ChatGPT for CRNAs: 26 Prompts for Anesthesia Documentation & NBCRNA Exam Prep
Save 2+ hours daily on anesthesia notes, PACU handoffs, and MAC billing. 26 copy-paste ChatGPT prompts for CRNAs — built for real clinical workflows.
ChatGPT for CRNAs is still a largely untapped efficiency tool — and the CRNAs who discover it first are reclaiming 2+ hours per shift that used to disappear into pre-op assessment notes, anesthesia record narratives, PACU handoff documentation, MAC billing justification memos, and NBCRNA exam prep materials built from scratch. There are roughly 60,000 CRNAs in the United States. Nearly all of them are working in one of the most documentation-heavy roles in all of healthcare, and almost none of them have structured AI prompts built for their specific workflows.
If you hold the CRNA credential — or you're a DNAP-prepared anesthesia clinician — your documentation scope is enormous. A single case at a Level II trauma center generates a pre-anesthesia assessment note, an intraoperative anesthesia record narrative, a PACU handoff in SBAR format, a billing documentation memo if the case was MAC, and a 24-hour follow-up note the next morning. Do 4–6 cases in a day, add the compliance memos, the NBCRNA CE tracking, the occasional QA peer review, and you have 3–4 hours of writing work surrounding every clinical shift.
ChatGPT doesn't administer your anesthesia. What it eliminates is the blank-page overhead on every document that surrounds the clinical work. The 26 prompts below cover every core CRNA documentation and career workflow. Copy, fill in your patient data, review, sign.
A Day in the Life: Dominique Carter, CRNA, DNAP
Dominique Carter, CRNA, DNAP, is 8 years post-NBCRNA with 500+ independent anesthetics per year across a Level II trauma center and outpatient surgical center in Nashville, TN. Tennessee is a CMS opt-out state — Dominique practices without required physician supervision, bills under the QZ modifier, and handles the full documentation load that independent CRNA practice generates.
A typical trauma center day starts with pre-op assessments — sometimes 3–4 before the first incision. Each one requires a complete history, airway examination, ASA classification with rationale, anesthetic plan documentation, NPO verification, and consent elements. Intraoperatively, the anesthesia record narrative must capture induction agents and doses, airway management details, maintenance parameters, intraoperative events, and emergence documentation — all in language that satisfies both TJC standards and CMS billing rules. Post-op, there's the PACU handoff in SBAR format, followed by a 24-hour follow-up note the next morning. On MAC cases at the outpatient surgical center, add a billing justification memo documenting why the case required an anesthesia provider rather than procedural sedation.
Dominique is also 18 months into her current 4-year NBCRNA CPC recertification cycle — 11 CE credits logged of 40 required, study guide for the pharmacology domain not yet started. The CE log is a spreadsheet with no structure, and the NBCRNA exam prep she's been meaning to build has been deferred through three consecutive busy months.
Without structured documentation tools, the writing overhead bleeds into every gap between cases. With the prompts below, each document starts from a complete, clinically accurate draft. Dominique fills in her patient data, reviews the output against her clinical notes, and signs. Pre-op assessment: 25–30 minutes → 5–6 minutes. PACU handoff: 15 minutes → 3 minutes. MAC billing memo: 20 minutes → 4 minutes.
2 Documents, Fully Worked: Prompt → Full AI Output
Each walkthrough shows the exact prompt Dominique enters, the complete AI output, and the documented time savings. All patient data is fictional and HIPAA de-identified.
Document 1: Pre-Anesthesia Assessment Note — ASA III, Total Knee Arthroplasty
Traditional write time: 25–30 min → With ChatGPT: 5–6 min (~80% reduction)
The prompt Dominique enters:
Write a complete pre-anesthesia assessment note in formal perioperative CRNA documentation language.
Patient (de-identified): 67yo male, total knee arthroplasty
PMH: HTN, DM2, OSA (AHI 22, CPAP-compliant)
BMI: 31 | Cr: 1.4 | Meds: metformin, lisinopril, atorvastatin, CPAP nightly
Allergies: NKDA
Airway: Mallampati III, thyromental distance 6.5 cm, cervical ROM full, mouth opening 4.5 cm
ASA: III — rationale: HTN, DM2, OSA with AHI 22 controlled on CPAP
NPO: last solid food 11:30 PM prior night, last clear liquid 5:00 AM — meets ASA NPO guidelines
Labs: BMP — Cr 1.4, K+ 4.1, Na 138, glucose 142; CBC — Hgb 13.8; pre-op ECG — NSR, no acute changes
Prior anesthesia: right hip arthroscopy 4 years ago — no complications, no difficult airway noted
Consent: verbal consent obtained, risks/benefits/alternatives discussed, patient verbalized understanding
Anesthetic plan: spinal anesthesia preferred over general given OSA, avoids airway manipulation, earlier mobilization — backup plan GETA with video laryngoscopy given Mallampati III
Include: history, airway exam findings, ASA classification with rationale, anesthetic plan with decision rationale, NPO verification, consent documentation, CRNA assessment and plan.Full AI output:
PRE-ANESTHESIA ASSESSMENT NOTE
Date: [Date] | Time: [Time]
Patient: De-identified — 67-year-old male
Procedure: Total knee arthroplasty (right/left — specify)
Surgeon: [Surgeon name]
Anesthesia Provider: Dominique Carter, CRNA, DNAP
HISTORY AND CO-MORBIDITIES
Patient is a 67-year-old male presenting for elective total knee arthroplasty. Significant past medical history includes hypertension (controlled on lisinopril), type 2 diabetes mellitus (on metformin, most recent glucose 142 mg/dL), and obstructive sleep apnea (AHI 22, CPAP-compliant nightly — CPAP machine confirmed brought to facility). Current medications: metformin, lisinopril, atorvastatin. Allergies: NKDA. BMI 31. Creatinine 1.4 mg/dL (stable, baseline per patient report).
AIRWAY EXAMINATION
| Mallampati Classification | Class III |
| Thyromental Distance | 6.5 cm |
| Cervical ROM | Full — no limitation noted |
| Mouth Opening | 4.5 cm — adequate |
| Dentition | Intact, no loose teeth |
| Neck | Non-obese; no tracheal deviation |
Airway assessment: Mallampati III with otherwise adequate parameters. Anticipate moderate intubation difficulty if general anesthesia required. Videolaryngoscopy designated as primary airway device if conversion to GETA becomes necessary.
ASA PHYSICAL STATUS CLASSIFICATION
ASA III — Severe systemic disease. Rationale: Patient has three controlled but significant co-morbidities: (1) HTN on antihypertensive therapy, (2) DM2 on oral hypoglycemic agent with pre-operative glucose mildly elevated at 142 mg/dL, (3) OSA with AHI 22 — moderate severity, CPAP-compliant. Each co-morbidity individually qualifies for ASA II; the combination of three active systemic conditions with implications for perioperative airway management, hemodynamics, and renal function elevates this patient to ASA III.
ANESTHETIC PLAN AND CLINICAL RATIONALE
Primary plan: Spinal anesthesia. Rationale: Spinal anesthesia is preferred for this ASA III patient undergoing total knee arthroplasty for the following reasons: (1) Avoids airway instrumentation in a patient with OSA and Mallampati III classification, reducing risk of airway-related complications; (2) Superior post-operative pain control versus general anesthesia for lower extremity joint procedures, reducing opioid requirements — particularly advantageous given OSA and creatinine 1.4; (3) Earlier return of motor function supporting earlier mobilization protocol. Planned spinal level: L3–L4 or L4–L5. Agent: hyperbaric bupivacaine 0.75% 12–15 mg with or without intrathecal fentanyl 15–20 mcg.
