Category: Nursing

  • PICOT Format Evidence-Based Practices & Nursing

    PICOT Format Evidence-Based Practices & Nursing

    Course Project: Part 1—Identifying a Researchable Problem

    PICOT format
    Evidence-Based Practices & Nursing

    Introduction
         Normally, PICOT format is helpful in formulation of questions in an evidenced based clinical practice. PICOT generated questions generally fall under for main categories of clinical practices. These include; therapy, prevention, diagnosis, etiology as well as Prognosis. The essential elements in PICOT questions. The PICOT format is valuable in addressing research questions comprehensively. Five elements are normally addressed including; population, intervention, comparison, outcome and time as well (Riva, Malik, Burnie, Endicott, & Busse, 2012).

    Summary of Case Study

            
    The ever increasingly high incidence of breast cancer conditions has posed serious challenges in the nursing profession. Provision of appropriate healthcare to the cancer patients has been lacking leading to adverse effects of the proliferation of cancerous cells which further worsen the conditions of the patients. As primary care, clinicians have the responsibility to stressing providing healthcare services within healthcare facilities as well as monitoring treatment in home based facilities to help manage cancer condition. Most cancer patient need clinicians who practice evidence-based clinical practices (Riva, Malik, Burnie, Endicott, & Busse, 2012).

    Research Question

      
    In cancer patients receiving chemotherapy, will they have better white blood cell count monitoring with a follow-up at home versus follow-up at a health care facility during their treatment?

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    PICOT Format

    1)
    P-Population:
    Patients aged 18-60 years-old, breast cancer who have not received chemotherapy in the past six months are subjected to the treatment. Patients with other serious health conditions such as heart diseases were excluded in the study. 30 patients, with 15patients stationed at the healthcare facility while the other 15 patients receiving home-based care, are expected to take part in the study.

    2)  
    I -Intervention:
    The patients will receive dosage based on the age, sex and health general body health as well as the stage of cancer cells proliferation in the body. The patients are required take the prescribed drugs at regular intervals. The subjects will be subjected to treatment under the same during the research study.

    3)    
    C-Comparison:
    All the subject regardless of variations in their level of dose requirement will be subjected to the same treatment for the same duration, 3months. Standardized treatment will be given to subjects with no extreme variations in their level of dose requirement and would be used as an active control group. Using this strategy, it will be possible to minimize the non-specific effects due to a group of the patient receiving treatment within the healthcare.

    4
    )   O-Outcome:
    The response in chemotherapy treatments will be check by examining the numbers of defective cancerous cells in the body tissues. The patients will report to the theatre in order to be examined by an oncologist. The results will be recorded in terms of improved seen in each patient and in the two categories, that those that received home-based care as well as those who received chemotherapy treatment within the healthcare facility (Stevens, 2001).

    5)  
    T-Time:
    The outcome would be measured after 2 weeks for 3months. The results will be recorded at an interval of two weeks from the onset of the study throughout the 3months

    In evidenced-based clinical practice, it is imperative to standardize treatments in order to avoid skewing expected treatment outcomes. Teaching the subjects, the importance of chemotherapy treatment should be part and parcel of the planning process of the patient recruitment into the research study. More importantly, standardizing instruction to study subjects is also important in ensuring no additional interventions are inadvertently introduced during the study period. Additional intervention can be by way of extra pieces of advice to the study subjects (Stevens, 2001).

    Evidence-based clinical practices, clinicians are encouraged to not only provide available cancer care choices but also undertake to provide information on quality care. In addressing challenges and complication associated with breast cancer, clinicians should provide timely, accurate information (Morley, 2009).

    Keywords in Literature Review

    The keywords to look for in literature review include; breast net weight, breast biopsies related history, hyperplasia prior to biopsy, radiation of the chest, breastfeeding, obesity, excessive use of alcohol, sedentary lifestyles, and chemotherapy as well as exogenous hormones. These items show the mode of progression of cancerous cells and influence the type of healthcare to be provided to patients in evidence-based clinical practices (Stevens, 2001).

     

    Reference

    Morley, P. T. (2009). Evidence evaluation worksheets: the systematic reviews for the evidence evaluation process for the 2010 International Consensus on Resuscitation Science.
    Resuscitation, 80
    (7), 719-721.

    Riva, J. J., Malik, K. M., Burnie, S. J., Endicott, A. R., & Busse, J. W. (2012). What is your research question? An introduction to the PICOT format for clinicians.
    The Journal of the Canadian Chiropractic Association, 56
    (3), 167.

    Stevens, K. R. (2001). Systematic reviews: The heart of evidence-based practice.
    AACN Clinical Issues, 12
    (4), 529–538.

    Week 4:

    Course Project: Part 2—Literature Review

    Application: Using the Data/Information/Knowledge/Wisdom Continuum

     

    Introduction

    Nursing informatics is a field that integrates the nursing science with the process of managing data, collecting information, applying information as well as applying the knowledge to make decisions. The healthcare field requires the making of intelligent decisions that are founded on a proper analysis of data, information and knowing how best to apply this information to make the decisions. It is imperative to note that there are terabytes of soft copy data and information as well as tons of hard copy of the same and thus making the role of nursing informatics to narrow down to the most relevant information. Science cannot account and satisfy all the decisions that can be made by healthcare practitioners, some decisions require ethical, social and economic considerations. This is where nursing informatics chips in to provide relevant data, information, and knowledge that when used in the appropriate way can be embraced as wisdom (Makar, 2012).

    Pediatric nursing is no exception in the above-discussed phenomena and this is why pediatrics have to be complemented by informatics techniques in their day to day encounters. Today the world is faced with a major dilemma regarding the use of vaccines. Is vaccination a solution to health hazards or does it expose children to more risks? The same research question has been elevated to include adults and it has been on the debate for so long since the olden days of vaccination. It all starts with the small pox vaccine that is faced with a lot of controversies when the diseased matter is introduced into a healthy body for the purposes of preparing the body by manipulating the immune system to get ready for a similar instance. Jenner’s methods to introduce cowpox infected fluid work pretty well in the process of conferring the immune system but his methods later set fear in the community (Maldonado, 2002).

    The above-discussed research question spans across many nursing principles as the healthcare is ethically and professionally challenged to determine the safety and legitimacy of vaccines and inoculation programs. The Walden Library offers researchers and nursing practitioners with the resources and databases for the probing of the inoculation concern. The library has a number of databases some of which are business, computing and general knowledge oriented. It is imperative to choose a relevant database source as well that harbors most healthcare related articles as well as other research by scholar-practitioners too. After going through the databases, the Cochrane library database repository makes one of the finest databases relevant to the subject of concern. The search terms used include, “Does vaccine and inoculation programs prevent health hazards in children?” (“Databases by Name – Academic Guides at Walden University,” n.d.).

    On the other hand, a similar search follows but with a converse statement to the prevention and protection against diseases. It follows in the structure, “Does vaccine and inoculation programs increase health risks in children?” The database throws up hundreds of articles, e-books and newspaper articles published by medical and critics revolving around the inoculation concern. A process to select the relevant articles is necessary thanks to the database search criteria that takes care of the necessity. There are a number of ways that one can narrow down his/her search to the most relevant and up to date articles that provide data and information about the research question. A good article is one which is peer reviewed and has references as well as having its full publication in the repository. Peer reviewed articles have already been compared to existing knowledge against a topic of concern and thus very vital when it comes identifying a relevant and satisfactory source (Gassert, 2000).

