Category: Nursing

This is the fourth and one of the final submissions of the Data Storytelling Hallmark. Please note, that the late policy does not apply for final Hallmark submissions, so be sure to submit this on time.

Following your presentation of the study data, the stakeholders asked you to craft a follow-up to the hospital’s Board of Directors making recommendations for technology solutions for the Diabetic Clinic. Begin gathering your recommendations by completing the attached chart.

presenter notes: This presentation will examine diabetes management within our studied group of patients. Diabetes continues to be a

significant chronic ailment, impacting both individual well-being and the allocation of healthcare resources. Through an analysis of

treatment modalities, patient conduct, and resultant outcomes, we aim to discern patterns that can facilitate improved care. The

ultimate objective is to leverage this data to inform more effective clinical judgments, mitigate complications, and ultimately improve

long-term patient prognoses.

This sudy looks at treatment methods, patient compliance, exercise habits, and follow-up care. HbA1c is used as the primary

measurement because it reflects long-term blood sugar control. By analyzing these factors together, we can identify ways to improve

patient care and reduce complications.

The mean age of 52.36 years suggests that the majority of patients are middle-aged, a demographic crucial for effective

diabetes management. Consequently, inadequate control of the condition places individuals in this age bracket at an elevated risk for

significant complications. Gender distribution chart demonstrates representation of both male and female patients, thereby enhancing

the generalizability of the study’s conclusions across diverse patient populations.

Data Story Stakeholder Presentation Presenter

Notes

This data’s significance stems from its representation of diverse populations. It’s well-established that ETHNICITY

DISTRIBUTION significantly influence healthcare experiences and diabetes management. Understanding these individual

circumstances allows physicians to shift away from generic treatment approaches, providing care that is more personalized and

culturally sensitive.

All therapeutic approaches resulted in reductions in HbA1c levels, implying an improvement in glycemic control across oral

medications, insulin, dietary modifications, exercise regimens, and their combinations. However, the most pronounced efficacy was

observed with combination therapy, succeeded by insulin administration. While both dietary/exercise interventions and oral

medications demonstrated certain benefits, these were less significant compared to the outcomes achieved with combination therapy.

Consequently, therapies characterized by greater intensity or the concurrent application of multiple modalities may contribute to more

consistent blood glucose regulation.

Patients who followed their prescribed treatments went to the hospital less often than those who didn’t. This shows a clear

connection between sticking to a treatment plan and having fewer serious health problems that require medical attention. It looks that

compliance makes clinical stability a lot better and cuts down on the use of health care services needed. Compliant patients were

admitted 10 times, noncompliant resulted in 15 admissions, which is by 5 more than compliant patients. Compliance plays a major

role in patient outcomes. The data indicates that patients who followed their treatment plans had fewer hospitalizations than those who

didn’t. This suggests that sticking to the plan helps prevent complications and improves overall health. Providing patients with

education and regular follow-up can significantly improve their adherence and, as a result, their health outcomes.

The chart that displays how often people in the study work out indicates: The stacked column graphic shows that people who

train out more than three times a week have lower HbA1c levels. The drops are smaller when you work out less often (12 times a

week). This means that there is a dose-response relationship: the more you work out, the better your HbA1c readings get. The graphic

shows that regular exercise is strongly linked to better blood sugar control. Exercise has a big effect on how well you control your

diabetes. People who worked out more than three times a week had bigger changes in their HbA1c levels than people who worked out

less. This means that regular exercise is a vital part of keeping blood sugar levels in check and should be a part of treatment strategies.

The information demonstrates that those with a higher BMI usually have a higher HbA1c level at the start of treatment, which

means their diabetes is less well-controlled. This fits with what we know about how being overweight makes insulin resistance worse.

These results underscore the significance of weight management in diabetes therapy. The scatter plot of BMI and starting HbA1c

reveals that there is a tendency going up: A higher BMI is linked to a higher starting HbA1c level. Individuals with a BMI under 30

are more likely to have HbA1c levels lower than 8.0. This shows that being overweight is directly associated to having worse blood

sugar control when you are not active, which is what we know about how insulin resistance affects the body in people with diabetes.

The stacked column graphic shows that people who are tested more often (45 times) experienced bigger drops in HbA1c.

