[quote]Cartman8675 wrote:
[quote]MassiveGuns wrote:
[quote]Cartman8675 wrote:
MassiveGuns- You’re a fucking tool. That last post is hilarious, I’m not even going to correct it. Everything you wrote is wrong. You obviously don’t know chemistry. I’d bet my money that you’ve never taken organic chem either. It’s like you googled for an hour, and took random key words like, nucleophile, carbocation, carbonyl, and constructed them to make some kind of shit sense your pea-sized brain.
Why aren’t you listening? You don’t fool anyone here. You are not a chemist, STOP trying to have a debate involving chemistry.
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I know the first part is complete rubbish. I deliberately put it in there to see if there are any chemists reading this and to get them involved.
Since you know the real answer to the above, you’ll probably also realise my thoughts on those two drugs, particularly since long term carcinogenity studies are never done in humans.
Now I’d like to hear your opinion on sucralose and whether or not you think its safe and why.
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The first part? No. It’s all wrong. And I’m not about to engage a moron in a discussion in a subject he’s trolling about. Nice try, ass clown.[/quote]
Well considering you know enough about chemistry to know what was complete rubbsih, why have you failed to give an opinion on sucralose? You know enough to understand its potential as an alkylating agent, so wheres your voice? It got you to voice an opinion on something which you had otherwise failed to venture. Know enough about chemistry to pick that post apart, sure, then you know enough to make an intelligent commentary. The fact you only choose to wait till you can attack me when says more about your willingness to debate than anything else.
And for the record, carbonyl groups on the beta carbon atom STABILIZE the carbocation intermediate through pi orbital resonance, making the nucleophilic centres orders of magnitude more reactive. On the face of it that would suggest that those two drugs mentioned should be even better alkylating agents.
Having thought about it though, the fact that those carbon centres so so reactive probably means that the chloroalkane group never makes it near DNA. Those drugs might well turn out not to be carcinogenic.
In sucralose on the other hand, that carbon centres bonded to cholorine are still in the reactivity range for similar haloalkanes known to be alkylating agents to DNA.
Attack me all you want but my knowledge is sound, and if you think I am a troll your nuts. I genuinely think splenda is the most dangerous compound to have ever been allowed in the human food chain. So far, no one has given any convincing evidence against the possiblity of splenda causing DNA damage in humans. The chemistry suggests otherwise.