ALPHA-AMYLCINNAMYL ALCOHOL

CAS: 101-85-9 FLAVOR ENHANCER, FLAVORING AGENT OR ADJUVANT

Alpha-Amylcinnamyl Alcohol is a synthetic flavoring agent used to enhance and impart floral and fruity notes in food products regulated under FDA food additive provisions.

What It Is

Alpha-Amylcinnamyl Alcohol is a synthetic organic compound that is used in food formulation primarily as a flavor enhancer and flavoring agent. It belongs to a class of aromatic alcohols and is characterized by its floral and fruity sensory attributes. In regulatory inventories, including the U.S. Food and Drug Administration’s Substances Added to Food list, it is identified by its Chemical Abstracts Service registry number 101-85-9 and is authorized for food use under a specific food additive regulation. The compound may be referred to by various other chemical names, reflecting its structure and functional groups. Because of its sensory characteristics, it is used in very small amounts to modify and improve the flavor profile of foods where a light floral or fruit tone is desired. Alpha-Amylcinnamyl Alcohol appears as a colorless to light yellow liquid with a distinct odor reminiscent of jasmine and floral notes. From a chemistry perspective, it is an alcohol derivative where the amyl and cinnamyl moieties contribute to its volatile character. The molecular features that give rise to its aroma are also consistent with use in consumer flavors rather than as a nutritive component. Regulatory lists, such as the FDA’s flavor and extract manufacturers inventory, designate functional categories that reflect its role in enhancing flavor perception rather than contributing nutritive value. In food science, flavoring agents like Alpha-Amylcinnamyl Alcohol are distinguished from basic food ingredients because they are not consumed for nutritional purposes but for modifying the sensory qualities of food. As such, understanding both the sensory role and the regulatory context of this compound helps food formulators apply it appropriately and within legal frameworks.

How It Is Made

Alpha-Amylcinnamyl Alcohol is typically synthesized through organic chemical processes that involve the reduction of precursor molecules with appropriate functional groups. A common route involves converting a related aldehyde to the corresponding alcohol by catalytic or chemical reduction. This approach allows manufacturers to control the purity and yield of the final compound. The compound is generally produced to high purity standards suitable for use as a flavoring substance, with specifications established by expert committees detailing acceptable levels of impurities. In industrial practice, the production of flavoring agents like Alpha-Amylcinnamyl Alcohol follows good manufacturing practices (GMP) to ensure consistency, safety, and compliance with regulatory specifications. Synthesis in controlled facilities ensures that residual reactants and byproducts are minimized to meet quality standards. Manufacturers that produce food-grade flavoring agents adhere to specifications that define acceptable purity levels and analytical methods for verification. Because Alpha-Amylcinnamyl Alcohol is used in relatively small amounts in finished food products, the focus in manufacturing is on ensuring that the sensory quality and chemical stability of the compound remain intact through its production and storage. The finished product is typically tested using chromatographic techniques to verify identity and purity, supporting its safe inclusion in food formulations.

Why It Is Used In Food

Alpha-Amylcinnamyl Alcohol is used in food products to enhance or impart specific sensory characteristics that cannot be achieved solely with the base ingredients. Flavoring agents play a critical role in consumer acceptability by creating or amplifying desirable taste and aroma profiles. In the case of this compound, its floral, fruity, and slightly spicy notes contribute to the complexity of flavor in blends, particularly in confections, beverages, and bakery products. Food formulators select flavoring agents like Alpha-Amylcinnamyl Alcohol to balance or complement other sensory attributes in a product. Because natural ingredients may vary in flavor intensity and consistency, synthetic flavor enhancers provide a means to achieve stable and reproducible flavor profiles across production batches. This is important in commercial food manufacturing where consumers expect consistency in taste and aroma. The decision to use specific flavoring agents also takes into account the interactions between ingredients. Some compounds are more stable under heat or acidic conditions, making them suitable for use in a variety of processed foods. As a flavoring agent with a defined sensory profile, Alpha-Amylcinnamyl Alcohol helps product developers tailor flavor experiences and meet consumer expectations in competitive markets.

