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Brew roasted dandelion root
A caffeine-free herbal drink with roasted, gently bitter notes—an everyday way to explore dandelion as a beverage ingredient.
Explore on AmazonDANDELION, FLUID EXTRACT (TARAXACUM SPP.)
Dandelion, fluid extract (Taraxacum spp.) is a botanical flavoring agent or adjuvant derived from the Taraxacum plant, listed in the FDA Substances Added to Food inventory as referenced under 21 CFR 182.20 and evaluated by FEMA and potentially by JECFA.
What It Is
Dandelion, fluid extract (Taraxacum spp.) is a botanical flavoring agent or adjuvant derived from the fluid extract of the Taraxacum species of plants. This ingredient is recognized in regulatory inventories such as the FDA Substances Added to Food (formerly EAFUS) list, where it is entered with a Technical Effect classification of flavoring agent or adjuvant and referenced under regulations such as 21 CFR 182.20 for flavoring substances. The plant genus Taraxacum, commonly referred to as "dandelion," comprises a wide range of perennial herbs in the Asteraceae family, and parts of this plant have been traditionally consumed or used as herbal components in various cultural contexts. Within the context of food production, the fluid extract from dandelion plant materials is valued for contributing natural flavor characteristics to certain food and beverage formulations. In regulatory listings, flavoring agents broadly describe substances added to impart flavor or modify flavor profiles in foods without providing significant nutritional value. Dandelion fluid extract is distinguished from other types of dandelion extracts by its preparation method, which involves extracting soluble compounds from the plant material into a liquid medium, typically using processes that rely on solvents such as water, ethanol, or similar extractive media. This liquid extract can retain many of the flavor-active constituents naturally present in the plant's botanical matrices. Taraxacum spp. refers to the species group within the genus Taraxacum from which the extract is obtained. The CAS number 977038-71-3 uniquely identifies this specific extract variant for regulatory and inventory tracking, enabling manufacturers and regulators to reference it consistently in ingredient lists or compliance documentation. In ingredient nomenclature and labeling, multiple "other names" may refer to similar botanical extracts or formulations, including variations that emphasize the root origin or fluid nature of the extract. These synonyms help ensure comprehensive identification across different markets and regulatory systems. Overall, as a flavoring agent or adjuvant, dandelion fluid extract serves a specific technological function within food production, contributing to the sensory profile of final products, while its regulatory classification and listing guide its lawful use and labeling within compliant food systems.
How It Is Made
The manufacture of dandelion fluid extract typically begins with the selection and harvesting of plant materials from species within the Taraxacum genus. These plants are often cultivated or collected from designated agricultural sources where quality control measures are in place to ensure consistent botanical identity and absence of contaminants such as heavy metals, pesticides, or microbial loads. Once harvested, plant tissues such as leaves, stems, roots, or combinations thereof are cleaned and prepared to remove extraneous matter. The specific parts of the plant used can influence the chemical composition and flavor characteristics of the resulting extract, as different anatomical regions contain distinct profiles of phytochemicals, including bitter compounds, phenolics, and other flavor-related constituents. After preparation, the plant material undergoes an extraction process designed to transfer soluble compounds into a liquid phase. Commonly, this process employs food-grade solvents, such as water and ethanol, either alone or in combination, under controlled temperature and pressure conditions. The choice of solvent and extraction parameters is guided by the desired spectrum of extracted compounds and the end-use considerations for food applications. Extraction may be carried out through maceration, percolation, or other standardized procedures that maximize yield while maintaining the integrity of heat-sensitive constituents. Following extraction, the liquid extract may be filtered to eliminate solid residues and then concentrated through evaporation under reduced pressure to achieve the targeted flavor intensity. Throughout its manufacture, dandelion fluid extract is subject to quality control testing to verify composition, absence of undesirable residues, and compliance with relevant regulatory specifications for safety and purity. These specifications may include limits on microbial contaminants, solvent residues, and other quality attributes as defined by industry standards or regulatory guidance. While specific standardized monographs for this extract may be available through flavoring industry databases such as JECFA or FEMA, general quality control principles in botanical extract production emphasize traceability, reproducibility, and documentation of processing steps. The resulting fluid extract is a concentrated form of the flavor-active components from the Taraxacum plant and is typically stored and handled under conditions that preserve its sensory and compositional integrity until it is incorporated into food formulations by manufacturers.
