Seconds After, Narrator Fell Over. He… Doesn’t Know How To Walk Just Yet. He Made This Form Because

all the tips I found for drawing a fantasy map are like :) “here’s a strategy to draw the land masses! here’s how to plot islands!” :) and that’s wonderful and I love them all but ??? how? do y'all decide where to put cities/mountains/forests/towns I have my map and my land but I’m throwing darts to decide where the Main Citadel where the Action Takes Place is

This is late af but congratulations to the winner of the poll, @backlacepistols's narrator! What an absolute icon. Also credits to @supergnome-a and @voidofstarryink for their narrators duking it out in the bg

Leelah Alcorn’s blog was deleted and posts about her are being removed. Don’t stop spreading this. Reblog everything you can, post everything you can. 

These are her pictures

here are some of her drawings

this is her note

Don’t let this die.

Not this.

A truth come out

Why does Narrator have hands? There are many reasons: pat the Stanley; hold the Stanley; cherish the Stanley; forfeit all mortal possessions to the Stanley

some fucking resources for all ur writing fuckin needs

* body language masterlist

* a translator that doesn’t eat ass like google translate does

* a reverse dictionary for when ur brain freezes

* 550 words to say instead of fuckin said

* 638 character traits for when ur brain freezes again

* some more body language help

(hope this helps some ppl)

Writing Traumatic Injuries References

So, pretty frequently writers screw up when they write about injuries. People are clonked over the head, pass out for hours, and wake up with just a headache… Eragon breaks his wrist and it’s just fine within days… Wounds heal with nary a scar, ever…

I’m aiming to fix that.

Here are over 100 links covering just about every facet of traumatic injuries (physical, psychological, long-term), focusing mainly on burns, concussions, fractures, and lacerations. Now you can beat up your characters properly!

General resources

WebMD

Mayo Clinic first aid

Mayo Clinic diseases

First Aid

PubMed: The source for biomedical literature

Diagrams: Veins (towards heart), arteries (away from heart) bones, nervous system, brain

Burns

General overview: Includes degrees

Burn severity: Including how to estimate body area affected

Burn treatment: 1st, 2nd, and 3rd degrees

Smoke inhalation

Smoke inhalation treatment

Chemical burns

Hot tar burns

Sunburns

Incisions and Lacerations

Essentials of skin laceration repair (including stitching techniques)

When to stitch (Journal article—Doctors apparently usually go by experience on this)

More about when to stitch (Simple guide for moms)

Basic wound treatment

Incision vs. laceration: Most of the time (including in medical literature) they’re used synonymously, but eh.

Types of lacerations: Page has links to some particularly graphic images—beware!

How to stop bleeding: 1, 2, 3

Puncture wounds: Including a bit about what sort of wounds are most likely to become infected

More about puncture wounds

Wound assessment: A huge amount of information, including what the color of the flesh indicates, different kinds of things that ooze from a wound, and so much more.

Home treatment of gunshot wound, also basics More about gunshot wounds, including medical procedures

Tourniquet use: Controversy around it, latest research

Location pain chart: Originally intended for tattoo pain, but pretty accurate for cuts

General note: Deeper=more serious. Elevate wounded limb so that gravity draws blood towards heart. Scalp wounds also bleed a lot but tend to be superficial. If it’s dirty, risk infection. If it hits the digestive system and you don’t die immediately, infection’ll probably kill you. Don’t forget the possibility of tetanus! If a wound is positioned such that movement would cause the wound to gape open (i.e. horizontally across the knee) it’s harder to keep it closed and may take longer for it to heal.

Broken bones

Types of fractures

Setting a broken bone when no doctor is available

Healing time of common fractures

Broken wrists

Broken ankles/feet

Fractured vertebrae: Neck (1, 2), back

Types of casts

Splints

Fracture complications

Broken noses

Broken digits: Fingers and toes

General notes: If it’s a compound fracture (bone poking through) good luck fixing it on your own. If the bone is in multiple pieces, surgery is necessary to fix it—probably can’t reduce (“set”) it from the outside. Older people heal more slowly. It’s possible for bones to “heal” crooked and cause long-term problems and joint pain. Consider damage to nearby nerves, muscle, and blood vessels.

Concussions

General overview

Types of concussions 1, 2

Concussion complications

Mild Brain Injuries: The next step up from most severe type of concussion, Grade 3

Post-concussion syndrome

Second impact syndrome: When a second blow delivered before recovering from the initial concussion has catastrophic effects. Apparently rare.

Recovering from a concussion

Symptoms: Scroll about halfway down the page for the most severe symptoms

Whiplash

General notes: If you pass out, even for a few seconds, it’s serious. If you have multiple concussions over a lifetime, they will be progressively more serious. Symptoms can linger for a long time.

