🔶 An experimental design includes random assignment, manipulation of an intervention, and comparison between intervention and control groups, all of which appear in this scenario.

🔶 The nurse randomly assigns patients to either the new pain protocol (treatment) or standard care (control), which is the hallmark of true experimental research.

🔶 This design allows the researcher to evaluate cause-and-effect relationships because variables are controlled and manipulated.

🔶 Measuring pain scores after implementing the intervention aligns with the structure of experimental studies, which test whether the intervention produces measurable outcomes.

🔶 Because randomization, manipulation, and control are all present, the scenario clearly reflects an experimental research design.

Quasi-experimental

🔶 A quasi-experimental study lacks random assignment, which is a defining difference from true experimental designs.

🔶 In this scenario, participants are randomly assigned, so it does not fit quasi-experimental criteria.

🔶 Quasi-experimental designs still examine interventions but without full control over variables, making them less rigorous.

🔶 The presence of randomization here disqualifies the quasi-experimental label.

🔶 Therefore, this choice does not match the study features described.

Predictive

🔶 Predictive research uses correlational methods to identify relationships and predict future outcomes, not to test interventions.

🔶 These studies do not manipulate variables or assign participants into groups.

🔶 Because the scenario includes a controlled intervention, predictive research is not applicable.

🔶 Predictive designs aim to forecast behaviors or outcomes based on certain variables, which is not occurring here.

🔶 Therefore, this option is incorrect for a study involving an intervention and group comparison.

Descriptive

🔶 Descriptive research focuses on observing, describing, or documenting phenomena, not manipulating interventions.

🔶 It does not include random assignment or control groups, both of which are present here.

🔶 Descriptive studies cannot determine cause-and-effect relationships, but experimental studies can.

🔶 The scenario does more than describe—it actively tests a treatment, which contradicts descriptive methods.

🔶 Thus, this option does not match the intervention-focused study described.

Apply research findings to improve practice

🟣 Provision 7 states that nurses must contribute to advancing the profession through research and scholarly inquiry, which includes using research to guide practice.

🟣 Applying evidence improves outcomes, patient safety, and quality of care, aligning with professional responsibility.

🟣 This option reflects the ethical obligation to translate research into evidence-based practice (EBP).

🟣 Nurses must integrate research evidence into interventions, assessment, and clinical standards.

🟣 Because it supports evidence-based improvement, this choice fully aligns with Provision 7.

Participate in knowledge development

🟣 Provision 7 states that nurses should engage in knowledge generation, whether through research activities, practice-based inquiry, or contributing to scholarly work.

🟣 Nurses play a role in studying issues, identifying gaps, and participating in the creation of new evidence.

🟣 Contributing to research elevates the profession's scientific foundation.

🟣 This includes involvement in research teams, data collection, or inquiry-based practice.

🟣 This option directly reflects professional ethical responsibility in advancing nursing science.

Disseminate findings to the professional community

🟣 Provision 7 emphasizes sharing knowledge gained from research to promote growth of the nursing profession.

🟣 Dissemination includes presentations, publications, conferences, or sharing within clinical settings.

🟣 Sharing findings supports collective learning and improves clinical practice standards.

🟣 Research that is not disseminated cannot contribute to evidence-based improvement.

🟣 Therefore, dissemination is a core ethical obligation under Provision 7.

Avoid critiquing research to maintain neutrality

🟣 Critiquing research is essential to ensure quality, safety, and validity, and it is part of professional scholarly activity.

🟣 Provision 7 encourages critical appraisal, not avoidance; neutrality is not an ethical requirement.

🟣 Without critique, flawed research may be improperly integrated into practice.

🟣 Nurses must actively evaluate research to determine credibility and relevance.

🟣 Therefore, avoiding critique contradicts the ANA Code of Ethics.

Rely solely on expert opinion for clinical decisions

🟣 Provision 7 promotes evidence-based practice, which requires combining research evidence, clinical expertise, and patient values—not expert opinion alone.

🟣 Expert opinion is considered the lowest level of evidence, and relying solely on it undermines patient safety.

🟣 Nurses are ethically required to use current, valid research, not anecdotal or opinion-based guidance.

🟣 Using only expert opinion prevents advancement of scientifically grounded practice.

🟣 This option directly opposes the ANA Code of Ethics requirement for evidence-based care.

🔷 Nurses frequently identify researchable problems from firsthand clinical experiences, because they directly observe issues affecting patient care, safety, and outcomes.

🔷 Personal experiences reveal practice gaps, inefficiencies, or patterns that require investigation, making them excellent sources of research questions.

