Showing posts with label science. Show all posts
Showing posts with label science. Show all posts

8 Terrifying Experiments From Real Life Mad Scientists

You can thank science for much of what makes our world go 'round, like food preservation, clean water, and comfortable homes. But as stories like Frankenstein and Jurassic Park have shown us, the road to innovation can sometimes take a gruesome detour that can lead to some unethical choices.
Here are some of the most controversial experiments ever conducted, during which scientists were so preoccupied with whether or not they could do it, they didn't stop to think if they should.

Britches

Britches was a monkey who was torn from his mother and forced into animal testing at the University of California. He was assigned to a project that would test a prototype sonar device for blind people. The only problem is that Britches wasn't blind. The scientists sewed his eyes shut. He was eventually freed by the Animal Liberation Front during a raid in 1985.

Project MKUltra

In the 1950s, the CIA's resident scientists began experimenting with mind control, using LSD, electroshock therapy, and the repetition of sound. Most of their findings were destroyed during the Watergate scandal, but there is evidence that the government dosed unsuspecting citizens with drugs to observe them.

Criminal Testicle Transplants

Leo Stanley, head physician of the San Quentin prison in 1913, believed that males who committed crimes had less testosterone than other men, so he who would test his theory by giving inmates new testicles. Because of the shortage of human scrotums, sometimes inmates would be fixed with animal balls instead.

Skin Hardening

In an effort to make skin tougher for soldiers, Alber Kligman did experiments by using inmates as test subjects. Kligman would inject them with dangerous chemicals, but all his unfortunate test subjects got out of the deal were blisters, burns, and permanent scars.

The Stanford Prison Experiment

Subjects were organized into two groups. Some were the "guards" and the others were the "prisoners." Even though they were assigned these roles arbitrarily, the "guards" quickly started displaying sadistic behavior, forcing "prisoners" to strip naked and sleep on the hard concrete. One "prisoner" was dehumanized so much that he had a mental breakdown and was forced to exit the experiment.

The Milgram Obedience Experiment

Participants in this experiment were told by the experimenter to press a button that would shock another person in the other room. The person being shocked was actually just an actor pretending, but the participant didn't know that. All they were told was that experiment required them to continue shocking this person, upping the voltage until they were motionless. The study found that 65 percent of people would continue shocking the person even after they were screaming in pain. Shocking, right?

Harlow's Experiments In Isolation

Rhesus monkeys were torn from their mothers as infants and forced into Harlow's "pit of despair" cage, with only a water bottle to keep them company. The point of the project was to study the effects of isolation on child development and subsequent depression. Not surprisingly, the baby monkeys became depressed. They also developed physical problems like poor digestion.

Tuskegee Syphilis Experiment

The US Public Health Service purposefully injected black male sharecroppers with syphilis in order to study its effects. The effects, of course, were that they would get horrible skin disfigurations and eventually die. It seems the government neglected to treat them after infecting them with the STD. By the way, this went on between 1932 and 1970. That's 40 years! It spanned multiple presidencies.
It turns out the whole "mad-scientist" thing may not be limited to cartoons. The crazy thing is that these people all thought they were doing a great service for mankind, and were willing to continue their questionable work at any cost.

To Save His Life, A Terminally Ill Man Is Seeking The First Ever Head Transplant

♠ Posted by Unknown in ,,,
If the phrase "head transplant" sounds a little far-fetched to you, you're not alone. Today, vital organ transplant is a routine procedure. There was even a woman who had an entire face transplant after an accident. But a whole head? That's where your brain lives!
Nevertheless, Dr. Sergio Canavero says it can be done, and shockingly, he's found a willing participant in 30-year-old Valery Spiridonov. Spiridonov was born with a rare genetic disorder called Werdnig-Hoffmann disease --- a wasting disease that prevents muscles from growing. Diagnosed at age one, Spiridonov's muscles stopped developing, deforming his skeleton and rendering him immobile.

His condition worsens daily, and he will eventually die from the disease.

Most people with Werdnig-Hoffmann die before they reach 20, but having lived a decade beyond that and suffering every step of the way, Spiridonov is willing to try anything.
Knowing that he'll die without the procedure anyway, he contacted Canavero and volunteered to undergo the controversial head transplant surgery. It's a risky choice, but Spiridonov explains that he's almost out of options. He began communicating with Canavero via email two years ago, and is ready to take the plunge.

"Am I afraid? Yes of course I am," he said. "But it is not just very scary, but also very interesting. You have to understand that I don't really have many choices. If I don't take this chance, my fate will be very sad. With every year, my state is getting worse."

So, how does this work, anyway? For starters, it requires a few severed heads.

Spiridonov's head and the head of a deceased, but otherwise healthy, donor body would be severed at the exact same time using a super-sharp blade to ensure a clean slice.

The doctor would then fuse Spiridonov's head to the body using a glue-like substance called polyethylene glycol, which is expected to help tissues from the head and body join together. Its most important task is to effectively fuse the spinal cord.