Why It Is Used In Food
Dandelion, fluid extract (Taraxacum spp.) is used in food primarily for its role as a flavoring agent or adjuvant, meaning it contributes to or modifies the sensory qualities of food products. Flavoring agents are added in small quantities to enhance, balance, or introduce specific taste and aroma characteristics that complement the overall flavor profile of a food or beverage. The unique botanical notes contributed by dandelion fluid extract can provide subtle earthy, herbal, or slightly bitter elements that are desirable in certain product categories. In formulations where natural or botanical flavor components are sought, this extract allows manufacturers to achieve distinct sensory nuances without relying solely on synthetic flavor compounds. Flavoring agents such as dandelion fluid extract also serve technological purposes in food production beyond imparting flavor. For example, they can help mask off-notes that arise during processing or storage, support flavor complexity in reduced-sugar or reduced-fat products where inherent taste may be diminished, and contribute to consumer perception of product quality and naturalness. Botanical extracts are particularly valued in clean-label formulations where consumers seek recognizable plant-derived ingredients rather than artificial additives. In such contexts, the presence of a flavoring agent described as a botanical extract can support marketing claims related to natural flavoring, aligning with current consumer preferences for transparent ingredient lists and minimally processed foods. The classification of this extract as a flavoring agent or adjuvant reflects its functional utility in enhancing sensory appeal while not providing significant nutritional value. Its use may be governed by regulatory inventories and guidance, such as listings in the FDA Substances Added to Food inventory, which indicate that the substance is recognized for use in food in the specified technical role. Ingredient selection for specific products will depend on the desired flavor attributes, compatibility with other components, and compliance with applicable food safety regulations. Across food categories where botanical flavor notes are appropriate, manufacturers incorporate dandelion fluid extract at controlled usage levels to achieve targeted sensory outcomes that contribute to product differentiation and consumer satisfaction.
Adi Example Calculation
To illustrate the concept of an Acceptable Daily Intake (ADI) in a regulatory context, consider a hypothetical scenario where a flavoring agent has an ADI of X mg per kilogram of body weight per day. In such an example, for an individual with a body weight of 70 kilograms, the theoretical ADI-based calculation for daily exposure would be X multiplied by 70. For instance, if the ADI were 5 mg per kilogram per day, the corresponding allowable daily intake based on body weight would be 5 mg/kg/day times 70 kg, resulting in a total of 350 mg per day. It is important to clarify that the ADI value used in this illustrative calculation is hypothetical and not specific to dandelion, fluid extract (Taraxacum spp.), as regulatory databases do not provide a published numeric ADI for this particular ingredient in accessible sources. The hypothetical example serves to demonstrate how ADI values are applied: by scaling the per kilogram threshold to a person’s body weight to estimate the amount of an additive that regulatory authorities consider safe for daily consumption over a lifetime. In real-world regulatory practice, ADI values are derived from thorough toxicological evaluations and include safety factors to protect public health. This illustrative calculation underscores that ADI is a regulatory tool, not a suggested target for consumption, and that actual intake levels of flavoring agents in food products are typically much lower than hypothetical ADI limits, particularly for substances used at low concentrations for sensory purposes. Without a published ADI for a specific ingredient, such as dandelion fluid extract, regulatory assessment focuses more on general safety evaluation frameworks, historical use information, and compliance with permitted usage conditions in food categories, ensuring that exposures remain well within conservative safety considerations.
