Testaments to the Boom Times to Come (Posts tagged science)

1.5M ratings
277k ratings

See, that’s what the app is perfect for.

Sounds perfect Wahhhh, I don’t wanna
emungere

Medicine in the (Post-Apocalyptic) Wasteland: 1 / ?

scriptmedic

Hey everyone. I get so many asks about post-apocalyptic scenarios that it’s I’m going to build you a series of posts, dealing specifically with medicine after the collapse of civilization.

image

Originally posted by jupiter2

Yes, this borders on sci-fi. Yes, a lot of things will be very different in your story, depending on the hows and the whys and the social structure that exists after the apocalypse. Things will also be incredibly different based on when your story is set, because things will likely collapse in a particular order. So your story is going to change a lot depending precisely when you’re writing about, in relation to The Catastrophe (of whatever type).

The difference between this and sci-fi asks is that there is very much an area of medicine devoted to this type of care. It’s called Austere Medicine, AKA Wilderness Medicine. It’s studied. There are resources. There are people who work in villages that may not have had an apocalypse, but have limited funds, access to power, access to diagnostics, access to drugs, and they do it every day of their lives. This is sci-fi with modern parallels. This is interesting.

For the purposes of this article, we’re assuming two major problems: no / extremely limited electricity, and no / extremely limited gasoline.

That first one throws out most of modern medicines. Hospitals. Surgeries. MRIs, CT scans, even the humble X-ray goes by the wayside. Providers have to go back to doing medicine with their hands and with their ears.

Oh, and a lot of people are going to die.

Enter Dani Disaster.

She’s smart, but moreover she’s resourceful, and she can think outside the box that modern medicine has tried to put her in. Maybe she was a doctor, or a nurse, or a paramedic. Now she’s a healer, a Jane-of-all-trades of medicine. She barters for what will help people in the short term, and shakes her head and sighs when she realizes she can’t help a lot of the people she used to be able to.

One thing I want to mention is that Dani will definitely want to keep someone around, preferably an intimidating, armed someone, to protect her. Because people will want things from Dani; everything from begging her to fix their dying-of-something-she-can’t-fix husband, to demanding she be personal medic to the Warlord King (or whatever brute is rising to power in your world).

The First 6 Months

image

Originally posted by mysillyfreedomdreams

Most people don’t have more than a month’s worth of their medication on hand. Even most pharmacies would run out of the most popular life-saving medications inside of a month or two, assuming they aren’t simply raided by bandits. And in a world without gasoline, the odds of restock are very, very low.

That means no blood pressure medications, no blood thinners, in an ever-increasingly-stressful world. That means no insulin for diabetics, no immunosuppressants for those with autoimmune diseases, no antiepileptics for those with seizure disorders, no antibiotics for septic patients. No pressors to give and no pumps to hang them on. Even IV fluids, literal salt water, will run short.

I will be straight up with you all, keyboard-mashers: a lot of people will die in the first 6 months of an apocalypse, and I’m not even talking from the fighting. I’m not even talking about starvation. I’m just talking about chronic illness. Heart attacks. Diabetes. Blood clots. Strokes. I’m talking about the elderly, who can barely make it a block to the store. I’m talking about serious respiratory patients who need steroids and who have serious trouble walking distances. Cancer patients won’t get chemo, or radiation, or maybe even food. Patients with HIV will run out of antivirals, and then run out of T cells, and die from the common cold.

There are going to be a lot of deaths in the first 6 months after the apocalypse, friends, and it will be ugly as hell. Remember that for most of human history, the lifespan was about 40 years. In a world without organized medicine and the pharmaceutical processes to make medicine, there’s precious little that can be done to expand the lifespan.

Congratulations: You’re the Surgeon. And the Infectious Disease doc. And the Midwife. And the Wound Care Specialist. And the Anesthesiologist. And the…

Look, healthcare is a wide field, and no one person is going to be good at everything. No one person is actually interested in everything, either. There is no one type of healthcare provider who can do everything, although Emergency Medicine docs probably come the closest; and before The Thing That Happened, Dani may have been an ICU nurse, tweaking ventilators, or a paramedic who’d never thrown a stitch before, much less amputated a badly gangrenous leg.

What I’m saying here is, there’s a learning curve for the actual technical things she’ll need to do, in addition to re-learning how to do everything with nothing. And some of it might be way, way outside her wheelhouse, especially at first.


