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Evidence Based Practice in Nursing Essay

Article Critique

Introduction

Clinical nurses, especially those working in the intensive care unit (ICU), must be knowledgeable about measuring glucose values in an accurate, timely, and safe way. The BG monitoring is helpful in terms of either falling or rising values, adjustment of insulin, and managing the disease. Notably, research shows that even short hypoglycemia can result in profound brain dysfunction while prolonged severe hypoglycemia that causes the death of the brain (Saini, 2016). The main role of ICU nurses is to sustain BG values within a range of 130-180 mg/dL. This paper will, therefore, critically evaluate a study conducted on monitoring the BG values using first or second drops. The study under evaluation is on “First or second drop of blood in capillary glucose monitoring: Findings from a quantitative study” and was conducted by Palese, Fabbro, Casetta, & Mansutti (2016).

Research design

The research type of quantitative research design in this article was a comparative experimental research design. This design was appropriate because the objective of the study was to measure the differences between blood glucose (BG) measured in the first drops and second of capillary samples consecutively obtained from the same fingertip. The variables being examined in this experiment includes the first drops and second drops of capillary samples consecutively obtained from the same fingertip. The independent variable is the BG reported in the first drops, while the independent variable is the BG reported in the second drops. The author operationally defined the study variables used in this study. For instance, the authors define first drops as initial blood glucose (BG) measure of capillary samples obtained from the fingertip. The authors also define second drops as the blood glucose (BG) measure of capillary samples consecutively obtained from the same fingertip.

Sampling Plan

The population being studied was identified and described in detail. The population in this study included a consecutive sample with type 1 diabetes who attended their periodic follow-up in an Italian outpatient clinic in the morning, taking breakfast. The characteristics of the population included patients of age 14 years and above with normal body peripheral temperature to prevent vasoconstriction; those who washed their hands and had no suspected case of hypoglycemia; and were willing to participate in the study after having received information concerning the aims of the study and written consent. This study utilized a systematic sampling design in which the blood sample was gathered using standard procedures on all subjects to avoid any possible bias.

The sample design used in this study was the best because it made a comparison between the first drop and second drop easy and more convenient. For instance, the researchers considered the same hand and finger in all subjects and a gentle pressure applied in case there was difficulty in obtaining blood samples. Besides, the first and seconds drops were obtained using similar procedures. Moreover, the researchers used a sample size of 195 patients with type 1 diabetes. This sample was large enough because all eligible patients in this particular clinic participated in the study. As a result, the researchers did not conduct a power analysis. A power analysis is often performed before data collection to determine the smallest possible sample size that would be suitable to detect the effect of a particular test at the desired level of significance.

Data Collection

Data was collected using various means, including face-to-face interviews and other standard techniques. For instance, data concerning age, gender, and BG procedures adopted in everyday practice regarding measurement were gathered in face-to-face interviews. At the same time, the samples of BG were collected using standard experimental procedures. The data collection method was appropriate for the variables under the study because collecting blood glucose of capillary samples that were consecutively obtained from the same fingertip requires the researchers to perform systematic experiments to collect the uniform data from all the subjects to determine the correlation between the first and second drops. The face-to-face interviews were appropriate for this study to collect first-hand information from the participants without any distortion in the information. However, biophysiologic measures would be more appropriate because collecting information concerning the first drops and second drops require specialized technical instrument for their measurement. In this study, the specific instruments included a portable glucose meter and finger stick. However, the researchers did not attempt to describe these instruments and how they function.

Analysis of Data

In this study, the data were analyzed using SPSS software. The researchers assessed the averages, standard deviations, medians, frequencies, and proportions. The results showed that the average age of the participants was 57.7 years, with the majority (128) being males. Besides, the results showed that the majority of the participants had never received recommendations from healthcare practitioners concerning the drop to consider the first drop to obtain accurate BG measurements. Again, the results showed that the average and median differences between the first drop and second drop BG measurements were limited to about 3 mg/dL and 6 mg/dL, respectively, implying that the second drop had higher glucose values that were highly correlated, statistically different, but clinically comparable with the initial drop measured in the same finger a few seconds earlier. The BG from the first drop tended to be lower than in the second drop due to dilution with interstitial fluid. Additionally, there were no crossed groups between the first and second BG measurements.

