#bandages

[inkly-heart]

[iztea]

it just went to waste

[shanks]

TEDDY

[whumpschild]

I think he needs stitches

[revacholthinker]

Still obsessed with the idea of Rook being allowed to bandage Emmlich's hands. 🤍

[dunyun-rings]

I recently played Mouthwashing with my partner and loved every second of it

[whumpdaydreamerx]

Smallville 8x14 | Oliver Queen Handcuffed to His Hospital Bed

[whumpypepsigal]

@whumpgifathon | Day 17: “Hugging”

Deputy Gator Tillman in Fargo 5x10

[revivalrequiem]

# medical themed ✮

forgot who requested this. free to use, credit if reposting and using for edits requests.

[whump-side]

So if we were to do some math, how long the rope should be to tie all the whumpees

[rueghost]

[shanks]

OlchaS

[s4dpngs]

[junebug-n64]

this took wayyyyy too long but look. they’re soo argrghehrr

[aceofwhump]

@whumpgifathon | Day 8: "Ambulance"

Leverage, 5x10, Eliot Spencer

[mindblowingscience]

Flowers may be small, but their petals often add up to a comparatively massive amount of surface area. The same can be said even at the microscopic level of a “nanoflower,” compound combinations in chemistry that grow to form plantlike shapes. With this in mind, a research team based at Italy’s University of Genoa have designed a novel nanostructure that relies on carnation-like nanoflowers containing enough surface area to host numerous wound-healing drug molecules. The medical innovation is detailed in a study published in the journal ACS Applied Bio Materials. According to its creators, the bandage prototype uses two polyphenol-based materials–copper phosphate and tannic acid. These reagents possess well-documented anti-inflammatory and antibiotic properties. Once mixed and placed in a saline solution, the copper phosphate-tannic acid compounds begin to self-assemble and grow into recognizable, flower-like structures. From there, researchers then carefully attached these nanoflowers on small strips of electrospun nanofabric.

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