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Indian Stocks to Watch for Quick Returns in 2025 Automated Trading Portfolio ✌️【Trading Tools】✌️ Expert predictions with real-time stock, futures, and metals, energy data to help you quickly recover and grow. The origin of modern humans’ long-standing love affair with carbs may predate our existence as a species, according to a new study.

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But archaeological evidence in recent years has challenged this view, suggesting that humans long ago developed a taste for carbohydrates, roasting things such as tubers and other starch-laden foods that have beendetected by analyzing bacterialodged in teeth.

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Humans today have multiple copies of this gene, and the number varies from person to person. However, it has been tricky for geneticists to piece together how and when the number of these genes expanded — a reflection of when eating starch likely became advantageous for human health.

“The main question that we were trying to answer was, when did this duplication occur? So that’s why we started studying ancient genomes,” said the study’s first author Feyza Yilmaz, an associate computational scientist at The Jackson Laboratory.

“Previous studies show that there’s a correlation between AMY1 copy numbers and the amount of amylase enzyme that’s released in our saliva. We wanted to understand whether it’s an occurrence that is corresponding to the advent of agriculture. This is … a hot question,” she said.

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It’s not clear exactly when the initial duplication of AMY1 took place, but it likely happened at random. The presence of more than one copy created a genetic opportunity that provided humans with an advantage for adapting to new diets, especially those rich in starch, as they encountered different environments.

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“The authors finding that an increased copy number of the amylase gene, which results in a greater ability to break downstarch, may have emerged hundreds of thousands of years before Neanderthals or Denisovans gives more credit to the idea that starches were being metabolized into simple sugars to fuel rapidly growing brain development during human evolution,” Hermes said.

“While I think more testing with higher-quality ancient human genomes is warranted, I was surprised that the authors were able to detect multiple copies of amylase genes in Neanderthals and Denisovan genomes that have been previously published,” Hermes added. “This shows the value in continuing to mine the genomes of our human ancestors for important medical and physiological records.”

It is challenging to understand how individual genes varied over time in populations, and the study is “extremely impressive,” said Christina Warinner, John L. Loeb Associate Professor of the Social Sciences and Anthropology at Harvard University.

“We know that dietary shifts have played a central role in human evolution … but reconstructing these events that took place thousands, hundreds of thousands, and even millions of years ago is daunting,” Warinner, who wasn’t involved in the research, said.

“This study’s genomic sleuthing is helping to finally time stamp some of those major milestones, and it is revealing tantalizing clues about humanity’s long love affair with starch.”

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