Safety And Health Research
The safety assessment of food additives, including botanical flavoring agents like dandelion, fluid extract (Taraxacum spp.), involves evaluating the available toxicological data, compositional analyses, and usage patterns to understand potential risks associated with consumption at levels typical of food use. Regulatory frameworks and expert bodies such as the FDA, FEMA, and JECFA employ structured approaches to assess safety, drawing on evidence from studies on absorption, metabolism, toxicity endpoints, and exposure estimates. For flavoring agents, industry-led evaluations often include reviews of structural analogs, historical use data, and available toxicological information, recognizing that many botanical extracts have a long history of consumption in traditional foods or beverages. Scientific literature on Taraxacum genus plants, including various extract types, encompasses a broad range of studies that explore phytochemical composition and biological properties. These studies often aim to characterize compounds present in leaves, roots, and other plant parts, and to investigate potential health-related activities or biological interactions under experimental conditions. While such research contributes to the overall understanding of the botanical source, it is important to distinguish between experimental findings conducted under specific laboratory conditions and the evidence required to support regulatory safety determinations for food additives. Many botanical extracts have complex mixtures of constituents, and direct extrapolation of effects observed in high-dose experimental settings to typical dietary exposures is not appropriate without rigorous risk assessment. Regulatory safety evaluations emphasize the principle of exposure assessment, considering the levels at which a flavoring agent might be used in food products relative to typical consumption patterns. For dandelion fluid extract, documented use levels and food categories, where available through industry sources, inform understanding of potential exposure. However, comprehensive toxicological data specific to this extract may be limited, and absence of explicit acceptable daily intake (ADI) values in public regulatory databases suggests that authoritative bodies have not assigned numerical thresholds based on completed risk assessments. In such cases, industry evaluations, historical use, and general recognition of safety by expert panels may inform confidence in typical use, but explicit numeric safety benchmarks like ADI values may not be established. Researchers and regulatory authorities may identify data gaps that warrant future study, particularly if novel usage patterns or higher exposure levels emerge. Ultimately, the safety and health research context for this ingredient underscores the importance of evidence-based evaluation within regulatory frameworks and prudent ingredient usage consistent with current scientific understanding.
Regulatory Status Worldwide
The regulatory status of dandelion, fluid extract (Taraxacum spp.) varies by jurisdiction, reflecting differing frameworks for evaluating botanical flavoring agents. In the United States, this ingredient appears in the FDA Substances Added to Food inventory (formerly EAFUS) as a flavoring agent or adjuvant with a reference to 21 CFR 182.20, indicating that the substance has been documented within the regulatory inventory of substances used in food. While inclusion in the Substances Added to Food inventory does not constitute an affirmative premarket approval by the FDA, it signifies recognition as a substance that may be used in food under the technical effect specified, consistent with applicable regulatory frameworks. The ingredient might also have been evaluated by industry-led expert panels, such as those organized by the Flavor and Extract Manufacturers Association (FEMA), which assess the safety and usage of flavoring substances based on available scientific evidence and publish reference listings. Internationally, the use of botanical extracts such as dandelion fluid extract in food is subject to local and regional food additive regulations that categorize flavoring agents, natural flavor extracts, and related substances. In some regions, regulatory frameworks require that flavoring agents meet specific compositional standards or be derived from defined source materials, with labeling requirements that reflect their botanical origin. Frameworks such as the Codex Alimentarius provide guidance on general principles for food additive safety evaluation, though specific listings for individual botanical extracts may not be enumerated in every system. At the international level, expert committees like the Joint FAO/WHO Expert Committee on Food Additives (JECFA) maintain searchable databases of evaluated additives, including specifications and safety evaluations, but not all botanical extracts are assigned explicit additive numbers or acceptable daily intake values absent comprehensive evaluation data. Regulatory compliance for the use of dandelion fluid extract in food products typically involves ensuring that the ingredient is permitted under applicable national or regional food additive lists or flavoring inventories, that usage levels are consistent with accepted practices, and that labeling accurately reflects the ingredient’s identity in accordance with food labeling regulations. Manufacturers seeking to use botanical flavoring agents in global markets must consult relevant regulatory documentation and may engage with regulatory authorities or advisory bodies to confirm permissibility and appropriate usage conditions in each jurisdiction. Overall, the regulatory landscape for this ingredient reflects the broader approach to botanical extracts in the flavoring category, with recognition in inventories such as the FDA Substances Added to Food list and variable specific requirements in other regulatory systems.
