[0:07]What's up, Ninja Nerds? In this video today, we're going to be talking a little bit about syncope. This is a part of our clinical medicine section. Also, just real quick, if you guys like this video, it helps you, it supports you, please support us.
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[0:50]So syncope is a patient who has a transient, global, hypo perfusion to the brain where they have a transient loss of consciousness, and they can quickly return back to their normal baseline.
[1:05]That's the concept of syncope is where a patient has global hypoperfusion, a transient loss of consciousness, and then quickly back to their baseline.
[1:12]The question then becomes what causes the global hypoperfusion? That's really what syncope is all about. So when a patient syncopizes, they come to the hospital, you have to kind of figure out what was the reason behind it.
[1:22]Oftentimes, history and physical exam is the key. But, let's go through here. There's three types: reflex syncope, orthostatic syncope, and cardiogenic syncope. Sometimes you may hear this one listed as kind of a neurocardiogenic syncope.
[1:38]And that actually makes sense here and why in just a second. But reflex syncope is actually an umbrella term for three different types of syncope. They kind of fits in the causes section.
[1:48]It's a vasovagal, a situational type of syncope, and what's called carotid sinus hypersensitivity.
[1:55]I'll explain all of this in a second. The concept behind reflex syncope is really interesting.
[2:00]There's some stimulus, and what this stimulus is doing, let's use this color here real quick.
[2:05]Here's going to be your vagus nerve, right? The dorsal nucleus of vagus. And it'll send down this information via the vagus nerve.
[2:14]And what the vagus nerve will do is it'll act on your vasculature and it'll act on the heart. And what it'll do is it'll release what's called acetylcholine, right?
[2:22]So here, let's actually mark this down here real quick. This is actually going to be cranial nerve, which is the vagus nerve, the 10th nerve, so cranial nerve 10.
[2:32]It'll go and release acetylcholine onto the heart. And what it'll do is it'll exhibit two types of effects here. One, is what's called a cardioinhibitory effect.
[2:40]So there's what's called a cardioinhibitory effect. And what that means is acetylcholine will actually hit some of the muscarinic receptors on the, uh, bundle, the actual conduction system and slow down the heart rate.
[2:57]So patients will actually develop a reduction in their heart rate. When you drop a patient's heart rate, what will you do to their cardiac output?
[3:03]You drop their cardiac output a little bit, right? And if you drop their cardiac output, what would you potentially do to their systolic blood pressure?
[3:09]Drop their systolic blood pressure a little bit. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. As a result, you're going to see from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. As a result, you're going to see from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure. So these patients can exhibit as a result here, from dropping their heart rate, from that vagus nerve input or outflow, they can drop their heart rate, drop their cardiac output, and drop their systolic blood pressure.
