They have always been able to see people’s emotional wounds as actual wounds. Betrayal looks like they’ve been stabbed in the back, bullying looks like a stone was thrown at them hard enough to bruise, and so on.
For a wound to heal, you have to clean it out. Again, and again, and again. And this cleaning process stings. The cleaning of a wound hurts. Yes. Healing takes so much work. So much persistence. And so much patience. But every process has an end and an appointed term. Your healing will come, God willing. And like all created things, your worldly pain will die.
Violence, fights, tension–three words that often carry a story a long, especially anything in the fantasy, sci-fi, or action-adventure realm. Whether it’s hand-to-hand combat (see older resource posts), or weapon usage, fights should be as realistic as possible: the focus should be on the fiction, the characters, and story, not your reader scratching their head saying “that could never really happen.” Here are some resources I hope will help as you embark on your more “wound-based” scenes:
Healing is just as important as the fight when it comes to story believability. If your character was shot one day ago and is now running aroun the Olympics, it’s likely your reader will close the book and forget about all the important story-telling you had engaged them in prior. Facts count, so don’t let the small stuff derail your next big hit.
Researchers in the US have developed a sticky, stretchable gel-like material that can be used as a “smart wound dressing”. Incorporating temperature sensors and drug reservoirs, the hydrogel bandage can release medicine in response to changes in skin temperature, and embedded LEDs even light up to let you know when your meds are running low.
The hydrogel matrix that makes up the dressing has numerous advantages over conventional cloth-based bandages. It’s highly flexible and stretches easily so can be applied to any area of the body, including joints like elbows or knees.
The new synthetic polymer material creates an instant scaffold, sort of like stacked gumballs, that allows new tissue to latch on and grow within the cavities formed between linked spheres of gel.
Conventionally, ointments and other hydrogel dressings have been used to fill in wounds to keep the areas moist and accelerate healing. But none of the materials used now provide a scaffold to allow new tissue to grow while the dressing itself degrades. As a result, the new tissue growth is relatively slow and fragile.
So bringing about an injectable biomaterial that promotes rapid regeneration of tissue has been a “holy grail” in the field of tissue engineering, said co-principal investigator Dino Di Carlo.
They envision the material being useful for a wide variety of wound application, including lacerations to large-area burns.
UC Berkeley researchers have also been developing new approaches to tissue engineering. Last March, their advancement in “herding cells” marked a new direction for smart bandages.
I wanted to explain this - their relationship but decided to just put it here and let you to interpret by yourself. I would love to hear what you think about it - you can reblog with your opinion or comment on Facebook.