Six Months to Five Years: The Rise of Dani Disaster

image

Originally posted by asmothdeus

If Dani is lucky, and she gets to the raiding of pharmacies early on, she’ll stock up. On anything she can get, of course, but especially on three things: antibiotics, analgesics and sedatives. Why? Because they’re what will save lives and be useful as hell for trading. Here’s why:

Antibiotics: infection will probably be the single group of preventable deaths that are worth looking at, from a supply-vs-life-years-saved perspective. A single course of antibiotics will save someone’s life, but a diabetic will need insulin, every day, for decades. Also remember that with system breakdown comes water supply breakdown, which means a return of diseases like typhoid and cholera and diptheria and polio.

Antibiotics are an art all of their own, but frankly, they’re boring. Broad-spectrum antibiotics will be most useful; including amoxicillin/Augmentin, Cefaclor, Keflex, Levaquin, erythromycin or clarithromycin or azithromycin, Cipro, or doxycycline. 

Oral antibiotics are going to have benefits over IV antibiotics, for a number of reasons, mostly portability and ease of administration; IV-only drugs haven’t been listed here. Some meds may come in a form that can be given IM; this may be helpful for conditions that severely upset the GI tract (and thus prevent people from absorbing them, because the pill will either go up or down, depending.)

The thing you have to realize is that in austere medicine, common things happen commonly. No one cares if your patient has a pulmonary embolism, or a cool dysrhythmia, because with complex conditions, one of two things are going to happen: They are going to get better, or they are going to die. Heart attacks, a major focus of modern medicine, are essentially untreatable without the risk of dying.

Instead, the most important things Dani will be treating are things that, in the developed world, should be handled in urgent care clinics: gastroenteritis (the shits) and broken bones and infected wounds and yeast infections. A friend of mine went to Haiti after the quake, and within 24 hours she could diagnose a yeast infection by the way a woman was walking.

image

Originally posted by mattsgifs

Diflucan. She will need LOTS OF DIFLUCAN.

(It’s worth noting that Haiti was very hot and very humid, which is where fungi like to grow; other areas may see other climates, and thus less yeast infections.)

Analgesics: If she’s smart, Dani will take anything she can beg, borrow, or steal. Common, over-the-counter meds like Advil/ibuprofen and Tylenol/acetaminophen/paracetamol, and pill opiates like Vicodin and Percocet and Morphine and Dilaudid. All of these have their place, but mostly this is a “whatever I can get” sort of a thing.

If Dani is really smart, she will go out of her way to find every bottle of ketamine in whatever hospital she raids. We’ve talked about ketamine before, but it’s worth mentioning again, in that it can be used to sedate the crazy, ease pain, or put someone under for short surgical procedures like an appendectomy or amputation. (It’s also a single agent; it controls pain and causes sedation. It doesn’t act as a paralytic, but hopefully she won’t need one).

Lidocaine in a Big Fucking Bottle is optional but beneficial for topical procedures, wound care, suturing, etc.

However, all of these things will eventually run out, no matter how judicious she is about using them. And that’s when we get to….

Five Years Plus: Back to Herbalism It Is

image

Originally posted by indefenseofplants

There are a lot of allopaths–those who practice Western medicine–that believe herbalism is complete and utter horseshit. I am not one of those people. A lot of medications have their origins in natural remedies and plants, and herbalism is how we treated, well, everything, for quite some time.

The poppy plant begat opium, which begat laudanum, heroin, morphine, and fentanyl. The foxglove plant (digitalis) begat, Digoxin, whose actual name is digitalis. Curare is one of the original paralytics used for surgery. The list goes on and on.

Now, an allopathic education doesn’t typically lead to an in-depth knowledge of medicinal herbs. But fortunately, there are these lovely things called books, and there are, in fact, some really good ones on this topic.

image

Originally posted by amnhnyc

My personal medical-herbalism reference is James A Duke’s The Green Pharmacy (Amazon link, but available everywhere; not an affiliate link). The author ran the medicinal herb research at the US Dept of Agriculture for a good long while, and the best part about his book is that it is organized by disease (so you don’t have to read about 5,000 plants to find one that treats allergies), and he grades his evidence base for each recommendation. However, there are also field guides to medicinal plants.

Once the allopathic meds run out, Dani Disaster is going to become, basically, a witch doctor, without the witchy aspects. (Or with, depending on her faith and whether or not she practices the craft; no one is judging here.)

