Inspired by @m4rkus-gr33n
Dark cacao cookie is suffering from hypoxia after struggling to climbing up the stairs in beast yeast. He sometimes faints from low of oxygen. Caramel arrow is worried about the king coz she cares about dark cacao’s health.
seen from China
seen from Germany

seen from United States

seen from United States
seen from United States
seen from Bahrain
seen from United States

seen from Germany

seen from Saudi Arabia
seen from Greece

seen from United States

seen from Malaysia
seen from China

seen from Malaysia

seen from Finland

seen from Italy
seen from China
seen from China
seen from United States

seen from Brazil
Inspired by @m4rkus-gr33n
Dark cacao cookie is suffering from hypoxia after struggling to climbing up the stairs in beast yeast. He sometimes faints from low of oxygen. Caramel arrow is worried about the king coz she cares about dark cacao’s health.
Flag for people with brain injuries!
Humans are not yet done cooking.
Humans are not yet done cooking. We're continuing to evolve and adjust to the world around us, the records of our adaptations written in our bodies. We know that there are some environments that can make us unwell. Mountain climbers often succumb to altitude sickness – the body's reaction to a significant drop in atmospheric pressure, which means less oxygen is taken in with each breath. And yet, in high altitudes on the Tibetan Plateau, where oxygen levels in the air people breathe are notably lower than lower altitudes, human communities thrive.
Continue Reading.
AILESS Whumptober Day 10: Hypoxia
Fandom: How to Train Your Dragon Whumpee: Hiccup Word Count: 1,570 Rating: G Summary: Hiccup discovers the hard way that there are some heights men aren't meant to reach - even on the backs of dragons. Set during HTTYD 1.
An Archive of Our Own, a project of the Organization for Transformative Works
@explosiontheory @ihaveglitterbombs @princessalmost @evilwriter37 @autumndragon @whoviankendokaqueenbeewithbooks @mx-iced-latte-faye @twig-the-escaped-cephalopod @ashleybenlove @thedragon-and-hisboy
If you'd like to be tagged next time I post an AI-Less Whumptober fic, just let me know! :) And if you read and enjoyed, it would mean the world to me if you would leave a comment/kudos to let me know your thoughts. <3
I dedicate this to all my Maasvers FMCs
I love you all and you inspire me🩷
This prisoners heart is already struggling under the strain of repeated shocks and relentless tachycardia. We made it worse by depriving the muscle of oxygen.
After prisoner is put on a ventilator in preparation for having his chest cracked we introduce a hypoxic mixture and watch his angina worsen with every breath.
Ah, hypoxic mixtures are my favorite, Anon! You really didn't have to. Especially with the ventilator. They're forced to take deep, deep, calm breaths when their body wants to rapidly wheeze because of lack of oxygen. We can have so much fun. The first few breaths, nothing is wrong. Until the brain realizes how little oxygen it's getting. Now, our patient's heart is once again rapid and tachycardic. Not to mention their finger tips and toes turning blue. Their panicked mind becomes even more foggy. The tachycardia makes the broken pace maker act up even more, making his whole chest jolt so deliciously.
Why don't you ask him how he's feeling?
What's his current bpm?
Could you maybe describe the sounds his poor body is making? The rasping of his desperate lungs. The weak whining from his vocal cords, and of course the jolting of his heart.
Whump prompts just reminded me of how much I love House whump, so here’s a quick draft excerpt from the upcoming HH:Reprise chapter (House is in the hospital again):
The team was there, and you know who. Apparently daddy gets sick and mommy comes running.
…Words were—slippery. Out of his grasp. The–it must be getting worse. The–the–
Hypoxia and oxygenation didn’t belong to him anymore, only severed wordless concepts and images of brain matter going dark.
Click & Detect
Click3D: a method using click chemistry (a class of reactions that make molecules observable) that achieves high-resolution 3D fluorescence imaging of whole organs at unprecedented depth – for example, imaging hypoxia (inadequate tissue oxygen) in a tumour (as shown here) or in the mouse whole brain
Read the published research article here
Video from work by Iori Tamura and colleagues
Department of Chemistry and Biotechnology, Graduate School of Engineering, The University of Tokyo, Bunkyo-ku, Tokyo, Japan
Video originally published with a Creative Commons Attribution 4.0 International (CC BY-NC 4.0)
Published in Science Advances, July 2024
You can also follow BPoD on Instagram, Twitter and Facebook