My theory is that since Ethylene gas makes fruit ripen and flowers bloom that Ethylene is one of the primary Stink Bomb gas molecule structure parts.
Thiols (sulfur stink molecules) would be possible, but less probable given that the human Stink Bomb is producing the stench with abundant biological atoms and biological precursors while being immune to the stench and also not growing weaker (note he no longer is sneezing). The electrical discharges in the tunnel shown are hard to deduce though.
Ethylene Oxide at room temperature it is a flammable, carcinogenic, mutagenic, irritating, and anaesthetic gas with a misleadingly pleasant aroma. Which has the highest probability, but also explosively decomposes in flame. This creates a problem when the Stink Bomb has explosive missiles fired at him as he would immediately catch aflame and burn up. Ethylene oxide reacts with water to produce ethylene glycol. Imagine having your blood plasma changed to Ethylene Glycol (anti-freeze) by the human Stink Bomb.
So let's move onto a molecule that is very bio-abundant, already has precursor molecules, stinks badly, and could be mixed with an Ethylene molecule.
CADAVERINE.
If the Stink Bomb was internally creating large amounts of Ethylene Oxide and sweating out Cadaverine (mixing it on his skin at the cellular level), then the resulting toxic molecule would be heavier, less likely to catch flame or go boom, would ripen flowers, and kill people.
If the Stink Bomb was outgassing an extra Chlorine molecule with the Ethylene he could also be producing Vinyl Acetate with creates Polyvinyl Acetate (Wood Glue) or Vinyl Chloride or a less explosive version of Chloroethane. He could be producing many levels of all of these substances.
What can I say, I have a slight chemical fascination with the Stink Bomb story and it incites the imagination to figure out how a toxic human gas source could produce chemicals that would not immediately kill Patient Zero.
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