She’s going to have a garden of medicinal herbs, and she’s going to learn to prepare poultices and teas and tinctures and creams. Basically, she’s going to bring an allopathic ideology back to herbalism, preferably with some form of evidence base. Willow bark tea is going to be a Big Deal™, because willow bark tea contains an active ingredient very similar to aspirin.

image

Originally posted by nutnuhmellaarts

But she’s also going to have to be, in part, a home chemist. If she does enough research she can learn how to make her own ethyl alcohol, aka ethanol, aka boozeahol, but this can be used as a disinfectant and antiseptic. (Hell, in a pinch regular ol’ wine can be used to clean out wounds, apparently.) 

She can also learn to make her own bleach, her own IV fluids (0.9% Normal Saline, anyways), her own oral rehydration solution (aka Pedialyte / Gatorade), and perhaps even her own ether, which is a crap anesthetic but better than nothing.

image

Originally posted by gif87a-com

That’s It…. For Now

This is just a small snippet into the world of austere medicine. (Be careful with Google searches on this topic; Doomsday Preppers are very, very scary and their websites can be… uhhh….. ill-informed.) There’s still plenty more to talk about, so stay tuned for more posts! (I’m especially drooling over the idea of writing a post on the ethics of medicine in the austere environment–stay tuned!!)

I hope this was useful, but remember also this poem by the greats of old:

When the world ends, now
is the time to be sure I
read the disclaimer.

image

Originally posted by the-reactiongifs

See you in the wasteland. xoxo, Aunt Scripty

this is some fantastic/useful fuel for when I'm idly planning what I'd do in a Station Eleven-style apocalypse situation all praise Dani Disaster science
waxwingpoetic-deactivated201801
scienceshenanigans:
“ startalkradio:
“We haven’t done a #wcw in a while, so let’s take a moment to recognize Margaret H. Hamilton. She was awarded the Presidential Medal of Freedom, by President Barack Obama, yesterday. Hamilton led the team that...
startalkradio

We haven’t done a #wcw in a while, so let’s take a moment to recognize Margaret H. Hamilton. She was awarded the Presidential Medal of Freedom, by President Barack Obama, yesterday. Hamilton led the team that created the on-board flight software for #NASA’s #Apollo command modules and lunar modules. A mathematician and computer #scientist who started her own software company, Hamilton contributed to concepts of asynchronous software, priority scheduling and priority displays, and human-in-the-loop decision capability, which set the foundation for modern, ultra-reliable software design and engineering.

scienceshenanigans

Y’all might remember her from this photo:

image
she's still crushing the same look!! GIRL Margaret Hamilton science space
platoapproved
az-files

madmints:

kasaron:

edwardspoonhands:

hoiplatapolloi:

gifsboom:

Perfect magnets

Fun story: One of the first things I was taught as an astronomy student is that, if you want to be a dick to someone giving a presentation, ask them “and how do the magnetic fields play into this?” and they will invariably say “fuck you I don’t know” because no one understands magnetic fields they are black magic.

image

Originally posted by fencehopping

Magnets are pure bullshit.

Pure utter bullshit. Electromagnetic forces somehow outstrip gravitic forces in strength by an obscene factor, for no reason I can comprehend and it bothers me.

I love magnets

wellntruly

image
sorry but well science superheroes X Men
liesdamnedliesandmeta
yeltumpar

I <3 William Shatner on Twitter

lifeisducky

I love how they respond to him, as if he is actually a captain, even more.

grandpafucker

Nasa confirmed for huge fucking nerds

lordicexx

This is awesome and priceless and people that work on space stuff are the best people of all time.

prettyarbitrary

Honestly this just about brings me to tears.

Roddenberry, Shatner, Nimoy, Nichols and all the rest of the original Star Trek cast and crew had no small role in making the moon landing as important as it was.  A few years before they set that lunar module down, this little TV show came along and fanned the dream into wildfire with an image of what humanity in space could actually look like—not only peaceful on our own world, endlessly curious, and prosperous enough to pursue it, but an active force for good in the greater universe.  Carrying not what’s most toxic about us, but what’s best about us out to the stars.

Everybody who has worked at NASA or any other space agency for the past 50 years is waiting for the day when that unmanned probe doing a flyby on a comet can be controlled from the bridge of a space-faring vessel.  When we’re not just looking at that comet through a color-coded sonar map, but we can look out a porthole and see it tumbling by with our own eyes.  When as a species we can finally outgrow hate and fear and violence, and turn our faces with joy toward all the beauties and wonders that lie waiting to be discovered.

