CARDAMOM OLEORESIN

CAS: 977090-82-6 FLAVORING AGENT OR ADJUVANT

CARDAMOM OLEORESIN is a concentrated botanical extract derived from the seeds of the cardamom plant (Elettaria cardamomum), used primarily as a natural flavoring agent in foods.

What It Is

CARDAMOM OLEORESIN is a highly concentrated botanical extract obtained from the seeds of the cardamom plant (Elettaria cardamomum), recognized for its potent spice and aroma profile used in food formulation and flavoring. This oleoresin captures both the volatile and non‑volatile flavor components of cardamom, providing a rich and intense flavor in a viscous liquid form that reflects the characteristic sweet, spicy, and herbal notes of cardamom spice. It carries the CAS Registry Number 977090‑82‑6 and is officially described in U.S. food ingredient inventories with the technical function of a FLAVORING AGENT OR ADJUVANT, indicating its primary use is to impart or enhance flavor in food products rather than to provide nutritional value or technological processing aid. The term "oleoresin" distinguishes this ingredient from essential oils in that oleoresins combine not only volatile aromatic compounds but also resins and fixed oils from the spice matrix. This complex composition enables the oleoresin to more closely mimic the full flavor spectrum of the original spice than essential oils alone. CARDAMOM OLEORESIN is recognized in regulatory food additive inventories in the United States for use under certain provisions of flavoring regulations, reflecting its role in finished food formulations where flavor is an intended outcome. The term "adjuvant" in the context of its technical function indicates that it may also assist in the uniform distribution or stability of flavor within complex food matrices.

How It Is Made

The production of CARDAMOM OLEORESIN typically involves the extraction of crushed or ground cardamom seeds using a suitable solvent or combination of extraction techniques to pull both volatile aroma compounds and heavier resinous constituents from the raw spice. Industrially, oleoresin production is performed by solvent extraction, often using food‑grade solvents such as ethanol or other permitted extractants, followed by recovery of the solvent under reduced pressure to yield a concentrated flavor extract. This process is designed to retain as much of the complete flavor profile as possible, encompassing the full suite of aromatic components and fixed oils that define the sensory attributes of cardamom. After extraction, the oleoresin may be further processed to adjust its consistency, filter out particulates, and meet established quality specifications for use in food and beverage applications. Manufacturers often test the resulting oleoresin for characteristic organoleptic properties—such as aroma and taste intensity—alongside compositional parameters like volatile oil content, to ensure consistency between batches and suitability for end‑use in food products. In specialized applications, alternative extraction technologies such as supercritical CO2 extraction can be used to minimize solvent residues and improve the representation of certain flavor compounds. Both methods are geared toward producing a stable, concentrated extract suitable for incorporation into a wide range of food formulations. Because CARDAMOM OLEORESIN reflects the native constituents of cardamom seeds, it must also be handled and stored under conditions that preserve the integrity of flavor compounds and prevent oxidation or degradation. Typical storage conditions include cool, dark environments in airtight containers to limit exposure to light, heat, and air. The resulting extract is a viscous, aromatic product with a spectrum of compounds that define the characteristic cardamom taste and aroma.

Why It Is Used In Food

CARDAMOM OLEORESIN is used in food products primarily for its ability to provide intense, authentic flavor and aroma derived from cardamom. In culinary applications, natural spices are often preferred over synthetic analogs because they deliver not only a characteristic taste but a complex aromatic profile that enhances the sensory experience of a finished product. Food formulators choose oleoresins when they need robust flavor impact without introducing the bulk or variability of whole spice particles. Because oleoresins comprise both volatile aroma constituents and more persistent non‑volatile resin components, they help deliver a balanced and sustained flavor perception in processed foods, where heat treatment, storage, and other manufacturing processes can diminish or volatilize aroma compounds. CARDAMOM OLEORESIN provides a concentrated source of spice flavor in a small volume, which can be readily incorporated into batters, doughs, sauces, beverages, and confectionery products without adversely affecting texture or appearance. The adjuvant classification in its technical function also reflects the ingredient’s role in assisting with the dispersion or blending of flavor components in complex food systems. By enhancing the uniform distribution of cardamom flavor throughout a product, the oleoresin helps maintain consistent taste from batch to batch, even in systems where other ingredients may compete for flavor perception. Manufacturers value oleoresins like cardamom for their flexibility in formulating foods that must balance intense flavor with processing stability.

