Mass Analysis of Air-Sensitive Samples Without Sample Prep

For full product details and specs, please download our product note featuring the iASAP sample technology:

The Atmospheric Solids Analysis Probe (ASAP™) allows chemists to directly analyze liquid and solid samples by mass spectrometer without the need for sample preparation. The inert ASAP (iASAP) is a modification of this technique, allowing easy sampling of air-sensitive compounds, such as metal catalysts and organometallics, from reactions that are carried out in a glove box or Schlenk line to prevent oxidation. The iASAP probe is designed to provide:

    • Mass analysis without sample decomposition
    • Analysis in < 30 seconds
    • Real-time reaction monitoring
    • No sample preparation
    • Atmospheric pressure chemical ionization (APCI)

Looking for research performed with the iASAP probe? Our latest application note on monitoring reactions of highly air-sensitive compounds features the capability of the Advion expression CMS to confirm the synthesis of two highly air-sensitive compounds via inert sampling. Using the iASAP probe, the sample is contained in an atmosphere of inert gas, preventing decomposition and allowing safe transfer to the mass spec for analysis.

Watch the video: Advion’s Inert Atmospheric Solids Analysis Probe

expression CMS Success Stories

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New Path Molecular Ltd, United Kingdom

“Expression CMS meets our requirements for an instrument that is intuitive to use, robust and capable of being maintained, expanded and serviced without manufacturer call outs.”

Dr. Gary Tarver, Lead Chemist

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University of Cambridge, Ley Group

“I would recommend the system to any group that works with continuous flow chemistry, especially those that need real time analysis of stream compositions.”

Daniel E. Fitzpatrick, Ph. D Candidate, Student Researcher & Founder, ChemInventory

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Research Analyst – University of Leiden

“I incorporated the expression CMS as a TLC/MS system because of its simplicity, low cost and the brilliant combination with the Plate Express.”

Dr. Hans van den Elst, Research Analyst, University of Leiden

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Department of Chemistry – Creighton University

“It’s easy, walk-up use with straightforward swapping of ESI and APCI sources make it a reliable, productive tool for determining synthetic success.”

Dr. Martin Hulce, Department of Chemistry, Creighton University

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Recent expression CMS Publications

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expression CMS Application Notes

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Fast Screening for Purity and Adulterants in Coconut Oil by ASAP® Compact Mass Spectrometry

The expressionL CMS coupled with the Atmospheric Solids Analysis Probe (ASAP®) is used to determine purity and detect adulterants in coconut oil. In this application note, pure coconut oil is tested against a sample of coconut oil adulterated with canola oil for comparative data analysis and a fast and easy method for purity analysis.

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iASAP Analysis of Air-Sensitive Compounds via Inert Sampling Techniques

Many chemical reactions carried out by synthetic chemists involve air-sensitive compounds such as metal catalysts and organometallics and must therefore be carried out in a glove box or using a Schlenk line to prevent oxidation and hydrolysis. Sampling and transportation of these samples to a mass spectrometer by an Atmospheric Solids Analysis Probe (ASAP ®)…

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Identification of a Pesticide Used in Lawn Care by vAPCI Compact Mass Spectrometry

At regular intervals throughout the year a local lawn service applies pesticides to the lawn surrounding the Advion headquarters in Ithaca, NY. The grass is very uniform and not a single dandelion or crabgrass plant is visible – so we wondered, what chemical do they use? After an application in the early spring, we sampled…

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Analyses of Different Grades of Olive Oil by Volatile Mass Spectrometry

In this application note, we demonstrate the use of the Advion expression CMS with a volatile APCI (vAPCI) ion source to analyze extra-virgin, virgin, and lampante olive oil samples. We show statistical analysis allowing us to categorize and identify olive oil samples by their grade. This technique allows us to test individual olive oil samples and…

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