Backup plan: GETA with videolaryngoscopy (if spinal fails, patient refuses, or surgical conversion requires general anesthesia). Videolaryngoscope designated as primary device given Mallampati III classification. Anesthesia cart and difficult airway equipment staged.
NPO STATUS VERIFICATION
Last solid food: 11:30 PM prior evening (≥8 hours) ✓
Last clear liquid: 5:00 AM (≥2 hours) ✓
ASA NPO guidelines met for elective procedure. Patient confirms compliance verbally.
RELEVANT PRE-OPERATIVE DATA
BMP: Cr 1.4, K+ 4.1, Na 138, glucose 142. CBC: Hgb 13.8. Pre-op ECG: NSR, no acute ischemic changes, no new conduction abnormalities. Prior anesthesia: right hip arthroscopy approximately 4 years prior — no reported complications, no documented difficult airway.
INFORMED CONSENT DOCUMENTATION
Pre-anesthesia risks, benefits, and alternatives were discussed with patient in detail including: general anesthesia risks (aspiration, postoperative cognitive effects), spinal anesthesia risks (post-dural puncture headache, hypotension, transient neurologic symptoms), risks specific to patient co-morbidities (airway management difficulty given Mallampati III, post-operative OSA monitoring requirement, perioperative glycemic management). Patient verbalized understanding of all risks discussed and provided verbal consent to proceed with planned anesthetic. Questions addressed and documented.
CRNA ASSESSMENT AND PLAN
67-year-old ASA III male presenting for elective total knee arthroplasty. Co-morbidities reviewed and optimized pre-operatively. Airway examination completed — moderate difficulty anticipated if GETA required; videolaryngoscopy plan in place. Spinal anesthesia plan appropriate and preferred for this patient's risk profile. NPO status confirmed. Consent obtained. Patient cleared for procedure per CRNA pre-anesthesia assessment.
Documenting CRNA: Dominique Carter, CRNA, DNAP | Date: [Date] | Time: [Time]
Signature: ____________
Document 2: NBCRNA Exam Practice — 5 Questions with Full Rationale
Traditional setup time: 45–60 min → With ChatGPT: 8–10 min (~82% reduction)
The prompt Dominique enters:
Write 5 NBCRNA CPC-style multiple choice practice questions. Each question needs 4 answer choices (A, B, C, D), the correct answer, a full rationale (3–5 sentences), and a key distractor explanation.
Topics (one question each):
1. Spinal anesthesia hypotension — vasopressor selection: ephedrine vs. phenylephrine based on heart rate
2. MAC calculation — 1.0 MAC isoflurane, effect of age on MAC
3. Malignant hyperthermia — triggering agents vs. safe agents (one specific example each)
4. Succinylcholine contraindication — hyperkalemia risk in burn patients (timing and mechanism)
5. Emergence delirium differential — distinguishing pain vs. hypoxia vs. delirium (assessment sequence)
Clinical scenario format (not knowledge recall). NBCRNA exam difficulty.Full AI output:
QUESTION 1 — Spinal Anesthesia Hypotension
A 34-year-old healthy female (ASA I) receives spinal anesthesia with hyperbaric bupivacaine for cesarean delivery. At T4 sensory level, her BP drops from 122/76 to 84/52 mmHg. Her heart rate is 110 bpm. Which vasopressor is most appropriate?
A. Phenylephrine 100 mcg IV bolus
B. Ephedrine 10 mg IV bolus ✓
C. Norepinephrine 4 mcg IV bolus
D. Dopamine 5 mcg/kg/min infusion
Rationale: Ephedrine is the preferred vasopressor when spinal-induced hypotension is accompanied by tachycardia (HR 110 bpm). Ephedrine has both alpha-adrenergic (vasoconstriction) and beta-adrenergic (positive chronotropy and inotropy) effects — making it the correct choice when heart rate is already elevated and you want to avoid further tachycardia while correcting hypotension. Phenylephrine is a pure alpha agonist that corrects hypotension via vasoconstriction but reflexively lowers heart rate — ideal when the patient is bradycardic, but contraindicated when tachycardic as it worsens the already-elevated HR and may reduce cardiac output.
Key distractor (A — Phenylephrine): Phenylephrine is the first-line vasopressor in obstetric spinal hypotension in most guidelines when HR is normal or elevated — however, this patient is already tachycardic. Phenylephrine's reflex bradycardia effect would compound the tachycardia problem. Ephedrine is specifically indicated when hypotension accompanies tachycardia.
QUESTION 2 — MAC and Age
A CRNA is planning an isoflurane-based general anesthetic for an 80-year-old male. She knows the standard 1.0 MAC for isoflurane is 1.17%. Approximately what end-tidal isoflurane concentration should she target to achieve 1.0 MAC in this patient?
A. 1.17% — MAC does not change with age
B. 0.83% — MAC decreases approximately 6% per decade after age 40 ✓
C. 1.40% — elderly patients require higher MAC due to increased protein binding
D. 0.60% — MAC is halved in patients over 70
Rationale: MAC decreases approximately 6% per decade of life after age 40. For an 80-year-old patient (40 years beyond age 40 = 4 decades × 6% = 24% reduction), the age-adjusted MAC is approximately 1.17% × 0.76 = ~0.89%, with 0.83% being the commonly referenced clinical approximation for this age range. The physiologic basis is reduced CNS neuronal density and decreased neurotransmitter synthesis with aging, reducing the concentration of volatile agent required to prevent movement to surgical stimulus.
Key distractor (A): The classic NBCRNA exam trap — candidates who memorize MAC values without understanding the age-adjustment principle will answer 1.17%. MAC is NOT fixed; it is the reference value for a 40-year-old adult male. Age is the most clinically significant MAC-reducing factor a CRNA encounters daily.
QUESTION 3 — Malignant Hyperthermia
An MH-susceptible patient requires general anesthesia for an appendectomy. The anesthesia team is selecting a maintenance agent. Which of the following is the SAFEST maintenance agent choice for this patient?
A. Sevoflurane
B. Desflurane
C. Propofol TIVA ✓
D. Isoflurane
Rationale: All volatile halogenated anesthetic agents — including sevoflurane, desflurane, isoflurane, halothane, and enflurane — are MH triggering agents and are absolutely contraindicated in MH-susceptible patients. Propofol total IV anesthesia (TIVA) is the only safe general anesthesia maintenance approach for MH-susceptible patients. Propofol does not trigger the ryanodine receptor mutation pathway responsible for MH. The anesthesia machine must also be flushed of volatile agents per MHAUS guidelines (typically 30 minutes of high fresh gas flow) before use in an MH-susceptible patient.
Key distractor (B — Desflurane): Desflurane is sometimes incorrectly thought to be "safer" due to its low blood:gas partition coefficient and rapid elimination. Its faster washout does not provide any protection against MH triggering. All volatile agents trigger MH regardless of their pharmacokinetic profile.
QUESTION 4 — Succinylcholine Contraindication
A 28-year-old male with 35% total body surface area burns sustained 3 weeks ago requires emergency intubation for respiratory failure. The CRNA plans rapid sequence induction. Why is succinylcholine contraindicated in this patient?
A. Succinylcholine causes malignant hyperthermia in burn patients
B. Upregulation of extrajunctional acetylcholine receptors causes massive potassium efflux upon depolarization ✓
C. Burn patients have pseudocholinesterase deficiency, causing prolonged block
D. Succinylcholine is contraindicated only in the first 48 hours post-burn
Rationale: Burn injury causes upregulation of extrajunctional (immature) acetylcholine receptors throughout the muscle membrane — not just at the neuromuscular junction. When succinylcholine depolarizes these receptors, the massive number of open ion channels causes a pathologic efflux of intracellular potassium, potentially raising serum potassium by 5–10 mEq/L acutely. This can cause fatal hyperkalemic cardiac arrest. The risk begins approximately 72 hours post-burn and persists for up to 1–2 years. This patient is 3 weeks post-burn — well within the high-risk window. Rocuronium (1.2 mg/kg) is the recommended alternative for RSI in burn patients.
