| Course | NR 572 Advanced Acute Care Management |
|---|---|
| Week | 4 |
| Paper type | Stabilization plan |
| Length | About 1,110 words, 5 pages |
| Format | APA 7 student paper |
| School | Chamberlain University |
| Program | MSN, Adult-Gerontology Acute Care NP (AGACNP) |
| Updated | October 2026 |
Free sample paper for NR 572 Week 4
Stabilization Plan Written at 06:25 for Bradycardia, Shock and a Potassium of 6.6: A Numbered Spine With an Aim, an Expected Effect and a Time for Each Step
Student Name
College of Nursing, Chamberlain University
NR 572: Advanced Acute Care Management
Instructor Name
Month Day, Year
Stabilization Plan Written at 06:25 for Bradycardia, Shock and a Potassium of 6.6: A Numbered Spine With an Aim, an Expected Effect and a Time for Each Step
The Starting Point
At 06:20 the chemistry panel returned: potassium 6.6 mmol/L, creatinine 2.9 mg/dL (1.9 on admission, 1.2 at baseline), bicarbonate 17, glucose 118, magnesium 2.1. Venous pH 7.29. Lactate 2.8. Troponin within range. At 06:25 the heart rate, which had risen to 52 after calcium at 05:55, had drifted back to 40, with a pressure of 84/48. The patient was drowsy again. This plan was written at 06:25 with my preceptor and the rapid response team.
Steps Running Now, in Parallel
Steps 1 to 4 start together in the first five minutes. Each is assigned to one person so they do not wait on each other.
1. Calcium, second dose. Calcium gluconate 3 g through the 18-gauge line over five minutes, by the rapid response nurse. Aim: stabilize the cardiac membrane against the potassium. Expected effect: rate back above 50 within five minutes, as after the first dose. If the rate does not rise within ten minutes, calcium is no longer enough and step 5 starts at once. Calcium does not lower the potassium and lasts roughly 30 to 60 minutes, so it is a bridge, not a treatment (Lindner et al., 2020).
2. Shift potassium into cells. Regular insulin 5 units intravenously with 25 g of dextrose, by the ward nurse, with albuterol 10 mg by nebulizer. Aim: lower serum potassium. Expected effect: a fall of roughly 0.5 to 1.0 mmol/L within 30 to 60 minutes. The insulin dose is reduced from the usual 10 units because of kidney injury, which slows insulin clearance and raises the risk of low glucose.
3. Volume. Lactated Ringer's, a second 1-liter bolus, by the ward nurse. Aim: restore kidney perfusion so the kidney can excrete potassium, and lift pressure. Expected effect: pressure systolic above 90 and urine of at least 35 mL an hour within two hours.
4. Stop what raises potassium and blocks the node. Metoprolol, spironolactone and lisinopril held; orders discontinued in the record by me at 06:27 so a morning dose cannot be given by mistake. Aim: remove the drugs feeding the cycle. Expected effect: none in the first hour; this step is for the next 24.
Steps That Follow Within the Hour
5. Chronotropic support if calcium fails. If the rate falls below 45 or the systolic pressure below 80 for more than five minutes after the second calcium, start an epinephrine infusion at 2 micrograms per minute, titrated to a rate above 55 and a systolic above 90. Aim: support rate and pressure until the potassium falls and the metoprolol wears off. The bradycardia guideline lists chronotropic infusions as an option when atropine fails (Kusumoto et al., 2019). Epinephrine also shifts potassium into cells, which helps here (Farkas et al., 2020). Pacing pads are already on; transcutaneous pacing is the next step if the infusion fails.
6. Remove potassium from the body. Sodium zirconium cyclosilicate 10 g by mouth once the patient can swallow safely; the patient is alert enough now. Aim: begin removal through the gut. Expected effect: measurable fall in potassium over hours. A loop diuretic is not used while the patient is volume depleted.
7. Glucose monitoring. Fingerstick at 30, 60, 120 and 180 minutes after the insulin. Aim: catch low glucose, which is the main harm of step 2. If below 70, give dextrose 25 g and recheck in 15 minutes.
