product image

select caret down
Login

Note: The content of this article is for general information purposes only. It does not replace medical or nutritional advice and does not constitute health-related statements about our products.

– Before you read on –

We don't just know everything about Kombucha ...

We also brew the best raw kombucha ourselves. If you're thirsty, stop by our shop and see for yourself!

Try kombuchery

From tempting sweetness to white poison? Is sugar really unhealthy, or is it completely harmless for our bodies even in moderation? With this article, I want to draw your attention to a more conscious approach to sugar and provide you with all the useful facts about it.

Why sugar can be harmful

Sugar, in the form of blood sugar, is a component of our bodies. Sugar also exists in natural foods, such as fruits, vegetables, or grains. These forms of sugar generally pose no problem.

However, when it comes to the sugar provided by the food industry, such as household sugar and glucose syrup, you should have an overview of quantities and types to avoid endangering your health. Blood sugar fluctuations can be easily managed by the body, but only if they occur within normal limits. A high intake of industrial sugar, however, leads to blood sugar fluctuations that strain the body. It damages teeth, promotes vital nutrient deficiencies, causes blood sugar fluctuations, fosters chronic inflammatory processes, disrupts gut flora, and promotes cancer development.

The Glycemic Index (GI)

How quickly and how high blood sugar levels rise after consuming a food is measured using a specific parameter: the glycemic index. The higher the glycemic index, the worse and unhealthier carbohydrates are.

Pure glucose has the highest GI of 100. White bread, for example, ranges from 70 to 85, and cola is at 70. Whole grain products have a GI of 40, while legumes and most fruits and vegetables are even lower.

Since a low GI causes blood sugar levels to rise slowly, foods made from whole grains, legumes, and fruits and vegetables hardly strain the body. Generally, a food with a GI above 50 is considered worse than those below 50.

This shows that the consumption of sugar and carbohydrates has a very different effect on blood sugar levels. Furthermore, the sugar from healthy foods causes only minor blood sugar fluctuations and thus serves for energy production without harming health.

With natural sugar in fruits or grains, you also absorb accompanying substances like vitamins, minerals, and fiber. Isolated and refined forms of sugar, however, consist solely of sugar without these accompanying substances. These have a negative impact on metabolism.

What constitutes healthy sugar?

Healthy sugar can only refer to sugar found in natural foods, such as fruits, grains, nuts, legumes, and vegetables. However, forms of sugar that you consume in industrially processed and isolated form are at best less harmful, but truly healthy none of these sugars are – with a few exceptions.

Health problems and risks

For thousands of years, humans did not eat refined flour or any form of isolated sugar. These are changes that our bodies can hardly cope with, manifesting in various health problems beyond tooth decay.

In addition to the aforementioned damage that our body can experience, partly due to the increased intake of isolated sugar, nutrient deficiency is at the forefront. If we were to eat the sugar beet whole, for example, we would also consume fiber, vitamins, and minerals in addition to carbohydrates. Nature has combined everything in fruits that serves a balanced nutrient supply.

Household sugar & co. unfortunately no longer contain any nutrients. Since neither vitamins, minerals, nor fiber arrive with the sugar, the body has to draw the accompanying substances required for sugar processing from its own reserves. In particular, vitamin B1 and calcium are said to be consumed more when sugar intake is high.

People who eat many foods with isolated carbohydrates are inevitably affected by a vitamin and mineral deficiency at some point. And here we can lump sugar, white flour, and white rice together. All of them have lost almost their entire nutrient diversity due to the intensive processing.

Consequences of a persistent nutrient deficiency include infectious diseases, tooth decay, osteoporosis, hyperactivity, lack of drive, or premature aging.

Tips for switching to a low-sugar diet:

  • Avoid sugary drinks – instead, drink Kombucha and high-quality water.
  • Start the day with a sugar-free breakfast.
  • Eat plenty of fresh, raw food, rich in bitter substances.
  • Wild herbs counteract nutrient deficiencies.
  • Prefer valuable carbohydrate-rich foods such as sprouts, nuts, or sweet potatoes.
  • Eat as few processed foods as possible.
  • Read ingredient lists of foods and identify hidden sugars.
  • Use alternative sweeteners.
  • Get into the habit of thorough chewing.

Labeling of sugar

Reading ingredient lists when shopping can sometimes be tricky – sugar hides behind many names, especially behind all kinds of sugar syrup. Syrup is cheap, sweetens even more intensely due to its usually higher fructose content, and has now crept into almost all convenience foods.