    After finding the relevant articles from the repository, an informatics nursing practitioner needs to extract relevant information from the numerous sources selected. It is important to note that not every single word contributes to the main topic of study or rather the research question under consideration. Thus this makes it a necessity to employ keyword search criteria by the use of assistive software that can scan through electronic documents and highlight all the keywords or phrases of consideration. Information is obtained following a structure that guides a researcher in staying and keeping in the research goal and objective frame (Gassert, 2000).

    More important after extracting relevant data and information is the process of structuring the information and process the data into information too. Information can be organized into cells that are object specific and data mining techniques are employed to identify patterns and trends that are unseen without organizing information. The process of data mining and data analytics is the process of gaining knowledge as the information is subjected to real life phenomena to give insights on what the healthcare field is missing. The information is synthesized to speak more about itself in relevance to the research question under consideration and this gives way for knowledge in the health care field (Makar, 2012).

    Conclusion

    It is worth noting that once knowledge is gained, another process of making rational and intelligent decisions commences and this is what concludes the process of nursing informatics. The application of knowledge to make calculated decisions that are in most cases right and effective is termed as wisdom. In this discussion, Wisdom can be gained from the process of informatics as contributed by the role of making effective decisions by application of knowledge gained. However, gaining wisdom takes time and experience as practitioners apply knowledge in diverse fields (Makar, 2012).

    References

    Databases by Name – Academic Guides at Walden University. (n.d.). Retrieved from
    http://academicguides.waldenu.edu/az.php

    Gassert, C. A. (2000). Academic Preparation in Nursing Informatics.
    Health Informatics
    , 15-32. doi:10.1007/978-1-4757-3252-8_2

    Makar, E. V. (2012). The Alliance for Nursing Informatics Emerging Leaders Program.
    CIN: Computers, Informatics, Nursing
    ,
    30
    (4), 179-182. doi:10.1097/nxn.0b013e318255c114

    Maldonado, Y. A. (2002). Current Controversies in Vaccination.
    JAMA
    ,
    288
    (24), 3155. doi:10.1001/jama.288.24.3155

    Prymula, R. (2013). Controversies in Vaccination.
    European Review
    ,
    21
    (S1), S56-S61. doi:10.1017/s1062798713000227

     

     

     

    Course Project: Part 3—Translating Evidence Into Practice

     

    Translating Evidence into Practice

    The PICOT question arising from this research is: When do cancer patients on chemotherapy, receive better white blood cell count monitoring; with a follow-up at home or with follow-up at a health care facility during their treatment? Answering this question has a lot of significance in the nursing practice. First, chemotherapy is among the cancer treatments that cause damage to the white blood cells, the cells responsible for fighting infections in our bodies. As such, when chemotherapy damages some of the white blood cells, it leads to neutropenia, a condition that increases the risks of getting infected (“Blood Cell Counts | Breastcancer.org,” 2017). For people with any cancer, and who may be undergoing chemotherapy, such infections are very severe and usually require treatment with antibiotics. Hence, nurses need to closely monitor the white blood cells count in their patients for effective prediction of potential severe neutropenia, ahead of time. The PICOT question, therefore, regarding the best setting to follow-up white blood cells count, is important towards assisting patients with breast cancer (“Low White Blood Cell Count: A Side Effect of Treatment,” 2017).

    In my literature review, I deduced that besides breast cancer is the main challenge in healthcare; there are inadequate treatments for patients suffering from this type of cancer. According to Polit, & Beck, (2017), people living with breast cancer experience the worst of health conditions, yet their number is increasing at an alarming rate. Among the most surprising factors attributed to breast cancer is that screening for the condition using the modern technology may lead to acquiring cancer itself. Hence, the number of patients with the breast cancer is expected to continue rising. Lifestyle changes are among the major attributes of the rise in breast cancer cases. For instance, as women seek leisure activities, the engage in alcohol consumption, which is a major contributor to breast cancer. As well, consumption of fast foods is attributed to excessive weight, another risk factor for breast cancer.

    Hoffman et al., (2014), attributes hormone replacement therapy (HRT) as another risk factor for breast cancer. Recent research by Hoffman et al, (2014), has proven that the more a woman uses HRT, the more she is predisposed to breast cancer. As well, studies have found that women who give birth in their late ages of life are at higher risks of acquiring breast cancer as compared to their counterparts who sire children at early ages. Then research explains why women in developing countries tend to have higher risks of getting breast cancer as compared to those in developing countries.

    Further, LoBiondo-Wood, & Haber, (2017) point out that the real causes of cancer have caused a lot of contradictions as well as inconsistencies. For instance, the real cause of breast cancer has not been identified, but there exist several predisposing factors that increase the risks of women acquiring breast cancer. Some scientists have attributed breast cancer to genetic inheritance, environmental pollution, infection, and oral contraceptives, but epidemiological research has disapproved all of these claims, showing that the causes of breast cancer are sporadic. However, although breast implants were dismissed as leading to the common type of breast cancer, they have been connected with increasing the risks of lymphoma, a rare form of breast cancer. LoBiondo-Wood, & Haber, (2017) profess that although dietary fats are not the only predisposing factors for breast cancer, they play a significant role towards the development of the condition.

    This literature review reveals that treatment of breast cancer needs increased health strategies. On the other hand, health practitioners should come up with mechanisms that prevent breast cancer patients from getting exposed to radiation on a regular basis. In conclusion, the review is proof that there are no adequate measures put in place to prevent the prevalence of breast cancer. Hence such measures need to be formulated so that the increase in breast cancer cases can be halted.

    The evidence-based nursing practice in this context involves standardization of treatments to avoid twisting the expected treatment outcomes. For example, Polit, & Beck, (2017), have associated screening as a predisposing factor for breast cancer due to exposure to radiation. Therefore, breast screening is not a standardized strategy for approaching breast cancer. Instead, nurses should result to chemotherapy, which should be done alongside regular monitoring of white blood cells count. If the evidence-based practice is not applied, the patient could experience additional complications such as increased risks of being infected. As well, other treatment strategies may worsen the situation by facilitating the spread of cancer cells, for instance, exposure to radiation.

    More importantly, standardizing instruction to study subjects is critical as well in ensuring no additional interventions are inadvertently introduced during the study period. The strategy management skill that I would use is educating staff on skills and principles about breast cancer. The education program would be aimed at all my colleagues, including those in pre-service training as well as those in in-service training (Stevens, 2001).

    Through the use of manuals as well as user-friendly guidelines, I would educate staff members on the newly acquired knowledge. The manuals would incorporate recent research-based data, which would foster the development of innovative practices. For the implementation of the evidence-based practice, I would use the current research-based data to come up with strategies for handling the involved problem. (McCormack et al., 2017) The evidence-based practice would assist towards better decision-making process as we decide on the best setting to carry out the monitoring process. Additional intervention can be by way of extra pieces of advice to the study subject (“Implementing the Evidence-Based Practice (EBP) Competencies in Healthcare: A Practical Guide for Improving Quality, Safety, and Outcomes,” 2017).

     

    References

    Blood Cell Counts | Breastcancer.org
    . (2017). 
    Breastcancer.org
    . Retrieved 9 October 2017, from
    http://www.breastcancer.org/symptoms/testing/types/blood_counts

    Hoffman, A. J., Robinson, C. B., & Weisbrod, B. L. (2014). Putting evidence into practice: an update of evidence-based interventions for cancer-related fatigue during and following treatment. 
    Clinical journal of oncology nursing
    , 
    18
    (6), 38.

