Epi Info 7 Outbreak Questionary of Salmonella

OUTBREAK SURVEY ASSIGNMENT INSTRUCTIONS
OVERVIEW
Using Epi Info 7, develop a questionnaire/survey to collect data from the fictitious aggregate for
the disease you are researching for your Outbreak Survey Assignment. You will submit your
Outbreak Survey with a cover page and reference list in current APA format. You must list the
Epi Info 7 program and any other resources you used as references in making your survey.
INSTRUCTIONS
Your survey will include the following:
1. Demographic information: name, sex, address, date of birth, age, ethnicity, race,
occupation, email, and phone number.
2. Symptoms and illness: onset, duration, location, fever, date of visit to or by DNP
or other health care provider, hospitalization, treatment, and date of death (if
applicable).
3. Lab tests conducted and results, if applicable.
4. Exposure of interest (travel, foods eaten, other sick people or animals he/she has
been exposed to).
5. Any other questions you deem appropriate as it relates to the role of the DNP in
outbreak surveys
6. Brief overview of the role of the DNP in developing outbreak surveys
Note: Your assignment will be checked for originality via the Turnitin plagiarism tool.

CDC Epi 7.2 Outbreak Survey

The employment of efficient technologies is essential in the field of public health investigation for comprehending and controlling illness outbreaks. The Epi Info 7.2 program, kindly given by the CDC, stands out among these tools as a potent epidemiological resource (Laurent-Comlan et al., 2022). It makes it possible to create thorough outbreak surveys, which are crucial for gathering data needed for outbreak management. In this project, you will create an epidemic survey using Epi Info 7.2 that is adapted to a hypothetical illness scenario. Its main objective is to improve our comprehension of the software’s capabilities and its function in the analysis of disease outbreaks.

The scenario that serves as the setting for this assignment centers around a graduation celebration held in Springfield, Virginia, which was planned especially for the seniors and their parents from Springfield Christian Academy. Unfortunately, the happy gathering quickly became unhappy as people started to feel a variety of stomach issues. The Springfield Health Department acted quickly in response to this outbreak, starting an investigation and using Epi Info 7.2 to create a survey with a specific goal in mind.

The main goal of this assignment was to create a thorough epidemic survey that could effectively collect important data from persons impacted. I started designing the survey form meticulously, making sure it captured all of the important details of the epidemic, utilizing the capabilities of Epi Info 7.2. The poll started by asking participants if they had attended the graduation celebration, which is a key sign of exposure. The following inquiries focused on pinpointing the precise items consumed, the type of symptoms felt, any potential hospitalizations, stool culture tests conducted, and the results of these tests.

Epi Info 7.2 has shown to be a very versatile and user-friendly platform for creating forms. It made it possible to easily integrate different question types and customization options. The value of customizing question structures to the specifics of the outbreak was made clear by this practical experience in creating an outbreak survey. For instance, the ability to choose from a variety of food alternatives and offer a binary choice on the eating of leftovers made it easier to collect complex data. Such information might be able to shed light on the origin of the outbreak and inform public health initiatives.

I was quite conscious of the critical role that privacy plays in public health investigations as I created the form. I purposefully avoided including respondents’ names or exact interview dates when creating thorough questions. Instead, I choose to distinguish amongst responses using a special identity. This strategy reduced any potential ethical issues while simultaneously guaranteeing the secrecy of the respondents’ data.

I then took a screenshot that fully illustrated the survey’s layout after carefully designing the epidemic survey form. I also created a cover page that described the topic I had chosen for my final outbreak paper and included pertinent information about the assignment itself. These parts were combined into a whole assignment package in compliance with the requirements for submission.

In conclusion, by requiring the development of an outbreak survey utilizing Epi Info 7.2, this project closes the gap between theoretical comprehension and actual implementation. The software’s flexible features create a strong tool for gathering crucial data during public health emergencies (Diwan et al., 2023), along with the carefully thought-out design of survey questions. This experience highlights the crucial role that technical resources play in an efficient epidemic investigation and greatly improves my ability to use epidemiological resources. A deeper understanding of the complexities of public health work, particularly in the setting of disease outbreaks, and the critical role played by diligent data collecting has been imparted by the survey design process.