These results were presented using graphs and tables showing descriptive statistics from the analysis. For instance, descriptive statistics of the blood glucose in the first and second drops of blood were presented in a table. Spearman’s Rho test was presented on a line graph. Information concerning statistical significance was presented. For instance, the results of the first hypothesis, that there were no distinctions between the first and second drops of blood, showed a strong correlation between the BG level reported in the first and second drops. The difference was statistically significant. However, the difference that emerged in the BG measurements between the first and second drops were not significantly impacted by the concentration of glucose, thereby, supporting the second hypothesis that “difference concentrations of glucose will not affect the differences between the first and the second drop of blood.

Discussion

This study had several limitations that could affect the results. For instance, there were no consistent guidelines available concerning whether to utilize the first or second drop in capillary BG testing in the home of ED settings. Besides, in their daily practice, patients and practitioners still appeared to be unsure and, as a result, had inconsistencies concerning the BG measurement procedure. For example, 72 percent of the nurse educators advised study participants to wash their hands using soap and water and to utilize the first drop of blood. In case it was not possible to wash hands, 52 percent of the nurse educators suggested that the second drop was more accurate, implying that they were not sure about the procedure. The other limitation is that the comparison between the first and second drops was made without the consideration of a gold standard measure like venous BG results, as is the case with previous studies. Besides, the drops were consecutive and not drawn from a second site or measured with different glucose meters, as is the case with previous studies. Moreover, the findings were limited to individuals with type 1 diabetes. Lastly, the evidence was also limited to date concerning the variability of the BG measurements between hand or finger sites of collection.

Further, the authors discussed the implication of this study for practice and future research. For instance, the findings in this study showed a relatively narrow clustering of glucose values around the median with no participant displaying evidence of significance biochemical hypoglycemia, implying that accurate detection of hypoglycemia is the most crucial glucose measurement task performed in the emergency room. This study, therefore, suggested that future research needs to address the full range of conditions that represents the complexity of care in the emergency department. This study has significant implications for emergency department nurses who have to routinely deal with the care of diabetes patients or patients that need BG measurement. As an ED nurse, this study can influence practice by providing the guidelines for BG measurement procedures using capillary blood to measure BG levels and give the best patient care accurately.

References

Brysbaert, M., & Stevens, M. (2018). Power analysis and effect size in mixed effects models: A tutorial. Journal of Cognition1(1).

Palese, A., Fabbro, E., Casetta, A., & Mansutti, I. (2016). First or second drop of blood in capillary glucose monitoring: Findings from a quantitative study. Journal of Emergency Nursing42(5), 420-426.

Saini, S., Kaur, S., Das, K., & Saini, V. (2016). Using the first drop of blood for monitoring blood glucose values in critically ill patients: An observational study. Indian journal of critical care medicine: peer-reviewed, official publication of Indian Society of Critical Care Medicine20(11), 658.

 

The Role of Qualitative Research in Evidence-Based Practice

Introduction

The article, ‘Keeping safe. Continuous glucose monitoring (CGM) in persons with Type 1 diabetes and impaired awareness of hypoglycaemia: a qualitative study.’ By Vloemans, Van Beers., De Wit, Cleijne, Rondags, Geelhoed-Duijvestijn and Snoek (2017).  Provides an evidence based approaches to the management of diabetes.  Effective diabetes therapy usually calls for a delicate balance between the advantages related to strict glycaemic control and the risk of drug related side effects in relation to hypoglycaemia.  The fear of episodes of hypoglycaemia also contributes to the patients missing or forgetting the time of insulin doses thus compromising the glycaemic control. From the article, it is evident that even with the comprehensive treatment approaches, most often patients will experience years of unregulated glycaemic control due to the delays on the intensification of treatment, especially in the event that the transition to the treatment of insulin is required.  In the event that the insulin therapy is also provided, most patients are still going to work extra hard to ensure that they have achieved maintained the required targets for glycaemic control.  This article thus look at some of the increased risks and complications which include cardiovascular events due to delayed treatment or poor glycaemic control. 

Research Design

To ensure this kind of understanding, on the patients experience in glucose monitoring for adults with Type 1 diabetes and unmonitored hypoglycaemia, the researchers conducted a qualitative study through randomized control trials (Ranney et al., 2015).  The reason this research design was chosen was because it allowed the participants in the study to express their experiences and understanding in regard to interventions in the trial of the decision supporting tools in regard to patients with the trial fibration as the ones considered in the study. 