People who just get one or two check-ups don’t change as much. This means that patients with illnesses may get better care if they are

regularly checked on by medical professionals. This could entail changing their medications, teaching them more, and keeping them

accountable. More frequent follow-ups seem to lead to better results, possibly because more information is gathered with each check-

up. More frequent check-ups are linked to greater results. Patients who went to the doctor four to five times a year had bigger changes

in their HbA1c levels than those who went less often. Regular follow-ups let clinicians change therapy, reinforce education, and keep

an eye on progress, all of which assist control diabetes better.

The results show that combination treatment (combo) lowers HbA1c levels better than insulin, oral medications, or only diet

and exercise. This suggests that a multi-modal therapeutic approach may be most effective for controlling blood glucose levels. People

who stuck to their treatment plans were less likely to need to go to the hospital than those who didn’t. This shows that following your

treatment plan is quite likely to help you get better. More activity and doctor visits are also linked to bigger drops in HbA1c. This

shows how important it is to change your lifestyle, keep an eye on your health, and make sure to go back for more knowledge, lessons,

and so on. Lastly, those with a higher BMI likely to have greater levels of HbA1c at first. This supports the idea that being overweight

is linked to having worse baseline glycemic control.

The results show that combination treatment (combo) lowers HbA1c levels better than insulin, oral medications, or only diet

and exercise. This suggests that a multi-modal therapeutic approach may be most effective for controlling blood glucose levels. People

who stuck to their treatment plans were less likely to need to go to the hospital than those who didn’t. This shows that following your

treatment plan is quite likely to help you get better. More activity and doctor visits are also linked to bigger drops in HbA1c. This

shows how important it is to change your lifestyle, keep an eye on your health, and make sure to go back for more knowledge, lessons,

and so on. Lastly, those with a higher BMI likely to have greater levels of HbA1c at first. This supports the idea that being overweight

is linked to having worse baseline glycemic control.

Based on what this presentation shows, there are a number of critical suggestions that may be made to improve patient

outcomes. First, healthcare providers should think about encouraging combination therapy, especially for individuals who are having

trouble keeping their blood sugar levels stable, since it worked best. Second, it is important to extend patient education programs to

enhance compliance. This is because patients who follow their treatment plans do far better and go to the hospital less often. Also,

promoting regular exercise and putting in place systematic weight management programs can help with the strong link between

lifestyle variables, BMI, and HbA1c levels. It’s also vital to have follow-up visits more often, since more regular monitoring lets

clinicians change treatment regimens and reinforce education. Finally, using electronic health record alerts, patient dashboards, and

remote monitoring systems can assist find high-risk patients sooner and make care coordination better overall.

CrowdStrike Outage

On July 19, 2024. “a glitch in an update to cybersecurity firm CrowdStrikes Falcon Sensor tool pushed out by engineers caused a that resulted in potentially millions of Windows computers worldwide crashing into a blue screen of death ().”

Examine the impact the outage had on healthcare systems:

• Discuss the CrowdStrike Outage and the impact it had on health systems.
  • Summarize areas impacted by the outage.
  • What lessons can be learned from the outage?
  • What steps can healthcare systems and teams take to prepare for downtime/disasters? 300 words

please attached is everything

The purpose of the shift debrief, for DFC integration, is to reflect on and share information about the DFC experience you just completed.

Instructions: Share a short summary, in the space provided, about your shift spent at the SOFE site. Be sure to include 4-5 sentence responses to each of the following questions. Your answers should clearly reflect the learning experience.

• What went well: Discuss and explain the best moments of your clinical experience? Describe when you were able to apply what you have learned from didactic to the clinical setting.
• Opportunities for improvement: What did not go well that you could improve for next time? Discuss the difficult moments during clinical. Did you have difficulty applying any concepts from didactic? Please explain.
• Take-away: How do you plan to elevate your nursing education and grow prior to the next clinical shift?

Previn 78 years BP 132/83 O2 95 P 88 T. 97.7 Lung cancer Sleep disorder No allergies Medicine, eloquent , metropolol and muscle relaxers She came here because of left hip fracture due to fall.

Case Study

You are an informatics nurse employed as a clinical applications coordinator in nursing and in charge of developing an education plan for the nurses who administer medications in a 200-bed acute care facility that you work for. Implementation of the electronic medication administration will be expanded to include the intensive care areas, the emergency department, and the post-anesthesia care unit. Answer the following questions:

• Which employees do you need to plan education for with this change, and why would they be affected?
• With whom will you collaborate to determine the super users for this implementation? Why?
• How will the training be implemented for this project? What is the rationale for your decision?
• Will the training be done on computer-based modules or hands-on learning in a classroom setting? Explain the rationale for your choice.

Cite at least 2 peer-reviewed references published within the past 5 years.

