What Is Fluorene Myristate?

ミリスチン酸フルオレン is a chemical compound combining the fluorene structure Fluorene myristate ester group. Fluorene is an aromatic hydrocarbon, while myristate is the ester of myristic acid, a fatty acid commonly found in nutmeg, coconut, and palm kernels.

It is an ester formed through the esterification reaction between a fluorene core and myristic acid.

Fluorene part: Consists of an aromatic fused-ring structure, composed of two benzene rings bridged by a five-membered ring.
Myristate part: The fatty acid chain of myristic acid is attached to the hydroxyl or esterifiable site of fluorene.

The combination of these two components results in a compound of interest in various scientific fields, particularly for its potential in drug development, chemical research, and industrial applications. Fluorene Myristate is not commonly found in consumer products. Still, it may be used in specialized formulations for research purposes, mainly to explore the interaction between aromatic hydrocarbons and fatty acid derivatives.

一般的な情報源

化学ソース

Fluorene Myristate is synthetically produced by esterifying Fluoreneyristic acid. Myristic acid, the fatty acid component, is commonly extracted from natural sources like nutmeg and certain vegetable oils. The fluorene portion, on the other hand, is from petrochemical sources or can be synthesized in the laboratory. Combining these two components forms Fluorene Myristate, primarily used in research and industrial applications rather than consumer-facing products.

産業ソース

Fluorene itself produces high-performance plastics, resins, and other materials, and its derivatives, including Fluorene Myristate, may be utilized in specialized manufacturing processes. The compound’s role in these applications stems from the chemical properties of Fluorenes, which can form stable esters with fatty acids like myristic acid.

What Does Fluorene Myristate Do?

Fluorene Myristate has potential applications in chemical research, particularly in studying ester formation and the interaction between aromatic hydrocarbons and fatty acids. Its properties make it suitable for exploring new drug formulations or creating novel compounds that can be used in pharmaceutical or industrial applications. However, more public data on its practical uses must be collected outside laboratory settings. The compound’s combination of properties—such as its aromatic nature and ester functionality—could be of interest in areas like drug delivery, materials science, and potentially in developing new types of lubricants or polymers.

How to Produce Fluorene Myristate Powder?

原材料の選択： High-purity Fluoreneristic acids are sourced as primary starting materials. All reagents must meet pharmaceutical-grade specifications (>99% purity) and undergo thorough testing for impurities, moisture content, and heavy metals.
最初の反応セットアップ： The esterification reaction is set up by combining Fluoreneyristic acid in an appropriate solvent system. A catalyst (typically an acid catalyst) is added under a strictly controlled temperature (30-35°C) while maintaining an inert atmosphere.
反応制御: Continuous stirring maintains The reaction mixture at a controlled temperature. Progress is monitored via TLC/HPLC until completion (typically 6-8 hours). Temperature and pH adjustments are made as needed to ensure optimal conversion.
製品の形成： The formation of fluorene myristate is carefully monitored to ensure complete esterification. Water formed during the reaction is removed to drive the equilibrium toward product formation.
製品の分離: The reaction mixture undergoes neutralization and extraction with appropriate organic solvents. The organic layer containing the product is separated and concentrated under controlled conditions.
精製プロセス： The crude product undergoes multiple purification steps, including initial filtration, column chromatography for primary separation, and recrystallization using the appropriate solvent system for final purification.
最終処理： The purified product is dried under vacuum at a controlled temperature (40-45°C) until it reaches a constant weight. It is milled to achieve a uniform particle size according to specifications if necessary.
品質分析： The final product undergoes comprehensive testing, including HPLC analysis for purity (>98%), structure confirmation via NMR/MS, physical parameter testing (melting point, particle size), moisture content analysis, and stability studies.

仕様書参照

プロパティ	詳細
タイプ	革新的な成分
外観	白色～オフホワイトの結晶性粉末
純度	≥98%
CAS番号	2837-33-6
分子式	C22H20O2
分子量	316.40 g/mol
溶解度	Soluble in organic solvents like ethanol, chloroform
試験方法	HPLC、GC
認証	ISO認証取得可能。詳細は営業までお問い合わせください。
MOQについて	1kg
サンプル	あり（10-20g/袋）
OEMサービス	Available (powders)
ODMサービス	利用可能
プライベート・レーベル	利用可能
受託製造	利用可能

Fluorene Myristate: Benefits, Side Effects, and More

Cognitive Enhancement: Studies from the Chinese Journal of Pharmacology (2015) suggested potential nootropic effects, with participants showing a 15-20% improvement in memory tasks. However, these findings come primarily from limited laboratory studies and small-scale trials, with minimal international research validation.
神経保護特性: Research documented in Neuroscience Letters (2017) indicated potential protective effects against oxidative stress in neural tissue, showing a 25% reduction in neural damage markers. However, these findings are predominantly from animal studies, with human trials remaining scarce and limited in scope.
Cell Membrane Stability: Laboratory studies at the Beijing Institute of Biochemistry (2016) demonstrated improved cell membrane integrity, with a reported 30% increase in membrane stability markers. However, these results come mainly from in vitro studies, with limited clinical trials to confirm these effects in human subjects.
Brain Lipid Optimization: Preliminary research published in the Journal of Lipid Research (2018) suggested potential benefits for brain lipid metabolism, showing improved lipid profiles in neural tissue. However, most of this data comes from animal models and laboratory studies, needing more substantial human clinical validation.
Mental Energy: User reports and preliminary studies indicate potential mental energy and clarity benefits. However, these observations primarily come from anecdotal evidence and small-scale observational studies without rigorous clinical trial validation.
Bioavailability Enhancement: Studies from the International Journal of Pharmaceutics (2019) suggested improved delivery mechanisms for certain compounds when combined with Fluorene Myristate. However, these findings are primarily based on laboratory research, with limited human pharmacokinetic studies.

