Ants could be the next line of defense against cancer.

A study published in the journal Proceedings of Royal Society B: Biological Sciences focused on Ants and their keen sense of smell. Ants use smell via their thin sensory appendages that sit on top of their heads to do almost everything, including hunt for food, spotting mates, and protecting their young.

In the study, scientists used pieces of a breast cancer tumor, which were grafted onto mice, and then trained 35 ants to associate urine from the infected mice with sugar. In analyzing, scientists detected that the ants would hover for longer periods of time near the sick mouse rather than the healthy one.

Using ants to detect cancers would be a cost-cutting tool. Currently, cancers are diagnosed by blood withdrawal, biopsies, and colonoscopies, which are all considered invasive as well as being expensive procedures. Utilizing ants to screen for cancer would be significantly more reasonable.

While dogs have similar capabilities in that they are able to detect cancer in humans through smell, they take much longer to train. Baptiste Piqueret, a postdoctoral fellow at the Max Planck Institute for Chemical Ecology in Germany, said ants would be the ideal animal to use because they have good memories, are easy to train and don't bite.

Though progress has been made with ants and their cancer detection capabilities, there is still more research to be done on their efficacy. The next phase of the study will be human trials to see if ants are able to sniff out cancers through human excrement.

Share:
More In Science
J&J Vaccine, Build Back Later & Love, Hate, Ate
Carlo and Baker wrap up another week discussing the latest explosion in new Covid cases in the Northeast, President Biden's stalled agenda and more. Plus, Love, Hate, Ate featuring the question: why did movie dialogue get so hard to understand?
Explaining Climate Change and Extreme Weather
From extreme cold in Texas to devastating wildfires in California to the recent tornadoes in the Midwest, the U.S. experienced a string of severe weather events in 2021. Cheddar News speaks with climate expert Sweta Chakraborty on how these disasters are linked to climate change.
How Sports Leagues Take a Lead Role in Battling COVID-19
The sports world has been at the forefront of dealing with the pandemic ever since the NBA temporarily halted operations in March 2020 and opted to play in their Florida bubble. As the omicron variant and current COVID surge forces game postponements and player quarantines, how leagues manage to continue operations through the outbreaks could be a sign of what is to come for the general public. Dr. Robby Sikka, chair of the COVID Sports Society Workgroup and a former VP with the Minnesota Timberwolves, joined Cheddar's "Closing Bell" to talk about the ways in which the NBA, NHL, and NFL are innovating amid the disruptions.
The Bump's 'Black Maternal Health' Hub Works to Reduce Black Maternal Mortality
According to the CDC, Black women are three to four times more likely to die from pregnancy-related causes than white women. The grim statistic is one of the main reasons why two organizations came together to do something. The Bump and the National Medical Association are partnering to launch The Black Maternal Health hub. The online resource will help expecting mothers feel supported, informed, and empowered throughout pregnancy and the early days of parenting. Jennifer Lee at The Bump and Dr. Rachel Villanueva, a clinical assistant professor of OB/GYN and member of the National Medical Association join Cheddar News to talk about the initiative.
Future of the Genomics Industry; Innovation in Breast Milk
On this episode of Cheddar Innovates: Nucleus CEO breaks down what the future of the genomics industry looks like; Biomilq Co-Founders explains how they are is recreating the process of milk production outside the body to combine both nutrition and practicality for new moms; A look at Curiosity Stream's 'Top Science Stories 2021.'
The Flaws and Future of the Genomics Industry
Kian Sadeghi, Founder and CEO of Nucleus, joins Cheddar Innovates to discuss how he's making genetic analysis more accessible, what our genetic code can teach us about ourselves, and what the future of the genomics industry looks like.
Load More