All sources should be cited using APA format. Grammar, spelling, punctuation, and format should be correct and professional.

Responses to Other Students: Respond to at least 1 of your fellow classmates with at least a 250-word reply about their Primary Task Response regarding items you found to be compelling and enlightening. To help you with your discussion, please consider the following questions:

• What did you learn from your classmate’s posting?
• What additional questions do you have after reading the posting?
• What clarification do you need regarding the posting?
• What differences or similarities do you see between your posting and other classmates’ postings?

All sources should be cited using APA format. Grammar, spelling, punctuation, and format should be correct and professional.

Discussion Board Rubric

PLEASE READ THE POST AND RESPOND

The successful implementation of new technology requires a deliberate, phased approach that allows adequate time for troubleshooting before a full facilitywide rollout. For a barcode medication scanning system, the initial phase should focus on purchasing, installing, and testing all necessary equipment. This early stage provides the IT department with the opportunity to identify systemwide issues, refine workflows, and ensure compatibility with existing electronic medical record processes before staff begin using the technology in patient care. Taking the time to stabilize the infrastructure before introducing the system to frontline staff helps prevent frustration, reduces downtime, and supports a smoother transition overall.

The first component of my teaching plan would involve educating staff on the purpose and benefits of the barcode scanning system. Emphasizing its role in enhancing patient safety and supporting adherence to the five rights of medication administration is essential. While no system can eliminate all medication errors, barcode scanning has been shown to significantly reduce both the frequency and severity of mistakes. Helping staff understand the rationale behind the change fosters buyin and promotes a culture of safety. This educational component should also include a discussion of realworld examples or case studies that highlight how barcode scanning has prevented errors in other facilities. When staff can connect the technology to meaningful patient outcomes, they are more likely to engage with the process and integrate it into their daily workflow.

The second component would address equipment maintenance and operational readiness. Staff must understand the importance of ensuring that handheld scanners are fully charged and properly stored between shifts. Charging periods also allow for automatic software updates, which should ideally be scheduled during lowactivity hours, such as night shift, to minimize workflow disruption. Clear expectations regarding charging times and device management are necessary to maintain system reliability. Additionally, staff should be aware of who to contact when equipment malfunctions, how to report recurring issues, and what backup procedures are in place if a scanner becomes unavailable. Establishing these processes early helps prevent delays in medication administration and reinforces accountability for maintaining the equipment.

The third component would involve handson practice in a simulation environment. Simulation training allows staff to become comfortable with realworld application, including scanning patient armbands, verifying medications, and navigating alerts. This is also the ideal setting to rehearse uncommon or highrisk scenarios, such as handling IV medications, managing controlled substances, addressing unreadable barcodes, or responding to power failures and emergency situations. Practicing these situations in advance builds confidence and reduces errors during live implementation. Simulation also provides a safe space for staff to ask questions, troubleshoot challenges, and receive immediate feedback from educators, which strengthens competency and reduces anxiety about using the new system.

The final component would be a structured rollout plan. Beginning in units with lower census and lower acuity allows the organization to identify and resolve issues on a smaller scale before expanding to more complex areas. During this phase, both educators and IT specialists should remain readily available to support staff and address challenges in real time. Completion of initial training should be documented, followed by scheduled reassessments at three months, six months, and one year. These followup evaluations provide opportunities to reinforce competencies, update standard operating procedures, and ensure longterm sustainability of the technology. Ongoing evaluation also allows the organization to monitor compliance, identify trends in scanning errors or workarounds, and implement targeted interventions to maintain high standards of patient safety.

Grailey, K., Brazier, A., Franklin, B. D., McCrudden, C., Roberto, F. C., Brown, H., Bird, J., Acharya, A., Gregory, A., Darzi, A., & Huf, S. (2024). Raising the barcode: improving medication safety behaviours through a behavioural science-informed feedback intervention. A quality improvement project and difference-in-difference analysis. BMJ Quality & Safety,

Grailey, K., Hussain, R., Wylleman, E., Ezzat, A., Huf, S., & Franklin, B. D. (2023). Understanding the facilitators and barriers to barcode medication administration by nursing staff using behavioural science frameworks. A mixed methods study. BMC Nursing, 22, 1-12.

