CHRYSANTHEMUM EXTRACT
Chrysanthemum Extract (CAS 223748-32-1) is a botanical flavoring agent or adjuvant derived from Chrysanthemum morifolium used in food and beverages under flavouring conditions as recognized in flavor ingredient inventories. It is identified with FEMA GRAS number 4689 but does not have a specific FDA food additive regulation.
What It Is
Chrysanthemum Extract is a botanical-derived flavoring agent or adjuvant obtained from the flowers of Chrysanthemum morifolium and related cultivars. As a plant extract, it represents a complex mixture of volatile and non-volatile constituents that contribute aroma and taste characteristics when used in food and beverage formulations. It is identified in flavor ingredient inventories with FEMA GRAS number 4689, indicating that industry expert panels have recognized its safety for use as a flavoring agent under specific conditions of intended use. The extract may be listed under names that reflect its botanical origin or taxonomy, such as ‘Chrysanthemum morifolium extract’ or related synonyms, highlighting its derivation from the chrysanthemum plant species. The functional designation “FLAVORING AGENT OR ADJUVANT” underscores its role in modifying or enhancing sensory properties rather than acting as a nutritional component or preservative in food systems. The classification of Chrysanthemum Extract as a flavoring agent or adjuvant places it in a broad category of natural extracts and essential oils used to impart characteristic flavors to a range of foods and beverages. While the precise composition can vary with extraction methodology and plant cultivar, these mixtures typically include terpenoids, flavonoids, phenolic compounds, and other volatile aroma constituents. The use of botanical extracts like Chrysanthemum Extract reflects longstanding culinary and cultural practices in some regions, where chrysanthemum flowers have been consumed directly or infused into teas, beverages, and culinary preparations for centuries. This historical context supports its characterization as a natural flavoring agent within modern ingredient inventories. Although Chrysanthemum Extract is not defined by a single molecular entity, regulatory listings and flavor ingredient assessments provide a framework for its use in food products. Industry references such as the FEMA Flavor Ingredient Library list this extract with a specific FEMA number, providing identifier context for food formulation professionals. The botanical origin and functional role of Chrysanthemum Extract make it suitable for inclusion in various flavor systems, where its aroma and taste properties can contribute nuanced sensory effects.
How It Is Made
Chrysanthemum Extract is produced by processing the flowers of the Chrysanthemum morifolium plant through physical and solvent extraction techniques designed to isolate flavor and aromatic components. Common extraction methods include solvent extraction, steam distillation, and other processes that separate volatile oils and phenolic constituents from dried or fresh plant material. The choice of extraction method influences the chemical profile of the final extract, with different solvents or conditions favoring the recovery of particular groups of compounds such as flavonoids, terpenes, and phenolic acids. While specific proprietary methods may vary among manufacturers, the core objective is to concentrate flavor-active and aroma-active compounds from the plant tissue into a stable form that can be incorporated into food and beverage systems. In typical production workflows, harvested chrysanthemum flowers are cleaned, dried, and milled to optimize surface area for extraction. Solvent-based extraction may use food-grade ethanol or other acceptable solvents to draw out soluble flavor components. Alternatively, steam distillation captures volatile oils that carry characteristic aroma notes. Following extraction, solvents are removed or reduced according to food-grade processing standards, concentrating the extract into a form suitable for flavor use. Quality specifications often include criteria for permissible levels of contaminants, residual solvents, and heavy metals, although specific regulatory standards vary by region and are established through applicable food safety frameworks. The manufacturing of botanical extracts like Chrysanthemum Extract may also involve standardization steps to ensure consistency of sensory attributes across batches. Standardization can be based on target levels of particular marker compounds identified through chromatographic or spectroscopic analysis. Industry best practices emphasize the importance of Good Manufacturing Practice (GMP) conditions to ensure the purity and quality of the extract. While specific industrial procedures differ, the overall process reflects general principles of botanical extraction and food ingredient production that aim to produce a stable, consistent product suitable for incorporation into diverse food and beverage applications.