Sugar can bear the following names:

Sugar


Sugar syrup


Alternative sweeteners

Brown sugar
Dextrose
Fructose
Gelling sugar
Barley malt extract
Invert sugar
Candy sugar
Caramel sugar
Lactose
Maltose
Malt sugar
Milk sugar
Cane sugar
Sucrose
Grape sugar
Vanilla sugar
White sugar

Fructose syrup
Glucose-fructose syrup
Glucose syrup
High-fructose corn syrup (HFCS)
Isoglucose
Caramel syrup
Corn syrup
Molasses
Starch syrup

Agave nectar
Date syrup
Fruit concentrates
Fruit juice concentrates
Honey
Coconut blossom sugar
Palm sugar
Stevia
Grape fruit sweetness


Attention!

When reviewing ingredient lists, it's easy to misjudge the sugar content and the sweeteners used.

  • Sugar hides behind names that don't directly suggest sugar, such as dextrose or isoglucose.
  • Multiple listings of sweetening ingredients cause them to move to the end of the ingredient list, but in total, they result in enormous amounts of sugar.
  • Products labeled "unsweetened," such as rice milk, still contain 7.2 g of sugar per 100 ml.
  • Products like pizza, vegetarian spreads, and many others contain various sugar additives.

    Healthy sugar alternatives

    Agave syrup

    Agave syrup is extracted from the sap of agave plants. After extraction, it is filtered, heated, thickened, and then contains 76 percent sugar. It is slightly thinner than honey and consists mainly of fructose and glucose, with the fructose content significantly dominating at an average ratio of 7:3. Thus, agave syrup has the lowest glycemic index of 15 among all sweeteners and is therefore metabolized almost independently of insulin.

    Caution: A high fructose content can also have negative effects. Fructose travels directly to the liver via the blood and, if abundant, is converted into fat there.

    Maple syrup

    Maple syrup is the boiled-down sap of the Canadian maple tree. Approximately one liter of syrup is produced from about 40 liters of sap. It has a slightly caramel taste and contains around 67 percent sugar, 1:1 glucose and fructose, as well as small amounts of minerals such as potassium, iron, and magnesium. Maple syrup has a glycemic index of 55 to 65 and a slightly lower sweetness than household sugar.

    Apple treacle

    Apple treacle is also known as apple sweetness. In its production, apples are pressed into juice and then evaporated. Apple treacle is a regional sweetener, tastes slightly tart, and a little bit like apples. Depending on the manufacturing process and temperature, minerals and secondary plant compounds are retained. It should be noted that treacles have a fructose content of approximately 60%.

    Date syrup

    Date syrup is made from dried dates. Dates contain slightly more glucose than fructose. In addition, date syrup contains the minerals magnesium, potassium, iron, folic acid, zinc, and calcium, as well as vitamin A.

    Date paste can be easily made in raw food quality. It is metabolized as alkaline and is therefore more valuable than store-bought date syrup, which suffers nutrient losses due to heating.

    Recipe:

    Soak 200 g of dates in water for at least 2 hours. Then blend and season with cinnamon, vanilla, or cardamom as desired. The amount of water determines how thick the paste will be. Stored in a sealed jar, it will keep well in the refrigerator for about a week.

    Honey

    Like sugar, honey consists of glucose and fructose, but it also contains minerals such as potassium, magnesium, calcium, B vitamins, vitamin C, and additional enzymes. It is recommended to buy cold-extracted honey from a local beekeeper. Honey is said to have anti-inflammatory and wound-healing properties.

    Coconut blossom sugar

    This is the thickened, crystallized flower sap of coconut palms. Like regular sugar, it is sucrose, composed of one part glucose and one part fructose. It has a low glycemic index of 35 and causes blood sugar levels to rise only slightly. In addition to minerals like iron, magnesium, zinc, and potassium, it also contains the dietary fiber inulin. It tastes slightly caramel-like and is not quite as sweet as household sugar.

    Rice syrup

    Rice syrup is extracted from whole rice grains or rice flour and contains no fructose. Instead, it contains a special form of glucose that must first be converted by the body, thus causing blood sugar levels to rise more slowly than "normal" glucose. Rice syrup still contains some minerals such as potassium, iron, and magnesium and has a slightly malty-nutty taste. Its sweetness is only half that of household sugar.