Adi Example Calculation

To illustrate how acceptable daily intake concepts are used, consider a hypothetical scenario where a flavoring compound does have a numeric ADI. The calculation would start by identifying the ADI in milligrams per kilogram of body weight per day. For example, if a compound has an ADI of X mg per kilogram per day and a person weighs 60 kilograms, the daily intake considered acceptable would be X multiplied by 60. In practice, food formulators ensure that the levels of flavoring agents in finished products result in exposures far below any numeric ADI. For Alpha-Amylcinnamyl Alcohol, regulatory evaluations indicate no safety concern at current exposure levels, which means that routine dietary intake from flavored foods is expected to be well below thresholds of concern. Illustrative calculations help food safety professionals communicate how exposure estimates relate to safety benchmarks, reinforcing that typical consumer use patterns do not approach levels associated with adverse effects in toxicological studies. These examples also help contextualize why regulatory bodies monitor both use levels and consumption data to ensure that exposures remain within safe bounds. By combining estimated intake with safety benchmarks, authorities can provide assurance that food ingredients are used appropriately.

Safety And Health Research

Regulatory assessments of Alpha-Amylcinnamyl Alcohol have focused on ensuring that its use in food does not raise safety concerns at the levels typically consumed. Expert evaluations consider toxicological data, potential for adverse effects, and typical dietary exposure to determine whether an ingredient can be used safely as a flavoring agent. For Alpha-Amylcinnamyl Alcohol, evaluations by international committees have indicated that there is no safety concern at current intake levels from food uses, reflecting consideration of relevant toxicology data and consumption patterns. Toxicological reviews assess endpoints such as acute effects, possible organ toxicity, and evidence of any carcinogenic or reproductive hazards. These data are used to inform regulatory decisions and acceptable use levels. In addition to food safety assessments, cosmetic and fragrance regulatory frameworks may also evaluate this compound for dermal sensitization or irritation potential, which can inform labeling requirements for nonfood products. The breadth of assessments across sectors contributes to an overall understanding of how the compound behaves in different exposure scenarios. It is important to note that safety assessments are based on current evidence and typical use patterns. Regulatory bodies periodically review data and update evaluations if new evidence becomes available. For food additives, ongoing research and monitoring help ensure that authorized substances continue to meet safety standards as scientific knowledge evolves.

Regulatory Status Worldwide

Alpha-Amylcinnamyl Alcohol is recognized by regulatory authorities as an approved flavoring agent when used in food within defined conditions. In the United States, it is listed in the FDA’s Substances Added to Food inventory and is associated with the food additive regulation under 21 CFR 172.515. This designation means that the compound has been evaluated and found acceptable for use as a flavoring agent or adjuvant in food formulations when used in accordance with good manufacturing practices and within the technical effect intended. The inclusion in this regulatory list supports its legal use in commercial food products sold in the U.S. Internationally, the Joint FAO/WHO Expert Committee on Food Additives (JECFA) has evaluated Alpha-Amylcinnamyl Alcohol as a flavoring substance and concluded that it does not pose a safety concern at current levels of intake when used for this purpose. Such evaluations help inform Codex and other international food standard-setting bodies. Many jurisdictions reference JECFA evaluations or maintain their own flavor inventory systems that align with international assessments, facilitating trade and regulatory harmonization. Because regulatory frameworks differ by region, food manufacturers consult relevant authorities to ensure compliance with local food laws. However, the presence of this compound on authoritative lists and evaluations provides a foundation for its acceptance as a functional flavoring component in food products when properly used.

Taste And Functional Properties

Alpha-Amylcinnamyl Alcohol exhibits distinct sensory properties that make it valuable in food flavoring applications. It is noted for its floral and fruity aroma, with nuances that can evoke jasmine-like and subtle spice notes. These characteristics help round out or accentuate complex flavor profiles in foods and beverages. The compound is volatile enough to contribute to the aroma while also imparting subtle taste enhancements when used at appropriate levels. From a functional perspective, flavoring agents like Alpha-Amylcinnamyl Alcohol do not provide substantive nutritional value but serve to modify sensory perception. Their effectiveness depends on the food matrix, temperature, and interaction with other flavor components. For example, in baked goods or confections, it can withstand moderate processing conditions and still contribute to the overall profile. The compound is typically soluble in alcohol and oils, which facilitates its incorporation into flavor blends and emulsions. In formulation work, sensory scientists often evaluate compounds through trained panels to understand how specific flavoring agents interact with base products. This helps determine the concentration at which a compound contributes positively without overwhelming other flavors. Because individual taste perception can vary, formulators rely on objective sensory profiling and iterative testing to refine use levels for different applications.

