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Editorial Note: This article deals with general scientific findings on kombucha and not with Kombuchery products. Scientific findings and study results are not automatically transferable to individual foods or products. The article does not replace medical or nutritional advice and is not to be understood as a health-related statement about specific foods or products.

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Kombucha has a long tradition as a fermented tea beverage. During fermentation, various organic acids and other fermentation products are formed, depending on the manufacturing process.

Since sugar is used for fermentation and some of it remains in the finished drink, the question of how Kombucha can be incorporated into one's diet arises, especially for people with diabetes. This article addresses exactly that.

Since Kombucha contains the sugar necessary for the fermentation process, you might wonder how this can affect diabetics. In this article, you will find an overview of what diabetes actually is – for all those who have always wondered what the diabetes types mean. For people with diabetes, we will therefore take a closer look at how sugar and carbohydrates in Kombucha should be classified and what should be considered when choosing a specific drink.

Diabetes Types – Causes and Effects

Diabetes mellitus refers to various metabolic disorders in which blood sugar levels can be permanently elevated. Depending on the type of diabetes, the causes, progression, and treatment differ. The body needs the hormone insulin to transport sugar from the blood into the body's cells. When we eat something, the so-called blood sugar level rises. The pancreas then produces more insulin. In a diabetic, this mechanism does not work properly: Either not enough insulin is released, or the cells no longer respond correctly to the hormone. This leads to insulin resistance.

This does not remain without consequences. With a persistently elevated blood sugar level, the body tries to excrete the sugar through the urine. Therefore, diabetics often have a stronger urge to urinate and an pronounced thirst. If this condition is not treated, the blood vessels and nerves suffer. Possible long-term complications include kidney damage, heart attack, or eye diseases.

There are different types of diabetes

In type 1 diabetes, an autoimmune reaction destroys the insulin-producing cells in the pancreas. Type 2 diabetes is characterized by reduced insulin effectiveness and, in later stages, often also impaired insulin production. In addition, there is gestational diabetes and other rarer forms of diabetes. Treatment depends on the type of diabetes, metabolic status, and individual factors.

People with type 1 diabetes require insulin. For type 2 diabetes, therapy is individualized based on metabolic status and disease progression and may include diet, exercise, and medication. For beverages like Kombucha, the carbohydrate and sugar content are particularly relevant for people with diabetes.

Kombucha for Diabetics: Yes or No?

Kombucha has a long tradition as a fermented tea beverage. Over centuries, various properties have been attributed to it. Today, Kombucha can be meaningfully classified primarily by its specific recipe, its sugar and nutrient content, and its manufacturing process.

How Kombucha is individually tolerated can vary. A preventive effect or generally applicable daily drinking amount has not been proven for Kombucha. For people with diabetes, the specific carbohydrate and sugar content of the beverage, as well as the personal therapy, are particularly crucial. Therefore, the nutritional information of the specific product should be considered, and individual questions should be clarified with the treating physician or a nutritionist.

For people who need to consider their carbohydrate intake as part of diabetes therapy, the carbohydrate amount of the specific beverage is crucial. The respective nutritional values are decisive. For home-fermented Kombucha, the residual sugar content can also vary depending on the recipe and fermentation process. Anyone who uses insulin or needs to specifically control their blood sugar should clarify any open questions with their treating physician or a nutritionist.

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Kombucha: Effect on Glucose Metabolism

For people with diabetes, it is particularly crucial how many carbohydrates and how much sugar a specific Kombucha drink contains. Since sugar is needed for fermentation, a varying residual sugar content remains in the finished drink, depending on the recipe and fermentation duration.

Therefore, it is worth taking a close look at the nutritional information. Anyone who uses insulin or needs to specifically control their blood sugar should individually consider the carbohydrate amount and clarify any open questions with their treating physician or a nutritionist.

Please ask a nutritionist or doctor if you are unsure how much Kombucha per day is good for you, and always pay attention to the sugar content when buying Kombucha. The quantities can vary greatly depending on the manufacturer.

FAQs

What exactly is Kombucha?

Kombucha is a fermented beverage made with the help of a culture (tea fungus).

The so-called tea fungus consists of various microorganisms, bacterial, and yeast cultures. Kombucha is a fermented tea beverage made with the help of a Kombucha culture. This culture consists of various bacteria and yeasts. During fermentation, the microorganisms metabolize components of the sweetened tea. This creates, among other things, organic acids and other natural fermentation products, as well as the characteristic sweet and sour taste.

The fermented beverage has a long tradition. Hundreds of years ago, Kombucha was already valued in Asia and Eastern Europe as a traditional fermented tea beverage.

What does Kombucha taste like?

Kombucha takes on different flavors depending on its production, processing, and added ingredients. A raw Kombucha, which has not been pasteurized, tastes sweet-sour, a little more tart than conventional lemonades, and very refreshing.

The type of tea used in production plays a major role in the development of the taste and leads to a more or less intense Kombucha. The sugar source used in fermentation also plays a decisive role.

By adding various fruit juices, the Kombucha flavor can be changed as desired during the second fermentation.

Our Kombucha varieties surprise with a diversity ranging from sweet-sour to ginger-spicy, fruity, and exotic.

How much sugar does Kombucha contain?

The sugar content varies depending on the manufacturer. Kombuchery currently contains 2.3 g of sugar per 100 ml, which is 50% less sugar than conventional soft drinks. Our Raw Kombucha remains unpasteurized and contains millions of active cultures as well as vitamin C from organic acerola.* If we were to let our Kombucha ferment until it contained no sugar, it would be too unpalatable as a refreshing drink.

What ingredients does Kombucha contain?

The exact composition of a kombucha depends on the tea variety, kombucha culture, sugar, fermentation time, and manufacturing process.
Typical components are tea, various bacteria and yeasts, as well as organic acids and other fermentation products formed during fermentation. Which vitamins, minerals, or microorganisms are actually present and in what quantity differs from product to product.

1 comment

    • Valverde Daniel
    • October 15, 2024 at 10:42 am

    Bonjour, je suis DT2, quelle est la quantité à boire par jour? Le matin à jeun, es ce bon? Où peut on acheter le Kombucha et la cure doit durer combien de temps ? Merci beaucoup pour votre réponse. Je suis sous insuline et metformine 1000mg/jour le midi . Cordialement.

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*Vitamin C contributes to the normal function of the immune system, normal energy metabolism, and the protection of cells from oxidative stress.
  • Vitamin C contributes to the normal function of the immune system.
  • Vitamin C contributes to normal psychological function.
  • Vitamin C contributes to normal energy-yielding metabolism.
  • Vitamin C contributes to the reduction of tiredness and fatigue.
  • Vitamin C contributes to the normal functioning of the nervous system.
  • Vitamin C contributes to the protection of cells from oxidative stress.
  • Vitamin C contributes to the regeneration of the reduced form of vitamin E.
  • Vitamin C contributes to normal collagen formation for the normal function of the skin.
  • Vitamin C contributes to normal collagen formation for the normal function of blood vessels.
  • Vitamin C contributes to normal collagen formation for the normal function of bones, cartilage, teeth and gums.
  • Vitamin C increases iron absorption.