Key distractor (D): This is the single most dangerous misconception on the NBCRNA exam and in clinical practice. Succinylcholine is NOT contraindicated only in the first 48 hours — it is safe in the first 24–48 hours (before receptor upregulation) and contraindicated from approximately day 3 through 1–2 years post-burn. Administering succinylcholine at 3 weeks post-burn based on this misconception is potentially lethal.
QUESTION 5 — Emergence Delirium
In the PACU, a 72-year-old male who underwent general anesthesia for open cholecystectomy is agitated, non-redirectable, and pulling at his IV. He cannot follow commands. His SpO2 is 96% on 4L NC, HR 105, BP 158/92. What is the FIRST priority assessment step?
A. Administer haloperidol 2 mg IV for delirium management
B. Rule out hypoxia and pain as causes before treating as delirium ✓
C. Administer fentanyl 50 mcg IV for pain as first intervention
D. Apply physical restraints to prevent patient harm
Rationale: The emergence delirium assessment sequence is: (1) Hypoxia first — check SpO2, airway patency, EtCO2 if available. SpO2 96% on 4L NC may be inadequate for this patient's baseline; consider increasing O2 and ruling out residual paralysis or airway obstruction. (2) Pain second — post-abdominal surgery patients with agitation frequently have undertreated pain. Assess pain score, administer analgesic if indicated, and reassess. (3) Delirium last — only diagnose and treat emergence delirium after hypoxia and pain have been assessed and addressed. Treating delirium with sedatives when the actual cause is hypoxia can be fatal.
Key distractor (A — Haloperidol immediately): Immediately sedating an agitated PACU patient without first ruling out hypoxia and pain is a classic PACU error. Haloperidol and other antipsychotics are appropriate for true delirium after treatable causes are excluded — but sedating a hypoxic patient removes their only compensatory behavior (agitation as a sign of distress) and can be life-threatening.
Why CRNAs Are Using ChatGPT Right Now
Anesthesia documentation is uniquely complex and uniquely structured. Pre-anesthesia assessments, intraoperative records, and PACU handoffs have a predictable structure that must be executed with clinical precision every case. That structural predictability is exactly what AI prompt tools are built for — you supply the clinical data, ChatGPT generates the complete formatted document in AANA-aligned language.
MAC billing justification is time-consuming and frequently underdocumented. CMS requires specific documentation of medical necessity for MAC anesthesia — patient co-morbidities, complexity factors, interventions performed. A structured prompt with your patient data generates audit-ready MAC documentation in 4 minutes instead of 20.
NBCRNA exam prep is self-directed and low-priority until it is urgent. Most CRNAs defer NBCRNA study materials until the cycle end is close. A domain-weighted study guide and 5-question practice set built to CPC exam format gives you structured study material in 10 minutes — without spending an evening organizing content from scratch.
Independent practice documentation has zero margin for billing errors. In opt-out states, CRNA independent practice billing under QZ requires specific documentation elements. A structured prompt ensures every required element is present before the claim is submitted.
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26 ChatGPT Prompts for CRNAs
All prompts are copy-paste ready. Replace [brackets] with your patient data and clinical specifics. Five sections. Every core CRNA documentation and career workflow covered.
Section AClinical Documentation
Six prompts for the core anesthesia documentation that CRNAs complete every case — pre-anesthesia assessments, anesthesia record narratives, PACU handoff notes, MAC/sedation billing justification memos, adverse event incident reports, and 24-hour post-anesthesia follow-up notes. Every prompt generates language aligned with AANA standards, TJC requirements, and anesthesia billing rules.
A1Pre-Anesthesia Assessment Note (General Surgery)
You are a CRNA with 8 years of independent practice experience documenting a pre-anesthesia assessment note in formal perioperative clinical language aligned with AANA standards and TJC requirements.
Patient data (de-identified):
- Patient: [age, sex, procedure — e.g., 67yo male, total knee arthroplasty]
- PMH: [list — e.g., HTN, DM2, OSA — AHI [X], CPAP-compliant/non-compliant]
- BMI: [X] | Cr: [X] | Last A1c: [X%] if applicable
- Current medications: [list or "see medication reconciliation"]
- Allergies: [list or NKDA]
- Airway exam: Mallampati [I–IV], thyromental distance [X cm], cervical ROM [full/limited], mouth opening [X cm], neck circumference [X cm], dentition [intact/dentures/loose teeth — specify]
- ASA physical status: [I–VI] — rationale: [brief explanation]
- Anesthetic plan: [general endotracheal / spinal / combined spinal-epidural / MAC / nerve block — specify and rationale]
- NPO status: [last solid food time, last clear liquid time — confirm meets ASA NPO guidelines]
- Relevant labs/studies: [list with values and date]
- Prior anesthesia history: [no complications / complications — specify]
- Consent: [verbal consent obtained, risks/benefits/alternatives discussed — patient verbalized understanding, questions answered]
Write a complete pre-anesthesia assessment note: patient history and co-morbidities, airway examination findings, ASA classification with rationale, anesthetic plan with justification (include general vs. regional decision reasoning), NPO status verification, consent documentation, and CRNA assessment and plan. Formal perioperative clinical language. De-identified.A2Anesthesia Record Narrative (Induction/Maintenance/Emergence)
Write a complete anesthesia record narrative for the following case. Include induction, maintenance, and emergence phases in formal anesthesia documentation language.
Case data (de-identified):
- Patient: [age, sex, ASA classification]
- Procedure: [procedure name, surgeon]
- OR time: in [time], out [time] | Anesthesia start: [time], end: [time]
- Anesthetic type: [general endotracheal / LMA / spinal / MAC — specify]
Induction:
- Pre-oxygenation: [duration, SpO2 baseline]
- IV induction agents: [drug, dose, route — e.g., propofol 180 mg IV, lidocaine 60 mg IV, fentanyl 100 mcg IV, succinylcholine 140 mg IV OR rocuronium 50 mg IV]
- Airway management: [direct laryngoscopy / videolaryngoscopy — device, blade, view grade (Cormack-Lehane I–IV), attempts, tube size, confirmation method — EtCO2 waveform, bilateral breath sounds, tube depth at lip]
Maintenance:
- Agent: [sevoflurane % / desflurane % / TIVA — propofol infusion rate] with [O2/air ratio, FiO2]
- Additional agents during case: [fentanyl additional doses, ketorolac, dexamethasone, ondansetron, antibiotics per surgeon order — list with times and doses]
- Ventilation parameters: [TV, RR, PEEP, peak airway pressure range]
- Hemodynamic range: [BP range, HR range, SpO2 range, EtCO2 range]
- Fluid: [crystalloid type and mL, estimated blood loss mL, urine output mL if foley present]
- Positioning: [supine / lateral / prone / lithotomy — padding and safety measures documented]
Emergence:
- Reversal: [sugammadex dose / neostigmine + glycopyrrolate doses, timing]
- Extubation: [awake/deep, criteria met — spontaneous ventilation, follows commands, adequate TV, SpO2 on room air]
- PACU transfer: [SpO2 on supplemental O2 or room air, patient verbal/responsive, handoff to PACU RN]
Write the complete narrative in formal anesthesia record language.A3PACU Handoff Note (SBAR Format)
Write a structured PACU handoff note in SBAR format for the following post-anesthesia case. This document transfers care from CRNA to PACU RN with all clinically relevant information.