Williams, R., Kantilal, K., Man, K. K. C., Blandford, A., & Jani, Y. (2025). Barcode medication administration system use and safety implications: a data-driven longitudinal study supported by clinical observation. BMJ Health & Care Informatics, 32(1)

Read the following case study and answer the reflective questions. Please provide evidence-based rationales for your answers. APA, 7th ed. must be followed with references not older than 5 years and please add in-text citations

Hi, I need you to prepare a Polytrauma Clinical Pathway and Polytrauma Bundle exactly in the same style, design, and format as the example I will attach. On word format, conical pathway on one word and bundle on one ,

For the Polytrauma Bundle, I want it written in the same ABCDEF Bundle format shown in the example, including:

• Introduction
• A Element: Assess, Prevent, and Manage Pain
• B Element: Breathing Support and Ventilator Weaning
• C Element: Analgesia, Sedation, and Hemodynamic Stabilization
• D Element: Delirium, Neurological Monitoring, and Prevention of Secondary Brain Injury
• E Element: Early Mobility, Rehabilitation, and DVT Prevention
• F Element: Family Engagement and Empowerment

For each element, please include:

• Short introduction paragraph
• Assessment section
• Management or Intervention section
• Assessment tools or scales if needed

For the Clinical Pathway, I want it organized by days exactly like the attached sample, starting from admission until discharge. Please include:

• Day 1: Emergency assessment, airway, hemorrhage control, imaging, and ICU admission
• Day 23: Mechanical ventilation, sedation, surgery if needed, hemodynamic monitoring, and neurological assessment
• Day 45: Prevention of complications, chest physiotherapy, nutrition, infection prevention, and mobilization
• Day 67: Rehabilitation, physical therapy, discharge planning, and family education

Please make it detailed, professional, and suitable,

I also want a separate reference page in the same style as the sample, using recent references from trauma care, ICU care, ABCDEF bundle, polytrauma management, and critical care literature.

Please see the uploaded document of the details and instruction, marking rubric and point help to build the assignment.

The BSN Capstone Poster Presentation serves as the culmination of your undergraduate nursing education, allowing you to showcase your knowledge, skills, and achievements gained throughout the program. This assignment follows the submission of your written capstone project and the draft of your poster presentation. The poster presentation provides an opportunity for you to visually present your capstone project to peers, faculty, and healthcare professionals, highlighting key findings, recommendations, and implications for nursing practice.

Assignment Objectives:

• To effectively communicate the findings, significance, and implications of your capstone project through a visually engaging poster presentation.
  • Mapped to: PO1, PO6
• To demonstrate proficiency in summarizing complex nursing concepts and research findings into concise, accessible formats suitable for presentation.
  • Mapped to: PO2, PO4, PO5
• To receive constructive feedback from peers, faculty, and healthcare professionals to enhance the quality and effectiveness of your poster presentation.
  • Mapped to: PO6, PO9
• To showcase your critical thinking, analytical skills, and professional competencies as a future nurse leader.
  • Mapped to: PO1, PO7, PO10

Assignment Details:

Poster Content: Your poster should include the following components:

• Title: Clearly state the title of your capstone project.
  • Mapped to: PO1, PO6
• Introduction: Provide background information, research questions, and objectives.
  • Mapped to: PO1, PO2
• Methods: Describe the methodology, data collection, and analysis procedures.
  • Mapped to: PO4, PO7
• Results: Summarize key findings, trends, and outcomes of your capstone project.
  • Mapped to: PO5, PO6
• Discussion: Interpret the results, discuss implications for nursing practice, and propose recommendations.
  • Mapped to: PO1, PO3, PO5, PO7
• Conclusion: Summarize the main points and significance of your capstone project.
  • Mapped to: PO6, PO9
• References: Include a list of sources cited in your poster presentation.
  • Mapped to: PO4, PO8

Visual Design: Ensure that your poster is visually appealing, with clear headings, concise text, relevant graphics or images, and a logical flow of information. Use colors and fonts that are easy to read and complement the content.

• Mapped to: PO4, PO5

Presentation: Prepare to present your poster to an audience, as if peers, faculty, and healthcare professionals were present. Practice your presentation to ensure clarity, confidence, and adherence to time limits.

• Mapped to: PO10

Submission Criteria for BSN Capstone Poster Presentation (Video Recording)

Create a video recording of your poster presentation. The video should capture you presenting your poster, discussing the key components, findings, and implications of your capstone project. Ensure that the poster content is clearly visible and legible in the video.

• Mapped to: PO8, PO10

Submission Format:

Video Length: The video presentation should be between 5 to 10 minutes in duration. This time frame allows for a concise yet comprehensive overview of your capstone project.