Adi Example Calculation

Because CARDAMOM OLEORESIN does not have a widely published numeric ADI established by a recognized expert body, a specific illustrative calculation cannot be demonstrated using verified numeric values tied to a regulatory ADI. In general terms, if a flavor additive had an established numeric ADI (for example, X mg per kg of body weight), the intake estimation for an individual would be calculated by multiplying X by body weight in kilograms. For instance, for a hypothetical additive with an ADI of Y mg/kg bw, a person weighing Z kg would have an intake threshold equal to Y × Z mg per day under that ADI. In the absence of such numeric ADI values for CARDAMOM OLEORESIN, this narrative underscores regulators’ emphasis on intended use levels consistent with typical flavor contribution rather than exceeding generalized safety benchmarks that apply to additives with definitive numeric ADIs.

Safety And Health Research

Safety evaluations for botanical flavoring agents such as CARDAMOM OLEORESIN are conducted within the context of their intended use levels in food rather than as nutritional or pharmacological agents. Flavoring substances are typically reviewed for potential toxicological endpoints, including genotoxicity, subchronic toxicity, and other hazard assessments, to determine whether use at expected exposure levels raises safety concerns. Regulatory inventories and expert panels maintain safety data summaries and opinions when available, with some flavouring agents evaluated by bodies such as the Flavor and Extract Manufacturers Association (FEMA) Expert Panel for Generally Recognized As Safe (GRAS) status under conditions of intended use as flavor ingredients. The FDA inventory listing references such evaluations submitted for inclusion in the Substances Added to Food Inventory but does not itself denote a numeric safety threshold. Because CARDAMOM OLEORESIN comprises complex mixtures of naturally occurring compounds, its safety evaluation may not result in a single quantifiable acceptable daily intake (ADI) but rather relies on a history of use, constituent analysis, and established flavor industry safety assessment procedures. Evaluations by international bodies such as JECFA, when present, inform regulatory frameworks and operational guidance, focusing on whether typical usage patterns in foods pose any appreciable risk to consumers at the exposure levels inherent in flavoring applications. Academic and industry literature also explores the extraction, composition, and functional aspects of oleoresins, but definitive hazard data specific to CARDAMOM OLEORESIN as a food ingredient remain governed by regulatory inventory listings and expert panel assessments rather than standalone toxicological studies in humans. This approach aligns with how natural flavor complexes are integrated into food safety frameworks, emphasizing intended use conditions and conservative safety factors.

Regulatory Status Worldwide

In the United States, CARDAMOM OLEORESIN is listed in the FDA Substances Added to Food Inventory (formerly EAFUS) with CAS number 977090‑82‑6 and is associated with the regulation code 21 CFR 182.20, which covers essential oils, oleoresins (solvent‑free), and natural extractives used as flavoring agents under conditions of intended use. This listing indicates the ingredient is incorporated into food products as a flavoring substance recognized by the U.S. Food and Drug Administration in accordance with federal food additive regulations, but it does not imply a specific numerical safety limit. The regulatory framework for flavoring agents in the European Union requires evaluation by competent authorities such as EFSA for inclusion in authorized flavouring lists and use levels under EU food law. While comprehensive EFSA evaluations specific to CARDAMOM OLEORESIN are not readily located in publicly accessible EU lists of flavouring substances, oleoresins and natural flavouring extracts are generally subject to EFSA’s risk assessment procedures and classification under flavouring regulations. Internationally, flavoring agents like CARDAMOM OLEORESIN may be evaluated in databases maintained by organizations such as the Joint FAO/WHO Expert Committee on Food Additives (JECFA), which provides specifications and safety evaluations for flavourings. The JECFA database allows searching by CAS and flavouring name, but a specific evaluation entry for this particular oleoresin has not been confirmed in available indexed summaries. Overall, its listing in authoritative inventories reflects acceptance for use in foods as a flavoring substance under specified regulatory frameworks, while the absence of quantified ADI or E‑number designations means that typical usage is governed by good manufacturing practice and intended sensory effect rather than defined limit values.

Taste And Functional Properties

CARDAMOM OLEORESIN exhibits a sweet, spicy, and aromatic sensory profile that closely resembles the flavor characteristics of natural cardamom spice, including warm, citrusy, and herbal notes. The flavor complexity arises from a mix of terpene derivatives, phenolic components, and other aromatic constituents extracted from the seeds. In the context of food formulation, this oleoresin functions as a potent flavoring agent that intensifies the perception of cardamom without adding bulk, visible spice particles, or unpredictable flavor variation. Because oleoresins carry both the light, volatile aromatic compounds and the heavier resin components, they provide multi‑layered flavor release during food consumption—initial aroma impact followed by a sustained taste sensation. The functional behavior of CARDAMOM OLEORESIN in food systems depends on the matrix; in aqueous‑based products, some components may disperse differently than in fat‑rich matrices where the fixed oil fraction can preferentially solubilize. Nevertheless, the oleoresin is valued for its stability under typical food processing conditions, including heating and mixing, although the most labile volatile constituents can diminish if exposed to excessive thermal stress. In formulation, attention is given to dosage levels because oleoresins are concentrated; small changes in concentration can significantly alter flavor intensity. Sensory panels and formulation trials often guide usage to achieve the desired balance of aroma and taste without overwhelming the product’s overall flavor profile. The dual nature of oleoresin—volatile and non‑volatile compounds—means it can deliver both immediate aromatic impact and lingering taste attributes, making it versatile for use in beverages, baked goods, savory applications, and confections.