Case data:
- Patient: [age, sex, ASA classification, allergies]
- Procedure completed: [procedure name, surgeon, surgical site]
- Anesthetic type: [GETA / LMA / spinal / MAC / regional + sedation]
- Anesthesia duration: [X hours X minutes]
- Airway: [ETT extubated at [time] / LMA removed / no airway device — specify; any airway difficulty noted]
Situation: [brief summary of case and current patient status]
Background:
- Significant PMH: [list top 3–5 co-morbidities relevant to PACU monitoring]
- Intraoperative events: [any events — hypotension, hypertension, bradycardia, laryngospasm, bronchospasm, significant blood loss — or "no intraoperative events"]
- Total IV fluids: [type and mL]
- Estimated blood loss: [mL]
- Urine output: [mL or "foley not placed"]
- Last hemodynamic values in OR: BP [X/X], HR [X], SpO2 [X%]
Assessment:
- Reversal agents given: [drug, dose, time — or "no reversal required"]
- Antiemetics: [ondansetron Xmg at [time], dexamethasone Xmg at [time] — or "none given"]
- Pain management intraoperatively: [fentanyl total dose, ketorolac, regional block performed — specify]
- Arrival vitals to PACU: BP [X/X], HR [X], SpO2 [X%] on [O2 delivery/RA], RR [X], temp [°F], pain score [X/10]
Recommendation:
- Anticipated PACU concerns: [airway — OSA CPAP order, pain management plan, nausea risk, hemodynamic monitoring parameters, wound check]
- Post-op orders verified: [confirmed with surgeon / standing PACU orders per anesthesia protocol]
- Discharge criteria: [Aldrete/PADSS scoring]
Write the complete SBAR handoff note in formal PACU transfer language.A4MAC/Sedation Billing Justification Memo
Write a MAC (Monitored Anesthesia Care) billing justification memo for the following case to support CPT 00XXX anesthesia billing and medical necessity documentation.
Case data:
- Patient: [age, sex, ASA classification]
- Procedure: [procedure name, CPT code if known]
- Anesthesia provider: [CRNA name, credential]
- Date: [date], Facility: [facility name]
- Anesthesia time: [start time — end time — total minutes]
Clinical justification elements to document:
1. Patient co-morbidities requiring anesthesia provider presence (not just procedural sedation by RN): [list relevant co-morbidities — e.g., OSA, severe cardiac disease, morbid obesity BMI ≥40, pulmonary HTN, prior difficult airway, severe GERD/aspiration risk, pediatric patient, anticipated prolonged procedure]
2. Complexity factors: [airway risk factors, hemodynamic instability risk, anticipated pain management requirements, patient anxiety/behavioral factors requiring provider-level management]
3. Drugs administered with times and doses: [list all sedative/analgesic/reversal agents administered]
4. Monitoring performed: [continuous ECG, NIBP frequency, SpO2, EtCO2 if capnography used, temperature if applicable]
5. CRNA interventions during case: [interventions beyond monitoring — airway management, vasopressor administration, fluid adjustment, patient repositioning for airway — list]
Write a complete MAC billing justification memo supporting anesthesia provider necessity, complexity of patient, and level of monitoring and intervention provided. Language aligned with CMS MAC billing criteria and AANA documentation standards.A5Anesthesia-Related Adverse Event Incident Report
Write a formal anesthesia-related adverse event incident report for quality management and risk management documentation. This is an internal QA document — not a legal admission.
Event data:
- Patient: de-identified — [age, sex, ASA classification]
- Procedure: [procedure, date, facility]
- CRNA: [name, credential]
- Event type: [e.g., unplanned re-intubation / post-dural puncture headache / anaphylaxis — suspected anesthetic agent / laryngospasm requiring succinylcholine / awareness under anesthesia report / LAST — local anesthetic systemic toxicity / post-op nausea/vomiting requiring extended PACU stay beyond 2 hours]
- Event timeline: [time event occurred, treatment epoch — induction / intraoperative / emergence / PACU]
Document the following:
1. Chronological event description: timeline from first sign/symptom through resolution, with time-stamped interventions
2. Severity: [patient harm level — near-miss / minor / moderate / serious — per facility harm taxonomy]
3. Contributing factors: [patient factors, system factors, provider factors — objective language only]
4. Immediate interventions taken and patient response
5. Patient outcome at time of report: [stable / hospitalized / other — specify]
6. Notification: [attending physician, charge RN, department chief, risk management — list who was notified and at what time]
7. Preventability assessment: [preventable / potentially preventable / not preventable — with objective rationale]
8. Recommended corrective actions: [protocol update / equipment check / provider education — specific and actionable]
Formal QA incident report language. Non-inflammatory, objective, factual.A6Post-Anesthesia Follow-Up Note (24-Hour)
Write a 24-hour post-anesthesia follow-up note documenting the CRNA's assessment of the patient's post-anesthesia recovery and any anesthesia-related complications.
Patient data:
- Patient: [age, sex, ASA classification, procedure]
- Anesthetic type: [GETA / spinal / MAC / regional — specify]
- Date of surgery: [date] | Date of follow-up: [date — next day]
- Location of follow-up: [bedside in-patient visit / telephone follow-up / PACU extended stay assessment]
Assessment areas to document:
1. Pain: [current pain score X/10, location, adequately controlled on current regimen — [regimen] / inadequately controlled — action taken]
2. Nausea/vomiting: [present/absent — if present: frequency, treatment provided or ordered]
3. Airway/respiratory: [no complaints / hoarseness — expected vs. concerning duration / sore throat — reassurance provided / respiratory difficulty — intervention taken]
4. Neurological (if spinal/epidural): [sensory return — bilateral, complete vs. patchy / motor function return — ambulating / PDPH assessment — headache present: positional/non-positional, severity, plan]
5. IV access/vascular site: [site intact, no infiltration / IV discontinued]
6. Patient questions or concerns: [addressed — specify]
7. Patient satisfaction: [patient verbalized satisfaction with anesthesia care / concerns expressed — addressed]
CRNA assessment: [overall post-anesthesia course — uncomplicated / complication noted and managed — specify]
Plan: [no further anesthesia follow-up required / follow-up in [X] hours/days, specify reason]
Formal 24-hour post-anesthesia follow-up note language, AANA documentation standard.Section BCompliance & Billing
Six prompts for the compliance and billing documentation that defines CRNA independent practice — opt-out billing memos, anesthesia time unit calculation records, pre-authorization letters, QA peer review documents, HIPAA-compliant record amendments, and department policy updates. Every prompt generates language aligned with CMS anesthesia billing rules, AANA practice standards, and state opt-out regulations.
B7CRNA Independent Practice Billing Documentation (Opt-Out States)
Write a CRNA independent practice billing documentation memo for a case performed in a Medicare opt-out state where physician supervision is not required for CRNA anesthesia services.
Case data:
- CRNA: [name, NPI, credential]
- Facility: [facility name, state — confirm this is a CMS opt-out state]
- Date: [date]
- Patient: de-identified — [age, sex, ASA classification]
- Procedure: [procedure name, CPT code, surgeon name]
- Anesthesia CPT code billed: [00XXX]
- Base units: [X] | Time units: [X — at 15 minutes per unit] | Total units: [X]
- Qualifying circumstances modifier if applicable: [QX / QZ / none — explain]
Document the following for opt-out billing compliance:
1. State opt-out status confirmation: [confirm state has exercised CMS opt-out of physician supervision requirement]
2. CRNA scope of practice statement: [CRNA practicing within state scope of practice and AANA standards without required physician supervision per opt-out election]
3. Independent provider attestation: [CRNA provided anesthesia services independently as the sole anesthesia provider for this case]
4. Anesthesia time documentation: [start time — first contact with patient in OR/procedure room, end time — transfer of care to PACU RN, total minutes, time unit calculation]
5. Medical necessity elements: [procedure required anesthesia provider for patient safety, co-morbidity justification if ASA III+]
6. Billing modifier: [QZ modifier — CRNA without medical direction for Medicare billing]
Write the complete billing documentation memo in CMS-compliant language for opt-out state CRNA independent practice billing.B8Anesthesia Time Unit Calculation Memo
Write a formal anesthesia time unit calculation memo for accurate CPT anesthesia billing documentation.
