Scientists uncover secrets to reptile waste management, potentially paving the way for new human health treatments.
Researchers have discovered a unique mechanism used by reptiles to eliminate waste, with potential implications for treating human kidney stones and gout. The study found that reptiles produce crystalline solids called urates, which are composed of tiny microspheres made primarily of uric acid.
In contrast to humans, who excrete waste as liquid urine, many reptiles have evolved to expel waste in the form of solid crystals. This process allows them to conserve water and maintain a stable body environment. However, the build-up of these crystalline solids can be hazardous for humans, leading to conditions such as gout or kidney stones.
By analyzing urate samples from over 20 species of snakes and lizards, researchers found that some reptiles produce urates with textured microspheres measuring between 1-10 micrometers in width. These spheres contain even smaller nanocrystals composed of uric acid and water, which may help convert ammonia into a less toxic form.
The study's lead author, Jennifer Swift, notes that the discovery sheds new light on the evolutionary mechanisms used by reptiles to manage waste. While more research is needed, the findings suggest that proper amounts of uric acid may have a protective role in humans, potentially leading to the development of new treatments for related health conditions.
The study's results offer a unique perspective on the biology of reptiles and their ability to adapt to different environments. By understanding how these animals manage waste, scientists can gain valuable insights into the development of innovative treatments for human health issues.
Researchers have discovered a unique mechanism used by reptiles to eliminate waste, with potential implications for treating human kidney stones and gout. The study found that reptiles produce crystalline solids called urates, which are composed of tiny microspheres made primarily of uric acid.
In contrast to humans, who excrete waste as liquid urine, many reptiles have evolved to expel waste in the form of solid crystals. This process allows them to conserve water and maintain a stable body environment. However, the build-up of these crystalline solids can be hazardous for humans, leading to conditions such as gout or kidney stones.
By analyzing urate samples from over 20 species of snakes and lizards, researchers found that some reptiles produce urates with textured microspheres measuring between 1-10 micrometers in width. These spheres contain even smaller nanocrystals composed of uric acid and water, which may help convert ammonia into a less toxic form.
The study's lead author, Jennifer Swift, notes that the discovery sheds new light on the evolutionary mechanisms used by reptiles to manage waste. While more research is needed, the findings suggest that proper amounts of uric acid may have a protective role in humans, potentially leading to the development of new treatments for related health conditions.
The study's results offer a unique perspective on the biology of reptiles and their ability to adapt to different environments. By understanding how these animals manage waste, scientists can gain valuable insights into the development of innovative treatments for human health issues.