    Stevia

    Stevia, also known as sweet herb, is a plant with intense sweetness and a licorice-like taste. About 20% of the green leaves consist of the sweetening substances stevioside and rebaudioside A, which are 300 to 400 times sweeter than sugar. However, intensive processing is required to extract these sweetening substances. Stevia drops, tablets, or tabs contain no calories and are metabolized without insulin, but they are not health-promoting.

    Yacon syrup

    Yacon syrup has a caramel-like sweetness, similar to maple syrup. It is made from the tuber of the yacon plant, which is related to Jerusalem artichoke. Like Jerusalem artichoke tubers, yacon tubers are rich in water-soluble dietary fiber. In addition to inulin, yacon tubers also contain fructooligosaccharides (FOS). FOS have a prebiotic effect, as they serve as food for good gut bacteria and strengthen the gut environment.

    Currently, yacon syrup is offered as the perfect sugar alternative. Not without reason: it is considered a highlight for digestion and is metabolized almost insulin-independently with a glycemic index of 1. It should be noted that the consumption of yacon syrup can lead to digestive problems in sensitive people in the form of diarrhea or bloating.

    Erythritol

    Erythritol is a sugar alcohol consisting of four carbon atoms with 70 percent the sweetness of sugar, but without an alcoholic effect. The substance occurs naturally in pears and grapes, among other things. Industrially, it is extracted from corn, produced using yeasts, and even seems to have some antioxidant properties.*

    Erythritol does not affect insulin levels, meaning its glycemic index is zero.

    Sounds very appealing. Erythritol sweetens mildly and neutrally, is said to have no laxative effect compared to xylitol, yet it is not a natural sweetener.

    *from "How Not to Die" by Dr. Michael Greger

    Conclusion

    All the presented sweeteners are valuable alternatives to refined household sugar and are therefore definitely healthier. However, this statement should not tempt us to eat too much of them. Although they contain health-promoting ingredients in small amounts, they are all concentrated carbohydrates.

    Used sparingly, we can, however, sweeten our dishes with a clear conscience.

    Kombucha needs carbohydrates for fermentation/metabolism. Our organic Kombucha is fermented to contain as little sugar as possible (up to 50% less than comparable products and up to 80% less than common sodas) and is also raw/unpasteurized. This means it contains many nutrients for you, such as vitamins, healthy yeasts, and microorganisms, and is even metabolized in an alkaline way.

    Furthermore, I recommend you to explore new taste experiences with fresh fruits and vegetables, combined with plenty of leafy greens and wild herbs, to initiate a gentle change in taste.

    Much success and good health!

     


    Sources: zentrum-der-gesundheit.de / deine-ernaehrung.de 

    Leave a comment

    Please note, comments need to be approved before they are published.

    This site is protected by hCaptcha and the hCaptcha Privacy Policy and Terms of Service apply.

    Note: This article is intended for informational purposes only and should not be construed as professional analysis, advice, or medical information. It contains the author's personal opinion based on researched literature and personal experience on the subject.

    Recommended articles for you

    You can find more of my articles, from A, like non-alcoholic kombucha cocktails, to Z, like lemon-ginger kombucha, on our Kombuchery blog. Let's learn more about kombucha together!

    View all

    Kombucha Guide Berlin: Die 10 besten Cafés & Restaurants in 5 Bezirken

    Kombucha Guide Berlin: The 10 Best Cafes & Restaurants in 5 Districts

    Urban Wellness in Berlin: 5 Neighborhoods Where You'll Find Great Kombucha Berlin is one of Europe's most exciting cities when it comes to modern food and drink culture. Kombucha is no longer a niche product here, but part of a...

    Read moreabout Kombucha Guide Berlin: The 10 Best Cafes & Restaurants in 5 Districts

    Wer kann mehr? Der Vergleich: Kombucha, Brottrunk & funktionale Limonaden

    Who Can Do More? The Comparison: Kombucha, Brottrunk & Functional Lemonades

    In recent years, the range of beverages available has changed significantly. In addition to classic soft drinks, more and more fermented beverages and so-called functional lemonades are available in supermarkets today. Particularly popular are kombucha, kvass, and modern lemonades with...