Case data:
- Procedure: [procedure name and CPT anesthesia code — e.g., 00402 — plastic surgery on integumentary system of trunk]
- Base units (from ASA Relative Value Guide): [X base units for this procedure code]
- Anesthesia start time: [time — first contact in procedure room/OR]
- Anesthesia end time: [time — transfer of care to PACU/recovery]
- Total anesthesia time: [X hours X minutes = X total minutes]
- Time units: [total minutes ÷ 15 = X time units, rounded to nearest whole unit per payer policy]
- Total units: [base units + time units = X total units]
Modifying unit qualifications (check all that apply):
- Emergency surgery modifier: [applicable — add 2 units / not applicable]
- Extreme age modifier (under 1 year or over 70): [applicable — add 1 unit / not applicable]
- Total body hypothermia or controlled hypotension: [applicable — add 5 units / not applicable]
- ASA physical status: [II = +0 / III = +1 / IV = +2 / V = +3 / VI = +0]
Total modifying units: [X]
Grand total billable units: [base + time + modifying = X total]
Payer: [Medicare / Medicaid / commercial — specify conversion factor if known]
Estimated reimbursement: [X total units × conversion factor = $X]
Write a complete anesthesia billing unit calculation memo with all components documented for payer audit compliance.B9Pre-Authorization Letter for High-Risk Anesthesia Case
Write a pre-authorization letter from CRNA to insurance payer requesting prior authorization for anesthesia services for a high-risk patient case.
Submission data:
- Requesting provider: [CRNA name, NPI, credential, practice address]
- Patient: [name, DOB, member ID, insurance plan/group number]
- Requesting facility: [facility name, address, NPI]
- Planned procedure: [procedure name, CPT code, planned date]
- Surgeon: [name, NPI]
- Planned anesthesia type: [GETA / spinal / MAC / regional — specify with rationale]
- Anesthesia CPT code: [00XXX]
High-risk justification elements:
- Patient co-morbidities requiring anesthesia provider (not procedural sedation): [list all relevant co-morbidities with ICD-10 codes — e.g., OSA Z87.39, severe cardiac disease I25.10, morbid obesity E66.01, pulmonary HTN I27.20, prior difficult airway Z87.891, ESRD N18.6]
- ASA physical status: [III / IV / V] — clinical rationale: [brief explanation]
- Anticipated complexity: [difficult airway management, hemodynamic instability risk, prolonged procedure >3 hours, anticipated blood loss >500 mL, patient positioning risk — specify]
- Supporting documentation attached: [H&P, labs, ECG, echo if applicable, prior anesthesia records if relevant]
Request:
Please authorize [X units of anesthesia service / specific anesthesia CPT code] for the above patient for the procedure scheduled [date]. Supporting clinical documentation is attached. Contact [CRNA name] at [phone/fax] for additional information.
Write the complete pre-authorization letter in formal medical correspondence language.B10QA Peer Review Documentation
Write a QA peer review summary for an anesthesia department quality assurance case review.
Case data for review:
- Case ID: [de-identified case number]
- Date of service: [date]
- Anesthesia provider: [de-identified — "Provider A" or credential type only]
- Procedure: [general procedure type — e.g., "abdominal surgery" — de-identified]
- Case type: [elective / urgent / emergent]
- Review trigger: [e.g., unplanned admission from ambulatory setting / unanticipated difficult airway / adverse event / routine random case audit / outcome variance]
Peer review structure:
1. Case summary: [2–3 sentence objective case summary without identifying patient or provider]
2. Care elements reviewed: [pre-anesthesia assessment adequacy, informed consent documentation, anesthetic plan appropriateness for patient risk profile, intraoperative management, emergency preparedness and response, documentation completeness]
3. Standard of care met: [yes / no / with exceptions — specify]
4. Documentation quality: [complete / incomplete — specify gaps]
5. Findings: [list findings — objective language, no identifying information]
6. Reviewer conclusion: [care met standard / deviation noted — specify whether deviation contributed to outcome]
7. Recommended action: [no action required / provider education / protocol review / department-wide notification / case escalation — specify]
8. Confidentiality notice: [this document is peer review protected under [state] peer review statute and is not subject to discovery]
Write the complete QA peer review summary in formal anesthesia department quality assurance language.B11HIPAA-Compliant Anesthesia Record Amendment
Write a HIPAA-compliant anesthesia record amendment documenting a correction or addendum to an existing anesthesia record.
Amendment data:
- Patient: [name, DOB, MRN — or de-identified for training purposes]
- Original record date: [date of anesthesia]
- Amendment date: [today's date]
- Amending provider: [CRNA name, credential, NPI]
- Reason for amendment: [documentation error — incorrect drug dose recorded / omitted documentation — [what was omitted] / late entry — [entry not documented at time of service] / correction of transcription error / addendum to document additional clinical information]
Amendment content:
1. Original entry (if correcting): [quote or describe the original entry being corrected — do not delete or overwrite original]
2. Correct information: [state the accurate clinical information replacing or supplementing the original entry]
3. Reason for late entry or correction: [brief objective explanation]
4. Date and time of original event (if late entry): [date, time]
5. Date and time of amendment: [date, time]
6. Provider attestation: "This amendment is made to correct/supplement the anesthesia record as described above. The original entry is preserved and this amendment does not alter the integrity of the original record."
HIPAA amendment documentation requirements: [right to amend per 45 CFR §164.526, amendment appended to original record, amendment accessible to requestors of the original record]
Write the complete HIPAA-compliant anesthesia record amendment in formal medical record language.B12Anesthesia Department Policy Update Memo
Write a formal anesthesia department policy update memo for distribution to all anesthesia providers (CRNAs, anesthesiologists, AAs) and relevant OR staff.
Memo data:
- From: [CRNA Chief / Anesthesia Medical Director / Department Chair]
- To: All Anesthesia Providers, OR Charge Nurses, PACU Staff
- Date: [date]
- Subject: [policy topic — e.g., updated difficult airway algorithm / new PONV prophylaxis protocol / fasting guideline update / new EMR anesthesia documentation fields / MAC billing documentation requirement change]
- Effective date: [date]
Policy update structure:
1. Background: [brief explanation of why this policy is being updated — regulatory requirement / quality improvement initiative / adverse event response / new evidence-based guideline]
2. Previous policy: [one sentence summary of what was done previously, if applicable]
3. New policy: [clear, numbered action steps — what must be done differently, by whom, in what circumstances]
4. Rationale: [clinical or compliance rationale for the change — reference source if applicable: AANA guidelines / ASA practice advisories / CMS billing guidance / TJC standards]
5. Training required: [yes — describe training required, deadline / no training required]
6. Questions: [contact name, title, email/phone]
7. Acknowledgment required: [yes — providers must sign and return by [date] / no formal acknowledgment required]
Write the complete department policy update memo in formal clinical administration language.Section CNBCRNA Exam Prep
Six prompts for NBCRNA exam preparation and recertification — domain-weighted study guides, pharmacology and airway practice question sets, malignant hyperthermia quick-references, regional anesthesia nerve block positioning guides, and the 40-credit CE log with 4-year recertification plan. Every prompt is structured around NBCRNA CPC exam domains and the 4-year recertification cycle.
