In ECT we do give medications to prevent strong muscle contractions and reduce the risk of injury, but what patients describe isn’t always due to a paralytic lingering. Sometimes it’s the sedative or anesthetic wearing off unevenly, where awareness comes back before coordination, strength, or the ability to speak. That mismatch can make patients feel awake but “stuck,” even without true paralysis.
Regardless of the exact mechanism — medication timing, sedation effects, or the transition between the two — the experience is very real and can be extremely distressing. It’s a good reminder of how much pre-procedure explanation, anticipation, and reassurance matter in ECT care.
Really appreciate you bringing this up — it’s exactly the kind of patient experience we don’t talk about enough.
Different parts of the operations require different things -- sometimes it is tricky because it is a very technically difficult part where any type of movement would be catastrophic (like brain surgery) or it can be tricky because it is super stimulating and requires a lot of anesthesia to keep a patient unaware/sleeping (like banging/vibration during orthopedic surgeries)
But it can also be tricky because the patient may not tolerate much anesthesia (in general the medications lower your blood pressure and often heart rate too) so you need to balance and sometimes give additional other types of medications to raise it!
Overall -- we are watching all of these things closely, including depth of awareness through brain monitoring that I'm going to talk about in a post soon!
Do you mean something specific by tricky part of the operation?
Absolutely — and thank you for such a great question!! 🙌
All three pillars are happening at once, but the real juggling act is between unconsciousness and analgesia, and those are the ones we’re tweaking constantly.
Here’s how it really plays out:
Unconsciousness is actually the pillar we fine-tune the most. Even once someone is “asleep,” their depth of anesthesia can drift depending on the surgical stimulation, their physiology, and how they metabolize medications. So we’re continuously adjusting the anesthetic to keep them at the right depth — not too light, not too deep.
Analgesia is right behind it. Different parts of surgery stimulate the body in different ways, so we’re dosing pain control in real time to blunt those responses and keep everything smooth.
Amnesia is fortunately the most stable pillar — once you’re unconscious and receiving the right agents, memory is generally well-blocked, so it needs the least moment-to-moment adjustment.
So while people imagine anesthesia as “set it and forget it,” it’s honestly the opposite — we’re making tiny adjustments throughout the entire case to balance these pillars and keep the patient safe, stable, and comfortable.
Great question — and such an important nuance.
In ECT we do give medications to prevent strong muscle contractions and reduce the risk of injury, but what patients describe isn’t always due to a paralytic lingering. Sometimes it’s the sedative or anesthetic wearing off unevenly, where awareness comes back before coordination, strength, or the ability to speak. That mismatch can make patients feel awake but “stuck,” even without true paralysis.
Regardless of the exact mechanism — medication timing, sedation effects, or the transition between the two — the experience is very real and can be extremely distressing. It’s a good reminder of how much pre-procedure explanation, anticipation, and reassurance matter in ECT care.
Really appreciate you bringing this up — it’s exactly the kind of patient experience we don’t talk about enough.
How can you tell if the patient is too light for a tricky part of the operation?
Good question!
Different parts of the operations require different things -- sometimes it is tricky because it is a very technically difficult part where any type of movement would be catastrophic (like brain surgery) or it can be tricky because it is super stimulating and requires a lot of anesthesia to keep a patient unaware/sleeping (like banging/vibration during orthopedic surgeries)
But it can also be tricky because the patient may not tolerate much anesthesia (in general the medications lower your blood pressure and often heart rate too) so you need to balance and sometimes give additional other types of medications to raise it!
Overall -- we are watching all of these things closely, including depth of awareness through brain monitoring that I'm going to talk about in a post soon!
Do you mean something specific by tricky part of the operation?
Thanks. Nothing specific really. I'm happy to wait for your brain monitoring article.
Great article. Can you do one on patients who wake up but remain paralyzed? I have had a couple of patients report this during ECT.
So interesting! Can you share which of the three pillars are used more or less during the course of a procedure?
Absolutely — and thank you for such a great question!! 🙌
All three pillars are happening at once, but the real juggling act is between unconsciousness and analgesia, and those are the ones we’re tweaking constantly.
Here’s how it really plays out:
Unconsciousness is actually the pillar we fine-tune the most. Even once someone is “asleep,” their depth of anesthesia can drift depending on the surgical stimulation, their physiology, and how they metabolize medications. So we’re continuously adjusting the anesthetic to keep them at the right depth — not too light, not too deep.
Analgesia is right behind it. Different parts of surgery stimulate the body in different ways, so we’re dosing pain control in real time to blunt those responses and keep everything smooth.
Amnesia is fortunately the most stable pillar — once you’re unconscious and receiving the right agents, memory is generally well-blocked, so it needs the least moment-to-moment adjustment.
So while people imagine anesthesia as “set it and forget it,” it’s honestly the opposite — we’re making tiny adjustments throughout the entire case to balance these pillars and keep the patient safe, stable, and comfortable.