• Mapped to: PO10

Submission Guidelines:

• Video Length: The video presentation should be between 5 to 10 minutes in duration. This time frame allows for a concise yet comprehensive overview of your capstone project.
  • Mapped to: PO10
• Clarity and Quality: Ensure that the video recording is clear, well-lit, and free from background noise or distractions. Use a stable camera or recording device to maintain a steady image throughout the presentation.
  • Mapped to: PO8
• Content Coverage: Your video presentation should cover all essential components of your poster, including the title, introduction, methods, results, discussion, conclusion, and references. Clearly articulate key points and findings to ensure understanding by viewers.
  • Mapped to: PO1, PO2, PO3, PO4, PO5, PO6, PO7, PO8, PO9, PO10
• Presentation Style: Maintain a professional and engaging presentation style throughout the video. Speak clearly and confidently, making eye contact with the camera to establish a connection with the audience.
  • Mapped to: PO10
• Visual Presentation: Ensure that the poster content is displayed clearly and effectively in the video. Use appropriate camera angles and zoom features to focus on different sections of the poster as you discuss them.
  • Mapped to: PO8
• Submission Format: Submit your video recording in a common file format such as MP4 or MOV. Ensure that the file size is manageable for uploading and sharing.
  • Mapped to: PO8

This signature assignment tasks students with creating a comprehensive two-week work schedule for a MedSurg unit that can accommodate 15 patients. The staff is composed of nurses and nursing aides, with the staffing ratio set at 4 patients per nurse and 7 patients per nursing aide. Students will detail the steps needed to craft this schedule while integrating key leadership and management theories, complexity science principles, role differentiation within healthcare teams, patient safety recommendations, clinical safety, quality improvement strategies, and diversity considerations.

Assignment Objectives: Students will:

• Create a detailed two-week schedule for a MedSurg unit.
• Justify their scheduling decisions based on leadership and management theories.
• Address the complexities of healthcare delivery and staffing needs.
• Discuss the importance of clearly defined roles and effective teamwork.
• Highlight how their scheduling approach promotes patient safety and quality care.
• Show how diversity within the healthcare team is considered and valued.

Instructions:

1. Introduce the importance of effective scheduling in MedSurg units and its impact on patient care and staff well-being.
2. Discuss various leadership and management theories that inform effective scheduling practices.
3. Describe the principles of complexity science and how they apply to healthcare scheduling.
4. Explain the roles and responsibilities of nurses and nursing aides in the MedSurg unit and how these roles influence scheduling.
5. Propose a two-week schedule, explaining the rationale behind the scheduling decisions, including considerations for patient safety, clinical safety, and quality improvement.
6. Analyze how the proposed schedule supports a diverse workforce and promotes equitable healthcare delivery.
7. Conclude with a reflection on the challenges faced during the scheduling process and suggestions for future improvements.

Competency Alignment:

• Leadership and Management Theories (Competency 1): Demonstrate understanding of leadership and management theories as they apply to scheduling and staff allocation, critically evaluate their relevance, and assess their effectiveness in the creation of the schedule.
• Complexity Science in Healthcare Delivery (Competency 2): Apply complexity science principles to the scheduling process, acknowledging the interconnected nature of healthcare systems and the role of the MedSurg unit as a complex adaptive system.
• Roles in Healthcare Organizations (Competency 3): Clearly define the roles and contributions of nurses and aides in the MedSurg unit, and explain how collaborative scheduling can impact patient outcomes.
• Patient Safety and Recommendations (Competency 4): Incorporate best practices and recommendations from key patient safety organizations into the scheduling process to ensure high-quality patient care.
• Clinical Safety and Quality Improvement (Competency 5): Integrate clinical safety concepts into the scheduling strategy, identifying potential risks, and utilizing quality improvement principles and data-driven strategies to ensure the schedule promotes safe and efficient patient care.
• Leadership and Diversity (Competency 6): Emphasize the importance of diversity, equity, and inclusion within the team, recognizing the value of a diverse workforce in providing patient care and fostering an inclusive environment.

Evaluation Criteria:

• Accuracy in applying leadership and management theories to scheduling.
• Depth of analysis regarding the application of complexity science in healthcare delivery.
• Clarity in differentiating healthcare roles and their impact on scheduling.
• Integration of patient safety recommendations into the scheduling plan.
• Demonstration of quality improvement strategies within the schedule.
• Inclusion of diversity and equity considerations in staffing decisions.
• Adherence to APA 7th Edition formatting and citation guidelines.

Length: 4-6 pages
Format: APA 7th Edition