| Course | NR 573 Advanced Acute Care Management Lab |
|---|---|
| Week | 3 |
| Paper type | Simulation debrief |
| Length | About 1,130 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 573 Week 3
Simulation Debrief: Local Anesthetic Systemic Toxicity After a Hip Fracture Nerve Block, With the 3 Minutes 53 Seconds Between the Rhythm Change and the First Targeted Treatment Left on the Page
Student Name
College of Nursing, Chamberlain University
NR 573: Advanced Acute Care Management Lab
Instructor Name
Month Day, Year
Simulation Debrief: Local Anesthetic Systemic Toxicity After a Hip Fracture Nerve Block, With the 3 Minutes 53 Seconds Between the Rhythm Change and the First Targeted Treatment Left on the Page
The Scenario
Simulation laboratory, acute care lab session 4. The stem given to the team at the door: a 79-year-old on the step-down unit with a hip fracture, 78 kg, who had a fascia iliaca block with bupivacaine in the emergency department 20 minutes earlier; the nurse reports that the patient is "acting strange." The team was four students in the roles of leader, bedside nurse, pharmacist and recorder, with a faculty member running the manikin. I was the leader. Times below come from the simulator's event log and the video, not from memory.
The Clock
Table 1
Scenario Timeline From the Event Log, With the Team's Working Belief at Each Point
| Time | What happened | What the team believed then |
|---|---|---|
| 00:00 | Team enters. Patient reports a metallic taste, ringing in the ears and tingling around the mouth. Heart rate 96 in sinus rhythm, pressure 158/88 | Anxiety or early delirium in an older adult after a fracture |
| 01:30 | Leader says the patient is anxious and asks for a calm environment | Anxiety |
| 02:10 | Generalized tonic-clonic seizure begins | Seizure, cause unknown |
| 02:20 | Bedside nurse says "seizure" aloud | Seizure |
| 02:40 | Leader orders lorazepam 2 mg intravenously | Seizure needing treatment |
| 03:05 | Lorazepam given | Seizure needing treatment |
| 03:30 | Seizure stops | Postictal state |
| 04:12 | Monitor changes to a wide-complex rhythm at 44; pressure 70/40 | Postictal state; the team had not yet looked at the monitor |
| 04:40 | Bedside nurse says "the rate's dropped" | Vagal bradycardia after a seizure |
| 05:10 | Atropine 1 mg given | Vagal bradycardia |
| 06:20 | Pharmacist asks, "Did this patient get a nerve block?" | Uncertain |
| 06:35 | Leader says, "This could be local anesthetic toxicity. Someone get the lipid." | Local anesthetic systemic toxicity |
| 07:50 | Lipid emulsion kit arrives from the pharmacy cart | Local anesthetic systemic toxicity |
| 08:05 | Lipid emulsion 20%, 100 mL bolus, begun | Local anesthetic systemic toxicity |
| 08:30 | Lipid infusion started | Local anesthetic systemic toxicity |
| 09:40 | Pulseless ventricular tachycardia; compressions begin | Cardiac arrest from toxicity |
| 09:55 | Defibrillation; epinephrine 50 micrograms given | Cardiac arrest from toxicity |
| 11:00 | Return of circulation | Toxicity responding to lipid |
The Interval
The rhythm changed at 04:12. Someone said so at 04:40. The first treatment aimed at the actual cause, lipid emulsion, began at 08:05. That is 3 minutes and 53 seconds from the change on the monitor to the first targeted treatment, and 28 seconds from the change to anyone saying it aloud. I am leaving the numbers as they are, because smoothing them would remove the thing this debrief exists to examine.
What Went Right
Some parts of the response were sound and are recorded with the same precision. The seizure was treated with a benzodiazepine 55 seconds after it was named, which is what the advisory recommends for seizures in this condition. Once the toxicity was named, the lipid bolus and infusion followed the weight-based doses in the checklist. When the patient arrested, compressions began within 15 seconds, and the epinephrine dose was reduced to 50 micrograms, in line with the advisory's advice to use small doses of epinephrine in this setting (Neal et al., 2018). No one gave lidocaine for the ventricular tachycardia, which would have added more local anesthetic.