Why It Is Used In Food
Chrysanthemum Extract is used in food primarily for its ability to contribute characteristic flavor and aromatic complexity that cannot be easily replicated by synthetic compounds alone. Flavoring agents and adjuvants such as this botanical extract are selected by food formulators to provide nuanced sensory profiles that may enhance consumer appeal. The use of natural extracts aligns with consumer interest in plant-derived ingredients and ‘natural flavor’ labeling where permitted by regulatory frameworks. In practice, flavoring agents are incorporated into formulations at levels that provide the desired sensory impact without compromising product stability or safety. In addition to sensory considerations, botanical flavoring agents can help support regional or culturally inspired product profiles where traditional flavors are desirable. For example, in products seeking to evoke floral or herbal notes, the inclusion of chrysanthemum-derived flavor can add depth and authenticity. Flavor adjuvants can also modulate the perception of other flavor components, improving balance and complexity in final products. The functional designation highlights that Chrysanthemum Extract serves a technical purpose in adjusting flavor quality rather than acting as a nutrient or preservative. The role of flavoring agents, including Chrysanthemum Extract, extends across multiple product categories where consumers expect diverse sensory experiences. Its selection in product development may be driven by the need to differentiate flavors, evoke traditional taste associations, or enhance existing profiles. As with all flavoring agents, its use is guided by sensory evaluation, formulation objectives, and regulatory conditions governing allowable uses of botanical extracts in food and beverages.
Adi Example Calculation
Because Chrysanthemum Extract does not have a formally established numeric ADI from regulatory agencies such as JECFA or EFSA, an illustrative ADI calculation cannot be accurately derived. Typically, an ADI would be calculated based on toxicological data identifying a NOAEL and applying uncertainty factors to account for interspecies differences and human variability. In the absence of such numeric regulatory values for this specific botanical extract, a hypothetical calculation would not provide reliable information. Instead, safety evaluations consider typical usage levels and expert panel assessments to conclude that typical intake levels from flavoring use are within safe bounds.
Safety And Health Research
Safety assessments of flavoring agents generally focus on the technical function, consumption levels, and toxicological data relevant to their intended use in food products. For Chrysanthemum Extract, listing in flavor ingredient inventories with FEMA GRAS number 4689 signifies that an expert panel has reviewed available safety information and determined that it is generally recognized as safe under conditions of intended use as a flavoring agent. This evaluation process involves assessment of chemical composition, use levels, and existing toxicological evidence pertinent to typical dietary exposures. The FEMA GRAS evaluation is submitted for inclusion in the U.S. Food and Drug Administration’s Substances Added to Food inventory, providing context for its use in food products but not constituting a direct FDA regulatory approval. In the broader scientific literature, studies of plant extracts derived from Chrysanthemum morifolium often investigate phytochemical profiles, antioxidant capacity, and bioactive constituents. These studies contribute to understanding the extract’s chemical complexity and provide context for safety and efficacy in non-food applications such as traditional herbal preparations. However, comprehensive toxicological evaluations specific to the extract as used in food flavoring are generally provided by expert panels rather than regulatory mandates for specific numeric exposure limits. The safety assessment for flavoring agents typically considers that these extracts are used at low concentrations, thereby limiting overall exposure. Risk assessment frameworks for flavoring agents emphasize the importance of demonstrating that intake levels are below thresholds of toxicological concern based on available evidence. While botanical extracts like Chrysanthemum Extract may contain bioactive compounds studied for potential physiological effects, such research does not directly translate to regulatory safety conclusions for use as a flavoring agent without specific evaluation of exposure and toxicology in the context of food consumption. The FEMA GRAS designation reflects industry-level safety evaluation for intended use conditions, and ongoing research may further inform understanding of the extract’s properties.