Character reaction:

Shock (general)

Physical shock: 1, 2

Fight-or-flight response: 1, 2

Long-term emotional trauma: 1 (Includes symptoms), 2

First aid for emotional trauma

Treatment (drugs)

WebMD painkiller guide

Treatment (herbs)

1, 2, 3, 4

Miscellany

Snake bites: No, you don’t suck the venom out or apply tourniquettes

Frostbite

Frostbite treatment

Severe frostbite treatment

When frostbite sets in: A handy chart for how long your characters have outside at various temperatures and wind speeds before they get frostbitten

First aid myths: 1, 2, 3, 4, 5 Includes the ones about buttering burns and putting snow on frostbite.

Poisons: Why inducing vomiting is a bad idea

Poisonous plants

Dislocations: Symptoms 1, 2; treatment. General notes: Repeated dislocations of same joint may lead to permanent tissue damage and may cause or be symptomatic of weakened ligaments. Docs recommend against trying to reduce (put back) dislocated joint on your own, though information about how to do it is easily found online.

Muscular strains

Joint sprain

Resuscitation after near-drowning: 1, 2

Current CPR practices: We don’t do mouth-to-mouth anymore.

The DSM IV, for all your mental illness needs.

Electrical shock

Human response to electrical shock: Includes handy-dandy voltage chart

Length of contact needed at different voltages to cause injury

Evaluation protocol for electric shock injury

Neurological complications

Electrical and lightning injury

Cardiac complications

Delayed effects and a good general summary

Acquired savant syndrome: Brain injuries (including a lightning strike) triggering development of amazing artistic and other abilities

Please don’t repost! You can find the original document (also created by me) here.

Hear me out:

A Good Omens… Beauty and the Beast AU.

That is all.

Well-Known and Obscure Toxins: How They Work

Well this is a morbid subject but HEY it’s almost Halloween baby!! I was super curious about what toxins actually do on a molecular level after reading about cone snails. Obviously toxins can kill you, but how?? I wanted to know the grisly details. This is not an exhaustive list, just some types of poison, venom, and other toxic substances I was curious about, so let’s get to it.

Deadly Nightshade

Where is it found? Atropa belladonna grows in Europe, North Africa and Western Asia.

How it works: slows your heart waaaaaay down. deadly nightshade contains tropane alkaloids atropine, hyoscine (scopolamine), and hyoscyamine which disrupt the nervous system’s ability to regulate activities such as heart rate, breathing and sweating. It can cause narcosis, paralysis and heart failure as a result. Yikes. But an antidote exists that can reverse these affects if administered in time.

Toxicity: the entire plant is toxic, with roots having the highest toxicity but berries posing the greatest threat to humans because of their appearance. 10-20 berries can kill an adult, and 2-4 can kill a child. Symptoms of mild poisoning include dilated pupils, sensitivity to light, loss of balance, confusion, hallucinations (wild) and convulsions. Doesn’t sound like a good time.

Do not eat the shiny attractive berries!!! (cows and rabbits and other animals can eat it but humans, dogs and cats…NOT SO MUCH)

Totally fun and not morbid fact: during the Renaissance, belladonna was used by women in small quantities to dilate pupils and give a seductive appearance, and this is how it gets its name belladonna, or beautiful woman. Atropa comes from the Greek Fate Atropos who cuts the threads of mortal lives with her shears. Snip snip!

Hemlock

Where is it found? Conium maculatum grows naturally in Europe and North Africa, and has spread to North and South America, Australia and Western Asia.

How it works: stops your breathing. the flowers contain an alkaloid called coniine, which directly affects the nervous system and causes paralysis of respiratory muscles, leading to death from oxygen deprivation. Hemlock poisoning is treated by artificial ventilation for 48-72 hours until the effects wear off.

Toxicity: about 100 milligrams of coniine is fatal to an adult. That’s about 6-8 hemlock leaves, or a smaller dose of the seeds or root. Animals can also be poisoned and killed by hemlock, but luckily dangerous substances cannot be passed into the human food chain from milk or fowl.

Basically you’re only gonna get poisoned by this if someone puts it in your tea, because I assume you’re not gonna just go around just like…chomping on pretty flowers. Right? Right?? ok good.

Arsenic

Where is it found? arsenic is a metalloid that occurs often with sulfurs and metals. It can be present in volcanic ash and groundwater, and as a result can be found in low (acceptable) levels in plants and seafood. Good news: it is rare to find arsenic occurring at dangerous levels in nature.