References

Diwan, V., Sharma, U., Ganeshkumar, P., Wesley, V., Thangaraj, J., Muthappan, S., Venkatasamy, V., … & Ponnaiah, M. (2023). Syndromic surveillance system during mass gathering of Panchkroshi Yatra festival, Ujjain, Madhya Pradesh, India. New Microbes and New Infections, 52, 101097.

https://www.sciencedirect.com/science/article/pii/S2052297523000161

Laurent-Comlan, M., Horváth, C., Mittendorf, C., Allan, C., & Turcios-Ruiz, R. (2022). Democratic Republic of the Congo Field Epidemiology Training Program Advanced. Level Evaluation Report.

https://ajabuadvisors.com/wp-content/uploads/2022/02/DRC-FETP-Advanced-final-evaluation-report_ENGLISH_17-Feb-2022.pdf

Oster, R. A. (1998). An examination of five statistical software packages for epidemiology. The American Statistician, 52(3), 267-280. https://doi.org/10.1080/00031305.1998.10480581

ORDER A CUSTOM-WRITTEN PAPER HERE

Outbreak Questioner of Salmonella. CDC Epi 7.2 Outbreak Survey
1.0 Demographic Information
1.1	Provide your full name.
1.2	Select your Gender
1.3	Provide your Address
1.4	Date of birth MM/DD/YYYY
1.5	Age in Years
1.6	Select your Ethnicity	Hispanic Non-Hispanic
1.7	Race: Select your Race	White Black. African-American

1.8	What is your Occupation
1.9	Provide your Email Address
1.10	Please provide your phone number

2.0	Section 2. Symptoms and Illness Please specify the date and time you First experienced symptoms related to Salmonella such as diarrhea with loose or watery stools with or without blood, abdominal cramps, nausea, vomiting, muscle ache.	Date Time Specify the symptom experienced
2.1

2.2	Duration of Symptoms: How long have you been experiencing these symptoms?	Hours Days
2.3	Location at Onset: Where were you when the symptoms began? (e.g., home, workplace, event)	Location:
2.4	Fever: Did you have a fever?	Yes No
2.5	Date of Visit to a Healthcare Provider: When did you seek medical attention if applicable?	Date Time
2.6	Hospitalization: Were you hospitalized due to salmonella symptoms?	Yes. No
2.7	Treatment Received: Describe any treatment or medications you received for salmonella symptoms
2.8	Date of Death (if applicable): If someone passed away due to salmonella, please provide the date:	Date

3.0	Section 3: Hygiene and Sanitation Practices
3.1	Handwashing: How frequently do you wash your hands with soap and water?	Rarely Frequently Occasionally Always.
3.2	Water Treatment: Do you treat your drinking water before consumption? (e.g., boiling, purification tablets, filtration)	Yes No
3.3	Sanitation Facilities: State the type of sanitation facilities available in your household.	Pit Latrine Flush toilet

4.0	Section 4: Lab Tests and Results
4.1	Lab Tests Conducted: Were any laboratory tests conducted to diagnose your illness?	Yes No
4.2	Type of Lab Tests: If yes, please specify the type(s) of lab tests conducted
4.3	Lab Test Results: If available, please provide the results of the lab tests.

5.0	Section 5. Exposure of Interest
5.1	Travel History: Have you traveled recently? If yes, please list the destinations and dates of travel.	Yes No
5.2	Foods Consumed at the Graduation Celebration: List all the specific food items you consumed at the Springfield Christian Academy Graduation Celebration.	a) b). c). d). e).
5.3	Leftovers: Did you consume any leftovers from the event?	Yes No
5.4	Contact with Sick People or Animals: Have you been in contact with other people or animals who were sick recently?	Yes No
5.5	Contact Details: If yes, please provide details about the nature of the contact and when it occurred

	Section 6: Additional Questions Related to DNP’s Role
6.1	DNP Interaction: Please describe any interactions or experiences you had with a Doctor of Nursing Practice (DNP) during this outbreak
6.2	DNP Feedback: Do you have any feedback or suggestions for how DNPs can be more effective in outbreak surveys?	Yes No