Sampling

In this study the researcher is going to make use of a sample of 30 participants who have been diagnosed with Type 1 and II diabetes (Vloemans et al., 2017). The age of these participants will be of people from 60 years and above that will be taking part in the decision support tools.  When it comes to the validity, integrity and trustworthiness of the sample,  this study will look at the reasonableness or selecting participants above ages 60, which is based on the fact that diabetes is common among this age group, showing that the data they provide can be trusted.  However when it comes to limitations, the most anticipated will be the unwillingness of selected sample to participate in the study, authorization from the healthcare centres and language barrier. 

Data collection Methods

In this study the researcher is going to utilize interviews, focussed group discussion, document analysis and observational methods.  It will be important for the researcher to utilize tow data collection methods for which interviews and focussed group discussion will be appraise in enhancing the evidence based study credibility (Polit & Beck, 2018). The researcher will also keep a diary during the data collection, there will also be the use of tape or recorder and reflection process and how this influenced the study (Ranney et al., 2015).  The interviews are important as they will be able to collect the views, experiences, opinions and specific issues. These accounts will be compared to other existing practices so that there is an understanding in regard to the research objectives.  In any study, the interview is very important in also enhancing interaction between the interviewee and the researcher, the setting and the skills of the researcher will also be very important in developing a level of trust.  Also tape recorder will be used during the data collection methods as this will ensure that the evidence based data is kept.

According to Ranney et al., (2015), the data that is collected during qualitative research can be streamlined to create various texts to a particular pattern or theme or the systematic issue being approached.  In regard to these steps in a data analysis technique is also worked out in the same line for example the analysis based in age, gender or race.  The most relevant qualitative method in this study however will be the use of Key informant interviews and focus group discussions. The former is usually identified through elitists, sophisticated and snowballing methodologies (Ranney et al., 2015).  When it comes to the focus group discussions it will entail the moderators controlling the group discussion between the particular topic and study individuals in the selected topic, during this time the researcher will have a tape recorder and a video upon the consent of the respondent, and the important of coordinated approach to research in studying the phenomenon in various environments will also be looked in to. 

Analysis of Data

Data analysis will be done by listen to the audio tapes and analysing the questionnaires filled during the interviews and focussed group discussion. According to Ranney et al., (2015), when it comes to analysing data in qualitative research, it is always important that the researcher seeks the meaning from all the related data that is available during the collection.  The data is also classified and organized in various patterns like thematic analysis and patterns which can be used as part of the primary basis for the reporting and organisation of the study findings.  For example it can look at the activities that the responded performs when they are at home with their caregivers like lifestyle and physical exercise and the activities that they perform when they are at hospital with the nurse like physical therapy, lifestyle changes and adherence to medication (Ranney et al., 2015). For most qualitative studies, there will be an association with the education field, but in general form, to get the required information, the following methods of data collection will be relevant: Field Notes, Participant Observation, reflective journals from the Patients, Non-participant observation,  structured interview, Narrative interview, Unstructured interviews, semi-structure interviews, and materials and documentation analysis of the studies. 

Trustworthiness and Integrity

Trustworthiness is usually not accepted in qualitative research, however the framework in regard to this form of work continue to exist in many years. When it comes to the trustworthiness of this study, the researcher will be seeking to address several criterion that include addressing the issue of credibility. In this manner, the researcher is going to ensure a demonstration of the phenomenon for which the study is all about.  Also for the researcher to allow transferability, this is important as it allows for the context in which the study was done to be able to relate reader, so they can make own decisions regard the prevailing environment that is almost the same to the one that they may have gone through in another setting.  Also when looking at the criterion for dependability, it is usually a challenge when it comes to qualitative study, it is however important that the researcher continue to strive to ensure that future studies in the same topic repeats the study (Ranney et al., 2015). Finally trustworthiness is also about achieving conformability, in which the study will achieve by taking steps in demonstrating the said findings from the respondent’s data and not from their personal views or predispositions. 

To ensure trustworthiness and integrity, all participants will be required to sign a consent form which declaration of anonymity will be made for participating in the study. 

References

Polit, D. F., & Beck, C. T. (2018). Essentials of Nursing Research: Appraising Evidence for Nursing Practice. NLM WY: Lippincot Williams & Wilkins. 

