Which major award will the ginger cat gene research receive by December 31, 2025?
Nobel Prize • 25%
Breakthrough Prize • 25%
Australian Museum Eureka Prize • 25%
No major awards • 25%
Announcements from scientific award committees or university press releases
University of Sydney Identifies Gene for Ginger Cat Color in 188 Felines After 60 Years of Research at Stanford
Dec 5, 2024, 04:06 PM
Researchers from the University of Sydney have identified the gene responsible for the distinctive ginger color in cats, linking it to their gender. This discovery, which has been validated through various studies involving genetic samples from over 188 felines worldwide, sheds light on a genetic puzzle that has perplexed scientists for six decades. The findings were influenced by contributions from experts at Stanford University, including Greg Marsh, who have been exploring the genetic challenges associated with orange cats. While the reasons behind the quirky behavior of ginger cats remain unclear, the genetic basis for their coat color has now been established.
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Breakthrough Prize • 25%
National Academy of Sciences Award • 25%
No award received • 25%
Nobel Prize • 25%
No • 50%
Yes • 50%
Breakthrough Prize • 25%
Other • 25%
Nobel Prize • 25%
National Medal of Science • 25%
Yes • 50%
No • 50%
Academic research award • 25%
Neuroscience award • 25%
Technology innovation award • 25%
Other • 25%
No • 50%
Yes • 50%
Cross-species fur color test • 25%
General feline genetic health test • 25%
Cat fur color prediction test • 25%
No new test developed • 25%
Animal welfare organization • 25%
None • 25%
Social media platform • 25%
Airline industry • 25%
Gene affecting fur color in dogs • 25%
No related discoveries • 25%
Gene affecting fur color in rabbits • 25%
Gene affecting skin color in reptiles • 25%
Best Research Facility • 25%
Best Patient Care • 25%
Best Cancer Hospital in UK • 25%
No major award • 25%
Yes • 50%
No • 50%
Yes • 50%
No • 50%
No • 50%
Yes • 50%
0-1 additional genes • 25%
More than 5 additional genes • 25%
4-5 additional genes • 25%
2-3 additional genes • 25%