For centuries, the world has focused on the coffee bean.
The leaf, however, has remained largely unexplored.
Recent scientific research is beginning to reveal what traditional coffee-growing communities have known for generations: coffee leaves contain a remarkable spectrum of naturally occurring plant compounds that distinguish them from both coffee and tea.
Researchers have identified antioxidants, polyphenols, chlorogenic acids, mangiferin, flavonoids, caffeine, theobromine, and numerous other bioactive compounds within coffee leaves. Together, these compounds create a unique botanical profile that continues to attract growing scientific interest.
This peer-reviewed review summarizes the chemical composition of coffee leaves, including mangiferin, chlorogenic acids, flavonoids, caffeine, trigonelline, and other bioactive compounds.
Although coffee leaves and coffee beans come from the same plant, they differ significantly in composition.
Coffee leaves contain a unique balance of naturally occurring compounds that contribute to their distinctive sensory and chemical profile.
Research has identified:
These compounds have become the focus of increasing scientific investigation.
This review discusses mangiferin as one of the most distinctive compounds found in coffee leaves and examines its antioxidant properties and biological significance.
One of the most intriguing discoveries in coffee leaf research is the presence of mangiferin.
Mangiferin is a naturally occurring polyphenol best known from mango leaves and a small number of other botanical sources. Scientists have studied mangiferin extensively because of its antioxidant properties and its broad range of biological activities.
Coffee leaves are among the few dietary plant sources known to naturally contain meaningful concentrations of this remarkable compound.
The discovery of mangiferin in coffee leaves has played a major role in renewing scientific interest in coffee leaf beverages worldwide.
Researchers identified significant antioxidant activity in coffee leaves, attributed primarily to chlorogenic acids, mangiferin, flavonoids, and related polyphenols.
Coffee leaves contain a diverse range of antioxidant compounds, including chlorogenic acids, mangiferin, flavonoids, and other polyphenols.
Researchers have reported significant antioxidant activity in coffee leaf extracts and infusions, contributing to their growing popularity among consumers seeking naturally functional beverages.
The antioxidant profile of coffee leaves differs from both green tea and coffee beans, making them a unique botanical ingredient with characteristics all their own.
This publication examines chlorogenic acids within coffee leaves and discusses their role as one of the major antioxidant groups naturally present in the coffee plant.
Coffee leaves naturally contain chlorogenic acids, the same family of compounds found in coffee beans.
These compounds are produced by the plant as part of its natural defense system and have become one of the most studied groups of antioxidants found within the coffee plant.
Research has shown that coffee leaves contain a distinctive chlorogenic acid profile that contributes to their unique composition.
This resource documents traditional coffee leaf beverage consumption in coffee-growing regions and summarizes the historical development of coffee leaf infusions.
Long before modern scientific investigation began, coffee leaves were already consumed as a traditional beverage in several coffee-growing regions.
Historical records and ethnobotanical studies document the preparation and consumption of coffee leaf infusions by local communities, where the leaves were valued as an everyday drink.
This traditional use provided an important foundation for the scientific interest that exists today.
Official European Commission authorization recognizing coffee leaf infusion as a Traditional Food from a Third Country.
European Food Safety Authority evaluation supporting the authorization of coffee leaf infusion within the European Union.
Coffee leaf infusions have a long history of traditional consumption and have undergone modern safety evaluations.
In 2020, the European Union authorized coffee leaf infusion as a Novel Food, recognizing its safe use as a beverage when prepared according to established specifications.
This milestone marked an important step in bringing coffee leaf beverages to a broader international audience.
Scientific understanding of coffee leaves continues to evolve.
Researchers around the world are studying their composition, sensory characteristics, antioxidant activity, agricultural potential, and role within the broader coffee plant.
Each new study helps uncover another layer of a remarkable part of the coffee tree that has remained largely overlooked for centuries.
At Teebica, we believe discovery begins with curiosity, transparency, and respect for both traditional knowledge and modern science.
The coffee bean changed the world.
The leaf is only beginning to tell its story.
Comprehensive scientific review covering mangiferin, polyphenols, chlorogenic acids, caffeine, and other coffee leaf compounds.
Review of antioxidant activity observed in coffee leaves and coffee leaf infusions.
Scientific review detailing chlorogenic acid concentrations and their significance within coffee leaves.
Comprehensive review of the chemical composition of coffee leaf beverages.
Historical and cultural background of coffee leaf beverage consumption.
Review discussing sensory properties, aroma compounds, and flavor characteristics of coffee leaf infusions.