Webinar
The Analytical Landscape of Cannabis Testing Session 4: Residual Solvents & Terpenes by GC-MS
On-Demand
In the first part of this webinar, Kirk will talk about headspace sampling and GC-MS measurement of residual solvents using the JEOL JMS-Q1500GC quadrupole GC-MS system, and how the technique can meet California’s minimum reporting limits.
Webinar
Developing Mass Spectrometry for Deep and Quantitative Single-Cell Proteomics
On-Demand
Dr. Nemes will share developments from his lab that enabled the in situ and in vivo measurement of metabolites and proteins in single cells in live tissues and organisms, while Dr. Orsburn will explain how leaps in mass spectrometry can facilitate unprecedented sequence coverage of protein at the single-cell level.
Webinar
Opportunities and Challenges of Blood-Based Biomarkers in Alzheimer's Disease
On-Demand
In this webinar, our expert speaker, Professor Lei Liu, Assistant Professor of Neurology from Harvard Medical School will discuss strategies in developing an ultrasensitive immunoassay* to measure oligomeric amyloid β in human plasma precisely.
Webinar
Reshaping the Lipid Landscape: Using High-Resolution Ion Mobility To Untangle the Lipidome
On-Demand
In this webinar, Dr. Kim Ekroos explains how an HRIM-MS technique based on structures for lossless ion manipulation (SLIM) technology is enabling him to dissect the metabolic glycosphingolipid map in Parkinson’s disease.
Webinar
How To Future Proof Your Laboratory Informatics Environment
On-Demand
A laboratory automation/digitisation strategy, alongside senior management support, funding and resourcing, is crucial for defining the steps required to automate the laboratory over several phases. The objective of this webcast is to highlight ways to ensure that your investments in laboratory informatics applications are sound and long-lasting.
Webinar
Revealing the Developing Brain With Single-Cell Multiomic Profiling of Human Cerebral Organoids
On-Demand
The powerful combination of stem-cell derived organoids and single-cell multiomics is revolutionizing developmental cell biology.
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