Univocal Identification of Flavor and Fragrance Compounds Using GC-MS (TOF) / Condensed Phase FTIR with an Extensive Library
To obtain a univocal identification we need three independent pieces of analytical information. Flavor and Fragrance components are usually separated by gas chromatography and identified with MS spectral comparison and linear retention indices (LRI).
However, diastereomeric or positional isomers can present identical retention behavior and MS spectra, and can cause misidentification. The development of a unique condensed-phase FTIR provides the solution – a simple post-column split combines it with a GC-MS instrument, using the GC to separate the components and MS (TOF) and FTIR spectrometers to give structural elucidation in a single analysis. [Read More]
It has been a long way since the original small group of founders in 1975 started the activity always focused with great enthusiasm and deep dedication to the develop of technologies and commercialization in the gas-chromatographic field.
DANI has built an entire gas-chromatographic platform delivering high-resolution gas chromatography to market through the implementation of high performing GC systems, unique injections’ technologies, ultra-fast detection capabilities.
Analysis of Fluorofentanyl Isomer Compounds by Gas-Chromatography Coupled with Solid Phase Infrared Detector
A developing problem within the illicit drug market is the increasing use of opioids and their analogues. Among these opiates is the potent synthetic analgesic, fentanyl. Fentanyl is 50 – 100 times stronger than morphine. It is a very powerful opiate agonist of...read more
A recent Microgram Journal paper by Casale and Hays at the US Department of Justice Drug Enforcement Administration (Volume 9, Number 2) reported the characterization and differentiation of 11 commonly encountered N-BOMe derivatives via mass spectrometry and infrared...read more
Featured Products & Applications
DiscovIR-GC enables the coupling of Gas Chromatography to Infrared Spectroscopy for the separation and identification of several molecules including controlled substances, and hazardous materials.
DANI Master SHS confirms the reliability of the Valve&Loop technique and introduces advanced features for improved performance.
Master SHS is a robust and flexible system to meet complex and versatile needs.
DANI provides integrated systems to fully operate USP 467 in a fully compliant manner. The systems are based on proprietary technologies in HS and GC and can accommodate different pre-existing workflows