C13NBCRNA CPC Domain-Weighted Study Guide (All Domains)
Create a comprehensive NBCRNA Continued Professional Certification (CPC) exam study guide organized by the official NBCRNA content domains with their approximate percentage weightings.
NBCRNA CPC exam domains (include all with percentage weights from current NBCRNA content outline):
- Airway Management
- Pharmacology
- Physiology and Pathophysiology
- Anesthesia and Adjunct Agents
- Technical and Equipment
- Basic and Advanced Anesthesia Principles
- Healthcare Delivery
For each domain:
1. Domain name and approximate CPC exam weighting percentage
2. High-yield subtopics most frequently tested (5–8 bullet points per domain)
3. One representative study focus for the 2 weeks before exam: the single most complex subtopic in this domain that CRNAs most commonly miss
Format: domain-by-domain reference guide. Include a master study timeline recommendation: [X weeks before exam → focus on domains weighted ≥20% / X weeks before → medium-weight domains / final week → low-weight domains + practice questions]. NBCRNA content outline language. Practical, test-focused.C145 Practice Questions with Rationale (Pharmacology Focus)
Write 5 NBCRNA CPC-style multiple choice practice questions focused on anesthesia pharmacology. Each question must include 4 answer choices (A, B, C, D), the correct answer, a full rationale explaining why the correct answer is right, and a key distractor explanation identifying why the most commonly chosen wrong answer is wrong.
Pharmacology topics to cover across the 5 questions (cover all 5):
1. Volatile anesthetic MAC values and factors that increase or decrease MAC
2. Neuromuscular blocking agent reversal — sugammadex vs. neostigmine/glycopyrrolate — mechanism and selection criteria
3. Opioid pharmacology — fentanyl vs. remifentanil context-sensitive half-life in TIVA
4. Propofol infusion syndrome — mechanism, risk factors, recognition, and management
5. Local anesthetic toxicity (LAST) — mechanism, presentation, and lipid emulsion therapy
Format per question:
QUESTION X: [question stem — clinical scenario format, not knowledge-recall format]
A. [choice]
B. [choice]
C. [choice]
D. [choice]
CORRECT ANSWER: [letter]
RATIONALE: [3–5 sentence explanation of why the correct answer is correct, including mechanism or clinical principle]
KEY DISTRACTOR: [identify the most commonly chosen wrong answer and explain why it is incorrect]C155 Practice Questions with Rationale (Airway/Respiratory Focus)
Write 5 NBCRNA CPC-style multiple choice practice questions focused on airway management and respiratory physiology. Each question must include 4 answer choices (A, B, C, D), the correct answer, a full rationale, and a key distractor explanation.
Airway/respiratory topics to cover across the 5 questions (cover all 5):
1. Difficult airway algorithm — ASA Difficult Airway Algorithm: failed intubation pathway, "cannot intubate, cannot oxygenate" decision point
2. Rapid sequence induction — indication, agent selection (succinylcholine vs. rocuronium), cricoid pressure evidence
3. One-lung ventilation — physiology of hypoxic pulmonary vasoconstriction, management of hypoxemia during OLV
4. Laryngospasm — recognition, treatment sequence (deepening anesthesia → positive pressure → succinylcholine dosing)
5. Capnography interpretation — difference between normal vs. obstructed vs. rebreathing vs. cardiac arrest waveforms
Format per question:
QUESTION X: [clinical scenario question stem]
A. [choice]
B. [choice]
C. [choice]
D. [choice]
CORRECT ANSWER: [letter]
RATIONALE: [3–5 sentence mechanistic explanation]
KEY DISTRACTOR: [most commonly chosen wrong answer with explanation of why it is incorrect]C16Malignant Hyperthermia Protocol Quick-Reference
Create a malignant hyperthermia (MH) protocol quick-reference guide for NBCRNA exam preparation and clinical use. Structure as a rapid-reference document a CRNA can use for both exam review and real-time crisis management.
Include all of the following:
TRIGGER AGENTS (list all):
- Volatile anesthetic agents that trigger MH (list all — halothane, isoflurane, sevoflurane, desflurane, enflurane)
- Depolarizing neuromuscular blocking agents that trigger MH
SAFE AGENTS (list all):
- Non-triggering volatile alternatives (none — must convert to TIVA)
- Non-depolarizing NMBAs safe in MH-susceptible patients (list all)
- IV induction agents safe in MH-susceptible patients (propofol, etomidate, ketamine, barbiturates)
- Local anesthetics safe in MH-susceptible patients (amide vs. ester classification)
RECOGNITION — early and late signs (separate the sequence):
- Early: tachycardia, masseter muscle rigidity, rising EtCO2 (earliest and most sensitive sign), tachyarrhythmias
- Late: hyperthermia (late sign — not early), metabolic acidosis, myoglobinuria, DIC
DANTROLENE DOSING:
- Initial dose: [X mg/kg IV bolus — repeat interval — maximum total dose per acute episode]
- Reconstitution instructions
- Post-acute oral dantrolene prophylaxis regimen
MANAGEMENT SEQUENCE (numbered, time-pressured):
1–10: step-by-step crisis management from recognition through stabilization
MHAUS HOTLINE: 1-800-MH-HYPER (1-800-644-9737)
Format as a printable quick-reference. MHAUS protocol-aligned language.C17Regional Anesthesia Nerve Block Positioning Guide
Create a regional anesthesia nerve block positioning and technique guide for NBCRNA CPC exam preparation covering the most commonly tested nerve blocks.
For each of the following 6 nerve blocks, document:
1. Indication (surgical procedure/site where this block provides primary analgesia)
2. Patient positioning (specific position required for block placement)
3. Landmark/ultrasound target (key anatomical landmark or US target structure)
4. Needle insertion point and direction
5. Local anesthetic dose range (volume and concentration — e.g., ropivacaine 0.5%, 20–30 mL)
6. Distribution of block (specific sensory and motor coverage)
7. Primary complication specific to this block (not generic complications — the most clinically significant risk unique to this block)
BLOCKS TO COVER:
1. Interscalene brachial plexus block (shoulder surgery)
2. Supraclavicular brachial plexus block (upper extremity surgery at/below elbow)
3. Femoral nerve block / adductor canal block (TKA, knee procedures)
4. Popliteal sciatic nerve block (foot/ankle surgery)
5. Transversus abdominis plane (TAP) block (abdominal surgery analgesia)
6. Erector spinae plane (ESP) block (thoracic/rib fracture analgesia)
Format: structured table or side-by-side comparison per block. NBCRNA exam-relevant language.C18NBCRNA Recertification CE Log + 40-Credit 4-Year Plan
Create an NBCRNA Continued Professional Certification (CPC) continuing education log template and a structured 40-credit 4-year CE plan for a CRNA entering a new CPC recertification cycle.
CPC REQUIREMENTS (as of current NBCRNA cycle):
- Total CE credits required: 40 hours per 4-year cycle
- Category A requirements: [X hours must be in patient safety / pharmacology / anesthesia-related content — specify by NBCRNA category]
- Category B: [remaining hours — acceptable categories]
- Approved CE sources: [AANA-approved providers, state association CE, simulation, journal club, hospital grand rounds, online modules]
- Exam/assessment requirement: [CPC exam vs. alternative assessment — current NBCRNA policy]
CE LOG TEMPLATE (create for 40 credits):
Columns: Activity Title | Provider/Source | Date | Category (A or B) | Credits Earned | Certificate #/Verification | Cumulative Total
4-YEAR CE ACQUISITION PLAN (10 credits/year, broken into quarters):
- Year 1 Q1–Q4: [suggested topic focus — align with NBCRNA high-weight domains: pharmacology, airway, patient safety]
- Year 2 Q1–Q4: [physiology, regional techniques, equipment]
- Year 3 Q1–Q4: [specialty areas — OB anesthesia, pediatrics, cardiac, neuro — based on practice setting]
- Year 4 Q1–Q4: [review high-weight domains again + complete CPC assessment/exam by cycle end]
Include: running credit total by year, deadline reminder for cycle end, NBCRNA documentation submission checklist. NBCRNA recertification language.Section DAdministrative
Four prompts for the administrative documentation that CRNA department leaders and independent practitioners generate — M&M case summaries, new CRNA onboarding checklists, surgical team briefing memos for complex cases, and CRNA scope-of-practice policy documents for opt-out state independent practice.