Why the Interval Ran That Long
The single largest reason is that the nerve block was in the scenario stem, and nobody, including me, said it aloud when we entered. Every belief in the right-hand column from 00:00 to 05:10 was formed without the one fact that explained all of them. The prodrome at 00:00, a metallic taste, tinnitus and perioral tingling, is a recognized early picture of local anesthetic toxicity, and the practice advisory on this condition describes exactly that progression, from these early symptoms to seizures and then to cardiovascular collapse (Neal et al., 2018).
A second reason is that the team treated each event as its own problem. The seizure got a benzodiazepine, which was correct, and the bradycardia got atropine, which was the reflex response. Neither treatment was wrong, but neither question asked what connected them.
A smaller reason: the lipid kit was on the pharmacy cart in another room. That cost 1 minute 15 seconds between 06:35 and 07:50, but it was not the main delay. Two and a half minutes passed before anyone named the cause.
Decisions Attached to People
The decision at 01:30 to call the symptoms anxiety was mine, as leader. The decision at 05:10 to give atropine was mine. The question at 06:20 that broke the pattern came from the student in the pharmacist role. The instruction at 06:35 was mine, and it was given to the room rather than to a person, which is a separate failure the team will examine in the communication debrief.
What I Would Do Differently, Stated as Practice
On entering any room after a procedure involving local anesthetic, the leader reads the procedure and the dose aloud before the assessment begins. For any seizure or new arrhythmia within an hour of a block, local anesthetic toxicity is named as a working explanation in the first minute, and the lipid kit is brought to the bedside at once, whether or not it is used. Debriefing approaches that examine the frame behind each action, rather than grading the action itself, are what made the 01:30 decision visible as a belief rather than a mistake (Rudolph et al., 2006).
Questions Asked of the Team in the Lab
Three questions were asked during the verbal debrief, and the answers shaped the analysis above. What did each person know at 00:00? Only the pharmacist role had read the dose of the block; the others knew a block had been done but not when. When did anyone first think of the block? The pharmacist at about 03:30, during the seizure, but did not say it until 06:20 because the leader seemed to have a plan. What would have made it easier to say? A leader who asked aloud, early, whether anyone had a different idea. These answers moved the analysis away from my clinical knowledge and toward how the team shared what it knew.
Framework
The structure follows the reaction, analysis and summary phases set out in the standard on the debriefing process (Decker et al., 2021). The reaction phase took place verbally in the lab and is not reproduced here.
References
Decker, S., Alinier, G., Crawford, S. B., Gordon, R. M., Jenkins, D., & Wilson, C. (2021). Healthcare Simulation Standards of Best Practice: The debriefing process. Clinical Simulation in Nursing, 58, 27-32. https://doi.org/10.1016/j.ecns.2021.08.011
Neal, J. M., Barrington, M. J., Fettiplace, M. R., Gitman, M., Memtsoudis, S. G., Morwald, E. E., Rubin, D. S., & Weinberg, G. (2018). The third American Society of Regional Anesthesia and Pain Medicine practice advisory on local anesthetic systemic toxicity: Executive summary 2017. Regional Anesthesia and Pain Medicine, 43(2), 113-123. https://doi.org/10.1097/AAP.0000000000000720
Rudolph, J. W., Simon, R., Dufresne, R. L., & Raemer, D. B. (2006). There's no such thing as "nonjudgmental" debriefing: A theory and method for debriefing with good judgment. Simulation in Healthcare, 1(1), 49-55. https://doi.org/10.1097/01266021-200600110-00006
NR 573 Week 3 instructions, in plain terms
The Week 3 assignment asks you to debrief one simulation scenario through a timeline. Expect a table or stacked list of clock entries, with short prose underneath. The times should be true to the scenario, including the unflattering ones: when something changed, when someone said so aloud and when the first intervention began. A strong debrief leaves the gap between those moments in place with a number on it. Each entry should carry what the team believed at that point, which shows where belief and the monitor stopped agreeing. The analysis below the timeline is usually short, names one main reason the interval ran long and closes with changes to practice rather than promises.
