onion girl

start wanting rice. (or, if you are traditional, simply recognize your constant desire for rice.)

measure out two cups of rice. then one more. then two more. then another. this seems fine. you love rice. there is no way that this will backfire on you.

remember that your great-great-uncle’s recipe says it should be soaked overnight.

become consumed with despair.

decide to soak it for half an hour instead, acknowledging that the final product will be inferior and anger your ancestors but will still satisfy your now almost-overwhelming need for rice to be inside your body much faster.

remember that you should have set the water to boil when you soaked the rice. goddammit. 

once the water boils, put the rice in until it is half-cooked. the eyeballing or intuitive method is less effective than a timer but that’s how your aunt does it so you feel compelled to meet her standards.

now that the rice has fluffed up, realize how much rice six dry cups really is. holy shit. you’ve fucked up immeasurably. 

take a minute to dwell upon your failings.

grease a baking dish with butter. this will never be as elegant as you want it to and your fingers will get greasy, but the slightly shameful, self-indulgent joy of licking your fingers afterwards will make up for it.

pour the rice into the dish. wonder immediately if you actually buttered the dish beforehand and if you’ve just fucked up. 

melt approximately one thousand pounds of butter in the microwave and pour it over the rice, pondering your imminent death from rapid-onset arterial clogging. put a small pat of butter on the top to properly gild the lily.

put your pan into the oven, which you have absolutely preheated after your previous lack of foresight. shake the rice once or twice while it bakes to make sure the butter is well distributed. resist the impulse to climb into the oven with the rice. for the last ten minutes, sit next to the oven and count the seconds until it’s done.

remove the dish from the oven. shed a tear or two at the perfection laid before you. if you are dining with others, this is the time to serve the rice while making passive-aggressive statements about how oh no, you don’t need any help, you just made dinner all by yourself, you can serve everyone as well. (this is still fun if done alone, but optional.)

CONSUME THE RICE.

realize that you have eaten half of the dish in one sitting. no matter how much rice you made, this will always happen. 

put the leftovers away, if there are any, and enjoy a cup of chai while marveling at the amount of food you have just eaten. if possible, fall asleep in an armchair, sitting up, head tilted slightly back, like a grandpa.

1lb / approx. 2 ⅓ cups basmati rice (any long-grain rice will do)

3 tbsp salt

8 tbsp / 1 stick butter (you can reduce this if you don’t want to have a heart attack)

Put the rice in a pot and cover it in cold water and salt. Let it soak overnight. (If you don’t have the time to soak it, rinse the rice with cold water until it runs clear.)

Edit: The reason you want to soak basmati and other aromatic rice before cooking is to preserve more acetylpyrroline, the compound that gives aromatic rice its characteristic scent and flavor. Soaking rice allows the grains to absorb water, which reduces the cooking time, which means less time for the acetylpyrroline to cook off. It’ll still taste pretty good if you can’t do this, but you don’t want “pretty good”, you want mind-blowing, so for that perfect flavor you’ll want to soak your rice overnight. The soaking process also washes away the layer of starch on the outside of the rice, which allows the grains to separate rather than sticking together; this is why you want to rinse your rice thoroughly if you don’t have time to soak it.

Preheat your oven to 325°.

Boil three quarts of water in a separate pot. Once it’s at a fast boil, drain the rice and add it to the water. Boil for 5-7min or until one grain tastes half-cooked, but not soft. Pour the rice into a colander and rinse with cold water.

Edit: This step also helps get rid of any remaining starch on your grains, for perfectly separated rice. If your colander or strainer has large holes, you can put a paper towel/cheesecloth/clean dishcloth on the inside in order to drain your rice. Pour carefully if you’re using a paper towel, though, and put a bowl underneath your colander; I once lost a heartbreaking amount of rice when my paper towel got oversaturated and tore open.

Liberally grease the bottom of your baking pan with some of your butter. Pour the rice on top. Melt the rest of the butter in the microwave and pour on top of the rice.

Bake for 45min. (If you like, cover the rice for part or all of the baking time, but I find it gets less crispy on top if you do this.) Shake the pan a couple times during baking to ensure that the butter distributes throughout the entire dish.

Eat.

Serves four. Can easily be scaled up if needed (or down, but why would you do that?). Best enjoyed with a nice cup of chai.

It's called "Runaway Brain" :3 Disney has a love/hate relationship with it because it's extremely beloved and held in high regard but also it does NOT fit their modern image so they can't promote or release it to any wide capacity because it would 100% terrify children.

Anyway

and the paws!

and just a little bit of style

0. WASH YOUR GODDAMN HANDS.

We're not working in a lab here, cross-conatamination WILL happen. Your job is to minimize it as much as possible. If you end up in a place where soap hasn't been invented yet, wash your hands in distilled alcohol. Your skin won't thank you, but you can afford all the nice hand creams after you cure the plague and get rich.

Find some Penicillium mushrooms!

Yes, penicilin is produced by mushrooms, though Ascomycotes are usually called moulds, it's a fungus, and it makes me laugh to call it a mushroom. Plus, in the middle ages, mushrooms were known to have medicinal properties, so you'll get a lot farther by calling them mushrooms rather than molds.

First thing you need: mouldy fruit. Oranges, or cantaloupes are preferred.

Here's the thing: mold is everywhere, so getting it will be the easiest part. The tricky part start with identifying the correct mold. You don't want to feed your patients black mold, do you?