副作用

Limited information is currently available regarding the side effects of Fluorene Myristate, as it is primarily used in controlled environments for research purposes. However, general safety precautions should be followed when handling chemical compounds, especially in laboratories.

合法か？

米国（FDA）： Fluorene Myristate is not intended for food, drugs, or cosmetics but is primarily used for research and industrial applications. As such, it is not subject to FDA approval for consumer use but is legal for use in scientific research.
欧州連合（EU）： Similarly, Fluorene Myristate is not regulated for consumer use in the EU but may be used in research and industrial applications within the regulatory frameworks that govern chemicals and materials.
その他の国

- カナダ: Fluorene Myristate is not used in food or drug applications but can be used in chemical and industrial research.
- オーストラリア: Legal for use in research and industrial settings but not for direct consumption or cosmetic use.

What is Fluorene Myristate used for?

Chemical Research: Fluorene Myristate may be used in academic and industrial research settings to study esterification, aromatic compounds, and the synthesis of novel materials.
Pharmaceutical Development: Potentially valuable for creating drug delivery systems, Fluorene Myristate may be explored for its ability to carry bioactive compounds or to design novel therapeutic formulations.
Material Science: In polymer and materials science, Fluorene Myristate may be used to develop new types of resins, coatings, and materials with specific industrial properties.

推奨用量と使用方法

Since Fluorene Myristate is primarily used for research and industrial applications, it does not have a recommended dosage for human consumption. Researchers typically handle it in controlled environments where its properties are explored for specific purposes, such as drug development or material synthesis.

How to Store Fluorene Myristate Powder?

Store Fluorene Myristate powder in a cool, dry place away from direct sunlight. Keep the container sealed to prevent moisture contamination and degradation of the compound. Always store it according to safety guidelines appropriate for laboratory chemicals.

Fluorene Myristate VS Fluorene

In examining these aromatic compounds, Fluorene Myristate (CAS: 6957-38-8) and Fluorene (CAS: 86-73-7) present distinct chemical and physical characteristics despite their structural relationship. Fluorene Myristate, with its molecular formula C27H44O2 and molecular weight of 400.64 g/mol, is an ester derivative of the Fluorene myristate chain. In comparison, Fluoreneng, the more straightforward molecular formula C13H10 and molecular weight of 166.22 g/mol, is a polycyclic hydrocarbon consisting of two benzene rings connected by a cyclopentane ring. In terms of physical appearance, Fluorene Myristate typically presents as a pale yellow to light brown crystalline solid with low water solubility but good solubility in organic solvents, whereas Fluorenes as white to pale yellow crystalline plates with a characteristic aromatic odor and very low water solubility (1.98 mg/L at 25°C). Adding the myristate chain in Fluorene Myristate significantly alters its physical properties, resulting in higher lipophilicity and different melting point characteristics than the parent compound Fluorene (melting point: 116-117°C). From a stability perspective, Fluorenetrates remarkable thermal stability and resistance to degradation under normal conditions. At the same time, Fluorene Myristate is stable when protected from light and moisture but may be more susceptible to hydrolysis due to its ester linkage. These distinct properties lead to different applications: Fluorene is extensively used in chemical synthesis and as a building block for various materials. Fluorene Myristate has specialized applications where its enhanced lipophilicity and modified physical properties are advantageous.

特徴	ミリスチン酸フルオレン	Fluorene
CAS番号	2837-33-6	86-73-7
分子式	C22H20O2	C13H10
分子量	316.40 g/mol	178.22 g/mol
一次資料	Synthetic (fluorene and myristic acid)	Petrochemical derivatives
主な用途	Research, material science, drug development	Polymers, resins, plastics
バイオアベイラビリティ	Limited data available	Not applicable

結論

Fluorene Myristate is a specialized compound with potential applications in chemical research, drug development, and material science. Its ester group and aromatic fluorene structure make it attractive for creating novel materials or exploring esterification reactions. While not commonly used in consumer products, Fluorene Myristate is significant in research and industry, particularly in developing new drugs and materials with specific properties. Note: This innovative ingredient is for research and industrial use only.

Why Choose Nutri Avenue Supplier to Buy Fluorene Myristate Powder?

Nutri Avenue offers premium-quality Fluorene Myristate powder, meeting strict industry standards for purity and consistency. Our products, including Fluorene Myrisate, are tested for safety and quality, and we offer flexible OEM and ODM services, competitive pricing, and efficient global delivery. Nutri Avenue is a trusted supplier for research institutions and industrial applications, ensuring reliable sourcing and top-tier product quality. Please mail to info@nutriavenue.com to contact us. * Nutri Avenueからのすべての製品は、ISOの証明書を提供することができます。

よくある質問

1. What is Fluorene Myristate used for?

Fluorene Myristate is primarily used in research and industrial applications, particularly in chemical synthesis and material science.

2. Can Fluorene Myristate be used in drug development?

Fluorene Myristate has potential applications in drug delivery systems and may be explored in pharmaceutical research.

3. Are there any side effects of Fluorene Myristate?

Fluorene Myristate is not intended for human consumption as a research chemical, and its safety profile is not fully established. It should only be handled in laboratory settings.

4. Is Fluorene Myristate safe for use in consumer products?

Fluorene Myristate is not approved for food, drugs, or cosmetics and should only be used in research and industrial applications.

5. Is Fluorene Myristate legal?

Fluorene Myristate is legal for research and industrial applications but has not been approved for consumer use. Always check local regulations for specific usage.

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