    Implementing the Evidence-Based Practice (EBP) Competencies in Healthcare: A Practical Guide for Improving Quality, Safety, and Outcomes
    . (2017). 
    Nursingknowledge.org
    . Retrieved 9 October 2017, from
    https://www.nursingknowledge.org/implementing-the-evidence-based-practice-ebp-competencies-in-healthcare-a-practical-guide-for-improving-quality-safety-and-outcomes.html

    LoBiondo-Wood, G., & Haber, J. (2017). 
    Nursing Research-E-Book: Methods and Critical Appraisal for Evidence-Based Practice
    . Elsevier Health Sciences.

    Low White Blood Cell Count: A Side Effect of Treatment
    . (2017). 
    Breastcancer.org
    . Retrieved 9 October 2017, from
    http://www.breastcancer.org/treatment/side_effects/low_white_blood_cell

    McCormack, L., Sheridan, S., Lewis, M., Boudewyns, V., Melvin, C., & Kistler, C. et al. (2017). 
    Communication and Dissemination Strategies to Facilitate the Use of Health-Related Evidence
    . 
    Ncbi.nlm.nih.gov
    . Retrieved 9 October 2017, from
    https://www.ncbi.nlm.nih.gov/books/NBK179104/

    Polit, D. F., & Beck, C. T. (2017). 
    Nursing research: Generating and assessing evidence for nursing practice
     (10th ed.). Philadelphia, PA: Wolters Kluwer. Chapter 8, “Planning a Nursing Study”This chapter focuses on the necessary steps for planning a research study. It describes different research designs and their key features and discusses how to plan for data collection.

    Stevens, K. R. (2001). Systematic reviews: The heart of evidence-based practice.
    AACN Clinical Issues, 12
    (4), 529–538.

  • Intervention Plan Components; theoretical foundations; Stakeholders, Policy, and Regulations, Ethical and Legal Implications.

    Design an intervention plan to improve the quality of outcomes for an exercise education program. The following topics should be addressed: Intervention Plan Components; theoretical foundations; Stakeholders, Policy, and Regulations, Ethical and Legal Implications.

  • Fibroids Essay

    Abstracts content

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    Abstracts should fit on one (1) page, one-inch margins on all sides, single-spaced with approximately 300 words. Please use Times New Roman 12-point font. We recommend a structured format with the following headings:

    Background

    Purpose

    Conceptual or Theoretical framework clearly described (for research abstracts)

    Methods

    Results

    Conclusions/Implications

    Headings
    :
    Left justify and bold all headings.

  • Proposed research problem, theoretical framework, literature review, and hypothesis

    Proposed research problem, theoretical framework, literature review, and hypothesis

    ·
    Assignment 1: Discussion Questions

    By the due date assigned
    , post your response to the assigned discussion questions in the below
    Discussion Area
    . It is important to support what you say with relevant citations in the APA format from both the course materials and outside resources. Include the South University Online Library in your research activities utilizing not only the nursing resource database, but also those pertaining to education, business, and human resources.

    No later than by the end of the week, review and comment on the discussion question responses posted by at least two of your peers. Be objective, clear, and concise. Always use constructive language. All comments should be posted to the appropriate topic in this
    Discussion Area.

    Discussion Question

    Begin your discussion by sharing your problem statement and research question. Next, discuss your sampling plan. In addition, discuss your research design. Consider the following as you craft your response.

    Sampling

    · How will the sample be selected?

    · What type of sampling method is used? Is it appropriate to the design?

    · Does the sample reflect the population as identified in the problem or purpose statement?

    · Is the sample size appropriate? Why or why not?

    · To what population may the findings be generalized? What are the limitations in generalizability?

    Research design

    · What type of design will be used?

    · Does the design seem to flow from the proposed research problem, theoretical framework, literature review, and hypothesis?

  • Sampling Strategy and Resign Design

    Sampling Strategy and Resign Design

    Research Proposal Draft

    By the due date Assigned, write a 1-2 page paper addressing the sections below of the research proposal.

    Methodology

    ·     Sample/Setting: Number and criteria for inclusion and description of place in which data will be collected.

    ·     Sampling Strategy

    ·     Research Design: Type (e.g., Quasi-Experimental), description, and rationale for selection.

    Submission Details:

    · Post your assignment to the Submissions Area.

  • Politics and Evidence-Based Practice and Policy Essays

    Politics and Evidence-Based Practice and Policy Essays

    Sean P. Clarke

    “The union of the political and scientific estates is not like a partnership, but a marriage. It will not be improved if the two become like each other, but only if they respect each other’s quite different needs and purposes. No great harm is done if in the meantime they quarrel a bit.”

    Don K. Price

    Health care has been a conservative field characterized by deep investments in tradition. Evolution of treatment approaches and facility and service management often has been very gradual, punctuated by occasional breakthroughs. For many years, it was said that nearly 2 decades could pass between the appearance of research findings and their uptake into practice. Although this statement bears revisiting in the era of evidence-based practice and in the Internet age, disconnects between evidence and care practices are still common, as are inconsistencies in practice and variations in patient outcomes across providers and institutions. It is clear that bringing research findings to real world settings remains a slow and uneven process.

    Clinicians, researchers, and policymakers are aware of poor uptake of research evidence and lost opportunities to improve service, which has spurred an interest in clinical practice and, recently, health care policy, driven by high-quality scientific evidence. An often-cited definition of evidence-based practice is “the conscientious, explicit, and judicious use of current best evidence in making decisions about the care of individual patients” (Sackett et al., 1996). Evidence-based policy is an extension or extrapolation of the tenets of evidence-based practice to decisions about resource allocation and regulation by various governmental and regulatory bodies. Recognition of the scale of investments in health and social service programs and research around the world, the enormous stakes of providers and clients in the outcomes of policy decisions, and increasing demands for transparency and accountability influenced its rise.

    Evidence-based policy has been defined as an approach that “helps people make well informed decisions about policies, programs, and projects by putting the best available evidence from research at the heart of policy development and implementation” (Davies, 1999).

    This approach stands in contrast to opinion-based policy, which relies heavily on either the selective use of evidence (e.g., on single studies irrespective of quality) or on the untested views of individuals or groups, often inspired by ideological standpoints, prejudices, or speculative conjecture. (Davies, 2004, p. 3)

    Controversies in clinical care and policy development are sometimes very intense. Political forces can influence the types of research evidence generated, how it is interpreted in the context of other data and values, and, most significantly, how it is used (if at all) in influencing practice. This chapter will review the politics of translating research into evidence-based practice and policy, from the generation of knowledge to its synthesis and translation.

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    The Players and Their Stakes

    Translating research into practice involves many stakeholder groups. Health care professionals are often influenced by practice changes based on evidence. Many are invested in particular clinical methods or work practices and structures of practice or in the status quo of treatment approaches they use and the way care is organized. They often have preferences, pet projects, and passions and may have visions for health care and their profession’s role that might be advanced or blocked by change. Health professionals may seek to protect their working conditions or defend turf from other professions, notably lucrative services or programs.

    There are often direct financial consequences for industries connected with health care when research drives adoption, continued use, or rejection of specific products, such as pharmaceuticals and both consumable (e.g., dressings) and durable (e.g., hospital beds) medical supplies but also less visible (but equally expensive and important) products, such as consulting services.

    Managers, administrators, and policymakers have stakes in delivering services in their facilities or organizations or jurisdictions in certain ways or within specific cost parameters. In general, administrators prefer to have as few constraints as possible in managing health care services and may be less enthusiastic about regulations as a method of controlling practice; however, changes that increase available resources may be better accepted.

