It’s crudely drawn images of an alkylating agent stuck to shit. I’m gonna go out on a limb and say that’s the whole joke. Like, no deep levels to this. I think it’s literally what you see.
Comment on Don't text me when i'm alkylating shit
bearboiblake@pawb.social 1 day ago
I love the vibes of this meme but I am not powerful enough to understand, pls someone explain for me :3
Ganbat@lemmy.dbzer0.com 1 day ago
ornery_chemist@mander.xyz 16 hours ago
Alkylation is any reaction that attaches a saturated hydrocarbon group through one of its carbons to something else (more loosely, the hydrocarbon group may contain atoms besides H and C and only be saturated at the point of attachment). It’s pretty common in organic chemistry. The meme is portraying a humorous obsession with alkylation by listing alkylation agents and things the author wants to alkylate, including some unconventional or inadvisable targets.
Incidentally, a lot of alkylation agents are carcinogenic because they alkylate DNA.
Viking_Hippie@lemmy.dbzer0.com 1 day ago
k48r@lemmy.world 21 hours ago
I read this meme as a satire on the nature of graduate school research projects, where you often spend inordinate amounts of time repeating the same type of experiment in a variety of ways. This lets you publish either on the sheer body of work or, ideally, one of the products is particularly interesting and you get a bigger paper from it alone.
The “substrates” in this meme are odd and difficult to react, which again reflects many thesis projects. Also there are no stated goals and success is hard to measure or define.
Despite the absurdity of the scientific work, the subject still chooses to perform it even though they are deprived of real world relationships formed at Susan’s baby shower and may also directly degrade their relationships with their Mom, brother’s girlfriend, and dog because of it while also putting their health in jeopardy via cell alkylation.
Contramuffin@lemmy.world 19 hours ago
Alkylation is a term in organic chemistry which means to form a carbon-carbon bond (simplifying, but accurate enough). This is actually somewhat difficult to do - it turns out that carbons are actually quite stable. For context, organic chemistry tends to work with a carbon “core” that doesn’t really change a ton, with a bunch of random other atoms stuck on the carbon core. And you typically mess with the other random atoms rather than the carbon core.
However, in some semi-specific cases, you can manipulate a molecule to be unstable enough that it would be willing to break or form carbon bonds. Many forms of alkylation involve using a second molecule that contains a carbon bonded to a bromine or iodine (in this case, the molecule is C2H5Br). The end result is that your molecule (the one you want to modify) kicks out the other molecule’s bromine, and a new carbon-carbon bond is formed in its place. Basically, you’ve just fused the two molecules together.
The meme is just showing several examples of C2H5Br being used as the “secondary molecule” and being fused onto things that make zero sense
bearboiblake@pawb.social 19 hours ago
This is a really good explanation, thank you! <3
ornery_chemist@mander.xyz 16 hours ago
The position of the drawn alkyl group seems to imply a bromonium, though, which is decidedly less easy to make.
Living things, on the other hand, conveniently have a bunch of cytosine and N-terminal proteins…