How this NR 573 Week 3 example is built
The sample states the stem the team was given and how the times were sourced, from the event log and video rather than memory. A table of 18 entries runs from entry to return of circulation, each with what happened and what the team believed. A short section states the interval in minutes and seconds. The analysis names the largest reason, the block in the stem that nobody said aloud, and two smaller ones. A section records what went right, from seizure treatment to reduced epinephrine. Decisions are attached to roles, including the leader's. The questions asked in the lab and their answers follow, and the closing changes are written as triggered habits, with the debriefing framework named.
NR 573 Week 3 rubric: what full points look like
The debrief earns its marks with honest times. A tidied account, in which every action follows from information that arrived later and the gap disappears, loses the most. A timeline written as and then, with no clock, cannot show a delay and cannot show learning; this sample gives every entry a time from the log. Writing in the first person plural throughout costs points because no decision attaches to anyone, so decisions here carry roles. Grading the team instead of examining it, blaming a delay on missing equipment alone or ending with a promise to pay more attention all lose credit. Changes framed as specific practices with triggers earn the closing row.
NR 573 Week 3 help from the desk
The most frequent NR 573 Week 3 error is smoothing the interval out of the timeline so the team looks prompt. Another is a narrative with no times. Many debriefs say we noticed and we responded, which hides who decided what. Some blame equipment for a delay that came from recognition. Promises to be more vigilant are marked as missing changes. Writers also forget to record what went well, which makes the analysis look one-sided. Working from another scenario? Send its timeline, the times you have and how they were recorded; a debrief can be laid out from it with the interval left visible.
Get a NR 573 Week 3 example written to your instructions
Send the Week 3 instructions, the rubric and the debrief template or headings your classroom uses, together with the scenario you were given. A finished NR 573 simulation debrief comes back written to them inside 24-48h. The first one costs nothing, and the timeline inside it is built for the example rather than lifted.
More NR 573 papers and AGACNP samples
- NR 573 Week 1: Procedure Note Line Discussion Post
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- NR 573 Week 5: Scenario Decision Log
- NR 573 Week 6: Team Communication Debrief
- NR 573 Week 7: Case Simulation Analysis
- NR 573 Week 8: Competency Reflection
- NR 572 Week 3: Working Differential Brief
- NR 571 Week 3: Problem List Prioritization
- NR 567 Week 3: Nicardipine Titration Plan
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NR 573 Week 3 questions, answered
Do the times have to be exact?
They have to be specific and consistent, which in a simulated case means the times you recorded or can defend from the recording. Rounding destroys the point of the document, because an interval of about ten minutes cannot be examined. Where a time genuinely was not captured, a strong debrief says so instead of inventing one.
Should the debrief say the team did well?
Only where the evidence in the timeline supports it, and even then briefly. A debrief is not an appraisal, and paragraphs of mutual credit take space away from the interval analysis that carries the points. What reads strongest is an account willing to record a delay the writer caused and to state what it produced.
Does a debrief framework have to be used?
If your section names one, use it and let its headings organize the page. The finished example keeps the same underlying order inside whatever frame is required, since the frame governs presentation while the timeline, the divergence and the cost carry the content. Where none is named, headings of your own are still expected.
Where can I find a free NR 573 Week 3 sample paper?
The full simulation debrief for local anesthetic systemic toxicity, with its clock table and the interval left on the page, is published here.
What interval does the NR 573 Week 3 debrief measure?
The 3 minutes 53 seconds from the rhythm change on the monitor to the first lipid emulsion bolus, plus the 28 seconds before anyone said the change aloud.