How it works: in high levels, arsenic disrupts ATP production and causes organ failure due to necrotic cell death. This process can last between 2 hours to multiple days. It can also be fatal in lower doses administered over a period of time, and as such, was a popular murder weapon when it was readily available during the 1800s in England. Symptoms such as vomiting and diarrhea don’t immediately alert someone that there has been an attempted murder unless maybe you’re Sherlock Holmes.

Toxicity: google probably thinks I’m a murderer and won’t tell me just how much arsenic will kill a person. COME ON, google!!! it’s for SCIENCE!

Arsenic is no longer readily available for people to just get in large quantities, so that’s a RELIEF.

Cyanide

Where is it found? cyanide is a chemical compound produced by certain algae, bacteria and fungi. It is also found in plants such as peaches, apples, apricots and bitter almonds. A type of bamboo that grows in Madagascar is so rich in cyanide that it would kill humans, but not the golden bamboo lemur for whom this bamboo is a primary source of food!!! You go girl, eat that cyanide bamboo.

How it works: in non-bamboo-lemurs, cyanide disrupts ATP production, affects the central nervous system and heart, and causes histotoxic hypoxia: the inability of cells to take up oxygen from the bloodstream. Antidotes can work if administered in time for lower doses of cyanide.

Toxicity: 200 milligrams of solid cyanide or a cyanide solution, or exposure to airborne cyanide of 270 parts per million is sufficient to cause death within minutes. Um, YIKES. Really, cyanide was already scary enough as a solid before nature went and made it into a gas that kills upon inhalation. DEEPLY uncool.

Murder mystery writers: slip belladona or arsenic into your literary victim’s tea. Belladonna is sweet, arsenic is tasteless, but cyanide has an acrid and bitter taste.

Fun (well, not fun) fact: if you eat 200 apple seeds (about 40 apple cores) you will receive a fatal dose of cyanide. So like, don’t do that. An apple a day keeps the doctor away and is completely safe, but 40 apples apple cores a day WILL KILL YOU

Vampire Bat Saliva

Where is it found? Vampire bats are found in the Americas.

How it works: a toxic substance called Draculin (I’m serious) in the saliva of vampire bats acts as an anticoagulant by inhibiting an enzyme involved in the coagulation pathway.

Toxicity: vampire bats are indeed venomous and toxic, but they are not at all lethal. It just sorta sucks if you’re being bitten by a vampire bat, but you’ll live. Unless that bat has rabies. Vampire bat saliva also contains an analgesic, meaning the bites are almost completely painless. SO THAT’S SOMETHING

Cobra Venom

“hello do you have a moment to hear about cell death?”

Where is it found? Many species of cobra are found throughout Africa, Southwest and Southeast Asia.

How it works: most cobra venom includes neurotoxins that cause paralysis as well as cytotoxins that cause necrosis and blood coagulation. blood coagulation can happen in minutes.

Toxicity: many types of cobra venom are treatable, but may leave disfigurement from necrosis. If this isn’t scary enough for you, just know that spitting cobras can reach 2.7 m (8.9 ft) in length and like to aim for the eyes.

But you’d still rather be bitten by a cobra than THIS deadly mofo:

Venom of the Inland Taipan

Where is it found? the inland taipan is the most venomous snake in the world and lives, YOU GUESSED IT, in Australia, ie the place where everything is designed to kill you. Evolution decided it can reach 1.8 meters (5.9 feet) with a maximum length of 2.5 meters (8.2 feet), which I think everyone can agree is a dick move on evolution’s part. Take it back, TAKE IT BACK!!!!!

How it works: the venom contains neurotoxins, hemotoxins, and myotoxins AND an enzyme to increase absorption of the venom. Basically it causes paralysis, blood coagulation and muscle damage, because one of these things wasn’t enough apparently. Antivenoms against Australian venomous snakes exist but are least effective against the venom of the inland taipan.

Toxicity: the inland taipan’s venom has a murine LD50 value of 0.025m/kg. This means there is a 50% chance that .025 milligrams per kilogram of weight will cause death. It’s bite contains enough venom to kill at least 100 adult humans. But GOOD NEWS! the inland taipan lives in such remote places that it rarely comes in contact with people. Other slightly less venomous snakes are therefore responsible for more deaths. ….So that’s…still terrifying. just don’t go into the woods in Australia FOR THE LOVE OF GOD

What’s deadlier than the deadliest snake in the world, you ask?