Ranney, M. L., Meisel, Z. F., Choo, E. K., Garro, A. C., Sasson, C., & Morrow Guthrie, K. (2015). Interview-based Qualitative Research in Emergency Care Part II: Data Collection, Analysis and Results Reporting. Academic Emergency Medicine, 22(9), 1103-1112. doi:10.1111/acem.12735

Vloemans, A. F., Van Beers, C. A., De Wit, M., Cleijne, W., Rondags, S. M., Geelhoed-Duijvestijn, P. H., … Snoek, F. J. (2017). Keeping safe. Continuous glucose monitoring (CGM) in persons with Type 1 diabetes and impaired awareness of hypoglycaemia: a qualitative study. Diabetic Medicine, 34(10), 1470-1476. doi:10.1111/dme.13429




 

Ethic discussion EBP

Introduction

Ethical principles are required to govern how the clinician is going to behave or conduct themselves in presence of a patient. It looks at the right or wrong clinical decision making processes and determine the overall consequences (Klugman, 2016). This paper discusses three ethical principles in nursing, issues and solutions. 

Beneficence

 According to this principle, the clinician and other care providers are usually required to ensure that they have done everything they are supposed to do to benefit the patient in any clinical situation. All the treatment and medical procedures, be it administering medicine or performing a surgery that is recommended is supposed to be with the intention of benefiting the patient. This means that it is important all forms of clinical practice are done to the most good of the patient (Plante, 2016).  For clinicians to ensure the practice of beneficence, it will be important for clinicians to establish and maintain a high level of knowledge and skill, this means that they have to ensure that they are well trained in the most current and best type of clinical practices, they also have to ensure that they have considered their patient’s individual circumstances, including what can work and what cannot work for their patient as what is important for one patient may not work for the other. 

Autonomy

    When it comes to the principle of autonomy, it usually looks at the right of the patient to have the power and authority over what is done to their bodies or their health. In any case what the clinician is supposed to do is to advise or suggest, however when it comes to the application of any medical decisions it should be agreed by both the patient and the clinician, also according to this principle, an attempt to coerce or persuade the patient to making decisions is a great violation of the principle of autonomy (Klugman, 2016). In the end,  it important that the clinician allows the patient to make his or her decision even when the medical provider believes that the choices which the patient is making may not be at the best interest, the patient is supposed to make independent decision as these makes them satisfied with exercising their individual or personal value. 

Non-Maleficence

 The principle of Non-Maleficence is usually referred to the principle of ‘Do Not Harm’. This principle is usually very important and is supposed to be part of the end goal in regard to the decision of the clinician (Klugman, 2016). The principles also usually refers to the fact that the medical providers are supposed to consider if the society or other people are going to be affected by the decisions they made, even when it is done in the benefit of the patient. 

Ethical Violations and how to safeguard it

  Among the most common violations of ethical principles is when clinicians make medical decisions for personal or financial gains without considering their patient’s point of view. Also the clinician may decide to go ahead with a surgery or treatment without the consent of the patient without considering the view of the patient (Plante, 2016).  For example a patient might be frightened by needles  and it is only needles that can give then anaesthesia it is important that in such a situation the clinician works with the patient by respecting the fact that he or she does not like needs  and does not desire to be operated, which is his or her autonomy, the clinician should thus work with the patient to prevent her from getting worse which is the principle of beneficence but must ensure that no harm is done to the patients physical, mental and emotional well-being  which is under the principle of non-maleficence.

References

Klugman, C. M. (2016). Recognizing Ethical Terms, Theories, and Principles. Ethical Competence in Nursing Practice. doi:10.1891/9780826126382.0001

Plante, T. G. (2016). Principles of incorporating spirituality into professional clinical practice. Practice Innovations, 1(4), 276-281. doi:10.1037/pri0000030

Research, EBP, and QI Discussion

Research, EBP, and QI Discussion

The provision of healthcare is increasingly becoming more complex forcing more nurses and other healthcare practitioners to participate in research studies, evidence-based practice (EBP), and quality improvement (QI) initiatives. The goal of nurses in participating in such studies and projects is to achieve patient-centered care that improves the healthcare outcomes of the patients. Various subtle differences exist between research, EBP, and QI projects that make it complicated for nurses to select the most suitable method for evaluating a clinical problem. The paper comprehensively examines these differences to enable nurses to make immense contributions in the nursing field through the development of new knowledge, inventions, and improvements

The difference between Research, EBP, and QI

Quality Improvement: QI initiatives don’t comprise of in-depth literature reviews and are normally specific to one organization. The majority of QI projects aim at correcting workflow processes, improving efficiencies, reducing variations in the provision of healthcare, and addressing problems facing nursing education and administration (Butler, & Prentiss, 2016).