Acceptable Daily Intake Explained

The acceptable daily intake (ADI) is a concept used by food safety authorities to describe the estimate of the amount of a substance that can be ingested daily over a lifetime without appreciable health risk. It is typically expressed in milligrams of the substance per kilogram of body weight per day and is derived from toxicological data using conservative safety factors. For Alpha-Amylcinnamyl Alcohol, regulatory evaluations have concluded that it does not pose safety concerns at the levels encountered through food use, reflecting confidence that typical exposures are well below any threshold of concern. When an ADI is established for a compound, it provides a benchmark for regulatory and risk assessment purposes. It helps authorities determine whether estimated dietary exposures from proposed uses remain within safe limits. In the case of this flavoring agent, the position that there is no safety concern at current intake levels means that formal numeric ADI values are not necessary for regulatory acceptance. Nonetheless, the underlying principle of ensuring that exposures remain safely low is central to food additive evaluations. Consumers may encounter references to ADI values in regulatory documents or scientific literature. These values are intended for use by risk assessors and regulatory professionals and are not direct recommendations for individual consumption. Rather, they reflect assessments that support responsible use of flavoring agents in food production.

Comparison With Similar Additives

When comparing Alpha-Amylcinnamyl Alcohol with other flavoring agents, it is helpful to consider both sensory profile and functional use. For example, cinnamyl alcohol is another aromatic alcohol used for its sweet, floral notes, often in confectionery and beverages. Compared to Alpha-Amylcinnamyl Alcohol, cinnamyl alcohol may impart a slightly different aromatic nuance reflecting its own chemical structure. Both are used to create complexity in flavor profiles. Another example is benzyl alcohol, which also has a mild, pleasant aroma and can be used in flavor applications. While benzyl alcohol contributes subtle sweet and floral notes, Alpha-Amylcinnamyl Alcohol is selected when a more pronounced floral-fruity profile is desired. Similarly, phenethyl alcohol offers rose-like notes and is chosen in formulations where that specific sensory attribute is key. The choice among these flavoring agents depends on the desired sensory outcome and how well the compound integrates with other flavor components. Functional properties such as volatility, stability under processing conditions, and solubility also influence selection. By understanding both the sensory and functional aspects of similar additives, product developers can craft balanced flavor experiences.

Common Food Applications Narrative

Alpha-Amylcinnamyl Alcohol finds application in a variety of food products where nuanced flavor enhancement is desired. In the development of confectionery items, such as candies and sweet coatings, it can contribute floral and fruity notes that complement sweet bases. Beverages, particularly nonalcoholic drinks with fruit essences, may incorporate this compound in trace amounts to enhance the complexity of the aromatic profile. Bakery products, including pastries and sweet breads, also utilize flavoring agents like this to achieve specific sensory effects that align with product concepts. In frozen desserts, the controlled use of flavor enhancers helps maintain a balanced profile even at low temperatures, where some aromatic compounds may volatilize differently. Snack foods with savory and sweet elements sometimes include floral or fruity notes to round out the sensory experience. The versatility of Alpha-Amylcinnamyl Alcohol in different food matrices allows product developers to explore creative flavor combinations while maintaining regulatory compliance. Across these applications, the compound is used at levels that support sensory enhancement without dominating the overall flavor profile of the finished product.

Safety & Regulations

FDA

  • Approved: True
  • Regulation: 21 CFR 172.515

EFSA

  • Notes: No specific EFSA evaluation for numeric ADI found in authoritative sources

JECFA

  • Notes: JECFA evaluation indicates no safety concern without specifying a numeric ADI
  • Adi Display: No safety concern at current levels of intake when used as a flavouring agent

Sources

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