1. Regeneration
Scientists have discovered a way to make people regenerate lost parts of the body – dignity and all.
Scientists have discovered a way to make people regenerate lost parts of the body – dignity and all.
Corporal Isaias Hernandez, a soldier who had more than 70% of his leg blown apart in battle, returned home and was told that his right leg muscle would never heal, and he’d be better off with an amputation. Deciding to keep the leg, Hernandez and clinical researcher Steven Wolf tried a new approach – a teeny bit of pig’s bladder.
Called the extracellular matrix, or ECM, it has the power to reawaken a body’s natural healing abilities. By inserting the ECM into his leg – and by combining this with physical therapy – Hernandez regenerated the greater part of its muscle; today it’s as strong as his healthy leg.
Pig’s bladder is basically the key to Wolverine-like healing abilities.
2. Bullet Proof Gel
Science, in its never-ending quest to stop us from killing ourselves, has developed a liquid gel that hardens upon impact. It can be slid between sheets of Kevlar, and is lightweight and bullet proof, giving soldiers additional protection.
3. Laser Guns
Military scientists, after years of ignoring my email requests, have finally developed lasers able to shoot down mortars and missiles.
The Laser Weapon System, or LaWS, has a longer operating range than current naval missile defences and will be a massive upgrade to the American Navy.
4. Synthetic Telepathy
The military is developing a synthetic device which can read electrical activity in a person’s brain, make sense of all the thoughts, and then send it to other soldiers as voicemail or text messages – theoretically creating an army of Professor Charles Xaviers.
5. Artificial Jellyfish From Rat Cells
Not satisfied by merely turning other animals into glow-in-the-dark dolls, scientists have used rat cells and silicone to build an artificial jellyfish. Dubbed the ‘medusoid’ – though lacking the ability to turn people into stone – it swims and behaves just like a real jelly fish when placed in an electric field.
The jellyfish was designed by Harvard biophysicist Kit Parker, who is now planing to build other life forms. If he’s open for suggestions, I’d like to vote for Sharktopus.
6. Silk Worms With Spider Silk
Scientists, who apparently don’t watch B-grade horror movies, have decided that merging silkworm genes with spider genes is a good idea.
On the one hand you’ve got spider silk, one of the world’s strongest biological materials, with a tensile strength greater than steel. On the other hand, silkworms are mass-producing silk-making machines. So researchers – deciding we need more bullet proof vests made out of sticky insect goo – decided to make the Amazing Spiderworm!
7. Bomb-Detecting Plants
Scientists, after getting bored with things like bees and mice, have been trying to alter plants so that they can search for bombs.
Dr. Jane Medford is developing plants that will turn white when exposed to explosive and environmental pollutants. And they said Poison Ivy was too unrealistic for the Dark Knight series…
8. Anti-Malaria Mosquitoes
After having a sip from the irony cup, US scientists have decided that the best way to cure malaria and dengue fever is with mosquitoes.
By genetically modifying mosquitos that live longer and are naturally resistant to malaria, scientists hope to stop its spread and eventually eradicate it. Science conquers all.
9. Glow-in-the-Dark Dogs
“A dog is man’s best friend” – whoever said that was lying, because we all know a man’s best friend is his secret stash of glow in the dark toys. Scientists in South Korea have combined both in an effort to help fight Alzheimers and Parkinsons by engineering a dog with genes that makes itglow in the dark.
10. Exploding Bacteria
Scientists working in the field of synthetic biology have thought up a new way to cure diseases… except by “thought up” I mean they’ve been watching Michael Bay’s Transformers movies and seeing how everything explodes.
The scientists have created an Escherichia coli cell which – upon contact with certain pathogens – literally explodes, killing both the pathogen and itself.
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