Some human populations gained extra genes to help break down starch in only 12,000 years. By Laura Baisas Published Sep 5, 2024 9:25 AM EDT Deposit Photos Get the Popular Science daily newsletter💡 ...

When humans domesticated grains some 12,000 years ago, natural selection began to favor genomes with extra genes encoding for the enzyme amylase, which converts starch to sugar. These extra genes ...

New research offers insight into the evolutionary history of amylase genes, which are key to our ability to eat and digest starchy food. A study found that human ancestors started carrying multiple ...

A new study reveals how the duplication of the salivary amylase gene may not only have helped shape human adaptation to starchy foods, but may have occurred as far back as more than 800,000 years ago, ...

Trying to reduce your carbohydrate intake means going against nearly a million years of evolution. Humans are among a few species with multiple copies of certain genes that help us break down starch — ...

A new study published on Thursday determined that humanity’s modern-day adoration for carbs may actually predate even the emergence of the Neanderthals. It has been assumed that the earliest humans ...

Amylases are important enzymes that break down complex carbohydrates to simple sugar molecules. They are important for digesting food and allowing the body mobilize carbohydrates for metabolism.

The study of α-amylase inhibitors and digestive enzymes in insect larvae offers crucial insights into insect physiology and crop protection. Insect larvae rely on α-amylase to hydrolyse starch, a ...

Taters and toast could be tooth trouble in disguise. A new study suggests that the number of AMY1 gene copies you have plays a crucial role in how the bacteria in your mouth respond to starch, ...