    Read moreabout Who Can Do More? The Comparison: Kombucha, Brottrunk & Functional Lemonades

    Kombucha und seine Wirkung: Wissenschaftliche Studien zu Inhaltsstoffen, Fermentation und Gesundheit

    Kombucha and Its Effects: Scientific Studies on Ingredients, Fermentation, and Health

    Kombucha is one of the most intensively researched fermented beverages in recent years. Modern microbiological, nutritional, and clinical studies show that the drink possesses an exceptionally complex biochemical composition. During fermentation, numerous bioactive compounds are formed, including organic acids, polyphenols,...

    Read moreabout Kombucha and Its Effects: Scientific Studies on Ingredients, Fermentation, and Health

    🌍 World Kombucha Day am 21. Februar: Geschichte, Fakten & Tipps zum Feiern

    🌍 World Kombucha Day on February 21: History, Facts & Tips for Celebrating

    Celebrate the Effervescent History of Kombucha Every year on February 21st, kombucha fans worldwide celebrate World Kombucha Day. But why exactly does this day exist? It's simple: it's a tribute to a beverage that has delighted, inspired, and refreshed people...

    Read moreabout 🌍 World Kombucha Day on February 21: History, Facts & Tips for Celebrating

    Die besten Nahrungsergänzungsmittel: Gesundheit gezielt stärken ohne Risiko

    The Best Nutritional Supplements: Targeted Health Boosts Without Risk

    Dietary Supplements: Beneficial for all who can't live perfectly healthy every day In a stressful everyday life, many people can't always manage to eat optimally healthy every day. Shift work, long days in the office, little time for fresh cooking,...

    Read moreabout The Best Nutritional Supplements: Targeted Health Boosts Without Risk

    Darmkuren im Check: Was wirklich wirkt

    Bowel Cleanses Under Scrutiny: What Really Works

    Colon cleanses, detox programs, and so-called "bowel purifications" have enjoyed great popularity for years. They promise a fresh start for the body, more energy, better digestion, and increased well-being. Especially in the context of gut health, such promises seem plausible...

    Read moreabout Bowel Cleanses Under Scrutiny: What Really Works

    Präbiotische/ probiotische Hautpflege: Hilft sie wirklich?

    Prebiotic/probiotic skincare: Does it really work?

    Prebiotic and Probiotic Skincare: Trend or Scientifically Effective? The Skin Microbiome: A Complex Ecosystem The skin is the largest human organ and a complex ecosystem inhabited by a multitude of microorganisms, collectively known as the skin microbiome. This consists of...

    Read moreabout Prebiotic/probiotic skincare: Does it really work?

    Wozu braucht der Körper Präbiotika?

    Why does the body need prebiotics?

    Prebiotics are often overshadowed by their more well-known "relatives," probiotics. While probiotics are living microorganisms that we ingest through food or supplements, prebiotics serve as food for the beneficial bacteria in the gut. They are, so to speak, the fuel...

    Read moreabout Why does the body need prebiotics?

    Wie viel Kombucha ist gut für dich?

    How much kombucha is good for you?

    How much kombucha is good for me? Our tips on dosage, duration of use and what your body really needs Kombucha is more than just a trendy drink - it's alive, naturally fermented, and packed with microorganisms. But how much...

    Read moreabout How much kombucha is good for you?

    New formula with vitamin C from acerola: *Vitamin C contributes to the normal function of the immune system, normal energy metabolism, and the protection of cells from oxidative stress.
    • Vitamin C trägt zu einer normalen Funktion des Immunsystems bei.
    • Vitamin C trägt zu einer normalen psychischen Funktion bei.
    • Vitamin C trägt zu einem normalen Energiestoffwechsel bei.
    • Vitamin C trägt zur Verringerung von Müdigkeit und Ermüdung bei.
    • Vitamin C trägt zu einer normalen Funktion des Nervensystems bei.
    • Vitamin C trägt dazu bei, die Zellen vor oxidativem Stress zu schützen.
    • Vitamin C trägt dazu bei, die reduzierte Form von Vitamin E zu regenerieren.
    • Vitamin C trägt zu einer normalen Kollagenbildung für eine normale Funktion der Haut bei.
    • Vitamin C trägt zu einer normalen Kollagenbildung für eine normale Funktion der Blutgefäße bei.
    • Vitamin C trägt zu einer normalen Kollagenbildung für eine normale Funktion der Knochen, der Knorpel, der Zähne und des Zahnfleisches bei.
    • Vitamin C erhöht die Eisenaufnahme.