Taste And Functional Properties
Dandelion, fluid extract (Taraxacum spp.) possesses sensory characteristics that stem from the complex mixture of compounds naturally present in the botanical source. These include phenolics, bitter-tasting sesquiterpene lactones, and other constituents that contribute to a profile often described as lightly bitter, herbal, and subtly earthy. Such flavor nuances are valued in certain food applications where they provide depth and complexity without overwhelming the overall taste balance. The fluid extract format ensures that these soluble flavor-active molecules are readily dispersible in liquid or semi-solid food matrices, facilitating consistent flavor delivery when incorporated at appropriate usage levels. From a functional standpoint, the solubility of dandelion fluid extract in aqueous and moderate ethanol-containing systems enables its use across diverse food categories, including beverages, confections, dairy products, and baked goods. Its behavior in formulation is influenced by factors such as pH, temperature, and the presence of other flavor components, which can modulate the expression of specific sensory notes. For instance, the perception of bitterness or herbal character may be more pronounced in clear beverages compared to complex matrix systems where other flavors and textural elements interact. The stability of the extract's flavor profile under typical processing conditions such as pasteurization or baking is an important consideration for food technologists, and botanical extracts are generally selected for robustness in the intended application environment. In addition to sensory properties, botanical flavoring agents like dandelion fluid extract can influence perceived quality attributes associated with naturalness and authenticity. Consumers often associate plant-derived extracts with wholesome, artisanal, or traditional attributes, making them suitable for products positioned to emphasize natural flavor sources. Functional behavior in formulation extends beyond taste to include interactions with other ingredients that can affect flavor release, volatility, and retention over shelf life. Nonetheless, precise functional outcomes depend on formulation context and manufacturing processes, and sensory evaluation during product development is essential to optimize the use of such extracts. Overall, the taste and functional properties of dandelion fluid extract contribute to its selection as a botanical flavoring component in products where nuanced herbal character and compatibility with other sensory elements are desired.
Acceptable Daily Intake Explained
An Acceptable Daily Intake (ADI) is a regulatory concept used by food safety authorities to define the estimated amount of a substance that can be consumed daily over a lifetime without posing a significant health risk, based on available toxicological and exposure data. ADIs are usually established by expert committees such as JECFA or national regulatory agencies following thorough review of relevant studies and application of safety factors to account for uncertainties. For many botanical flavoring agents, including dandelion, fluid extract (Taraxacum spp.), an explicit ADI value may not be published in accessible regulatory databases if such a formal quantitative risk assessment has not been conducted or made publicly available. When an ADI is established for an additive, it provides a benchmark for risk assessors and manufacturers to evaluate whether typical usage levels in foods are consistent with safe consumption patterns. ADI values are expressed in milligrams of substance per kilogram of body weight per day and include safety margins to protect sensitive individuals and account for uncertainties in data. The ADI is not a recommended intake level for consumers to target, but rather a regulatory threshold to help ensure safety across populations. If definitive ADI values have not been assigned for a given flavoring agent, regulatory assessments may rely on other approaches, such as historical use data, expert panel evaluations, and compositional analysis, to support confidence in safety at intended use levels. For dandelion fluid extract specifically, absence of a clearly defined numeric ADI in public regulatory references suggests that a formal ADI determination may not be documented as publicly accessible, or that such data is proprietary to industry evaluations. In the absence of a published ADI, manufacturers and regulators focus on ensuring that usage levels in food products are consistent with typical flavoring practices, avoid unnecessary high exposures, and comply with relevant labeling and regulatory requirements. Consumers can interpret the concept of ADI as a conservative safety threshold established by experts based on available scientific evidence, helping to frame how regulatory systems approach additive safety without implying specific recommendations for individual consumption.
