NUR 4093 Module 5 Capstone Integration and Consistency Review Example

Does Every Section Name the Same Problem? Assembling a Bowel Protocol Capstone and the Five Inconsistencies Found Along the Way

Student Name

American College of Education

NUR4093: Senior Capstone Experience for Nursing

Module 5 Assignment

Instructor Name

March 29, 2027

The Anchor Sentence

A capstone written over several months in separate modules can drift without anyone noticing. Each module is graded on its own, each has its own deadline, and each invites the writer to rephrase the problem to suit the task at hand. The first module of this capstone ended with a single sentence meant to prevent that drift. It named four things: the population, adults after elective hip or knee replacement; the setting, one 26-bed orthopedic unit; the outcome and its time point, no charted stool by midnight closing the third day after surgery, which applied to 46 percent of the baseline sample; and the gap, a laxative already ordered as needed but seldom given. The unit and figures are the composite used throughout this capstone.

Assembling the modules into one document is the first time all of them are read together, and the anchor sentence is the test each section has to pass. If any section describes a different population, a different definition or a different gap, the capstone is no longer one project; it is several projects that happen to share a title.

How the Check Was Done

The four completed modules, the problem statement, the evidence appraisal, the implementation plan and the evaluation plan, were placed in a single file in order. Each section was then read against five elements of the anchor sentence: the population, the setting, the definition of the outcome, the time point and the gap in practice. For each element, every sentence in the section that described it was highlighted and compared with the anchor. A second reader, the unit's clinical educator, repeated the check independently on the implementation and evaluation sections, which were the most technical.

The method borrows from reporting guidance for quality improvement work. SQUIRE 2.0 asks authors to describe the problem, the rationale, the intervention and the measures in a way that a reader can follow as one account, and to report the context and any changes to the intervention (Ogrinc et al., 2016). Reading the capstone as if it were a manuscript to be reported made it easier to see where one section said something the others did not.

The check also produced a list of phrases that had changed from module to module without anyone deciding to change them. The outcome had been called day-three constipation, delayed bowel function, no bowel movement by postoperative day three and failure to have a bowel movement, and the intervention had been called a bowel protocol, a laxative bundle and a nurse-driven bowel regimen. None of these phrases was wrong, but a reader moving through the assembled document could reasonably wonder whether they described one thing or several. The review chose one name for each, the day-three outcome and the bowel protocol, and applied them throughout. Consistent names are not a matter of style; they are how a reader knows the capstone is still talking about the same thing.

Five Inconsistencies

The first inconsistency concerned the population. The problem statement and evaluation plan describe elective primary hip and knee replacement, but the implementation plan describes changing the order set for hip and knee replacement without the word primary, and the hospital's order set is also used for revision surgery. Revision patients stay longer and often use more opioids, so including them would change the population the outcome measures. The implementation plan was corrected to apply the protocol to the shared order set but to measure only primary replacements, as at baseline.

The second concerned exclusions. The evaluation plan excludes patients discharged before the end of day three, but a recheck of the baseline review found that 9 of the original 80 patients had been discharged on day two and had been counted as having had a bowel movement because none was documented as missing. When those 9 were removed, the baseline became 37 of 71 patients, or 52 percent. The problem statement, evidence appraisal and evaluation targets were all updated to the corrected baseline. The correction made the problem look worse, which is precisely why it had to be made: a capstone that keeps a flattering baseline has already bent its result.

The third concerned wording. The evidence appraisal used the word constipation throughout, while the problem statement and evaluation plan use a narrower operational definition built on the charted absence of any stool through the third postoperative day. The appraisal was revised to use constipation only when describing the sources and to state the capstone's operational definition wherever it referred to the unit.

The fourth concerned the escalation step. The implementation plan says the nurse gives polyethylene glycol if there is no bowel movement by the end of day two, while the evaluation plan's process measure counted escalation within the following shift. The protocol card, however, said to give the dose at the next scheduled medication pass. The card was changed to match the plan and the measure: within the next shift. The fifth concerned an overstatement. The implementation plan said that docusate adds little, a broader claim than the evidence allows, while the evidence appraisal, more carefully, reported only that one trial saw no gain when docusate rather than placebo was paired with senna, in hospice patients. The implementation plan was revised to match the appraisal's wording.

The Assembled Capstone in Summary

With the corrections made, the capstone reads as one argument. On a 26-bed orthopedic unit, 52 percent of adults after elective primary hip or knee replacement who remained on the unit through the third postoperative day had no documented bowel movement by midnight that day, and most had an as-needed stimulant laxative ordered that was rarely given. For constipation caused by opioids, the evidence favors starting with ordinary laxatives (Crockett et al., 2019), senna as effective after orthopedic surgery (Marciniak et al., 2014) and little added value from docusate. The intervention makes senna the default from the evening of surgery, requires a bowel status entry from every nurse on every shift, and escalates within one shift whenever day two passes with no stool.

The evaluation measures the identical day-three outcome under identical exclusions, alongside three process measures and one balancing measure that watches for loose stools, read weekly on run charts and compared formally with the corrected baseline at weeks ten and eighteen. Each section now names the same population, the same definition and the same gap.

Conclusion

Assembling the capstone and checking every section against the anchor sentence found five inconsistencies that had passed unnoticed while each module was graded on its own: a population that had quietly widened, a baseline that was too favorable, a term used more loosely in one section than the others, an escalation timed differently in two places and a claim stated more strongly than its evidence. None was dramatic, and each would have weakened the final result. The check took an afternoon and a second reader. It is the part of a capstone most easily skipped, and the part most likely to decide whether the final presentation can be defended.

References

Crockett, S. D., Greer, K. B., Heidelbaugh, J. J., Falck-Ytter, Y., Hanson, B. J., & Sultan, S. (2019). American Gastroenterological Association Institute guideline on the medical management of opioid-induced constipation. Gastroenterology, 156(1), 218-226. https://doi.org/10.1053/j.gastro.2018.07.016

Marciniak, C. M., Toledo, S., Lee, J., Jesselson, M., Bateman, J., Grover, B., & Tierny, J. (2014). Lubiprostone vs senna in postoperative orthopedic surgery patients with opioid-induced constipation: A double-blind, active-comparator trial. World Journal of Gastroenterology, 20(43), 16323-16333. https://doi.org/10.3748/wjg.v20.i43.16323

Ogrinc, G., Davies, L., Goodman, D., Batalden, P., Davidoff, F., & Stevens, D. (2016). SQUIRE 2.0 (Standards for QUality Improvement Reporting Excellence): Revised publication guidelines from a detailed consensus process. BMJ Quality & Safety, 25(12), 986-992. https://doi.org/10.1136/bmjqs-2015-004411