🔷 Many evidence-based projects originate from nurses noticing repeated patient challenges or inconsistencies in current practice.

🔷 Since nurses interact with patients continuously, their experiences offer rich, real-world insight into problems worth studying.

🔷 Because of this strong connection between practice and inquiry, personal experiences are a valid and common source of researchable nursing problems.

Ethical practices

🔷 Ethical practices guide behavior and professional conduct, but they are not typically used to identify research problems.

🔷 While ethics influences how research is conducted, it does not generate specific clinical questions on its own.

🔷 Ethical topics may inspire philosophical discussion but are not direct sources of empirical nursing research questions.

🔷 Research problems require observable, measurable phenomena, which ethical guidelines do not provide.

🔷 Therefore, ethical practices do not represent a primary source of researchable nursing issues.

Complex medical problems

🔷 Complex medical problems may require research but are usually addressed by multidisciplinary teams, not solely through nursing inquiry.

🔷 They often involve biological or physiological mechanisms, which fall outside exclusive nursing scope.

🔷 Nursing research specifically focuses on care delivery, patient experience, and practice improvement, not medical complexity.

🔷 While nurses interact with medically complex patients, the problems themselves are too broad for nursing-specific research formulation.

🔷 Thus, they are not the primary or most appropriate source of nursing research problems.

Internet searches

🔷 Internet searches may provide background information, but they rarely yield researchable nursing problems directly.

🔷 Online content often includes unverified or non-peer-reviewed information, which cannot form a reliable research foundation.

🔷 Research problems require clinical relevance, evidence gaps, and direct observation, none of which originate solely from web browsing.

🔷 Using online information without clinical linkage may result in poorly focused or irrelevant research topics.

🔷 Therefore, internet searches are not considered a legitimate primary source of researchable nursing problems.

🟣 PICOT defines the research structure: Population, Intervention, Comparison, Outcome, Time.

🟣 In this question, the intervention is meditation, and the comparison is exercise, because the study examines which one is more effective.

🟣 The wording “is meditation as effective as exercise” directly identifies the intervention and comparison elements of PICOT.

🟣 Interventions must be actionable, measurable, and modifiable, which both meditation and exercise meet.

🟣 Therefore, the correct PICOT elements for I (Intervention) and C (Comparison) are meditation vs. exercise.

Effectiveness of meditation

🟣 This describes the outcome, not the intervention or comparison.

🟣 “Effectiveness” refers to the result of practicing meditation, not the element being compared.

🟣 In PICOT, outcomes answer “what is being measured?”, not “what is being done?”

🟣 Because this is an outcome measure, not an intervention, it cannot represent the I or C components.

🟣 Therefore, this option is incorrect.

Reduce individual's perceived level of stress

🟣 This describes the desired outcome of the PICOT question.

🟣 An outcome answers “What do we hope to change?”, which in this case is reducing stress.

🟣 This is not an intervention or comparison but rather the result being evaluated.

🟣 Outcomes focus on impact, not procedures or treatments.

🟣 Thus, it cannot be identified as the I/C element.

Adults with anxiety disorder

🟣 This describes the population, not the intervention or comparison.

🟣 PICOT begins with P = Who is being studied?, and this option identifies the target group.

🟣 Population does not describe a treatment or alternative treatment.

🟣 Therefore, it is not the correct answer for this question.

🟣 This option clearly belongs in the P category, not I or C.

🔹 Electronic health records (EHRs) are considered secondary sources because the information was originally collected for clinical care, not for research.

🔹 Researchers using EHR data are not collecting the data directly, but instead using information previously recorded by healthcare providers.

🔹 Secondary sources contain pre-existing information, making them efficient for large-scale analysis without new data collection.

🔹 EHRs include demographics, diagnoses, labs, and treatment details, which are valuable for retrospective studies.

🔹 Because the nurse-researcher uses previously documented information, EHRs represent a classic example of secondary data.

Paper and pencil surveys

🔹 Paper surveys are a primary data source, because participants complete them directly for the research study.

🔹 Primary data involves firsthand information gathered by the researcher, not data obtained from existing records.

🔹 Surveys provide data that is specific and tailored to the research question.

🔹 The researcher controls the collection process, making this a direct data source.

🔹 Therefore, paper surveys are not secondary data.

Physiologic measurements

🔹 Physiologic measures such as blood pressure, temperature, HR, weight, labs are collected directly by the researcher, making them primary data.

🔹 Primary data is original and newly generated, not pre-recorded.

🔹 These measurements are often standardized to ensure accuracy and reliability for the study.

🔹 They reflect direct assessment, not information pulled from existing documents.