    For researchers, wide uptake of findings into practice is one of the most prestigious forms of external recognition, particularly if mandated by some sort of high-impact policy or legislation. This is especially the case for researchers working in policy-relevant fields where funding and public profile are mutually reinforcing. Researchers and academics involved in the larger evidence-based practice movement also have stakes in the enterprise. There are researchers, university faculty, and other experts who have become specialists in synthesizing and reporting outcomes and have interests in ensuring that distilled research in particular forms retains high status. Furthermore, funding agency advisers and bureaucrats may also be very much invested in the legitimacy conferred by the use of evidence-based practice processes.

    The general public, especially subgroups that have stakes in specific types of health care, wants safe, effective, and responsive health care. They want to think their personal risks, costs, and uncertainties are minimized, and they may or may not have insights or concerns about broader societal and economic consequences of treatments or models of care delivery. Expert opinions and research findings tend to carry authority, but for the public, these are filtered through the media, including Internet outlets.

    Elected politicians and bureaucrats want to maintain appearances of being well informed and responsive to the needs of the public and interest groups, while conveying that their decisions balance risks, benefits, and the interests of various stakeholder groups. Elected politicians are usually concerned about voter satisfaction and their prospects for reelection. They, like the public, receive research evidence filtered through others, sometimes by the media but often by various types of civil servants. Nonelected bureaucrats inform politicians, manage specialized programs, and implement policies on a day-to-day basis. They may be highly trained and come to be very well informed about research evidence in particular fields. As top bureaucrats serve at the pleasure of elected officials, they are sensitive to public perceptions, opinions, and preferences.

    The Role of Politics in Generating Evidence

    Health care research is often a time- and cost-intensive activity involving competition for scarce resources and rewards. Much is on the line for many stakeholders. Which projects are attempted, what results are generated, and what is reported from completed studies are all very much affected by political factors at multiple levels.

    Much research likely to influence practice or policy requires financial support from outside institutions. Researchers write applications to funders for grants to pay for the resources to carry out their work. Before agreeing to underwrite projects,

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    external funders must believe that a topic being researched is important and relevant to the funding mission; the research approach is viable; and the proposed research team is able to carry out the project. Funders are often governmental or quasi-governmental agencies, but producers or marketers of specific products or services can subsidize research. When research is supported by suppliers of particular medications, products, or services, funders may have overtly stated or implicit interests in the results of the studies, and researchers may face pressures around the framing of questions, research approaches, and how, where, and when findings are disseminated. Only recently has the full extent of potential conflicts of interest related to industry-researcher partnerships come to light. However, not-for-profit and government agencies have stakes and preferences in what types of projects are funded and their decisions are also influenced by public relations and political considerations.

    Researchers must please their employers with evidence of their productivity (e.g., successful research grants and high-profile publications). Not surprisingly, researchers choose to pursue certain types of projects over others and gravitate toward topics they believe will help them secure funding. They may defend or try to increase the profile of their approaches or topics through their influence as reviewers or members of editorial boards of journals or grant review committees and appointments to positions of real or symbolic power. There can be a great disincentive to move away from research approaches that have garnered support and recognition in the past. Nonetheless, research topics and approaches go in and out of style over time; subjects become relevant or capture the public’s or professionals’ imaginations and then often fade. As a result, academic departments, funding bodies, institutions, and dissemination venues become locales where specific tastes and priorities emerge or disappear. This also applies to methodologies within research fields.

    Some subject matter areas or theoretical stances for framing subjects are so inherently controversial that securing funding and carrying out data collections are extremely challenging. Anything touching on reproductive health or sexual behavior tends to be potentially volatile, especially in a conservative political climate, and the questioning of the effectiveness or cost-benefit ratio of a health service much beloved by providers, the public, or both as potentially wasteful can encounter resistance.

    Comparative Effectiveness Studies

    Research that compares the effectiveness of different clinical approaches or different approaches to managing services is the most relevant for shaping practice and making policy. Comparative effectiveness research (CER) was defined by a federal coordination body established to guide $1.1 billion in earmarked funds under the American Recovery and Reinvestment Act (and later abolished under the Affordable Care Act [ACA]) as:

    The conduct and synthesis of research comparing the benefits and harms of different interventions and strategies to prevent, diagnose, treat, and monitor health conditions in “real world” settings. The purpose of this research is to improve health outcomes by developing and disseminating evidence-based information to patients, clinicians, and other decision-makers, responding to their expressed needs, about which interventions are most effective for which pati­ents under specific circumstances. (Federal Coordinating Council, 2009, p. 5)

    Although important, comparative effectiveness research is difficult to carry out. Obtaining access to health care settings and to ethically conduct studies exposing patients or communities to different approaches requires a freely acknowledged state of uncertainty regarding the superiority of one approach over another. To conduct meaningful research, the interventions or approaches in question need to be sufficiently standardized and researchers must be able to rigorously measure harms and benefits across sufficient numbers of patients over enough clinical settings (Ashton & Wray, 2013). Comparative intervention research is complicated, demanding, and expensive work to carry out. It is also likely to plunge researchers into politically sensitive debates. It may not be surprising that, because of the practical challenges and political pitfalls involved in evaluating or testing

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    interventions, many researchers in health care are engaged in research intended to inform understandings of health-related phenomena that will enable the design of potentially useful interventions. Unfortunately, when careful evaluations are carried out, history has shown that many widely accepted treatments are shown to be ineffective and needlessly increase both health care costs and risks to the public, suggesting that more rather than less of this difficult research is needed. Funding for comparative effectiveness research, which many hope will stimulate this essential type of inquiry, is included in the ACA of 2010.

    The Politics of Research Application in Clinical Practice

    Individual Studies

    To stand any chance of influencing practice or policy, findings must be disseminated and read by those in a position to make or influence clinical or policy decisions. Individual research papers may or may not receive attention depending on timeliness of the topic, whether or not findings are novel, the profile of the researchers, and the prestige of a journal or conference where results are presented.

    A key principle of evidence-based practice and policy is that one study alone never establishes anything as incontrovertible fact. In theory, single studies are given limited credence until their findings are replicated. Despite evidence that dramatic findings in landmark studies, especially using nonrandomized or observational research designs, are rarely replicated under more rigorous scrutiny (Ioannidis, 2005), there is often an appetite for novel findings and a drive to act on them. As a result, single studies, particularly ones with findings that resonate strongly with one or more interest groups, can receive a great deal of attention and even influence health policy, even though their findings are preliminary.

    Journalists must find the most newsworthy of the findings in research reports and make them understandable and entertaining to their audiences. In contrast, for scientists, legitimacy hinges on integrity in reporting findings. Use of simplistic language or terminology or the reworking of complex scientific ideas into layman’s terms in the popular press may result in broad statements unjustified by the data. Being seen as a media darling, especially one whose work is popularized without careful qualifiers, can be damaging to a researcher’s scientific credibility. Furthermore, given that reactions and responses (and backlashes) can be very strong, researchers seeking media coverage of their research must be cautious. It is generally best to avoid popular press coverage of one’s results before review by peers and publication in a venue aimed at research audiences. Avoiding avoiding overstating results and ensuring that key limitations of study findings are clearly described is essential, particularly if a treatment or approach has been studied in a narrow population or context or without controlling for important background variables.

    Summarizing Literature and the Politics of Guidelines and Syntheses

    Despite the appeal of single studies with intriguing results, the principles of evidence-based practice and policy dictate that before action is taken, synthesis of research results be carried out. Studies with larger representative samples and tighter designs are granted more weight in such syntheses.