After replantation, the patient would be put into a four-week coma so that the body could heal itself. When he wakes up, Canavero hypothesizes that Spiridonov will be able to move, feel, and speak with his own voice. With the help of some serious anti-rejection drugs and immunosuppresants, the hope is that the body parts will fuse to become one, and will function as such.

When asked why he's willing to undergo such an extreme surgery, Spiridonov replied, "I can hardly control my body now. I need help every day, every minute. I am now 30 years old, although people rarely live to more than 20 with this disease."
(via Oddity Central, Evoke)
Many physicians accuse Canavero of oversimplifying what it would take to reconnect a spinal cord. For that reason, he's having trouble finding the $10 million of funding and the 150-member staff it would take to make this surgery a success. Fittingly enough, he's also being compared to Dr. Frankenstein.
Other doctors also claim that, if the surgery was successful, Spiridonov would experience something worse than death.
At the end of the day, though, Spiridonov and his family are on board. They view it as a pioneering step into the future of medical science, even though the concept is difficult for most people to grasp.
Stay tuned for more updates, as the procedure is set to take place within the next year.

Already Freaked Out By Aliens? New Research Just Made Things A Whole Lot Scarier

♠ Posted by Unknown in ,,,,
For many Earth years, our idea of aliens has always been one populated by little, green, amphibious creatures who look cute on the outside, but are secretly trying to end the human race as we know it. But recent research suggests that if there is intelligent life on other planets, they may be roughly the size and weight of a vending machine. It's a strange theory for sure, but when you hear the science behind it, it makes the "little green men" myth seem kind of silly.

This is pretty much our idea of an alien. Small, green, cute, BUT WRONG!

Small enough to worship the claw machine at an arcade as their god.

A new paper by cosmologist Fergus Simpson suggests that aliens might actually be bigger than we think, weighing an average of 650 pounds or more.

Good thing we made those extra-large hospital gowns.

The new theory originates from a mathematical model on energy conservation that assumes that larger animals need more energy, and are therefore rarer than smaller animals.

Because of the relative rarity of larger animals, this may explain why we have yet to make contact with intelligent beings.

Simpson says that there is a minimum size for intellect, and argues that human beings might even be on the smaller side as far as sentient beings go.

Just because they're sentient doesn't mean they won't rip out your arms if you beat them in dejarik.
Simpson would like to make it clear that this paper is just speculation, and was mainly done out of fun. Also, it is not necessarily our size that makes us the most intelligent beings on the planet. For instance "polar bears are large but do not write great literature and build radio towers," points out Simpson.
Still, it's a pretty fun theory. I guess until the aliens come and conquer us, we'll never really know if Simpson is right, and by then, it might not really matter.

It Looks Freaky, But It's A Scientific Breakthrough You'll Want To See Yourself

♠ Posted by Unknown in ,
Night vision is not something humans are capable of on their own. Cats, dogs, and other animals are capable of seeing in the dark, thanks to a membrane over their eyes called the tapetum lucidum. This membrane helps increase the light available to photoreceptors. It is also responsible for the greenish amber shimmering effect on the eyes of cats and dogs, known as "eyeshine."
Humans don't have the membrane, though, and that's why we have to rely on things like night vision technology to navigate dark areas. However, thanks to our ever-expanding abilities in the field of science, giving people the gift of night vision might actually become a reality, although it won't give you a cool eyeshine.

Gabriel Licina is a biochemistry researcher with Science for the Masses, a research group. Here he is sitting with his eyes propped open, Clockwork Orange-style.

Science for the Masses has lately worked with a compound known as Chlorin e6, or Ce6 for short. The compound is found in deep-sea fish, who also need the ability to navigate the darkness. In humans, it's used to treat some forms of blindness and some cancers. Research on the compound shows that it increases photosensitivity in animals. So what was the next step? Human trials, of course.
A low dose of the compound was dropped into Licina's eyes. This picture looks a little gruesome, but that's just a giant eyedropper. The result was a little less than pleasant for Licina, though. The compound causes the eyes to dilate rapidly. If you've ever had your pupils dilated at the doctor's, you know it's not a great feeling. This was like that, but multiplied by quite a bit.

Eek.

No, those aren't actually Licina's pupils—that would be physically impossible (unless you go the cosmetic route). He's actually wearing protective contact lenses. His eyes are taking in so much light that without protection, seeing is actually painful in daylight.
Licina said the procedure did hurt, but he was willing to put up with it for science.
(via Science For The Masses, Distractify)
After around two hours and the setting of the sun, the team went into a dark field to test Licina's vision, which worked better than ever. His big pupils were able to take in lots of light, or at least more than the average eye. He was able to pick out objects and people hidden in the darkness, and was able to correctly spot and count them each time. People in the control group of this experiment got this specific problem right about a third of the time.
The effects of Ce6 on Licina's eyes were not permanent, though. By the next morning, his eyes were back to normal, and no lingering effects were noticed. The Ce6 compound is obviously not ready to be used for medicinal purposes, but the ability to increase someone's sensitivity to light could improve human eyesight in the future. You can see more about the experiment on Science for the Masses' website.