So. Leave some fruit out. The more the better, because you want to up your chances. Then let it rot in warm and humid places. After a while, pick any fruit that looks white on the outside and green in the middle:

Not the best picture, but that's what it should look like.

2. Transplanting your (potential) Penicillium mushrooms

Until you get it on a plate it's damn near impossible to tell which mold you got. Get ready for some trial and error because you will have to sift through a lot of unwanted mold. You might want to wear a mask.

First you need something to transplant it onto. Making modern agar plates is probably impossible but thankfully not needed. You just need:

Glass plates (the kind that can be closed, you want to minimize cross contamination)

1-2 cup of Hot water (preferably distilled, ask your alchemist if he can do that)

1 cup whole milk (should be 13g of lactose per cup, if your Penicillium won't grow adjust the water-milk ration in favor of milk)

If available: Instead of milk use corn steep liquor. Unfortunately only available after America was discovered, so YMMW, but Penicillium LOVES this stuff. It will make your life SO much easier if it's available.

Pinch of salt

1 teaspoon Yeast extract (get it from a baker)

3-6 teaspoons Gelatin (get it from a butcher)

Disclaimer: The ratio of each of the ingredients will have to be adjusted depending on the purity of the ingredients and on the conventional measuring sizes of the place you end up.

Gently mix it all in and pour out into the plates, let it solidify. If you end up dumped far enough that such refinement isn't possible, make bone broth and strain it through cheesecloth several times to make it as clear as possible, then mix it 5/6 broth and 1/6 milk. Again, if available, use corn steep liquor, but if not milk is fine. Add gelatin (should still be able to get it from the butcher) as needed to solidify it. I'm afraid experimentation will be needed depending on the resources you will be working with.

When you're done, you should have something like this:

Now that you have your plates, run an inoculation loop through a flame to sterilize it.

Something like this. Wave it through the air to cool it so you don't kill your mold, grab it from your fruit and geeeeeently spread it on top of your improvised agar without breaking the surface of the gelatin!

You can see the motions on this one pretty well. Close your plates, stack them about a meter/3ft from the fireplace. Judge for yourself, but ideally somewhere you would consider comfortably warm (20-24°C).

3. Identifying your Penicillium Mushrooms

If all went well, you are going to have something that looks like this:

Well, realistically, it will look something like this:

We're not actually doing it in a lab, after all. But IDEALLY, it will look like the above. It doesn't have to be perfect, you just need to be able to identify Penicillium molds for now.

IDEALLY, on the plate that matches the description of the penicillium mold you'll see an exclusion zone of bacteria around the mold, like the fourth plate in the second row, so you know you have a potential winner, but if you managed to avoid bacterial growth you need to take a few extra steps.

Penicillium molds have characteristic rings of growth, grey-green-white rings. They're easy to differentiate from bacteria because the molds are fuzzy and the bacteria as smooth and slimy. In the above picture, there are four plates that potentially have what we want, and two are less certain than others. Wash out the unwanted ones, make new agar plates, sterilize your inoculation loop and transplant your best candidates. You might need to do this several times.

Two types are confirmed to produce penicilin: P. chrysogenum and P. rubens.

The former is far more widely used today, but since we're sourcing them from literally thin air, we're more likely to get P. rubens, but unless you're a mycologist you probably won't be able to tell the difference. Thankfully you won't need to, because they both produce penicillin. Which brings me to the next step.

4. Confirming it's the penicillin producing mushroom

We're gonna need more agar plates for this one, and believe it or not, you're gonna need to mix blood into your agar. Wash your hands THROUGHLY.

(Theoretically you can get away with just milk, but identifying the correct bacterial colony on white agar is going to be a nightmare, so just add some sheep blood to your agar, conventionally it's about 5% by volume but you might need more to make it)

You need some gram-positive bacteria, preferably of the Bacillota type. Please don't go out and find a patient with fucking botulism or tetanus, you need to live long enough to make the cure. Instead, if you have a vagina, scrape some of the white, mucousy stuff from there and plant it on your plate. If you don't have your own vagina, a borrowed one is fine. Penicilin also works on Treponema pallidum, so if you get a syphilis-affected prostitute that should also work. Just wear gloves.

Ideally you get something like this.

This is actually Lactobacillus brevis, but Lactobacillus colonies all look relatively the same. The important thing is that it's all gram-positive, and will therefore be affected by penicillin.

Take new plates again, plant your Penicillium mold in the middle, and the bacteria all around it, getting as close to the center as possible. You can put down a paper marker for the mold. Wait for about 20 days.

Ideally, on at least one plate, you will get something like this:

This is literally a textbook example of testing antibiotics, but the Zone of Inhibition is what you're looking for. It means the mold is releasing a compound to kill the competing bacteria for resources, in this case, Beta-lactam antibiotic, or penicillin. Make sure to pick the one with the WIDEST ZoI, because that's the one that produces most penicillin.

So now we have the root stock, but our problems have just begun. This is the part where you're absolutely going to need an alchemist's help.

The problem is that a human body is not a petri dish. It's quite a bit larger. And you want the good bacteria destroying stuff without all the nasty contaminants, so you need a SHITLOAD of mold producing a LOT of penicillin, and then you need a way to filter it. You are going to need actual lab equipment for that, or near as they had it.