Determination of amylisonitrite and isoamyl nitrite
Expertise | Physicochemical, Nutritional |
---|---|
CAS No. | Amylisonitrite 110-46-3 Isoamyl nitrite 110-46-3 |
Description
Amylisonitrite (or isoamylnitrite) and isoamyl nitrite are two volatile organic compounds derived from nitrites, historically used for their vasodilatory properties in some traditional pharmacopoeias. They are also found in technical products, solvents, or industrial plant-based formulations, particularly for their effects on muscle relaxation or as flavoring agents. However, their potential toxicity and misuse in recreational contexts have led to increased regulatory oversight.
The determination of amylisonitrite and isoamyl nitrite is now essential to verify the absence or conformity of these substances in nutraceutical products, plant extracts, or technical liquids.
Why analyze amylisonitrite and isoamyl nitrite?
These substances belong to the family of nitrite esters, known to cause rapid vasodilation when inhaled or ingested. Although some medical uses have been documented in the past (notably for the treatment of angina pectoris or as an antidote to cyanide poisoning), their use is now highly regulated, or even prohibited in many countries.
Their euphoric effect, associated with cardiovascular, neurological, and metabolic risks, makes them targets for regulatory monitoring. Manufacturers must therefore demonstrate their absence or control in formulations where their presence could be suspected: imported products, traditional plant extracts, botanical solvents, etc.
Available analytical methods
YesWeLab offers you several reliable and sensitive dosage approaches, depending on the matrix:
- GC-FID (gas chromatography with flame ionization detection): suitable for the detection of low concentrations in solvents or volatile bases.
- GC-MS (gas chromatography coupled with mass spectrometry): reference method for the precise identification of trace compounds in complex matrices.
- HPLC (high performance liquid chromatography): used for samples that are heat-sensitive or soluble in aqueous or glycerol matrices.
Our methods allow us to precisely quantify these compounds, often below ppm, in technical or nutraceutical matrices.
Affected matrices
The dosage is particularly suitable for the following matrices:
- Traditional or ethnobotanical plant extracts
- Botanical chemicals and solvents
- Liquid preparations or mother tinctures
- Technical or cosmetic formulations containing nitrite derivatives
- Products that may be subject to misuse (aromatherapy, recreational uses)
Further analyses recommended
To ensure complete quality control and enhanced regulatory compliance, it is advisable to combine this assay with other analyses targeting risky compounds or residual solvents:
- Residual solvent analysis (GC) – to detect volatile impurities in technical products or plant extracts.
- Nitrite and nitrate dosage – as a supplement in food or herbal medicine matrices.
Security, Compliance and Regulation
European regulations prohibit or severely restrict the presence of nitrite esters in foodstuffs, nutraceutical products, and preparations intended for the general public. Some authorities, such as EFSA and ANSM, consider these compounds potentially dangerous in cases of chronic exposure or abuse. Analytical traceability therefore becomes an essential tool for meeting the requirements of distributors, exporters, and regulatory authorities.
The dosage proposed by YesWeLab is part of this logic of risk prevention, consumer protection, and regulatory compliance.
YesWeLab: your partner for specific dosages
YesWeLab offers you access to its network of accredited partner laboratories (ISO 17025, COFRAC, etc.), experts in physicochemical analysis and the control of regulated substances. Our scientific teams advise you on the techniques best suited to your matrix and your objectives.
Add this test to your quote request now or contact our team for personalized support.
Other analyses we perform
Similar products
-
Gelation analysis
Viscosimetry
-
Specific heat analysis
Differential scanning calorimetry (DSC)