Evidence-Based Practice: EBP projects aim at integrating the best change strategies with patient values and clinical expertise to improve patient outcomes. EBP process entails asking the most suitable clinical question, retrieving the best evidence to address the problem, applying the evidence to nursing practice, and evaluating patient outcomes (Butler, & Prentiss, 2016).

Research: this is a systematic investigation that consists of research development, evaluation, and testing to answer a particular research question (Butler, & Prentiss, 2016).

Application of these Concepts in Practice

There are various ways I can apply research, EBP, and QI projects as a registered nurse. For instance, I can apply research to carry out a systematic study to examine some of the strategies for preventing catheter-associated urinary tract infections (CAUTI). I can implement EBP in my organization to prevent chemotherapy extravasation for the patients receiving vesicant therapy. The major steps in EBP include (1) formulation of clinical questions that can be addressed by research evidence, (2) search for and retrieval of evidence, (3) appraisal and synthesis of evidence, and (4) integration of the evidence with own clinical expertise, local context, and patient preferences (Denise & Cheryl, 2018). Finally, I can use QI initiatives to improve wound care in my facility.  

Topic Search using Two Different Databases

Database

Search terms

Hits Results

MeSH, Bolean operators, filters, and limits

New Results

PubMed

Congestive heart failure

248 232

Free full text,

2016-2020

30 651

Google Scholar

Congestive heart failure

786 000

2016-2020

53 300

 

There are various observations I made from using both PubMed and Google Scholar to search for the results of congestive heart failure. I realized that PubMed only indexes biomedical literature for peer-reviewed articles only whereas Google Scholar contains indexes of books, articles, abstracts, theses, and court opinions from various disciplines and sources such as academic publishers, professional societies, online repositories, and universities among others. Only a small fraction of the sources in PubMed are available as free full text when compared to Google Scholar.

EBP Models

EBP models provide frameworks for designing and implementing EBP projects in nursing environments (Denise & Cheryl, 2018). The Iowa model is fundamental in distinguishing two types of stimulus: problem-focused triggers and knowledge-focused triggers. The identification of the problem is critical as it helps in gathering massive support from the nurses, especially if they have encountered the problem on several occasions (Denise & Cheryl, 2018). The first major step in the Iowa model involves determining whether the identified problem is a priority for the organization, and I think, in this case, congestive heart failure is a priority considering its mortality and morbidity cases. The synthesis and appraisal of evidence are also of importance to the Iowa model (Denise & Cheryl, 2018). The last stage involves implementing and evaluating the change to determine its efficiency. On the other hand, the John Hopkins Nursing Evidence-Based Practice (JHNEBP) focuses on clinicians and this allows rapid implementation of the best available practices. The model follows a three-step process: practice question, evidence, and translation (McEwen & Wills, 2019). In my opinion, the Iowa model is more comprehensive and will be better for implementing EBP change for preventing congestive heart failure among the general population.


References

McEwen, M., & Wills, E. M. (2019). Theoretical basis for nursing (5th edition). Lippincott Williams & Wilkins.

Butler, E., & Prentiss, A. (2016). Empowering Nurses through Evidence-Based Practice (EBP), Quality Improvement (QI), and Research.

Denise, F. P., & Cheryl, B. (2018). Essentials of nursing research: Appraising evidence for nursing practice. Lippincott Williams and Wilkins pp-26-27.

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RTT1 Task 2 Essay

Root Cause Analysis and Failure Improvement Plan

Root Cause Analysis

The problem that occurred in this case scenario is the death of Mr. B, a patient who arrived in the hospital complaining of severe pain in the hip region and the left leg secondary to a fall. The death of the patient occurred following a series of intervention that took place prior to his transfer for advanced care in the tertiary facility. The patient sustained brain death during the intervention and hip reduction procedure. There are a series of event that occurred during the entire process that could have led to the brain death of Mr. B. First, a complete history of Mr. B was not taken prior to commencing the procedure of hip reduction. The history was important in understanding the treatment that the patient was on the probable effects that the drugs might have on the new drugs to be administered. The physician instructed the administration of diazepam and then hydromorphone without considering the possible drug interaction between the two sedative drugs and the opioid-oxycodone.

