NOV 12, 2018 6:41 AM PST

Newly-Discovered Tea Plant Naturally Exhibits Little or No Caffeine

WRITTEN BY: Anthony Bouchard

Tea is perhaps one of nature’s purest flavored drinks, and it can be brewed from not much more than some hot water and lightly-processed tea plant leaves. But despite the plethora of health benefits associated with drinking tea, tea plants tend to be loaded with excess caffeine.

Caffeine isn’t all bad; it can be helpful in some cases, but it’s not always desirable. Citing statistics shared by the Tea Association of the USA, at least 18 percent of tea drinks consumed by Americans in 2017 were decaffeinated. Decaffeination is an effective method for removing excess caffeine from tea plant leaves, but it can also adversely impact the drink’s flavor and health benefits.

Image Credit: American Chemical Society

Fortunately, the future of tea drinking looks bright for those who prefer decaffeinated drinks over their caffeinated counterparts. A study published this weekend in the Journal of Agricultural and Food Chemistry denotes how a newly-discovered tea plant from the mountains of Southern China called Hongyacha (HYC) exhibits little or no caffeine by nature.

Related: Plants thicken their leaves in response to higher CO2 levels, and that's bad

HYC is somewhat elusive in the wild, but it just might be the miracle tea plant that decaffeinated tea-loving humans have been searching for. Liang Chen and colleagues from the American Chemical Society analyzed the newly-discovered tea plant with a method known as high-performance liquid chromatography to discern its chemical composition.

The results revealed how HYC leaves exhibit hardly any caffeine at all but retain compounds associated with health benefits in regular tea leaves. But the excitement didn’t stop there. The researchers reportedly found other health-promoting compounds that aren’t typically present in regular tea leaves.

As it would seem, HYC’s decaffeinated qualities can be attributed to a genetic mutation that impacts the gene responsible for facilitating caffeine production in tea plants. That said, it’s an entirely natural and no-compromise decaffeination process that puts modern decaffeination techniques to shame.

The discovery of this new tea plant isn’t just crucial for reinforcing the scientific database of known plants, but also for revolutionizing the tea industry. Assuming the findings are accurate, HYC could go on to become a healthier alternative to the regular teas available to drink today.

Source: Science Daily, Journal of Agricultural and Food Chemistry

About the Author
  • Fascinated by scientific discoveries and media, Anthony found his way here at LabRoots, where he would be able to dabble in the two. Anthony is a technology junkie that has vast experience in computer systems and automobile mechanics, as opposite as those sound.
You May Also Like
MAR 22, 2020
Genetics & Genomics
MAR 22, 2020
The Evolutionary Origins of the Human Hand
An ancient fish fossil has given researchers new insight into how fish fins eventually evolved into human hands.
APR 03, 2020
Health & Medicine
APR 03, 2020
Cannabis Could Have Adverse Effects on Fertility
New research proves that female eggs exposed to THC may affect their ability to produce embryos that will result in a vi ...
APR 12, 2020
Plants & Animals
APR 12, 2020
Oxpeckers May Help Black Rhinos Avoid Humans
If you’re a rhino of any kind, then you’d probably always want to keep your distance from humans. Rhinos hav ...
APR 17, 2020
Earth & The Environment
APR 17, 2020
Earth Just Had its Second Warmest March
The planet continues to set climate records, which is certainly not great news. Earlier this week, the National Oceanic ...
MAY 20, 2020
Chemistry & Physics
MAY 20, 2020
Do cats or dogs better survive venomous snakebites?
Who do you think could better battle off a venomous snakebite - a dog or a cat? New research from the University of Quee ...
MAY 25, 2020
MAY 25, 2020
The Symbiotic Bacteria That Stow Away in Ship-Destroying Clams
Shipworms are known as the 'termites of the sea.' They are not actually worms; these infamous mollusks that have brought ...
Loading Comments...