I've already said that we've seen elderly men live for many minutes after being covered in a gasoline fire, which is over 900 degrees Celsius, and not have evidence of internal organ physical damage.
That's interesting. Do you think that immersion in boiling water might restrict heat dissipation? Also, what was their level of consciousness, heart rate, and blood pressure? Do you know what they were prestabilization by EMT?
This is just for my edification. Thanks.
acids lead to rapid coagulative protein denaturation that actually slows the rate of burn depth/penetration due to the thick eschar formation. Alkalis lead to liquefaction necrosis, which is worse.
Edit: Potassium and magnesium release into the circulation is not a typical priority in burn resuscitation for thermal injuries. This becomes evident as lactated Ringer's is the first line fluid therapy for resuscitation, a fluid which contains potassium. The arrhythmias you mention become more of an issue with electrical burns (e.g., lightning strike, or a power line worker who touches a live wire).
Nice. Good info.
Anyway, my original post was simply attempting to say that shock responses would shut down consciousness such that the person wouldn't have to experience every moment of their body being melted away, whether that loss of consciousness was vasovagal (which I agree would be the faster cause), respiratory, or circulatory.
On the subject of supporting material and burn shock due to boiling, I couldn't find many (any) studies examining boiling animals and studying the physiologic responses. I'm assuming it's near impossible to fund such a project, given its limited medical application and arguably unethical procedure requirements.