    Conducting and writing systematic reviews and practice guidelines are labor-intensive exercises requiring skill in literature searching, abstracting key elements of relevant research, and com­parison of findings. The process is expensive and time-consuming, often requiring investments from stakeholder groups to ensure completion. Synthesis and guideline development are often conducted by teams to render the work involved manageable and increase the quality of the products and user perceptions of balance and fairness in the conclusions. Procedures used to identify relevant literature are now almost always described in detail to permit others to verify (and later update) the search strategy. It is worth noting that except in contexts such as the Cochrane Collaboration (where all procedures are extremely clearly laid out and designed to be as bias-free as possible), the grading of evidence

    498

    and the drafting of syntheses can be somewhat subjective and reflect rating compromises.

    Political forces will influence which topics, clienteles, or areas of science or practices are targeted for synthesis, often high-volume or high-cost services or services where clients are at high risk. Who compiles synthesis documents and under what circumstances reflects research and professional politics as well as influences from funders and policymakers. The credibility of syntheses hinges on the scientific reputation of those responsible for writing and reviewing them. There is debate regarding whether or not subject matter expertise is required of those conducting a synthesis and whether or not having conducted research in an area creates a vested interest that can jeopardize integrity of a review. Interestingly, different individuals tend to be involved in conducting research as opposed to carrying out reviews. Key investigators in the area may not want to take the time away from their research to work on reviews, but may feel a need to defend their studies or protect what they believe to be their interests. Often, recognized experts are brought in at the beginning or end of a search and synthesis exercise to ensure that relevant studies have not been omitted and that study results have been correctly interpreted.

    Systematic reviews, disseminated by authoritative sources, can be especially influential for both clinical practice and health policy. When the usefulness of a treatment for recipients is brought into question or it is suggested that some diagnostic or treatment approaches are superior to others, it is very likely that the creators, manufacturers, or researchers involved with the losers will bring their resources together to fight. In 1995, the Agency for Health Care Policy and Research (AHCPR), the federal entity that was the precursor of the Agency for Healthcare Research and Quality (AHRQ), released a practice guideline dealing with the treatment of lower back pain that stated spinal fusion surgery produced poor results (Gray, Gusmano, & Collins, 2003). Lobbyists for spinal surgeons were able to garner sympathy from politicians averse to continued funding for the agency. In the face of other political enemies and threats to the AHCPR, the result was the threatened disbanding of the agency. The AHCPR was reborn in 1999 as the AHRQ, with a similar mandate to focus on “quality improvement and patient safety, outcomes and effectiveness of care, clinical practice and technology assessment, and health care organization and delivery systems”
    (

    www.ahrq.gov

    )
    , but without practice guideline development in its portfolio.

    Skepticism is warranted when reading literature syntheses involving the standing of a particular product or service that has either been directly funded by industry or interest groups or had close involvement by industry-sponsored researchers (Detsky, 2006). Guidelines and best practices to reduce bias in literature synthesis and guideline creation are being circulated (Institute of Medicine [IOM], 2009; Palda, Davis, & Goldman, 2007) in much the same way as parameters, checklists, and reporting requirements for randomized trials and observational research (e.g., the CONSORT guidelines at
    www.consort-statement.org

    ) were first created and disseminated years ago.

    The Politics of Research Applied to Policy Formulation

    Distilling research findings and crafting messages to allow research evidence to influence policy can be even more complex and daunting than translating research related to particular health care technologies or treatments. Direct evidence about the consequences of different policy actions is often sparse, and much extrapolation is necessary to link available evidence with the questions at hand. Attempts have been made in the United States and elsewhere, often through nonprofit foundations such as the Robert Wood Johnson Foundation and the Canadian Foundation for Healthcare Improvement (formerly the Canadian Health Services Research Foundation) to educate the public and policymakers about health services research findings. The political challenges in implementing health policy change are considerable. The amounts of money are often higher, and symbolic significance of the decisions is even greater, which makes conflict across the same types of stakeholder

    499

    interests discussed throughout this chapter even more dramatic. Box 59-1 shows pearls and pitfalls of using research in a policy context.

    Box 59-1

    Pearls and Pitfalls of Using Research in Policy Contexts

    Pearls

    • Before trying to link research with a policy issue, understand the underlying policy issue as well as possible to determine how results in question add to a debate.

    • Consider the way opponents of a particular policy stance will interpret study findings, and consider adjusting messages accordingly.

    • Be aware of major limitations in the study findings (e.g., weaknesses or Achilles’ heels such as lack of randomization in an evaluation study or a failure to consider an important confounder), and be prepared to respond to them and explain why results are relevant anyway.

    • Refer to bodies of similar or related research rather than individual studies, where possible, and acknowledge controversies.

    Pitfalls

    • Assuming policymakers and journalists are familiar with or interested in research method details.

    • Writing research results with needlessly biased or strong language and/or citing such research in policy without reservations.

    • Exaggerating the magnitude of effects and ignoring all weaknesses or inconsistencies, particularly those that are easily identified by educated nonspecialists.

    • Citing research and/or researchers without checking credibility or verifying scientific quality of the results.

    • Failing to recognize that research findings are only one component of wider policy debates.

    Glenn (2002) explores the role of scientific evidence in policymaking with regard to ultimate and derivative values and their relationships to each other. He frames ultimate values as those held without real justification (or need for justification) with facts. Notions that patient suffering is bad and is to be avoided at all costs, that health care is a right (and that society has a duty to help those in need), or that patients deserve care free of errors could all be considered as ultimate values. Ultimate values are by nature ill-suited to scientific investigation, and in addition to value judgments, they may be fundamental political views about the role of government or religious beliefs. Derivative values result from (or are derived from) the combination of an ultimate value with a stance about the realities of the world. Some may argue that because low nurse staffing leads to higher error rates (an interpretation of research offering a testable insight about the clinical world) and their belief that patients should be exposed to as few errors as possible (an ultimate value), that low staffing should be avoided (or legislated against) through the use of minimum nurse staffing ratios (a derivative value).

    In Glenn’s words “…science can assess the validity of the beliefs about reality that link derivative to ultimate values” (Glenn, 2002, p. 69). Verifying statements about reality, not defending either ultimate or derivative values, is its role. Researchers are expected to remain objective and fair: to use the rules of evidence for scientific inquiry properly, clearly reporting facts that contradict their impressions or hypotheses, as well as ones consistent with their and others’ ultimate and derivative values. However, several forces, namely, a tendency to resist admitting having drawn incorrect or overly simplified conclusions in the past, as well as social and political pressures from one’s fan base (what Glenn calls the researcher’s significant others) can create problems with keeping these boundaries clear. Researchers may be accused of bias or, worse, promulgating junk science. Journalists have commented on inflated estimates of prevalence or impacts of various diseases or conditions using research data (using loose definitions, questionable assumptions, or data with limited potential to be verified) (Barlett& Steele, 2004) to lobby for increased funding for research, treatment initiatives, or policy actions.

