Introducing a new type of mass spectrum, available exclusively in the Advion Peak Express™ software suite: the Delta Spectrum (ΔS). The ΔS is available with the expression compact mass spectrometer (CMS) to look beyond chemical noise and automatically detect even the smallest peaks without knowing the m/z in advance.
With the Peak Express™ software, you can:
- Find minor components and impurities you would otherwise miss
- Find unknowns in complex samples like natural products
- Acquire XIC-quality data while scanning the entire mass range, allowing Peak Express™ to tell you the m/z
- Perform real-time, mass-directed purification without knowing the mass Realize automatic ‘expert’ data processing
Turn your expression® CMS into a high resolution, exact mass instrument in its ability to provide elemental formulae. TAMI uses accurate centroiding and mass correction algorithms to provide a more accurate mass assignment. In combination with isotope abundance analysis and careful consideration of chemical valence rules this provision of elemental formulae with a high level of confidence.
TAMI includes a post-run mass calibration tool that further increases the mass accuracy of your data. TAMI software is accessed directly from Data Express as you process your data.
Q: WHAT IS THE FOCUS OF YOUR LAB’S RESEARCH?
A: The synthesis of modified histidines for solid-phase peptide synthesis and new routes to exocyclic allenes.
Q: WHAT WAS YOUR PREVIOUS WORK FLOW OR CHALLENGE?
A: Some Nim-tritylated histidine analogues and exocyclic allenes provided weak or no molecular ions using other mass spectrometry methods.
Q: WHY DID YOU INCORPORATE THE EXPRESSION® CMS INTO YOUR LABORATORY?
A: It’s easy, walk-up use with straight-forward swapping of ESI and APCI sources make it a reliable, productive tool for determining synthetic success.
Q: HOW DID THE EXPRESSION® CMS HELP RESOLVE YOUR CHALLENGES?
A: ESI and APCI resolved extensive fragmentation observed with some analytes.
Q: TO WHOM WOULD YOU RECOMMEND THE EXPRESSION® CMS?
A: Organic synthesis labs and undergraduate programs needing a simple diagnostic tool for reaction outcomes.
Q: WHAT IMPRESSES YOU THE MOST ABOUT THE EXPRESSION® CMS?
A: Students find it straight-forward to use and its sources are easy to clean.
The Drug Discovery Unit at the University of Dundee is met daily with a global task: address unmet medical needs and diseases in the developing world, and continuously build their innovative targets portfolio.
Learn from Susan Davis, a Medicinal Chemist with the unit, how she has processed 22,639 sample injections via the Advion compact mass spectrometer, and how it has assisted her research daily.
Also hear from Dr. Jack Henion, Advion’s Scientific Founder, as he joins for a Q&A session about mass spec and it’s role in drug discovery and disease prevention.
This webinar examines the workflow of a medicinal chemist as they utilize compact mass spectrometry techniques for drug discovery and disease prevention.
The Montclair University team utilizes the Advion CMS in their undergraduate lab. Essential in the research-focused curriculum, the team was able to purchase the cost effective, small-footprint system to grow their lab capabilities. They later added an APCI module for their growing needs.
Q: WHAT IS THE FOCUS OF YOUR LAB’S RESEARCH?
A: My research at the Biomedical Research Imaging Center (BRIC) focuses on the development and validation of novel radiolabeling methods and multimodality molecular imaging probes for various diseases, including cancer, diabetes, neuro-disease, and cardio vasculature disease. To be more specific, the major efforts of my current research include: 1) developing novel radiochemistry for cancer diagnosis, neuroimaging, cardiac imaging, diabetic research, drug discovery and development, and targeted radionuclide therapy; 2) developing multimodality molecular imaging agents; 3) developing novel nanotechnology and studying its biomedical applications; 4) developing pre-targeted drug delivery system for cancer imaging and therapy; and 5) performing PET related translational research.
Q: WHAT WAS YOUR PREVIOUS WORK FLOW OR CHALLENGES?
A: Sometimes we have a reaction, and we do not know which peak contained the product, so we send the sample to the mass spectrometry facility to be analyzed. Additionally, there are times when we have 10-20 peaks, and it is impossible to collect them all to be sent.
Q: WHY DID YOU INCORPORATE THE EXPRESSION® CMS INTO YOUR LABORATORY?
A: The convenience of having a mass spectrometer in our laboratory means that we can increase working efficiencies by not waiting 2-3 days for results from the LC lab. The expression® CMS is a good system for routine analysis.
Q: TO WHOM WOULD YOU RECOMMEND THE EXPRESSION® CMS?
A: I recommend the expression® CMS to any traditional organic and radiochemistry laboratory. I am impressed by the smaller size and by how simple it is to operate. We were able to use it quickly.
Q: WHAT IS THE FOCUS OF YOUR LAB’S RESEARCH?