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Role of DNP in Developing Outbreak Surveys

Doctor of Nursing Practice (DNP) professionals hold a vital position within public health, particularly in the development and execution of outbreak surveys (Christiansen et al., 2018). These individuals possess a unique blend of clinical expertise, advanced nursing skills, and a profound understanding of epidemiology and population health. One of the primary responsibilities of DNPs in this role is survey design. They craft surveys encompassing crucial health-related information (Beeber et al., 2019). These surveys are not only medically relevant but also uphold ethical standards and cultural sensitivity, ensuring that the data collected is accurate and comprehensive.

In addition to survey design, DNPs actively collect data (Abernethy et al., 2021). They conduct interviews with affected individuals, healthcare providers, and community members. Drawing upon their clinical acumen, they extract essential details about symptoms, exposure history, and medical backgrounds, which are instrumental in identifying the source and spread of outbreaks (Elshabassi et al., 2022). Beyond data collection, DNPs contribute significantly to data analysis. They merge clinical findings with epidemiological data, identifying trends, risk factors, and potential outbreak sources. Their input is pivotal in shaping evidence-based decision-making and guiding public health responses.

Patient education is another cornerstone of the DNP’s role. They work tirelessly to ensure that individuals understand the importance of participating in surveys, adhering to preventive measures, and seeking timely healthcare when necessary. Collaboration is inherent in the DNP’s work. They work closely with multidisciplinary teams, including epidemiologists, physicians, and public health officials, to develop comprehensive outbreak response strategies (Jung et al., 2022). This interdisciplinary approach is critical in addressing complex public health challenges effectively. Advocacy is yet another facet of their role. DNPs advocate for patient-centered care and public health interventions, ensuring that the unique needs of affected individuals are recognized and addressed throughout the outbreak response (Kesten et al.,2022). Their multifaceted role enhances the effectiveness of these surveys, ultimately contributing to improved patient outcomes and community health during public health crises.

References

Abernethy, P., Waters, S., Kulchyski, T., Rolston, D., Swinkels, H., Luttrell, G., & Pillsworth, L. (2021). Climate change and vibrio cholerae in herring eggs: the role of Indigenous communities in public health outbreak responses. International Journal of Indigenous Health, 16(2). https://doi.org/10.32799/ijih.v16i2.33236

Beeber, A. S., Palmer, C., Waldrop, J., Lynn, M. R., & Jones, C. B. (2019). The role of doctor of nursing practice-prepared nurses in practice settings. Nursing Outlook, 67(4), 354-364. https://doi.org/10.1016/j.outlook.2019.02.006

Christiansen, B., & Champion, J. D. (2018). Examining doctor of nursing practice clinical competency. The Journal for Nurse Practitioners, 14(5), e93-e100. https://doi.org/10.1016/j.outlook.2019.02.006

Elshabassi, N., Garbern, S. C., Rosen, R. K., Gainey, M., Nasrin, S., Alam, N. H., Sultana, S., Hasnin, T., & Levine, A. C. (2023). Understanding variations in diarrhea management across healthcare facilities in Bangladesh: a formative qualitative study. Journal of infection in developing countries, 17(5), 665–676. https://doi.org/10.3855/jidc.17260

Jung, H. Y., Yun, H., O’Donnell, E., Casalino, L. P., Unruh, M. A., & Katz, P. R. (2022). Defining the Role and Value of Physicians Who Primarily Practice in Nursing Homes: Perspectives of Nursing Home Physicians. Journal of the American Medical Directors Association, 23(6), 962–967.e2. https://doi.org/10.1016/j.jamda.2022.03.008

Kesten, K. S., Moran, K., Beebe, S. L., Conrad, D., Burson, R., Corrigan, C., … & Pohl, E. (2022). Drivers for seeking the doctor of nursing practice degree and competencies acquired as reported by nurses in practice. Journal of the American Association of Nurse Practitioners, 34(1), 70–78. DOI: 10.1097/JXX.0000000000000593