D19Anesthesia Department M&M Case Summary
Write an anesthesia department Morbidity and Mortality (M&M) case summary for departmental educational review.
Case data (de-identified):
- Case ID: [de-identified number]
- Date: [date]
- Procedure type: [general category — e.g., "intra-abdominal surgery" — de-identified]
- Patient: de-identified — [ASA classification, relevant co-morbidities only]
- Anesthetic type: [general / regional / MAC]
- Event: [e.g., post-operative pulmonary aspiration / unplanned ICU admission / awareness under anesthesia report / failed regional with conversion to general / prolonged PACU stay due to respiratory depression]
M&M summary structure:
1. Case overview: [3–4 sentence objective summary — patient profile, procedure, anesthetic, event]
2. Event chronology: [time-stamped sequence from presentation/recognition through disposition]
3. Contributing factors analysis: [patient factors / provider factors / system factors — use objective language, non-punitive framing]
4. Clinical decision points: [identify 2–3 decision moments where alternative management might have altered the outcome]
5. Standard of care comparison: [how management compared to current AANA practice guidelines and ASA practice advisories]
6. Teaching points: [3–5 specific, actionable learning points for department CRNAs]
7. Quality improvement recommendations: [specific protocol, equipment, or education changes recommended]
Format: formal anesthesia M&M conference presentation summary. Non-punitive, educational framing. Peer review protections apply.D20New CRNA Onboarding/Orientation Checklist
Create a comprehensive new CRNA onboarding and orientation checklist for a CRNA joining a Level II trauma center and outpatient surgical center.
Organize by week:
WEEK 1 — Administrative & Credentialing:
- Credentialing and privileging documentation submitted [licenses, NBCRNA certificate, DEA, NPI, state CRNA prescriptive authority if applicable]
- Facility orientation completed [HR, safety, HIPAA, infection control, emergency response]
- EMR anesthesia module training [system name — documentation, anesthesia record, medication orders]
- Pharmacy orientation [medication dispensing system, controlled substance protocols, anesthesia cart setup]
- OR/procedure room orientation [room layout, anesthesia machine location and model, difficult airway cart location, MH cart location]
WEEK 2 — Clinical Orientation:
- Anesthesia machine setup and checkout procedure [FDA or manufacturer pre-use checklist]
- Airway equipment location and function [videolaryngoscope, fiberoptic scope, cricothyrotomy kit]
- Emergency protocols review [MH protocol, LAST protocol, can't intubate can't oxygenate algorithm, code blue]
- PACU handoff protocol [facility SBAR format, PACU RN handoff expectations]
- Pharmacy and controlled substance documentation [waste policy, witness requirements]
WEEK 3 — Supervised Clinical Cases:
- [X] supervised cases with department preceptor before independent practice
- Case types required before independent sign-off: [list by ASA class and case complexity]
- Documentation audit: first 5 anesthesia records reviewed by department chief
WEEK 4 — Independent Practice:
- Independent cases begin after department chief sign-off
- Billing documentation review: first month MAC/independent billing audited for compliance
- M&M conference attendance required from Day 1
- CRNA onboarding complete — confirmation signature: [CRNA, Department Chief, date]D21Surgical Team Briefing Memo (Anesthesia Considerations for Complex Case)
Write a pre-operative surgical team briefing memo documenting anesthesia considerations for a complex upcoming case. This memo is distributed to the OR charge nurse, circulator, and surgeon prior to the case.
Case data:
- Procedure: [procedure name, date, estimated duration]
- Surgeon: [name]
- Patient: de-identified — [age, sex, ASA classification, weight]
- Anesthesia provider: [CRNA name, credential]
ANESTHESIA BRIEFING MEMO — distribute to surgical team:
Patient risk profile:
- Co-morbidities relevant to anesthesia and OR management: [list — e.g., OSA: patient CPAP-dependent — CPAP machine in pre-op, document compliance; severe cardiac disease — arterial line placement planned; anticipated difficult airway — videolaryngoscope primary, fiberoptic available]
- Allergy alert: [drug, reaction type — or NKDA]
- Antibiotic considerations: [allergy-adjusted antibiotic order confirmed with surgeon / standard protocol]
Equipment needs (request from charge RN by [time]):
- [Arterial line setup / epidural tray / specific regional block kit / prone positioning frame / shoulder roll / specific ETT size / DL blade size — list all non-standard equipment requests]
Anticipated anesthetic plan:
- Induction plan: [RSI / standard / awake fiberoptic — brief rationale]
- Maintenance: [volatile / TIVA — brief reason]
- Airway plan: [standard / video-assisted / awake — specify]
- Regional component: [nerve block planned — specify, timing]
- Anticipated emergence: [awake deep extubation criteria, post-op disposition — PACU standard vs. ICU]
Team communication points:
- [Specific requests to surgeon or scrub team — blood availability confirmed, cell saver requested, positioning needs, estimated blood loss threshold for transfusion]
Write the complete surgical team briefing memo in professional OR communication language.D22CRNA Scope-of-Practice Policy Document (State Opt-Out Model)
Write a CRNA scope-of-practice policy document for a healthcare facility in a CMS opt-out state, defining the scope of CRNA independent practice without required physician supervision.
Policy data:
- Facility: [facility name, state]
- Effective date: [date]
- Applies to: All Certified Registered Nurse Anesthetists (CRNAs) practicing at [facility name]
- State opt-out status: [confirm state has exercised CMS opt-out — cite CMS regulation: 42 CFR §482.52(c)]
POLICY DOCUMENT STRUCTURE:
1. Purpose: Define the scope of CRNA practice at [facility] consistent with state law, state nursing board regulations, and CMS opt-out election.
2. Legal and regulatory basis:
- State CRNA practice act citation [state code section]
- State nursing board CRNA scope of practice regulations
- CMS Conditions of Participation, 42 CFR §482.52(c) opt-out election
- AANA Scope and Standards for Nurse Anesthesia Practice
3. Scope of CRNA independent practice (list all permitted activities without physician supervision):
- Pre-anesthesia assessment and patient evaluation
- Anesthetic plan development and execution
- Induction, maintenance, and emergence from all anesthesia types
- Airway management including intubation
- Regional and neuraxial anesthesia
- Perioperative pain management
- MAC/monitored anesthesia care
- Emergency airway management
4. Documentation requirements for independent cases: [billing modifier QZ, independent provider attestation, anesthesia record CRNA-only signature]
5. Collaborative practice: [CRNA may voluntarily collaborate with anesthesiologist or surgeon — collaboration is not supervision and does not change independent billing status]
6. Credentialing and privileging: [CRNA must hold current NBCRNA certification, state APRN license, DEA registration, and facility privileges to practice under this policy]
Write the complete scope-of-practice policy document in formal healthcare policy language.Section ECareer Development
Four prompts for the career documents that CRNAs need when building independent practice, pursuing locum tenens positions, or advancing to leadership roles — cover letters, annual performance self-evaluations, LinkedIn profiles, and salary negotiation talking points with AANA benchmark data.
E23CRNA Cover Letter (Trauma Center + Locum Tenens Versions)
Write two CRNA cover letters — one for a staff CRNA position at a Level II trauma center and one for a locum tenens CRNA position.