    When research findings collide with the interests of stakeholder groups in a policy debate, the responses can be extreme. The ethical integrity, scientific competence, or motivations of the researchers involved can be called into question by stakeholders whose interests are in conflict with particular results. Late in 2009, controversy emerged when e-mail messages exchanged between prominent

    500

    United Kingdom climate researchers were made public. These scientists’ work is often cited to document claims of global warming and to justify tighter vehicular, industrial emission, and environmental controls. The content of the e-mail messages was considered by some to show clear evidence of departures from objectivity, data massaging, and politicking to reduce the impact of conflicting findings from competing scientists (Booker, 2009; Sarewitz&Thernstrom, 2009). Equally high-profile and bitter arguments surround the potential health hazards associated with genetically modified crops and pit scientists, industry, and government stakeholders against each other. Within health care, as of this writing (winter 2014), controversy continues to simmer about public opinion on the ACA, the consequences of ACA for health insurance premiums, and the impact of the ACA’s provisions penalizing employers who do not offer health insurance on unemployment rates and job creation (Bowman &Rugg, 2013; FactChecking “Pernicious” Obamacare Claims, 2013).

    The culture of critique and a media appetite for sensationalism, fueled by rapid dissemination of news stories through the Internet, have undermined claims of complete objectivity in research and highlighted the political aspects of research. Whether or not the scientific claims or conclusions of any researchers are correct or even whether objectivity can ever exist in research is probably immaterial to the discussion here. Today, researchers, like politicians, are assumed to have vested interests unless proven otherwise. Good scientific practice is the best defense against claims of bias or worse, but it does not confer immunity from accusations. Nurse researchers aspiring to policy relevance and politically active nurses seeking to use research findings in their endeavors should be aware of the pitfalls and consequences. It is useful for researchers and activists to identify potential winners and losers under proposed policy changes and anticipate their likely interpretations of research findings. In making policy from the research literature tying outcomes to nurse staffing levels, opposing stakeholders at their extremes either cast managers and executives as untrustworthy when it comes to decisions where the bottom line and patient safety might collide or frame nurses, their associations, and collective bargaining units as self-interested and prepared to see hospitals become insolvent by insisting on unnecessarily high staffing levels and/or expensive staffing models.

    In the end, it is probably wise to avoid exaggerating the ultimate influence of research findings on shaping policy. Policy victories attributed to research evidence may be more about skill and luck in turning opinion than the research evidence itself and how it is spun in various forums. Furthermore, policy changes stimulated by or defended by research can be short lived. The balance between various political forces and interest groups can and often do influence the outcomes of many policy debates as much as, or more than, thoughtful application of research evidence. Resistance from organized medicine to expanded scope of practice for advanced practice nurses is one example of where a critical mass of evidence supports a change but political forces have conspired against it (Hughes et al., 2010).

    The translation of evidence into clinical practice and policy is, by nature, a political process. Researchers are most likely to influence policy by designing studies that will yield the clearest possible answers to questions with policy relevance.

    Discussion Questions

    1. Think about a specific area of clinical care you are familiar with where one or more interest groups are attempting to bring about a change in the nature of clinical care or systems of service delivery. Assume a new, potentially game changing research finding appears in the literature and receives wide attention. Using the list of types of stakeholders in translating research into practice in this chapter, identify the groups that might have an interest in these findings and hazard a guess about their likely reactions to new research.

    2. Thinking about Glenn’s explanation of the role of scientific evidence in policymaking and returning to the area of care or practice that you considered in connection with the preceding discussion question, what deeply held beliefs (ultimate values) and derivative values (conclusions

    501

    and values from interpretation of empirical data about the world in the light of ultimate values) do stakeholders claim in this area of clinical/policy controversy? Do you agree that the purpose of research is to add empirical data to policy debates rather than to support or refute ultimate or derivative value statements?

    References

    Ashton CM, Wray NP.
    Comparative effectiveness research: Evidence, medicine and policy
    . Oxford University Press: New York; 2013.

    Barlett DL, Steele JB.
    Critical condition: How health care in America became big business—And bad medicine
    . Doubleday: New York; 2004.

    Booker C. Climate change: This is the worst scientific scandal of our generation.
    The Telegraph
    . 2009 [Retrieved from]  
    www.telegraph.co.uk/comment/columnists/christopherbooker/6679082/Climate-change-this-is-the-worst-scientific-scandal-of-our-generation.html
    .

    Bowman K, Rugg A.
    Top 10 takeaways: Public opinion on the Affordable Care Act
    . [Retrieved from]  
    www.american.com/archive/2013/october/top-10-takeaways-public-opinion-on-the-affordable-care-act
    ; 2013.

    Davies PT. What is evidence-based education?
    British Journal of Educational Studies
    . 1999;47(2):108–121.

    Davies P.
    Is evidence-based government possible?
    . [Jerry Lee lecture, 2004. Presented at the 4th Annual Campbell Collaboration Colloquium] National School of Government (UK): Washington, DC; 2004 [Retrieved from]  
    www.nationalschool.gov.uk/policyhub/downloads/JerryLeeLecture1202041.pdf
    .

    Detsky AS. Sources of bias for authors of clinical practice guidelines.
    Canadian Medical Association Journal
    . 2006;175(9):1033.

    FactChecking “Pernicious” Obamacare claims.
    Articles/featured posts
    . [Retrieved from]  
    www.factcheck.org/2013/09/factchecking-pernicious-obamacare-claims/
    ; 2013.

    Federal Coordinating Council.
    Federal Coordinating Council for Comparative Effectiveness Research: Report to the President and the Congress
    . Department of Health and Human Services: Washington, DC; 2009 [Retrieved from]  
    books.google.com/books?id=DP9rLEEKjTgC&pg=PA133&lpg=PA133&dq=federal+coordinating+council+for+comparative+effectiveness+research+wray&source=bl&ots=SAoti-DzHz&sig=PfMicRVY_xSWuLQDWOulLbP9prI&hl=en&sa=X&ei=khpiVN7DHcukgwTaiYGIAQ&ved=0CB4Q6AEwAA#v=onepage&q=federal%20coordinating%20council%20for%20comparative%20effectiveness%20research%20wray&f=false
    .

    Glenn N. Social science findings and the “family wars.”.Imber JB.
    Searching for science policy
    . Transaction: New Brunswick, NJ; 2002.

    Gray BH, Gusmano MK, Collins SR. AHCPR and the changing politics of health services research.
    Health Affairs
    . 2003 [Suppl Web Exclusives, W3-283-307].

    Hughes F, Clarke SP, Sampson DA, Fairman J, Sullivan-Marx EM. Research in support of nurse practitioners.Mezey MD, McGivern DO, Sullivan-Marx EM.
    Nurse practitioners: The evolution and future of advanced practice
    . 5th ed. Springer: New York; 2010.

    Institute of Medicine [IOM].Conflicts of interest and development of clinical practice guidelines. Lo B, Field MJ.
    Conflict of interest in medical research, education, and practice
    . National Academies Press.: Washington, DC; 2009 [Retrieved from]  
    www.ncbi.nlm.nih.gov/bookshelf/picrender.fcgi?book=nap12598&blobtype=pdf
    .

    Ioannidis JP. Contradicted and initially stronger effects in highly cited clinical research.
    Journal of the American Medical Association
    . 2005;294(2):218–228.

    Palda VA, Davis D, Goldman J.A guide to the Canadian Medical Association handbook on clinical practice guidelines.
    Canadian Medical Association Journal
    . 2007;177(10):1221–1226.

    Sackett DL, Rosenberg WMC, Gray JAM, Haynes RB, Richardson WS. Evidence based medicine: What it is and what it isn’t.
    British Medical Journal
    . 1996;312(7023):71–72.

    Sarewitz D, Thernstrom S. Climate change e-mail scandal underscores myth of pure science.
    The Los Angeles Times
    . 2009 [Retrieved from]  
    articles.latimes.com/2009/dec/16/opinion/la-oe-sarewitzthernstrom16-2009dec16
    .