Acceptable Daily Intake Explained

An Acceptable Daily Intake (ADI) is a scientific estimate of the amount of a food additive that can be ingested daily over a lifetime without appreciable health risk, usually expressed in milligrams per kilogram of body weight per day. ADIs are established by expert risk assessment bodies based on toxicological studies and safety factors that account for uncertainties in data extrapolation from animal studies to humans. However, not all flavoring agents, especially complex botanical extracts such as CARDAMOM OLEORESIN, have a formally established numeric ADI published by regulators. In the absence of a specific numeric ADI assignment from authoritative risk assessments, regulatory status relies on good manufacturing practices and historical use to guide safe incorporation into foods. The listing of this oleoresin in the FDA Substances Added to Food Inventory indicates recognition for use based on intended flavoring function rather than adherence to a quantified ADI value. When ADIs are established for food additives, they represent levels many times higher than expected dietary exposure under normal consumption patterns. Regulatory bodies build in large safety margins to ensure consumer protection, and for flavoring agents with documented traditional use and safety assessment history, evaluation focuses on whether typical usage levels in foods are consistent with consumer safety. For CARDAMOM OLEORESIN specifically, the absence of a defined numeric ADI means that safe use is inferred from regulatory listings, industry assessment frameworks, and historical usage in foods rather than a formal ADI specification.

Comparison With Similar Additives

CARDAMOM OLEORESIN can be compared with other spice oleoresins and natural flavoring extracts that serve similar functional roles in food formulation. For example, PAPRIKA OLEORESIN, another spice extract, is used to impart characteristic color and flavor from paprika and is considered acceptable for use as a spice extract based on historical evaluation, where some committees have noted that the use as a spice is self‑limiting and obviates the need for an ADI because of traditional culinary use patterns. Similarly, extracts from herbs and spices such as cinnamon oleoresin and clove oleoresin are valued for delivering intense flavor profiles in small quantities, and their safety assessment and regulatory status are guided by historical use and constituent analysis rather than single compound numeric thresholds. Compared with pure single‑component flavor chemicals, spice oleoresins encapsulate complex mixtures of constituents that contribute to the full sensory experience of the original spice. Due to this complexity, regulatory and safety assessments for oleoresins often focus on overall exposure through intended use conditions and analogies to traditional consumption rather than specific numeric safety limits.

Common Food Applications Narrative

CARDAMOM OLEORESIN finds broad usage across diverse food categories where authentic spice flavor is desired. In beverages such as teas, chai blends, and specialty drinks, the oleoresin adds cardamom’s characteristic warm and aromatic spice note that enhances consumer enjoyment without the need for whole spice particles. In baked goods and confectionery, formulators use cardamom oleoresin to impart nuanced flavor in cookies, breads, sweet pastries, and chocolates, where the balance of sweet and spicy elements contributes to product identity and consumer appeal. Savory applications also benefit from the inclusion of CARDAMOM OLEORESIN; products such as sauces, curries, soups, and spice blends leverage the oleoresin’s concentrated flavor to achieve traditional taste profiles without the variability inherent in whole spice additions. The oleoresin’s compatibility with both aqueous and lipid phases allows it to be used in emulsified products and spice pastes. Because of its potency, minimal amounts can deliver significant flavor impact, making it valuable in seasonings, marinades, and prepared meals where consistent flavor delivery is critical. In products marketed with claims of natural spice flavoring, CARDAMOM OLEORESIN allows manufacturers to meet consumer demand for authentic, natural flavor sources while optimizing processing efficiency. Its concentrated nature means that storage, handling, and dosing can be more precise than using bulk spices, reducing waste and ensuring uniform sensory experience across large production runs. For formulators balancing multiple spice components, the oleoresin serves as a reliable, standardized ingredient that contributes to the signature taste consumers associate with cardamom.

Safety & Regulations

FDA

  • Notes: Listed in FDA Substances Added to Food Inventory for flavor use but specific numeric approval status not detailed on the d page.
  • Regulation: 21 CFR 182.20

EFSA

  • Notes: No specific EFSA flavoring evaluation or E number was confirmed in available regulatory lists.

JECFA

  • Notes: JECFA specific evaluation for this oleoresin was not located in the searchable database.

Sources

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