During the procedure of reduction, the patient was not put on any oxygen supplementation or ECG monitor. According to the conscious sedation policy of the hospital, every patient must be put on continuous blood pressure monitors, ECG and pulse oximeter throughout the procedure until the patient is declared stable. To some extent the policy was ignored because from the time the reduction procedure began up to the time the Ed team left for the respiratory distress patient, Mr. B was not on any monitor except the automatic blood pressure monitor and pulse oximeter. The patient was left under the watch of his son who had no medical background or any awareness of the changes in the vital signs. When the Mr. B’s son reported about the alarm ringing, the LPN noted the reduction of the oxygen saturation to 85% and instead of intervening; the LPN reset the alarm and did not report to the RN or the physician. The response team was only alerted after the blood pressure had seriously fallen and the oxygen saturation was far below normal.

It can therefore be concluded that the series of events that took place prior to the transfer of Mr. B lead to his death. The use of large doses of sedative drugs, the lack of vital signs monitoring and poor intervention plans all contributed to the death of the patient. The brain death could have occurred due to excessive sedation or limited oxygen supply secondary to reduced blood pressure. The ventricular fibrillation occurred to the rapid heartbeats and tachycardia that occurred due to the compensatory response by the head to the seriously reduced blood pressure. The fact that the ED department only had one RN and one physician could also have contributed to the events that led to the death of the patient.

Process Improvement Plan

The improvement plan should begin with the change theory that can be employed in this situation which is the Lewin’s Change Management Theory. The theory tries to explain the human behaviors that relate to change and change resistance patterns (Sutherland, 2013). There are three stages in this model. Unfreezing, change and refreeze requires previous practices to be forgotten and redirected. The unfreezing stage of the theory enables organizations to understand the difficulties that relate to the problem identified and the strategies to be developed to achieve the process of change.  The first step in the model is to Unfreeze by debriefing the situation with all the staff to find out what they felt went wrong. Did they follow policies, did they take shortcuts etc. The second step is to change by increasing the number of staff in the emergency department from one RN to three or more and an additional physician and more LPNs. The staff should all obtain training on advanced trauma and cardiac life support and the conscious sedation module. Strict adherence to the hospital polices should be ensured to prevent the re-occurrence of the case where the conscious sedation policy was ignored during the procedure of hip reduction of Mr. B. By increasing the number of the RNs in the setting, the possibilities of having an inadequate history as in the scenario will be avoided and the patients will be monitored more closely as well as necessary interventions conducted in due cause.

The LPNs working in the setting should be more empowered and accorded necessary communication skills that enable them to report any problems promptly before anything worse happens.  The third and final step is to Refreeze and that would involve running a mock code or emergent situation to ensure the staff have let go of the old way of thinking and ensure they have adapted to the new policies. This would be followed with periodic in-services for re-education and refreshing of the policy. 

Failure Mode and Effects Analysis

The entire emergency department team including the nurses, doctors, laboratory technicians and other members will be involved in the FMEA. The steps that will be involved in the FMEA will include the identification of the probability of an event occurring, being aware of the possible severity of the event, detection, dormancy, indication and finally the risk level (Neal, 2013). Severity is the consequences of the failure mode set towards the improvement plan. To understand the consequences, an analysis can be conducted to identify any previous failures and the consequences. Detection involve the creation of awareness of the possibility of failure occurring and the steps to be undertaken. The occurrence step is applied when failure has occurred and the improvement plan is being implemented.

The professional nurse plays a very significant role as a leader in quality care promotion and influencing the activities of quality improvement (Needleman, 2009). The nurses contribute directly to quality improvement by communicating the area of the hospital that needs changes so as to achieve the desired quality. The nurses are more involved with the patients and they understand the conditions of the patient more and therefore they are aware of the level of adequacy of supplies and the requirements needed by the patients. The nurses are also in constant contact with the patient relatives who form the base of external stakeholders who possess a lot of information of the areas of the hospital that need change.

Reference
Neal, R. (2013). Modes of Failure Analysis Summary for the Nerva B-2 Reactor. Washington DC: Wiley Series.

Needleman, J. (2009). The Role Of Nurses In Improving Hospital Quality And Efficiency: Real-World Results. Health Affairs, 28(4), 625-644.

Sutherland, K. (2013). Applying Lewin’s Change Management Theory to the Implementation of Bar-Coded Medication Administration. Canadian Jounal of Nursing Informatics, 50-62.

 

 

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