8. Repeat chemistry. A basic panel with a venous blood gas at 07:30, then every two to four hours. Aim: confirm the trend. If the potassium is above 6.0 at 07:30 despite steps 2 and 6, call nephrology about urgent dialysis.
Why This Order
Calcium comes first because it acts within minutes and protects the heart while everything else takes effect; shifting therapy needs 15 to 30 minutes to start working, and binding and removal take hours. Fluid runs at the same time because the kidney is the route out for potassium and needs blood flow to do that job. The patient has heart failure with preserved ejection fraction, so each bolus is followed by a check of breathing, saturation and the right-base crackles; a new oxygen need or spreading crackles would stop the fluid. Epinephrine waits for the second calcium because, if calcium alone restores the rate, an infusion and its line are not needed.
Roles and Communication
The rapid response nurse gives calcium and watches the monitor. The ward nurse gives insulin, dextrose and albuterol and checks glucose. I record times and doses as they happen on a single sheet, so the intensive care team can read the sequence on arrival. My preceptor leads, speaks to the intensive care fellow and decides on epinephrine. Every order is said aloud and repeated back before it is given.
Reassessment Points
At 06:35: rate, pressure and mental status after the second calcium. If the rate is above 50, continue as planned; if not, step 5.
At 07:00: urine output since the bolus; glucose; pressure. If urine is below 30 mL in the hour despite 1.5 liters, call nephrology now rather than at 07:30.
At 07:30: repeat potassium; decision on dialysis; decision on level of care.
Level of Care
The patient needs a unit with continuous rhythm monitoring and the ability to run and titrate an epinephrine infusion, with nursing at a ratio of one to two. On this hospital's wards, that means the intensive care unit if step 5 starts, and the step-down unit if the rate holds on calcium and fluid alone. The intensive care team was paged at 06:28 to assess. Staying on the ward with a nurse at the bedside was considered and rejected, because the ward cannot titrate an epinephrine infusion or provide continuous one-to-two nursing for more than a short period.
What Would Change the Plan
A troponin rise on the repeat sample would add an ischemic explanation and a cardiology call. A fever or positive cultures would add antibiotics. A fall in potassium below 5.5 with a rate still under 45 would point to the metoprolol as the main driver, and glucagon would be discussed with pharmacy. And if the patient becomes too drowsy to protect the airway, the plan changes to securing it first, regardless of the numbers.
References
Farkas, J. D., Long, B., Koyfman, A., & Menson, K. (2020). BRASH syndrome: Bradycardia, renal failure, AV blockade, shock, and hyperkalemia. Journal of Emergency Medicine, 59(2), 216-223. https://doi.org/10.1016/j.jemermed.2020.05.001
Kusumoto, F. M., Schoenfeld, M. H., Barrett, C., Edgerton, J. R., Ellenbogen, K. A., Gold, M. R., Goldschlager, N. F., Hamilton, R. M., Joglar, J. A., Kim, R. J., Lee, R., Marine, J. E., McLeod, C. J., Oken, K. R., Patton, K. K., Pellegrini, C. N., Selzman, K. A., Thompson, A., & Varosy, P. D. (2019). 2018 ACC/AHA/HRS guideline on the evaluation and management of patients with bradycardia and cardiac conduction delay. Circulation, 140(8), e382-e482. https://doi.org/10.1161/CIR.0000000000000628
Lindner, G., Burdmann, E. A., Clase, C. M., Hemmelgarn, B. R., Herzog, C. A., Malyszko, J., Nagahama, M., Pecoits-Filho, R., Rafique, Z., Rossignol, P., & Singer, A. J. (2020). Acute hyperkalemia in the emergency department: A summary from a Kidney Disease: Improving Global Outcomes conference. European Journal of Emergency Medicine, 27(5), 329-337. https://doi.org/10.1097/MEJ.0000000000000691
What the NR 572 Week 4 assignment asks for
The Week 4 assignment asks for a plan to stabilize an acutely unwell patient, written as a numbered sequence with reasoning attached to each step. Expect familiar interventions; what the rubric rewards is that each entry states what it aims at, what it should produce and how soon that should be visible, in figures rather than words like promptly. Several steps often run at once, and the plan should say so rather than pretend everything happens in series. Contingencies belong inside the plan, so a reader knows what to do if an expected effect does not appear. Most prompts also ask for reassessment points and the level of care, and some want roles named for each step.