    Online Resources

    Academy Health (professional association for health policy and health services research).

    www.academyhealth.org
    .

    Canadian Foundation for Healthcare Improvement.

    www.cfhi-fcass.ca
    .

    Commonwealth Fund.

    www.commonwealthfund.org
    .

    .

    CHAPTER 68

    Taking Action: Overcoming Barriers to Full APRN Practice

    The Idaho Story

    Margaret Wainwright Henbest, Sandra Evans, Randall Steven Hudspeth

    “There is nothing more difficult to take in hand, more perilous to conduct, or more certain in its success, than to take the lead in the introduction of a new order of things.”

    Niccolo Machiavelli

    I (Margaret Henbest) was a licensed and practicing certified pediatric nurse practitioner (CPNP) when our family moved from Oregon to Idaho in 1986, 15 years after Idaho first began licensing nurse practitioners (NPs). When I came to Idaho, I experienced firsthand the restrictions that this early enabling legislation had created, then in 1996 became involved in changing them as a Representative in the Idaho State Legislature. It was only with the cooperation of other legislators, organizations, and leaders in nursing that ultimately an autonomous and full scope of practice was achieved in 2006. Sandy Evans, Executive Director of the Idaho Board of Nursing (IBN), played a significant leadership role on behalf of the IBN in 1998. Randy Hudspeth, Director of Patient Care at St. Alphonsus Regional Medical Center, followed by creating a vision, and then organizing and galvanizing the NP community to action in 2003.

    Idaho has a long history of NP practice recognition beginning in 1971 when Idaho became the first state to license NPs. During the ensuing 40 years, the state circled from being an early adopter of the role to one of the most restrictive and then back to being one of the most progressive nationally. This story chronicles that work and highlights the critical importance of professional and legislative leadership, perseverance, collaboration, compromise, and relationship building, all instrumental in achieving legislative success.

    Background

    In the late 1960s and early 1970s, the emergence of the NP role in other states also received attention in Idaho as a means to improve rural access to health care. Supportive physicians, nurses, and citizens recruited two registered nurses (RNs) to complete the certificate NP program at Stanford University in 1971. The IBN and the Idaho Board of Medicine (BOM) came together as partners to design a mechanism to license and regulate this new professional entity, subsequently drafting a bill that created a dual regulatory framework for NP licensure. This meant the boards would jointly write the specific regulations that would apply to licensed NP practice. Regulations interpret the law and provide specificity that otherwise would be cumbersome in statute, and have the advantage of being much more adaptable to change. Regulations in most states are written and revised with the approval of the Governor and Attorney General. In Idaho, regulations must also be approved by the Legislature. This initial NP legislation was shepherded through the process by two legislators, one an RN and one a physician. Idaho was in the forefront nationally in the regulation of this new role with no experience to act as a guide. Controversy between the boards quickly emerged related to NP scope of practice and prescriptive authority.

    558

    FIGURE 68-1
     Margaret Henbest, MSN, APRN-CNP. (Photo courtesy of the author.)

    Nurturing the Passion to Achieve Statutory Change

    After moving to Boise, I was readily granted an Idaho RN license, but I could not be licensed as an NP without the endorsement of a physician and the completion of an interview by the BOM, both requirements put in place through the joint rule-making process. In 1992, I joined with other NPs across Idaho who were frustrated by the stifling regulatory environment and recognized that access to health care for the underserved could be improved through a stronger and empowered NP workforce. As a group, we worked to introduce legislation to remove the dual regulation of NPs in Idaho, freeing the IBN alone to write rules for NP licensure and practice. Although the legislative effort was coordinated, and the NP community robustly engaged in lobbying legislators, the bill was defeated by a tie vote along partisan lines. Regrouping in the aftermath of defeat, a concerted effort was made to ensure that from that point forward, NPs were included in forums and discussions related to health care policy and that citizens and legislators had an accurate understanding of the role and preparation of NPs. This was accomplished over the ensuing years by putting ourselves in the room and at the table of health care discussions. We did not wait for invitations. In addition, a brochure and video was created and disseminated to all legislators explaining the preparation and role of the NP.

    My growing immersion in Idaho health care politics made me realize the importance of getting personally involved in the political process to achieve change. I sought election to the Idaho House of Representatives in 1996 and won, defeating a three-term incumbent by seven votes, never to forget again that every vote counts. I served for 12 years.

    Building Broad Coalitions and Relationships

    Evolutionary changes to NP practice and general changes to nursing education curricula required the IBN to make major revisions to the act in 1998. The legislation, which was to become H445, removed the authority of the BOM to promulgate rules jointly with the IBN, defined the advanced practice professional nurse (APPN), and created a broad collaborative scope of practice for APPNs. (APPN was the first title used for the advanced practice registered nurse [APRN] in Idaho. When Idaho adopted the Consensus Model, it changed it to APRN.) In preparation for introducing the 1998 legislation, the IBN, led by Executive Director, Sandy Evans, worked with a broad coalition of interested nurses, physicians, health care organizations, citizens, and citizen organizations. The effort was funded by a grant from the American Nurses Association. The committee hosted a reception for legislators, distributed a press release, and published educational materials. As a legislator and finally a practicing NP, I was approached and agreed to be the House sponsor of H445. It was my opportunity to effect the changes that I sought so many years before.

    Legislators have an aversion to interprofessional conflict. They label them “turf wars,” recognizing them for what they often are: attempts to control trade and commerce, which may or may not be in the best interest of the public. H445 was referred to a subcommittee for further deliberations and

    559

    negotiations, a strategic way to handle this conflict. Compromise was the inevitable and also desired outcome by legislators as it was the only means to save face and maintain relationships with both professions and constituents. The IBN entered negotiations focused on preserving four key points: (1) sole authority to promulgate rules; (2) APPN prescriptive authority for all classes of drugs consistent with nationally defined scope of practice for category and specialty; (3) requirement for a collaborative or consultative relationship with other providers; and (4) licensure based on established qualification, education, and demonstrated competence. The BOM and the Idaho Medicine Association (IMA) continued to demand dual promulgation of the rules for NPs and physician supervision. As a compromise, a new bill was written which removed the dual promulgation of rule making, but added language specifying that the APPN would practice with physician supervision, consultation, and collaborative management. This created a five-member Advanced Practice Advisory Committee to the IBN composed of two NPs, two physicians, and one pharmacist. The IBN had included physicians in the regulation of NPs in an advisory capacity only. With the assistance of three Senate sponsors, two of whom were nurses, the compromise legislation, H662, passed both houses unanimously and was signed into law by the Governor.

    Sustaining the Effort and the Vision

    It seemed as if progress would be won or lost in the course of continuous skirmishes. After the legislation passed, the IBN began to promulgate new draft rules that for the first time it alone could write. The rules themselves were then opposed by the IMA because they did not require a specific supervising physician, a signed agreement with a physician, or direct physical supervision. Legislative leadership urged compromise on the rules, and during the following 1999 session, the amended rules were adopted over the continued objections of the IMA and BOM. It was becoming clear to me our early and continuous education of legislators was paying off. Policymakers understood what APPNs did, who they were, and what it meant for improved access to care. Nursing had made significant political progress since 1992.