A: The lab’s research focus is time-resolved crystallography of proteins. Many of the catalytic processes involved occur too rapidly for us to study effectively. Therefore, we use our synthetic chemistry lab to prepare photosensitive compounds called photocages which can be incorporated into the proteins to inhibit or hinder reactions. Because they are photosensitive, they enable us to control reaction speed, making the study of these catalytic processes possible.
Q: WHAT WAS YOUR PREVIOUS WORK FLOW OR CHALLENGE?
A: Previously I was working in pure organic chemistry and other related disciplines such as supramolecular chemistry and organocatalysis. So it was quite challenging to move into the crystallography field in a campus like Deutsches Elektronen-Synchrotron (DESY) where there is almost no organic chemistry research undertaken.
Q: WHY DID YOU INCORPORATE THE EXPRESSION CMS INTO YOUR LABORATORY?
A: On the DESY campus there’s no chemistry department and, as a consequence, no instrumentation for the qualitative nor quantitative determination of organic compounds. With the Advion compact mass spectrometer we are now able to follow the process of most of our reactions which greatly facilitates our research.
Q: TO WHOM WOULD YOU RECOMMEND THE EXPRESSION CMS?
A: Organic chemists who are working continuously in the lab for the quick and easy determination of small molecules.
Q: WHAT IS THE FOCUS OF YOUR LAB’S RESEARCH?
A: We investigate ionic systems to the fullest extent, both experimentally and theoretically. In doing so, we want to understand and exploit the fundamental principles that determine the behaviour of such systems.
Q: WHAT WAS YOUR PREVIOUS WORK FLOW OR CHALLENGES?
A: For sample analysis we use NMR, vibrational Spectroscopy and X-Ray Diffraction along with electrochemical measurements in our laboratory. However, for mass spectra the samples had to be given to the MS service of the chemistry department. This led to noticeable waiting times, so no reaction monitoring was possible. Also, some of the compounds usually lead to large memory effects and are therefore rather ‘unpopular’ at the MS service. Furthermore, a large part of the compounds we synthesize are air sensitive and could not be measured at all.
Q: WHY DID YOU INCORPORATE THE EXPRESSION CMS INTO YOUR LABORATORY?
A: With the expression CMS in our laboratory we can now use mass spectrometry as a standard analysis tool for reaction monitoring. PhD Students can measure their own samples directly after synthesis. They can even change the ion source on their own according to the nature of their samples. Samples with large memory effect are no longer problematic, as the inlet capillary can easily be cleaned. A major advantage is that we can now analyse highly air-sensitive compounds without difficulty and outside a glove box.
Q: WHO WOULD YOU RECOMMEND TO PURCHASE THE EXPRESSION CMS?
A: We would recommend the expression CMS to anyone who wants to implement MS as a fast and easy to operate standard method within their own lab.
Q: WHAT IS THE FOCUS OF YOUR LAB’S RESEARCH?
A: In our Department of Medicinal Chemistry we have focus on the synthesis of novel molecules with biological activity. We synthesize molecules of natural origin, peptides and heterocyclic compounds. As integral part of the department’s work we also do drug analysis.
Q: WHAT WAS YOUR PREVIOUS WORK FLOW OR CHALLENGES?
A: The modern Faculty of Pharmacy provides state-of-the art analytical techniques. We have a 400 MHz NMR in our department and access to 600 MHz and 800 MHz NMRs in the Infrastructural Centre. Furthermore, we routinely use FT IR, DAD HPLC. At one point biggest bottleneck was MS, as we had access to HRMS, but we did not have MS in our department for routinely use in synthesis and analytical procedures.
Q: WHY DID YOU INCORPORATE THE EXPRESSION® CMS INTO YOUR LABORATORY?
A: We thought that a robust, easy to use MS would be most useful in our laboratory to make our work faster and most efficient. Versatile use, simple use of various ion sources, and direct application of samples from TLC or use of dissolved samples, were possibilities which persuaded us.
Q: WHO WOULD YOU RECOMMEND TO PURCHASE THE EXPRESSION® CMS?
A: We would recommend the expression® CMS to every medicinal chemistry department, who would use MS in a daily routine from undergraduate students to post-docs. Doing MS analysis is now a common and integral part of our work as well as doing TLC-MS-coupling with the Plate Express™. It is an excellent way for entry level to mass spectrometry, because of simple use, robustness and good results of analysis.
The CheMS user interface simplifies the mass spectrometry experience and makes it more accessible in chemistry and biochemistry laboratories. This allows the chemist to obtain optimal data without needing to be an expert in mass spectrometry.
Available with the Advion expression® compact mass spectrometer (CMS) is a fast and easy tool that is ideal for the teaching environment — Students simply select an ionization method for effortless instrument setup at the click of a button.
Fill out the form to download the full CheMS product note now.