🔹 Therefore, physiologic data is not a secondary source.

Electronic surveys

🔹 Electronic surveys are also primary data, because participants enter responses directly for the specific research project.

🔹 The data is newly generated and defined by the researcher’s own survey instrument.

🔹 This means the researcher is in full control of data collection and structure, which is characteristic of primary data.

🔹 Electronic format does not change the fact that the information is firsthand.

🔹 Therefore, electronic surveys are not secondary data sources.

🟪 The Chamberlain Library is not a research database; it is an institutional library providing access to databases.

🟪 Databases are collections of indexed research literature, whereas a library is a portal for accessing them.

🟪 The Chamberlain Library includes tools like CINAHL or PubMed, but it is not a primary indexing database itself.

🟪 Because it does not independently index or curate scientific research, it does not qualify as a research database.

🟪 Therefore, this is the correct answer to what is NOT a research database.

ProQuest

🟪 ProQuest is a major research database containing scholarly articles, dissertations, and journals.

🟪 It is widely used by universities for academic and evidence-based research.

🟪 The platform provides access to peer-reviewed articles, which makes it a legitimate research source.

🟪 ProQuest indexes a vast collection of healthcare and nursing literature.

🟪 Therefore, it is incorrect to list it as NOT a research database.

Cochrane Library

🟪 Cochrane is one of the most respected databases for systematic reviews and clinical evidence.

🟪 It provides high-level, rigorously reviewed evidence used for evidence-based practice.

🟪 Cochrane is considered a gold standard in research synthesis and guideline development.

🟪 Its content is considered among the highest levels of evidence in healthcare research.

🟪 Therefore, Cochrane is definitely a database.

CINAHL

🟪 CINAHL (Cumulative Index to Nursing and Allied Health Literature) is the primary nursing research database globally.

🟪 It indexes thousands of nursing, allied health, and biomedical journals.

🟪 Nursing schools and hospitals use CINAHL as the main source of updated clinical literature.

🟪 Its focus on nursing scholarship makes it a critical tool for research.

🟪 Thus, CINAHL is a valid research database.

PubMed

🟪 PubMed is a major biomedical research database maintained by the U.S. National Library of Medicine.

🟪 It indexes millions of peer-reviewed scientific articles and clinical studies.

🟪 PubMed is one of the most commonly used resources for research literature searches.

🟪 It serves as a primary tool for accessing MEDLINE, making it a true database.

🟪 Therefore, it is incorrect to identify PubMed as NOT a database.

🔵 Interlibrary loan (ILL) is the standard, professional solution when an article is not available in full text.

🔵 Libraries can request the needed article from partner institutions, often within 24–72 hours.

🔵 This ensures that the researcher obtains the entire peer-reviewed article, which is essential for high-quality literature review.

🔵 Using ILL maintains academic integrity and avoids incomplete or inaccurate interpretation of studies.

🔵 This is considered best practice and the most efficient method endorsed by research institutions.

Look for the research article online instead

🔵 Searching the open internet does not guarantee access, because many journals are behind paywalls.

🔵 Online versions may be incomplete, outdated, or unofficial uploads, risking academic integrity issues.

🔵 Researchers are encouraged to use validated library systems, not general internet searches.

🔵 Internet searching may lead to predatory journals or unreliable sources.

🔵 Therefore, this is not the best option.

Pay for personal access to the research article

🔵 Personal payment is unnecessary, because academic libraries already have systems like ILL to obtain articles for free.

🔵 Paying for access can be expensive and is not considered responsible academic practice.

🔵 Institutions expect researchers to use internal resources first.

🔵 Many journals discourage individual purchases when institutional access is available.

🔵 Therefore, paying personally is not recommended.

Use the abstract as it is always available

🔵 Abstracts provide only summaries, not full details of methodology, sample, results, or limitations.

🔵 Using only an abstract risks misinterpretation of the study.

🔵 Evidence-based practice requires full-text review, not superficial content.

🔵 Important data such as statistical analysis and findings are absent from abstracts.

🔵 Therefore, relying on abstracts violates research quality standards.

✨P – Adults after abdominal surgery accurately identifies the population most appropriate when studying early ambulation after surgery.

✨ I – Early ambulation correctly represents the intervention being evaluated, aligning directly with the research purpose.

✨C – No ambulation provides a clear comparison group, which is essential for determining effectiveness.

✨O – Reduced risk of pneumonia is a valid outcome, because early ambulation is known to lower postoperative pulmonary complications.

✨T – Within 72 hours gives a measurable time frame, completing the PICOT structure correctly and making this option fully aligned with the topic.