Inside the NR 572 Week 4 example
The plan opens with the 06:20 results and the 06:25 observations that prompted it. Steps 1 to 4, a second calcium dose, insulin with dextrose and albuterol, a fluid bolus and stopping three drugs, are marked as starting together, each with an owner, an aim, an expected effect and a time. Steps 5 to 8 follow: epinephrine with a numeric start rule, a potassium binder, timed glucose checks and repeat chemistry with a dialysis trigger. A section explains the order, including the fluid caution for heart failure. Roles and read-back are named. Reassessment points at 06:35, 07:00 and 07:30 carry decisions. The level of care is argued, and the final section lists results that would change course.
Where the points sit in the NR 572 Week 4 rubric
Credit in this plan goes to endpoints written as numbers with times. A plan whose steps say what to give without saying what should happen loses the largest share, since nothing in it can tell a reader when a step has failed. Defending the order earns the judgment row, which this sample addresses in its own section. Showing parallel steps with owners meets the practicality criterion. Contingencies stated as specific results and responses score above general calls for close monitoring. Reassessment points tied to decisions, and a level of care argued from what each unit can supply, complete the remaining rows in most rubrics.
NR 572 Week 4 help: mistakes that cost points
The biggest NR 572 Week 4 loss is a plan reverse engineered from a diagnosis the writer already had, with a correct sequence and reasons that only work in hindsight. Another is a bare list of interventions with no order defended. Endpoints written as adjectives, such as improved or stable, cannot be tested. Contingencies that amount to monitoring closely are marked as missing. Plans that put everything in series misdescribe a bedside team. Level of care asserted without criteria loses its row. If your patient needed a different plan, send the current numbers and what has been given; a plan can be laid out with aims, expected effects and times for each step.
Get a NR 572 Week 4 example written to your instructions
Send the Week 4 instructions, the marking rubric if your classroom posts one and the scenario you were given, and a custom example is written against them and returned inside 24 to 48 hours. The first one is free. Use it as a reference plan sitting beside your own draft rather than as a submission.
More NR 572 papers and AGACNP samples
- NR 572 Week 1: Calcium Timing Discussion Post
- NR 572 Week 2: Rapid Assessment Write-Up
- NR 572 Week 3: Working Differential Brief
- NR 572 Week 5: Escalation Plan
- NR 572 Week 6: Acute Management Case Analysis
- NR 572 Week 7: Handoff Summary
- NR 572 Week 8: Acute Case Synthesis
- NR 571 Week 4: Competing Treatment Analysis
- NR 570 Week 4: Admission Note Critique
- NR 569 Week 4: Discriminating Feature Brief
- NR 567 Week 4: Septic Shock Vasopressor Write-Up
NR 572 Week 4 questions, answered
How precise do the endpoints have to be?
Precise enough that somebody else could tell whether they were met without asking you. A figure and an interval do that, and improving does not. Most of the distance between a competent plan and a strong one sits in this field, because a target with a number attached is also what makes the failure line underneath it meaningful.
Does the plan need a diagnosis?
No, and forcing one in tends to hurt. The week is built around the period before the answer arrives, so the plan should work against a physiological problem and hold up even if the eventual label turns out to be different. Where a probable diagnosis is included, it belongs as a single line, clearly marked provisional.
What about the clinical hours behind a case like this?
Those stay yours. We do not produce clinical hours, logbook entries, placement paperwork or anything a preceptor has to put a name to, and no example we write is meant to stand in for a record your site keeps. What these pages cover is written coursework: a plan built on a scenario the classroom handed out, or on a case you constructed for the assignment.
Where can I find a free NR 572 Week 4 sample paper?
Read the full numbered stabilization plan written at 06:25 for bradycardia, shock and a potassium of 6.6 on this page, with its parallel steps and contingencies.
Why is calcium the first step in the NR 572 Week 4 plan?
It protects the heart within minutes while slower treatments take effect; shifting therapy needs 15 to 30 minutes and removal takes hours, so calcium acts as the bridge.