    Removing Barriers to Autonomous APRN Practice

    By 2003, however, it was apparent that there were unintended consequences from the passage of H662 in 1998. Both physicians and NPs had begun to question the strength and effectiveness of supervisory relationships that were separated in some cases by as much as 100 or more mountainous miles. Both physicians and NPs were concerned that supervision exposed them to increased liability. Clinical nurse specialists (CNSs), commonly employed by hospitals, were required to have supervision under the law, but in practice routinely did not. Finally, the departure of a supervising phy­sician could result in a sudden interruption of APPN-delivered patient services. Legislation is written to solve problems, and it was now clear that there was a problem in need of a solution and that quality and access to care had not been compromised since 1998.

    In an APPN practice meeting, Randy Hudspeth and others in attendance recognized that these problems had created an opportunity to remove the last barrier to autonomous practice: supervision. A workgroup was created, and the keys to success again would be leadership, coordination, com­munication, and leveraging of relationships and resources.

    The NPs of Idaho assumed the lead. The IBN was supportive, as were physicians who worked with APPNs in the federally qualified health cen­ters and hospitals, and citizens who appreciated the access and care that APPNs provided in their communities. A lobbyist with experience in health care was hired, and the representation of a well-respected and connected attorney secured. The attorney drafted the legislative language, which became H659, and I was one of two NP sponsors of the legislation. Together, the two of us represented both political parties and both houses of the Legislature. We recognized that nothing would be possible without compromise. However, the political

    560

    environment was shifting; APPNs were significantly better known and valued than a decade and half before, and access to health care was becoming increasingly a critical issue as the uninsured rate in Idaho climbed to 16% to 20%.

    The Stars Align

    The legislative process from introduction, testimony, and floor debate to final passage lasted about 4 weeks. The committee heard about remote practices where NPs provided the only care available. They heard about physicians being paid $5000 to do monthly chart reviews. They heard about CNSs who were required to be supervised even though much of their practice was more nursing than medicine. They heard sometimes confusing and conflicting testimony from physicians. We were asked once again to meet and work out a compromise, a strategy that we were prepared for. I met with the IMA representative and the discussion centered around organized medicine’s interest in ensuring a standard of APPN care in the absence of physician supervision. At the end of our meeting, we agreed that providing for collaboration with other health care providers and peer review in the statute would ensure professional standards of practice. It was a natural compromise from my perspective. As practitioners it was our responsibility to make sure we worked as a team with others as necessary to provide the wide array of services and expertise our patients needed, and if we could not subject ourselves to the transparent review of our peers, something was wrong. Compromise had been reached.

    Again, grassroots lobbying was effective as NPs from each district personally contacted their legislators by e-mail, by phone, or in person. Votes were counted and legislators were personally lobbied. At the end of the 4 weeks, the bill to revise the Nurse Practice Act (NPA) and remove supervision was amended with the compromise wording. H659 passed both Houses by a large majority despite continued objections from the IMA. The rules created by the IBN in the interim, and which passed the following year, required that documentation of a peer-review process would be available to the IBN upon request, and a signed collaborative agreement with a physician would not be required.

    The 2012 NPA Revision

    After the Consensus Model was released by the National Council of State Boards of Nursing and the 2011 Institute of Medicine report
    The Future of Nursing
    called for nurses to work to the full extent of their education, Idaho was poised to adopt the model legislation. The foun­dation had been laid, and the Idaho Consensus Model Legislation, S1273, introduced in 2012, required only minor changes to the NPA. The IMA requested one change to the draft, that the make-up of the Advanced Practice Advisory Committee would remain equally representative of APRNs and physicians, and then took a neutral position on the legislation, paving the way for its smooth passage.

    Conclusion

    Although some would consider collaborative language and the creation of an advisory board related to APRN practice a dilution of independent NPA strength, I believe the path Idaho took was visionary. The redesign of health care in the United States places a priority on population health and paying for value, not volume. This can only be achieved effectively through enhanced interprofessional communication and coordination. Idaho has honored this by keeping our physician colleagues at the table of the APRN regulatory discussion and by acknowledging the need for us to collaborate with other health professionals to provide the best care for our patients.

    For Idaho, an incremental approach contributed to our success. However, there is no doubt in my mind that the consistent, compelling, and truthful argument that APRNs could help to alleviate serious access to care issues in Idaho impressed legislators who had been intentionally and carefully educated about the role of the APRN. I believe that coordinated advocacy, citizen activism, leadership, nurses assuming key policymaking roles, compromise, and persistence can and will win the day.

  • MSN Essential

    Complete this week’s assigned readings, chapters 59,68,70
    .
    After
    completing the readings, post a short reflection, approximately 1 paragraph in length, discussing your thoughts and/or professional concerns about one or several of the specific topics covered in the textbook readings. pertaining to health policy and politics. Identify which 
    one
     MSN Essential most relates to your selected topic in your discussion. Attached are the chapters

  • research question

    Discussion Questions

    By the due date assigned, post your response to the assigned discussion questions in the below Discussion Area. It is important to support what you say with relevant citations in the APA format from both the course materials and outside resources. Include the South University Online Library in your research activities utilizing not only the nursing resource database, but also those pertaining to education, business, and human resources.

    No later than by the end of the week, review and comment on the discussion question responses posted by at least two of your peers. Be objective, clear, and concise. Always use constructive language. All comments should be posted to the appropriate topic in this Discussion Area.

    Discussion Question

    Please begin by responding to the following questions.

    Search and locate an existing instrument that will be used to address your research question. Post the title of the instrument selected and the level of measurement on the tool. Next, post a description of the type of scale used in the instrument. Include a brief discussion of data collection procedures that will be presented in your proposal.

    Provide constructive, supportive feedback to your classmates’ posts.

    Start a New Thread

    Discussion

    Filter by:All Threads
    Sort by:

  • quantitative research

    Which level of measurement would you preferred to utilize for a quantitative research? Defend your answer.

     

    I need at least 2 references for this question and 0 plagiarism.

  • Philosophy of Teaching Paper

    Philosophy of Teaching Paper

    This week, you will develop your personal philosophy of teaching in a written statement, articulating your beliefs about important educational theories and practices. Your teaching philosophy should be based on what is meaningful to you in your approach to teaching.

    Note: As your experiences and beliefs about teaching grow and change, your philosophy will also change. Therefore, at the end of this course, you will submit your
    revised
    teaching philosophy with a brief discussion of how your philosophy has changed or developed during this course.

    There is no right or wrong way to write a personal teaching philosophy. However, for the purpose of this assignment, please follow the assignment guidelines below to connect your beliefs, goals, and strategies into a coherent approach to help students learn and grow.

    Assignment Guidelines

    Philosophy Paper Requirements

    The paper should be 2–4 pages, typed in Times New Roman using 12-point font, and double-spaced with 1″ margins.

    Use a first person narrative and present tense.

    Write sincerely, uniquely, and memorably. Avoid clichés, jargon, and technical terms.

    Include specific (not abstract) ideas, using 1–2 concrete examples, whether actual or anticipated experiences.

    Show humility and mention students enthusiastically.

    Include your conception of how learning occurs.

    Communicate your goals as an instructor.

    Include actual or anticipated teaching strategies and methods.

    Include justification for why you teach (or anticipate teaching) the way you do.

    Include a brief discussion of how your teaching (or anticipated teaching) facilitates student learning.

    Include a conclusion.

    To assist you in developing your teaching philosophy,

    you may choose

    to include any or all of the following:

    Famous quotes

    Your personal experiences as a learner

    Your views of the educational system

    Your interest in new types of teaching and learning

    What you think students should expect from you as a teacher

    How you know your goals for students are being met

    How you create (or anticipate creating) an engaging or enriching learning environment, and specific activities or exercises to engage your students