CRNA profile:
- Name: [CRNA name, CRNA, DNAP/DNP/MSN — specify]
- Experience: [X years post-NBCRNA, total independent anesthetics per year: ~[X]]
- Current setting: [current facility type — trauma center / outpatient surgical center / academic / FQHC]
- Specialty strengths: [e.g., trauma, obstetric anesthesia, pediatric anesthesia, cardiac, regional/nerve blocks, ambulatory]
- State licensure: [states licensed — relevant for locum position]
- AANA membership: [yes / no]
VERSION 1 — STAFF CRNA, LEVEL II TRAUMA CENTER:
Target facility: [facility name] — Level II trauma center
Key points to emphasize: independent practice experience, trauma case volume, emergency airway management, ACLS/ATLS currency, team communication in high-acuity environments, commitment to the facility and community
VERSION 2 — LOCUM TENENS CRNA:
Target: locum agency submission or facility direct inquiry
Key points to emphasize: independent practice scope, adaptability across facility types, state licensure portability, fast credentialing history, strong references, availability timeline [start date], preferred geography [region or national]
Each letter: 3 paragraphs, under 350 words. Opening hook — specific to facility/opportunity type. Middle — top 3 differentiators with evidence. Close — clear next step. Professional tone, not template-sounding.E24Annual Performance Self-Evaluation (SMART Goals)
Write a CRNA annual performance self-evaluation with SMART goals for a CRNA in independent practice at a Level II trauma center and outpatient surgical center.
CRNA profile:
- Name: [name, credential]
- Review period: [fiscal year / calendar year]
- Case volume: [X total anesthetics this period, breakdown by type if available — general, spinal/regional, MAC, OB, trauma]
- Adverse event rate: [X adverse events per [Y] cases — if clean year: zero reportable adverse events]
- CE hours completed this period: [X CE hours toward current NBCRNA CPC cycle — [X] of 40 required]
- Patient satisfaction scores if tracked: [X% satisfaction rating / not tracked at this facility]
EVALUATION STRUCTURE:
Clinical performance:
- Case volume and complexity: [narrative summary of case volume, complex cases managed, specialty areas]
- Adverse event rate and patient safety: [safety record, any events and how they were managed]
- Documentation quality: [self-assessment of anesthesia record and billing documentation completeness]
Professional development:
- CE hours completed and topics covered this period
- NBCRNA recertification status: [current / renewal due [date]]
- Skills development: [new techniques practiced — new nerve block type, new airway device, simulation participation]
SMART goals for next review period (write 3 goals):
Goal format: Specific — Measurable — Achievable — Relevant — Time-bound
1. Clinical goal: [e.g., complete ultrasound-guided regional anesthesia credentialing by [date]]
2. CE/certification goal: [e.g., complete [X] CE hours in [domain] by [date] to stay on track for CPC cycle]
3. Professional goal: [e.g., present one M&M case at department conference by [date]]
Write the complete self-evaluation in formal performance review language.E25LinkedIn Headline + Summary (3 Options)
Write three LinkedIn headline and About section options for a CRNA with 8 years of independent practice experience at a Level II trauma center and outpatient surgical center.
CRNA profile:
- Name: [name]
- Credential: CRNA, DNAP
- Experience: 8 years post-NBCRNA, 500+ independent anesthetics/year
- Setting: Level II trauma center + outpatient surgical center, Nashville, TN
- Specialty: Trauma anesthesia, regional/nerve block anesthesia, ambulatory surgery
- State opt-out practice: independent practice without physician supervision
- AANA member: yes
- Career interests: [Option 1: stay in independent clinical practice / Option 2: academic/teaching CRNA program / Option 3: locum tenens/travel CRNA]
OPTION 1 — INDEPENDENT PRACTICE FOCUS:
Headline: [craft headline emphasizing independent practice scope, trauma, CRNA credential — max 220 characters]
About: Lead with the CRNA independent practice value statement. Describe clinical scope — trauma center setting, annual case volume, regional anesthesia proficiency. Embed keywords naturally: "CRNA," "independent practice," "anesthesia," "trauma," "NBCRNA," "DNAP," "Nashville." Professional, active voice, first person. ~250 words.
OPTION 2 — ACADEMIC/TEACHING FOCUS:
Headline: [craft headline emphasizing teaching, CRNA education, clinical expertise — max 220 characters]
About: Lead with clinical expertise as the foundation for teaching. Describe interest in CRNA program faculty or adjunct roles, clinical case complexity, CE engagement. ~250 words.
OPTION 3 — LOCUM TENENS FOCUS:
Headline: [craft headline emphasizing independence, mobility, scope of practice — max 220 characters]
About: Lead with independent practice scope and adaptability. Describe multi-facility experience, state licensure, fast credentialing, case flexibility. ~250 words.
Write all three complete options. Natural language — not keyword-stuffed. Human tone.E26CRNA Salary Negotiation Talking Points (AANA Benchmark Data)
Write CRNA salary negotiation talking points for a CRNA with 8 years of independent practice experience negotiating compensation at a Level II trauma center in an opt-out state.
CRNA profile:
- Credential: CRNA, DNAP
- Experience: 8 years post-NBCRNA
- Current annual case volume: 500+ independent anesthetics
- Setting: Level II trauma center + outpatient surgical center, Nashville, TN (opt-out state)
- Current compensation: [$X — or "not disclosing current comp as opening position"]
- Target compensation: [$X or target range]
NEGOTIATION TALKING POINTS — organize by category:
1. Market data anchoring:
- AANA 2024 Membership Survey benchmarks: [national median CRNA salary range, opt-out state premium over supervised practice states, Nashville/TN regional market rate — CRNA should insert current AANA survey data]
- BLS median for CRNAs nationally vs. this market
- Locum tenens day rate equivalent for this experience level (to establish walk-away value)
2. Independent practice premium justification:
- Opt-out state: practicing without physician oversight → facility reimbursement at full anesthesia rate without medical direction fee split
- Independent case volume: [X] anesthetics/year = direct billing unit generation
- Revenue per CRNA calculation: [X anesthetics × average units × conversion factor = estimated annual revenue generated]
3. Experience and efficiency premium:
- 8 years post-NBCRNA: past the steep learning curve, demonstrably lower adverse event rate
- DNAP advanced degree: advanced clinical training beyond entry-level CRNA
- Trauma experience: trauma CRNAs command premium in trauma center settings
4. Non-salary negotiables (if base is firm):
- Sign-on bonus, relocation assistance, student loan repayment
- CME/CE budget ($X/year) and conference attendance paid
- Malpractice tail coverage paid by facility
- Additional call shift premium rate
Write the complete talking points document in a format the CRNA can bring to a compensation negotiation meeting.Stop Writing Anesthesia Notes from a Blank Page
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The Bottom Line on ChatGPT for CRNAs
ChatGPT for CRNAs isn't about automating your clinical judgment — it's about eliminating the blank-page grind that consumes 2+ hours of every shift. Use these 26 prompts to move faster on pre-anesthesia assessments, anesthesia record narratives, PACU handoffs, MAC billing memos, NBCRNA exam prep, and career documents. Then grab the Prompt Bible and stop starting from scratch entirely.
For more AI prompt resources across every clinical and healthcare workflow, see ChatGPT for Nurses: 40 Prompts for Charting, Care Plans & Patient Education, ChatGPT for Dialysis Technicians: 26 Prompts for Documentation & Exam Prep, and ChatGPT for Radiologist Assistants: 26 Prompts for Fluoroscopic Procedures & RRA Exam Prep.
More from the NovaFlow blog:
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- ChatGPT for Radiologist Assistants: 26 Prompts for Fluoroscopic Procedures & RRA Exam Prep →
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