And every time he does this, Shatner is reminding them of what that hope feels like.

gakupokamuii

This was too great to not repost.

annaknitsspock

Adding this one:

image
the glow off my heart could power its own starship right now William Shatner Star Trek space science technology
sashayed
sashayed:
“npr:
“Scientists have pinpointed the ticklish bit of a rat’s brain.
The results, published in the journal Science, are another step toward understanding the origins of ticklishness, and its purpose in social animals.
Although virtually...
wellntruly

sashayed:

npr:

Scientists have pinpointed the ticklish bit of a rat’s brain.

The results, published in the journal Science, are another step toward understanding the origins of ticklishness, and its purpose in social animals.

Although virtually every human being on the planet has been tickled, scientists really don’t understand why people are ticklish. The idea that a certain kind of touching could easily lead to laughter is confusing to a neuroscientist, says Shimpei Ishiyama, a postdoctoral research fellow at the Bernstein Center for Computational Neuroscience in Berlin, Germany.

“Just a physical touch inducing such an emotional output — this is very mysterious,” Ishiyama says. “This is weird.”

To try and get a handle on how tickling works, Ishiyama studied rats, who seem to enjoy being tickled, according to previous research. He inserted electrodes into the rats’ brains, in a region called their somatosensory cortex.

Brain Scientists Trace Rat Ticklishness To Play Behavior

Photo: Shimpei Ishiyama and Michael Brecht/Science

“This is weird.” –Science, excitedly

Source: NPR
rats science
wildehacked
barackinaroundthechristmastree

WHAT COLOR ARE MIRRORS

finnickodaired

let’s reflect on this

youaresogayskarth

fun fact! mirrors reflect each color equally, except for green. if you have ever seen a mirror perfectly aligned in front of another mirror, a.k.a. an infinite mirror, you can look through it and see that it becomes greener and greener. therefore, mirrors are technically green!

luminescent-love

holy shit

petermorwood

The glass is greener over here. Not a typo.

If you look edgewise through a sheet of glass you see that it’s green because of iron impurities (Google for it). Reducing the iron reduces the green.

image

Perfectly aligning mirrors to multiply reflections also multiplies the apparent thickness of the glass, and the green tint becomes more apparent the “deeper” each reflection seems to be.

Science is like history: it was never this interesting at school. :-)

elodieunderglass

Yep! And this is because - I’m sorry to say - mirrors are not a unique or separate substance with magical properties. Mirrors are silvered glass. They have two colors: the color of the silver, and the color of the glass. The “silver” doesn’t have to be silver, though it usually is because mirrors are traditionally made with silver nitrate, because it’s a whitish metal. You can have mirrors silvered in gold or black or red. You take literally any piece of glass, pour a coating of silver on it, seal it, and call it a mirror.

You have to seal it because otherwise it tarnishes and spots. Even though the glass protects it from air, the silver oxidizes just like any other silver, which is why antique mirrors have that funky age-spotted look.

Mirrors used in science are usually pure clear glass with no impurities (so the glass has no color) and are silvered in gold or aluminum, so they are white or gold. A warm-toned mirror would have a pink glass and would make things have a rose-gold look. Phryne Fisher, in the books, has a mirror with pink glass.

(Mirrors silvered in silver - that is, most mirrors you’ve seen - are probably faintly grey from the silver and faintly green from the cheap glass, but it doesn’t need to concern you at all - even if you noticed a strong color, you’re often so used to looking in them that your brain edits out any discrepancy - like how your nose doesn’t get in the way of your vision even though it’s right in front of your eyes all of the time.)

I now want to look into a gold mirror very much science
ehonauta

OH MY GOD YOU GUYS I’VE HAD A BRILLIANT THOUGHT

sofriel

Imagine the #overlyhonestmethods posts from Carlos’s team of scientists.

sofriel

“This paper is shorter than normal due to the primary researcher turning into a tree before she could finish it.”

“Test subjects were selected randomly by loitering outside Big Rico’s and offering illicit bread crust for all participants.”

“Experiment time intervals were carefully chosen so that Carlos would actually be on time for his date for once.”

“Potential errors include time loss from that cancelled Wednesday, the fact that the local government legally forbid us from mentioning the source of the data, and the loss of a substantial amount of recorded notes that were replaced with dead silence and the smell of vanilla.”

“Some results were altered to sound more normal so we don’t get our funding revoked.”

wonderful Welcome to Night Vale radio plays podcasts science