric hematology/oncology nursing, where the patient population is small. The Consortium to Study Symptoms in Adolescents and Young Adults with Cancer (CS2AYAC) is a nursing research team that has been in existence for over a decade. Purpose: The authors share the process by which CS2AYAC formed and describe key features that contribute to its sustainability. Results: While the team developed organically rather than via the tenets of team science, key aspects of success include principles related to mentorship, communication, building trust, establishing shared goals, and managing conflict. Conclusions: This description of one team's experience may help other nurses build their own teams for research. Strong, collaborative research teams will advance pediatric hematology/oncology nursing science and scholarship and can be an important source of collegiality and support.

Causes and Consequences of Chemotherapy Delays in Ambulatory Oncology Practices: A Multisite Qualitative Study.

PURPOSE: In oncology, chemotherapy treatment delays potentially jeopardize patient safety and impede progress toward disease remission. The purpose of this study was to examine the causes and consequences of chemotherapy treatment delays and possible solutions to improve quality of care. PARTICIPANTS & SETTING: The current authors selected a purposive sample of eight ambulatory oncology practices for ethnographic site visits, which lasted five days each. METHODOLOGIC APPROACH: The authors conducted 290 observation hours, including clinician shadowing, and 46 semistructured interviews with clinicians (oncology nurses, physicians, and advanced practice providers). Deductive and inductive thematic analysis was performed on all data. FINDINGS: The authors identified four primary themes from the analysis that affect delays. IMPLICATIONS FOR NURSING: Future investigations should examine nurses' communication practices in the context of timely chemotherapy administration because communication and documentation technologies within healthcare settings continuously evolve.

Implementing a pediatric oncology nursing multisite trial.

PURPOSE/BACKGROUND: The Parent Educational Discharge Support Strategies (PEDSS) nursing study includes 16 magnet pediatric oncology institutions across the United States and one in Saudi Arabia, evaluating a nurse-led parent educational discharge support strategy for families experiencing a child newly diagnosed with cancer. METHODS: During the first 3 months of the study, a research implementation survey was administered electronically to each site principal investigator to evaluate facilitators and barriers in the research process for this multisite nurse-led pediatric oncology study. RESULTS: Facilitators included nursing leadership support and commitment from the nursing staff. Common barriers reported were the Institutional Review Board process, the consent process, the timing of the intervention, data collection, as well as nursing time for the study. Results from the survey suggest nurse-led research teams were motivated and felt the intervention was easy to deliver. PRACTICE IMPLICATIONS: Nursing practice is enhanced when nurses participate in research and generate evidence regarding best practices within pediatric oncology nursing care. CONCLUSION: Nursing research endeavors focusing on collaborative approaches for implementation can lead to successful nursing studies with careful planning, training and administrative support.

Oncology Nursing Considerations when Developing Outpatient Staffing and Acuity Models.

OBJECTIVES: Objectives include review of existing benchmarks and nurse-sensitive indicators relevant to the ambulatory care setting. Applying the data to existing ambulatory staffing models with consideration of multiple clinic settings that include medical oncology, infusion, and stem cell transplant clinics. And to describe key considerations needed to optimize oncology care efficiently with an acuity-based staffing model. DATA SOURCES: Published literature indexed in PubMed, CINAHL, textbooks. CONCLUSION: In today's complex oncology environment, optimization and utilization of outpatient facilities is essential in providing high-quality care and improving satisfaction of patients as well as providers and staff. IMPLICATIONS FOR NURSING PRACTICE: Nurse leaders should utilize benchmarking data to ensure staffing levels are appropriate, given the size and scope of their facility. Staff nurses should be engaged to ensure that acuity tools are developed in accordance with their experiences and perceptions of patient care.

Championing eHealth in Clinical Care.

Since 1959, the rate of technological advancements, which has been buoyed by the evolution of microprocessors that stimulate innovation, has grown exponentially, doubling every 12 to 18 months (Roser & Ritchie, 2020). In 2020, it is impossible to walk down the street without seeing people checking their smartphones. However, it was only four decades ago that the personal computer was first introduced into the marketplace. It has been a little more than a decade since the first smartphone-the iPhone by Apple-was released in 2007, followed by the release of the iPad in 2010 (Zimmermann, 2017). As of 2019, an estimated 269 million people in the United States use smartphones (Holst, 2019). Increased technological advancements, as well as the widespread availability of these technologies and their application to Americans' daily lives, have become the norm. In the clinical nursing care of patients with cancer, the use of technology is also gaining momentum. This supplement to the Clinical Journal of Oncology Nursing explores how technology in health care can extend and enhance clinical oncology nursing care.

Access to Care: Using eHealth to Limit Location-Based Barriers for Patients With Cancer.

BACKGROUND: Rural and urban communities may encounter barriers to care, which can lead to delays in timely screening, diagnosis, and treatment. eHealth interventions, such as televisits and remote patient monitoring, are being used increasingly to improve patient access to quality clinical cancer care and to support patient-provider communication. OBJECTIVES: This article describes how eHealth can bridge gaps in patient access to cancer care and provides insight into successful eHealth program implementation. METHODS: Articles that evaluate access to care and eHealth program implementation were summarized. Two case studies illustrate eHealth as a strategy to improve care delivery and access. FINDINGS: Integrating eHealth into clinical practice can help to transform care delivery and improve patient access to quality cancer care by limiting barriers.