I pulled the crash buzzer myself. That is not a decision made lightly. The buzzer is not a call for assistance or a request for a second opinion. It is a declaration that a patient's life is in immediate danger and that the full emergency response is needed now. Pulling it commits the team to a crash call and everything that follows. You pull it when you have no choice.

The patient was unresponsive. Not drowsy, not difficult to rouse: completely unresponsive. In an obstetric setting, a mother who cannot be roused is a mother whose airway, breathing, and circulation must be assumed to be at risk until proven otherwise. With the anaesthetist present, the immediate priority was airway assessment and stabilisation while the emergency team was assembled.

Unresponsiveness in a post-partum or labouring patient can have a range of causes, including eclampsia (a severe complication of pregnancy involving seizures and neurological compromise), haemorrhage causing cardiovascular collapse, sepsis, pulmonary embolism, drug reaction, or cardiac event. Every one of these possibilities requires a different immediate management pathway. The team works through them in parallel: airway, breathing, circulation, disability, with each system assessed and supported simultaneously rather than sequentially.

The crash team responded. The patient was stabilised. The system worked as it was designed to. But the moment of standing in that room, looking at a patient who was not responding, and making the call to activate the emergency response: that is a moment that stays with you regardless of the outcome.

The following night brought a different kind of emergency. A woman collapsed, and an adult crash call was put out across the unit. An adult crash call in an obstetric setting carries a particular urgency because standard cardiac arrest protocols must be adapted for pregnancy and the immediate post-partum period. The physiology of a pregnant or recently delivered woman differs significantly from the standard adult patient: the position of the uterus, the altered cardiovascular dynamics, and the potential presence of a second patient all change the calculus of resuscitation.

In a pregnant patient who arrests, standard CPR positioning is modified. Left lateral uterine displacement must be maintained during compressions, physically tilting or manually displacing the uterus to relieve compression of the inferior vena cava (IVC), the large vein that returns blood to the heart. A uterus compressing the IVC in a supine patient can reduce cardiac output by up to 30%, making effective resuscitation impossible without this adjustment. The team on an obstetric unit trains for exactly this scenario.

The crash team responded. The patient was managed. The detail of the underlying cause in this case remains limited, but the response itself demonstrated the obstetric unit's capacity to activate, assemble and act under emergency conditions on consecutive nights without the deterioration in performance that fatigue and cumulative stress can introduce. That resilience, unremarked upon in the moment, is worth remarking upon here.

After the crash call, the unit settled back into the particular rhythm of obstetric nights. And then came a patient who needed an epidural, and who arrived with a significant clinical complexity layered beneath her nervousness: severe allergies.

An epidural in a patient with documented severe allergies requires meticulous preparation. Every drug used must be scrutinised. Allergic reactions in the epidural context can range from local skin reactions to full anaphylaxis, a life-threatening systemic hypersensitivity response characterised by bronchospasm, cardiovascular collapse, and urticaria. In an obstetric setting, anaphylaxis carries risk to both mother and baby. The anaesthetic team must know exactly what is in every syringe before it goes anywhere near the epidural space, and emergency anaphylaxis treatment, including adrenaline, must be immediately available throughout.

The patient was anxious. Understandably so. She was in labour, facing a procedure involving a needle in her spine, carrying the additional worry of known severe allergies and the fear of what might happen if something in the room triggered a reaction. She asked questions. Many of them. She needed reassurance that the team understood her allergy history, that everything had been checked, that she would be safe.

Answering those questions honestly, clearly, and calmly is part of the job. Not in the dismissive way that rushes a patient toward compliance, but in the way that genuinely brings someone's anxiety down to a manageable level so they can get through the procedure they need. It takes time. It takes patience. In the middle of a busy obstetric night that has already included two emergency calls, it takes something extra.

The epidural was placed. The procedure went well. The patient was safe. Her allergy history had been accounted for at every step.

And then, at the end, she said something.

There is no clinical term for that moment. It does not belong in a learning points box or a glossary. It belongs here, at the end of a post about two relentless nights, because it is a reminder of something that can get lost in the noise of emergencies and crash calls and the weight of everything this job asks of you.

Patients remember how you made them feel. Long after the procedure is over, long after the drug names and the monitoring numbers have faded from memory, they remember whether someone in that room made them feel less afraid. That is not a soft skill. It is a clinical one. And sometimes, very occasionally, they find a way to tell you.

All patient and staff details have been fully anonymised. These two nights are shared as a single piece because that is how they were lived: one after another, without much space between. The work is relentless, the patients are real, and occasionally one of them says something you carry with you for a long time. New episodes every week at www.skillfullscrubs.co.uk.