Comparison With Similar Additives
Flavoring agents and botanical extracts used in food share functional similarities, but they can differ significantly in source material, flavor profile, and regulatory evaluation. Comparing dandelion, fluid extract (Taraxacum spp.), with other botanical flavoring agents such as vanilla extract (derived from Vanilla planifolia beans) and citrus peel oil (obtained from Citrus spp.) highlights both commonalities and distinctions. Vanilla extract is widely used to impart sweet, creamy, and floral notes in foods, and its sensory impact is well characterized across diverse product categories. Regulatory listings for vanilla often include established standards of identity and composition criteria in various regions, whereas dandelion fluid extract may have less specific compositional benchmarks publicly available in standard regulatory monographs. Citrus peel oils, on the other hand, provide vibrant, zesty, and citrusy aromas that are readily recognized in beverages, confections, and baked goods. These oils typically contain high levels of volatile terpenes and are assessed within regulatory frameworks as natural flavoring substances with defined usage conditions. In contrast, the herbal and mildly bitter profile of dandelion fluid extract positions it for niche applications where such botanical character complements other flavor components. From a regulatory safety perspective, well-characterized botanical extracts with extensive compositional data and historical use volume may have more comprehensive evaluation records than less widely studied extracts, which might rely more heavily on industry-specific assessments. Despite differences in flavor character and regulatory documentation, these botanical flavoring agents share underlying functional roles in enhancing sensory attributes and supporting product differentiation. Formulators consider factors such as solubility, interaction with other ingredients, and consumer perception when selecting among botanical extracts. Each additive’s sensory contribution and regulatory status inform its appropriate use in food systems, and careful evaluation during product development ensures that botanical flavoring agents are incorporated in ways that achieve the desired taste profiles while complying with applicable food safety regulations.
Common Food Applications Narrative
Dandelion, fluid extract (Taraxacum spp.) finds application in a range of food products where its botanical flavor attributes can contribute to distinctive sensory profiles. In beverage formulations, for example, the lightly herbal and subtly bitter notes of the extract can complement fruit, spice, or botanical blends, making it suitable for use in craft-style soft drinks, flavored waters, herbal infusions, and specialty teas. Beverage product developers may choose this extract to enhance complexity, support natural flavor positioning, or balance sweetness in reduced-sugar offerings. Beyond beverages, dandelion fluid extract can be incorporated into confectionery and bakery products to provide nuanced flavor dimensions that align with premium or artisanal product concepts. In confections such as herbal-infused chocolates or caramel confections, the extract’s botanical character can integrate with cocoa, caramel, or spice notes to create memorable flavor combinations. Similarly, in baked goods such as artisanal bread, crackers with herbal accents, or savory pastries, the inclusion of botanical extracts like dandelion can differentiate products through subtle depth and complexity. The flavoring agent is also used in dairy and dairy-alternative products to support layered sensory experiences; for instance, its herbal notes may complement fruit inclusions in yogurts or enhance plant-based beverage formulations where traditional flavor profiles require enhancement. Manufacturers employing botanical flavoring agents must consider how the extract interacts with other ingredients and process conditions, ensuring that the desired sensory outcome is achieved and maintained through production and shelf life. The use of dandelion fluid extract aligns with trends toward clean labeling and plant-derived inputs, supporting product narratives centered on natural ingredients. While not a primary ingredient by weight in most applications, its impact on overall flavor balance can be significant when thoughtfully integrated. Ultimately, this ingredient serves as a versatile tool for food developers seeking to impart botanical character in products that appeal to consumers interested in sensory novelty, natural flavor sources, and differentiated taste experiences.
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Safety & Regulations
FDA
- Notes: Inclusion in FDA Substances Added to Food inventory indicates recognition, not definitive premarket approval.
- Regulation: 21 CFR 182.20
EFSA
- Notes: No specific EFSA numeric ADI published for this ingredient in accessible authoritative sources.
JECFA
- Notes: No specific JECFA numeric ADI or additive specification found in publicly accessible JECFA database entries.
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