Coffee review

Scientists have discovered the molecules that bring bitterness to coffee

Published: 2024-11-03 Author: World Gafei
Last Updated: 2024/11/03, German scientists have discovered the molecule that brings bitterness to coffee. Human beings have a long history of quoting coffee. Coffee has not only become a part of many people's lives, but also aroused the creative inspiration of many artists. For example, the German composer Bach once wrote an oratorio for coffee to describe his love of coffee. There are about thirty in a cup of coffee

German scientists have discovered the molecule that brings bitterness to coffee.

Human beings have a long history of quoting coffee. Coffee has not only become a part of many people's lives, but also caused

Inspired by many artists. For example, the German composer Bach once wrote an oratorio for coffee.

To describe his love of coffee.

There are about thirty different chemicals in a cup of coffee. These different compounds bring complexity to coffee.

Taste, such as sour taste, astringent taste, bitter taste and so on. As early as 1930, many scientists began one after another.

The effects of various chemical molecules in coffee on coffee flavor were studied. However, there is no relevant research on the bitterness of coffee.

More.

Thomas Hofmann of Technical University of Munich in Germany decided to study the bitterness of coffee.

He filtered the brewed coffee and found that some of the molecules with the smallest molecular weight tasted the bitterest. So he started to focus on this.

After a series of experiments, he found that one of the molecules was chlorogenic acid lactone (chlorogenic acid lactone). Green

The original acid exists in most plants and becomes chlorogenic acid lactone after dissociation. So they analyze a series of different

Roasted coffee to test the content of chlorogenic acid lactone.

They found that roasted coffee beans break down chlorogenic acid into chlorogenic acid lactone, giving the coffee a mild bitter taste. Succession

The result of continuous baking will decompose chlorogenic acid lactone into phenyllindane (phenylindanes), which will produce a strong bitter taste.

The findings were presented at this year's American Chemistry Annual meeting.

In addition to increasing our understanding of coffee, coffee may be more interested in knowing the source of coffee bitterness.

Manufacturer. From this study, they may be able to find ways to reduce the bitterness of coffee and make it acceptable to more people.

0