HELLP, Thrombocytopenia, and a Category-1 Cesarean

I would choose general anesthesia for this category-1 delivery.

Neuraxial argument: A single-shot spinal avoids airway manipulation in a patient with facial edema and a Mallampati 3 airway, avoids the pressor response to laryngoscopy, and lets the mother be awake. Many centers would accept a stable platelet count above 70,000–80,000/µL for a single-shot spinal if there is no coagulopathy.

Why I would not do it here:

• The platelet count fell from 142,000 to 78,000 in six hours. That trajectory suggests ongoing consumption and possible progression to DIC; the count at the time of the block may be lower.
• The fibrinogen is 190 mg/dL, which is low-normal and falling.
• A spinal or epidural hematoma in this setting is catastrophic and unrecoverable in a busy obstetric unit.

Counterweights: The airway is not normal. General anesthesia carries a risk of failed intubation and aspiration, so it must be done with full preparation: videolaryngoscope, a smaller tube, suction, a supraglottic airway, and a surgeon ready for cricothyrotomy.

Middle path: if I wanted to reconsider neuraxial, I would need a stat fibrinogen and viscoelastic testing, a stable platelet count, and no clinical bleeding, none of which is available now. With a 4-minute deceleration, I would not wait.

Preparation:

• Aspiration prophylaxis: sodium citrate and metoclopramide; left uterine displacement
• Two anesthesia providers, difficult-airway cart, videolaryngoscope, bougie, 6.0–6.5 mm tubes, second-generation supraglottic airway, and the surgeon standing by for an emergency airway
• Arterial line before or immediately after induction; large-bore IV access; blood products available

Induction:

• Preoxygenate for 3–5 minutes; consider apneic oxygenation
• Rapid sequence induction with propofol (reduced dose, about 1.5–2 mg/kg, given possible hypovolemia) and rocuronium 1.2 mg/kg; magnesium potentiates neuromuscular blockade, so titrate with train-of-four
• Attenuate the pressor response with remifentanil or esmolol/labetalol, but avoid hypotension that worsens uteroplacental perfusion
• Video laryngoscopy with a glide scope and a smaller tube; confirm with waveform capnography

Maintenance:

• Volatile agent plus a phenylephrine infusion to keep MAP near baseline; avoid ergots
• After delivery, oxytocin infusion; avoid bolus oxytocin-induced hypotension

Emergence: Extubate awake only after assessing for airway edema (leak test) and with reintubation equipment available; otherwise keep her intubated and sedated.

Immediate:

• ICU or high-dependency bed with continuous monitoring for at least 24 hours
• Continue magnesium sulfate for seizure prophylaxis for 24 hours; monitor reflexes, respiratory rate, urine output, and magnesium levels
• Strict fluid balance: preeclamptic patients are at risk of pulmonary edema, so avoid fluid overload and monitor SpO2 and lung sounds

Hematologic and hepatic:

• Trend platelets, fibrinogen, LDH, AST/ALT, and creatinine; watch for DIC and for hepatic rupture (sudden RUQ or shoulder pain, shock)
• Transfuse platelets if there is active bleeding or before another procedure; coordinate with hematology

Blood pressure and medications:

• Continue nicardipine or labetalol infusions to keep BP below about 150/100 mmHg; avoid NSAIDs, which worsen hypertension and renal function, and use acetaminophen and opioids
• Start VTE prophylaxis after coagulation is assessed and bleeding risk is acceptable

Other:

• Monitor for postpartum hemorrhage (uterine atony is common), and keep uterotonics available
• Assess the neonate and support breastfeeding with magnesium-compatible analgesia
• Debrief the team about the airway plan and the decision to avoid neuraxial anesthesia, and document the reasoning