Regulatory Status Worldwide
Chrysanthemum Extract is recognized by industry flavor ingredient inventories as a flavoring agent or adjuvant with FEMA GRAS number 4689, indicating that expert panels have assessed its safety for intended flavor use conditions. Listings in such inventories are compiled by the Flavor and Extract Manufacturers Association (FEMA) and submitted for inclusion in the FDA’s Substances Added to Food inventory. These listings do not constitute an independent FDA approval but reflect industry evaluation of safety evidence under specified conditions of use. The FDA’s Substances Added to Food inventory includes flavoring substances evaluated by FEMA and JECFA, but inclusion alone does not signify formal regulatory authorization by the U.S. Food and Drug Administration. In the U.S., Chrysanthemum Extract is not specifically codified in the Code of Federal Regulations under a distinct food additive regulation, and its safety basis is tied to GRAS determinations rather than direct additive approval. Internationally, regulatory frameworks vary by region. In jurisdictions that adopt or recognize JECFA evaluations, botanical flavoring extracts may be used where consistent with applicable food additive or flavoring standards. The Joint FAO/WHO Expert Committee on Food Additives (JECFA) maintains searchable databases of flavoring specifications that provide authoritative references for flavoring agents but do not directly assign numeric acceptable daily intake levels for every natural extract. The presence of a substance within such databases indicates that it has been considered within the context of flavoring specifications rather than traditional additive risk assessments. In the European Union, flavoring agents are subject to specific regulations governing their composition, labeling, and safety assessment, with botanical extracts commonly used where compliant with EU flavoring regulations. Overall, the regulatory status of Chrysanthemum Extract worldwide reflects its recognition within flavoring inventories and safety assessments rather than mandatory positive listings in codified additive regulations. Food manufacturers incorporate this extract in accordance with applicable national and regional regulations governing flavoring agents, ensuring that usage levels and labeling conform to local requirements.
Taste And Functional Properties
Chrysanthemum Extract contributes a distinct sensory profile characterized by floral, herbal, and slightly sweet aromatic notes that can complement a wide range of food and beverage systems. The complexity of botanical extracts means that the perceived flavor and aroma results from a mixture of volatile compounds including terpenoids and other aroma-active constituents. These characteristics make it suitable for use in applications where a delicate floral or herbal nuance is desired. The functional behavior of such extracts depends on solubility, stability, and interaction with other ingredients in a formulation. Typically, the extract is compatible with both aqueous and lipid phases, although solubility can vary with the specific extraction method and the formulation matrix. In practical terms, flavoring agents like Chrysanthemum Extract are used at concentrations that provide noticeable sensory effects without overpowering other components. They may enhance sweetness perception or complement fruit, tea, or botanical blend profiles. The stability of the extract during processing, including exposure to heat, pH changes, or oxygen, can influence how its flavor components evolve. Formulators often assess stability through accelerated shelf-life testing to ensure that the sensory profile remains consistent throughout the product’s intended shelf life. While the primary function of Chrysanthemum Extract is sensory enhancement, its use does not typically contribute significant nutritional value. Instead, the focus is on achieving the desired aroma and taste profile. The extract’s performance can be influenced by interactions between its constituents and other flavor ingredients, requiring expertise in formulation design. In general, flavoring agents derived from botanical sources like chrysanthemum offer versatility in creating complex and appealing sensory experiences in foods and beverages.
