NU142 · Unit 10

NU142 Unit 10 final case study example

Medical-Surgical Nursing I Purdue University Global Free custom sample in 24 to 48h

The closing NU142 assignment typically brings one tangled admission and expects every skill from the preceding units, from data interpretation to discharge. This final case study works a composite 68-year-old man whose type 2 diabetes, hypertension and kidney disease meet a week of flu-like illness; he arrives confused, with a glucose of 842 and very little urine.

What this page holds

Hyperosmolar crisis, kidney injury and confusion in one composite man: the NU142 final case study for Unit 10, from pathophysiology through ranked problems, sequenced care and discharge teaching. Searches like "nu 142 unit 10 assignment example", "nu142 unit 10 sample" and "nu142 unit 10 example" land here.

What a finished NU142 Unit 10 final case study looks like

At roughly eight pages, the paper reads as a complete account of one admission. Up front, the summary carries the numbers that drive it: glucose 842, sodium 131, which corrects to about 143 once glucose is accounted for, a calculated osmolality near 330, BUN 56, creatinine 2.3 against a baseline of 1.4, and a pH of 7.34 with only trace ketones. The pathophysiology section explains why this is a hyperosmolar state rather than ketoacidosis: enough insulin to block fat breakdown, not enough to move glucose, so water pours out through the kidneys over days. Four problems are ranked: fluid volume deficit, acute confusion with fall risk, potassium shifts once insulin starts, and skin and clot risk from immobility. Each carries goals, sequenced interventions and evaluation. Discharge teaching centers on sick-day rules.

How a NU142 Unit 10 example is structured

Final case studies in this course usually follow a fixed order, and the sample keeps it: case summary, pathophysiology, data interpretation, ranked problems, plan, evaluation, discharge teaching and references. The summary is trimmed to what the analysis uses, so his cataract history does not appear. Pathophysiology is written for this patient, not in general, and connects each abnormal value to a step in the mechanism. Data interpretation includes the two calculations graders often look for, corrected sodium and osmolality, with the working shown. The ranked problems section opens with a paragraph defending the order, then takes each problem through a goal, reasoned interventions and the criteria for evaluation. A section on the first twenty-four hours sets the interventions in time. Teaching closes the body. Current references, typically six to ten, follow in the required style.

Hyperosmolar, not ketoacidotic

The paper separates the two crises on evidence: a near-normal pH, trace ketones, a far higher glucose and a slower onset. Getting that distinction right shapes every later section, from the fluid plan to the potassium watch.

Two calculations with working

Corrected sodium shows that his true sodium is high-normal, not low, once glucose is accounted for, and the osmolality explains the confusion. The paper shows both calculations so a grader can check them line by line.

Fluids before insulin

In a hyperosmolar state, fluid replacement does much of the early work, and insulin started before volume is restored can drop blood pressure as glucose and water move into cells. The plan sequences the two and explains why.

Potassium once insulin runs

Insulin moves potassium into cells, so a normal value at admission can fall quickly. The plan ties potassium checks to the insulin infusion and names the protocol threshold below which insulin waits until potassium is replaced.

Kidney function watched as it recovers

Creatinine at 2.3 against a baseline of 1.4 shows injury from dehydration. The plan tracks urine output hourly and flags metformin and certain other home medications for review before restart.

Sick-day rules as the teaching core

Teaching focuses on what to do when ill: checking glucose more often, keeping fluids up, and calling early when readings climb. It links that directly to how this admission began, a week of illness at home.

Where marks go in NU142 Unit 10

Calling the crisis ketoacidosis, or treating the two as interchangeable, is the error that costs the most here, because it changes the fluid, insulin and potassium reasoning that follows. Missing the corrected sodium, and so describing the patient as hyponatremic, runs a close second. Papers that explain the pathophysiology in general terms, with no link to his numbers, lose the application marks many rubrics weight most. Insulin started before fluids, or potassium left unmonitored once insulin runs, draws safety deductions. A ranking with no defense, or with confusion placed below skin care, reads as unreasoned. Evaluation criteria without measurable targets cannot show whether the plan worked. Generic diabetes teaching that ignores how this illness began loses points, as do outdated references and case details that serve no purpose.

Get a NU142 Unit 10 example written to your instructions

A hyperosmolar crisis, sepsis, a bowel obstruction or several conditions at once could anchor the final case your instructor posts. Upload that case alongside the full prompt, its required headings and the rubric; the study follows them and keeps the length your instructor set. Composite details only, never a real patient. First custom sample free, typically 24-48h.

NU142 Unit 10 questions, answered

How long is a final case study usually?

Most run six to ten pages before references, though the prompt decides. Length comes from depth on the ranked problems rather than from a longer case summary or background section. Where a page limit applies, the pathophysiology and data interpretation are the sections to tighten last, since they carry the reasoning that most rubrics credit heavily.

Should earlier unit content reappear in the final paper?

Where it applies to the case, yes. Fluid and electrolyte reasoning from early in the term, prioritization rules and the handoff and teaching skills all have a place in a complicated admission. Graders tend to reward applying them to this patient rather than restating them. A paper that reads like a review of the whole course, detached from the case, usually scores lower.

What if my case has more problems than I can cover?

Rank them, cover the top three or four in full, and name the rest briefly with a sentence explaining why each ranks lower. That approach usually scores better than covering eight problems thinly. Graders are checking judgment as much as coverage, so an explicit decision about what to defer is part of the answer, not a gap in it.