Tetrodotoxin

Where is it found? tetrodotoxin is found in several animals such as pufferfish, moon snails and the small but deadly Australian blue ringed octopus (DAMMIT Australia)

How it works: blocks sodium channels. This prevents normal transmission of signals between the body and brain, causing loss of sensation, paralysis and inability to breathe. Fun!!! Don’t pick up the frickin evil little octopus

Toxicity: more powerful than cyanide, that’s for sure, about a thousand times more powerful in fact. the oral median lethal dose (LD50) for mice as 334 micrograms per kilogram. Fatal pufferfish poisoning result in death in about 17 minutes. The blue-ringed octopus, however, carries enough venom to kill 26 adult humans within just a few minutes. There is no anti-venom.

What’s worse than that, you ask? Ah, you shouldn’t have asked.

Conotoxin

Where is it found? Cone snails are found in the Indo-Pacific, the Cape of South Africa, the Mediterranean, and even southern California. Smaller species are not that dangerous. Larger species, however…

How it works: paralysis within minutes. cone snails have multiple harpoons to administer venom to prey (or unsuspecting humans). the harpoons deliver a venom that has HUNDREDS of different types of toxins, each targeting different nerve channels or receptors. Some cone snail venom even includes pain-reducing toxins. These pain reducing toxins can be 100 to 1,000 times more powerful than morphine. How THOUGHTFUL.

Toxicity: vastly more potent than tetrodotoxin. the oral median lethal dose (LD50) for mice is is 10 to 100 micrograms/kilogram. So like, GOOD LUCK WITH THAT LOL

Ricin

Where is it found? Ricin is obtained from the beans of the castor oil plant.

How it works: inhibits protein production and results in organ failure, respiratory failure and circulatory shock.

Toxicity: The median lethal dose (LD50) of ricin is around 22 micrograms per kilogram of body weight. If that sounds bad just wait till you hear about poison dart frogs 😭

VX

Where is it found? Nowhere in nature. VX is synthetic. It is an oily amber colored liquid in its natural form, was first developed as a pesticide and later for chemical warfare. It is considered a weapon of mass destruction and is banned under the Chemical Weapons Convention of 1993.

How it works: causes stimulation and fatigue of muscarinic and nicotinic ACh receptors, resulting in violent contractions followed by paralysis and death by asphyxiation.

Toxicity: 7 micrograms/kilogram. this is one of the most toxic synthetic substances on earth. Humans have got nothing on mother nature though…

Batrachotoxin

(This guy is called phyllobates TERRIBILIS. but is his cute little face terrible? noooo.)

Where is it found? in certain types of beetles, birds and poison dart frogs found in Colombia.

How it works: similar to conotoxin, batrachotoxin interrupts sodium channels. The resulting migration of Na+ ions causes heart failure and paralysis.

Toxicity: The LD50 is around 2 micrograms per kilogram, meaning that an amount the size of two grains of table salt will kill you, and that this is even worse than a cone snail, Ricin, or VX. Batrachotoxin is one of the deadliest alkaloids known. No antidote exists.

Fun frog fact: this was the poison commonly used by the Embera-Wounaan for poison darts, and that’s where poison dart frogs get their name! How…cute.

Botulinum, most toxic substance in the world

Where is it found? made by the bacteria Clostridium botulinum and related species.

How it works: causes Botulism, which if untreated can result in paralysis and respiratory failure by preventing the release of the neurotransmitter acetylcholine. Botulinum is used in very very very VEEEEEEERY small amounts in Botox, in case you ever needed reasons NOT to do Botox lol.

Toxicity: the lethal dose of 1.3–2.1 nanograms per kilogram in humans. of any toxin natural or synthetic, this is the deadliest known. However!! Actual good news this time: treatments involving antitoxin therapy and intubation are very successful and mortality from Botulism is extremely low. Yay! 

More good news: toxins have been instrumental in medicinal breakthroughs throughout history and continue to be vital to modern medicine. A drug for diabetes was recently synthesized from Gila monster venom: it increases the production of insulin when blood sugar levels are high. A painkiller has been developed for chronic pain patients that is derived from a component of the venom of our friend, you guessed it, the cone snail! These are just two examples of toxins being used in medicine, and a lot of research is still being done because face it: we still don’t know a lot about how our bodies work. Paralyzing agents are extremely important to our understanding of the body and the development of non-opiate non-addictive painkillers because of how they disrupt signals between nerves and the brain.

Long story short: don’t eat nightshade and stay OFF AUSTRALIAN BEACHES and you should be just fine. 

Oh and your tea is getting cold ;)

My Narrator is up against yours in the new poll so I just wanted to say hi :) I’m sure you’ll win! I absolutely love your design they are very endearing!! (Also people will likely vote for the Narrator they’re attracted to the most and let’s just say yours is closer to people’s fantasies. From what I’ve seen, I actually really struggle to understand what people are attracted to)