homehome Home chatchat Notifications


Yeti and Bigfoot material to be genetically tested

You too can get a genetic test kit for your samples! A new university-based project seeks to investigate cryptic species, such as yeti for example, in an attempt to show if these species can actually exist or not; and they want to do this through DNA research. Researchers from Oxford University and the Lausanne Museum […]

Mihai Andrei
May 23, 2012 @ 4:14 am

share Share

You too can get a genetic test kit for your samples! A new university-based project seeks to investigate cryptic species, such as yeti for example, in an attempt to show if these species can actually exist or not; and they want to do this through DNA research.

Researchers from Oxford University and the Lausanne Museum of Zoology have publicly asked anyone with a collection of cryptozoological material to send it to them, along with an accurate description of where and how it was acquired. The researchers will the move on to hair or any other biological material which can be tested for genetic information.

“I’m challenging and inviting the cryptozoologists to come up with the evidence instead of complaining that science is rejecting what they have to say,” said geneticist Bryan Sykes of the University of Oxford.

If you ask me, this is an absolutely great idea! I really don’t think he will stumble across anything like a bigfoot or yeti, but it will be great to bridge the gap between scientists and those who claim scientists are wrongfully rejecting their evidence. Also, the search isn’t only limited to the two already mythical creatures, but any other cryptic species as well.

“It would be wonderful if one or more turned out to be species we don’t know about, maybe primates, maybe even collateral hominids,” Sykes explained. Such hominids would include Neanderthals or Denosivans, a mysterious hominin species that lived in Siberia 40,000 years ago.

The project is called the Oxford-Lausanne Collateral Hominid Project. It is being led by Sykes and Michel Sartori of the zoology museum. Of course, Sykes doesn’t want to receive truckload of material, which is why he is kindly asking anyone interested to send a detailed description of the sample, to better help prioritize and put data into context. After he is done analyzing this description (which should include physical descriptions of the sample, any possible photographs, etc), they will send a sampling kit to those deemed worthy of the study.

“As an academic I have certain reservations about entering this field, but I think using genetic analysis is entirely objective; it can’t be falsified,” Sykes said. “So I don’t have to put myself into the position of either believing or disbelieving these creatures.”

Sykes has a history of doing things which seem pretty silly at first, but then turn out to have impressive results. When he set out to find DNA from ancient human remains, for instance, he thought, “It’s never going to work.” It did, and he published the first report of DNA from ancient human bones in the journal Nature in 1989.

Via Discovery

share Share

For better or worse, machine learning is shaping biology research

Machine learning tools can increase the pace of biology research and open the door to new research questions, but the benefits don’t come without risks.

Sixty Years Ago, We Nearly Wiped Out Bed Bugs. Then, They Started Changing

Driven to the brink of extinction, bed bugs adapted—and now pesticides are almost useless against them.

These "Ants" Use Ultrablack to Warn Predators — and Stay Cool

Velvet ants, actually flightless wasps, boast an ultrablack exoskeleton thanks to dense nanostructures.

Scientists Call for a Global Pause on Creating “Mirror Life” Before It’s Too Late: “The threat we’re talking about is unprecedented”

Creating synthetic lifeforms is almost here, and the consequences could be devastating.

If You Need Only 4 Hours of Sleep, You Might Have This Rare Genetic Mutation

Short sleepers cruise by on four to six hours a night and don’t seem to suffer ill effects. Turns out they’re genetically built to require less sleep than the rest of us.

This Hornet Can Drink 80% Alcohol Without Ever Getting Drunk and Scientists Finally Know Why

Oriental hornets never get intoxicated with alcohol no matter how strong the alcohol or how long they drink.

This Tiny Microbe Can Withstand Extreme Radiation That Would Obliterate Humans. Here's How It Might Protect Astronauts on a Trip to Mars

Could a humble bacterium hold the key to surviving cosmic radiation?

The heart may have its own "mini-brain": a nervous system that controls heartbeat

Somewhere within the heart, there may be a "little brain".

Crocodile Scales Form in a Surprising Way That Has Nothing to Do with Genetics

The surprising way crocodile scales form offers a glimpse into how evolution works beyond genes.

Trained Dogs Can Sniff Out Canine Bladder Cancer with Impressive Accuracy

Dogs have been successfully trained to detect one of the most common dog cancers with 92% specificity.