Acceptable Daily Intake Explained
An Acceptable Daily Intake (ADI) is a regulatory concept representing the amount of a substance that can be ingested daily over a lifetime without appreciable health risk, based on toxicological data and safety factors. For many flavoring agents, especially complex botanical extracts such as Chrysanthemum Extract, formal numeric ADIs are not always established by regulatory bodies if the substance is recognized as safe at typical use levels and consumption patterns. Instead, safety assessments often rely on expert panel evaluations that consider the expected intake from food uses and available toxicology information to conclude that the substance does not pose a safety concern at those levels. In the context of flavoring agents, ADI frameworks help regulators and industry professionals understand exposure relative to safety benchmarks. When specific ADIs are established, they are derived through rigorous toxicological studies that identify a no-observed-adverse-effect level (NOAEL) in animal studies and incorporate uncertainty factors to account for variability among humans. For complex botanical extracts that have not been subject to detailed toxicological databases leading to numeric ADI determinations, safety conclusions focus on demonstrating that expected usage as a flavoring agent is within acceptable exposure ranges based on expert judgment and historical use. Chrysanthemum Extract’s inclusion in flavor ingredient inventories with GRAS designations implies that safety evaluations have determined that typical exposure levels from its use in food and beverage formulations are not expected to pose safety concerns. Unlike single-entity chemical additives where numeric ADIs may be assigned by JECFA or other regulators, botanical extracts with GRAS status rely on the body of evidence and expert consensus supporting their safe use.
Comparison With Similar Additives
Compared with other botanical flavoring agents such as citrus oils or spice extracts, Chrysanthemum Extract shares a common function in providing complex aroma and taste profiles derived from plant constituents. Citrus oils, for example, are used to impart characteristic citrus notes and are often regulated with specific compositional standards and exposure limits, whereas botanical extract mixtures like chrysanthemum rely on expert panel evaluations for safety context. Similarly, spice-derived extracts such as vanilla or rosemary extract serve as flavoring agents with distinct sensory attributes and have established regulatory guidelines or inventory listings that support their use at typical consumption levels. In contrast to synthetic flavor compounds that may have clearly defined chemical structures and numeric safety benchmarks, botanical extracts represent a broader mixture of constituents. This mixture complexity requires safety assessments that consider aggregate exposure to multiple compounds rather than single active entities. The use of botanical extracts in food formulation reflects both consumer preference for natural flavor sources and the need for sensory diversity. When paired with other natural flavoring agents, Chrysanthemum Extract can complement profiles by adding floral and herbal notes, whereas other extracts contribute spicy, fruity, or earthy components. This comparison highlights the diverse landscape of flavoring agents and illustrates how regulatory frameworks and safety evaluations adapt to different types of ingredients.
Common Food Applications Narrative
Chrysanthemum Extract finds application in a variety of food and beverage products where designers seek to impart delicate floral or herbal nuances to the sensory profile. In beverage categories, it may be used in specialty teas, botanical blends, or flavored waters where a subtle aromatic character enhances the overall consumer experience. Its floral attributes make it a potential component in premium or artisanal products that leverage natural botanical extracts for distinctive taste profiles. Beyond beverages, Chrysanthemum Extract can be incorporated into confectionery items, baked goods, and dairy products where its aroma complements fruit, citrus, or complementary herbal flavors. In flavored dairy or dessert applications, the extract can add complexity to yogurts, custards, or ice creams where floral notes contribute to unique product differentiation. Similarly, in bakery products, the extract can support filling flavors or complement fruit profiles. In sauces, dressings, and condiments, its inclusion may refine herbal undertones and create balanced sensory experiences. Product developers often pair botanical extracts with complementary flavor ingredients to achieve a harmonious blend that resonates with targeted consumer preferences. Plant-derived flavoring agents such as Chrysanthemum Extract also align with consumer interest in natural ingredients and botanical inspirations. When formulating products that emphasize natural flavor sources, these extracts can support clean label positioning where permitted by regulatory frameworks. Their use reflects broader trends in the food industry toward incorporating diverse plant extracts that provide both sensory appeal and narrative value, particularly in products aiming for artisanal or premium market positioning.
Safety & Regulations
FDA
- Notes: FDA has not established a specific food additive regulation for Chrysanthemum Extract; its safety context comes from FEMA GRAS listings rather than direct FDA approval.
EFSA
- Notes: EFSA has not published a specific evaluation with numeric ADI for Chrysanthemum Extract in the EU.
JECFA
- Notes: JECFA flavoring specification databases include many agents, but a numeric ADI for this specific extract was not available.
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