@Syndicate_LS
3 weeks ago (edited)
Basically to explain in more detail, bc while everything was said, only so much detail can be in a short. The “treatment” that was used was at one point considered to do something helpful, but we later learned it doesn’t. She went out of her way to acquire it in excess via degreaser, which could have been in the form of gel which she could have gotten from the hardware store.
On her journey to the hospital, they put her on oxygen. The oxygen combined with the DMSO in her system, which turned it into DMSO2 (dimethyl sulfone), which is known to crystallize at room temp, which is what they were seeing in the blood sample. They however were not white, they were Manila, which is an off brown but still light color. When she received the electric shock from the defibrillation they tried, it had the potential chance to have enough energy behind it to convert it from DMSO2 all the way to DMSO4 (dimethyl sulfate). This is extremely toxic. So much so I think that Karan understated how bad it is.
Here is a list of things as of why it’s so bad:
It’s a carcinogen
It’s mutagenic
Highly poisonous
Corrosive
And it’s literally an environment hazard.
This was forming within her body. All due to a series of potentially unfortunate events. Acts that wouldn’t have been a problem, but just by happenstance all the variable lined up to allow for this.
It is absorbed through the skin, mucous membranes, and gastrointestinal tract, and can cause a fatal delayed respiratory tract reaction. An ocular reaction is also common.
The problem is while this is extremely far fetched and cannot be proven. It’s the only thing that can actually explain all the variables that were present
Uh huh
You call yourself a researcher?
I said i found a curiosity.
That same mix regular items, and they become an issue is the spontanious combustion theory. Perhaps you should ask the right questions.