LATEST WEBINARS
Webinar available to view on demand. This webinar talks about the benefit of incorporating microsampling techniques in bioanalytical assays, as well as the effort required to overcome the challenges.
Webinar available to view on demand. Accurate and precise biomarker measurement is critical to identifying diagnostic markers and druggable targets. Learn how quantitative mass spectrometry ensures proper biomarker measurement and characterization.
Webinar available to view on demand. Thursday 27 September 2018. In this webinar, learn about utilizing xMAP® technology coupled with machine learning algorithms to detect polyps and early-stage colorectal cancer
Webinar available on demand. Join our webinar to learn about the critical parameters related to the development of cell-based assays, the expected challenges and how binding assays could potentially be an acceptable replacement.
Webinar available to view on demand. In this panel discussion, we hear from key experts in the field about their research and expertise, how they overcome key challenges associated with the technologies they work with and what they envision for the future of biomarker research and validation.
Webinar available to view on demand. Selection and validation of biomarkers can be the difference between the success and failure of a pharmaceutical or biopharmaceutical drug development program.
Webinar available to view on demand. The application of differential mobility spectrometry to overcome selectivity and sensitivity challenges for both small and large molecule quantitation in bioanalysis.
Available to view on demand. In this panel discussion we gain a 360° perspective from leading CRO and pharmaceutical leaders on the sharing of scientific data.
Available to view on demand. We present a rare opportunity to see experts from across the pharmaceutical and CRO industries sharing perspectives on new technology integration in the field of bioanalysis.
Webinar available to view on demand. Single molecule counting (SMC™) technology enables precise measurement of molecules at levels previously undetectable, down to the femtogram/mL levels, allowing researchers to identify new biomarkers or assist in therapeutic development with an improved view of efficacy, safety and time course studies. Find out more in this video webinar from Millipore Sigma (MA, USA).
Available to view on demand.
In this free panel discussion, our experts will provide insights into their own research with large molecules including the challenges they have had to overcome, key trends they have seen and their future outlook of the development of this field.
Latest News
Researchers have developed a novel noninvasive monitor using a technique named Raman spectroscopy for measuring blood glucose levels.
A team from the University of Groningen (Groningen, tThe Netherlands) have has designed a novel nanopore system capable of measuring single molecules from a variety of complex biological samples.
SCIEX announces innovations in their ultra low-flow separation and accurate mass analysis, capillary electrophoresis–mass spectrometry (CESI-MS) technology and LGC announces investment plans in new GMP analytical capability.
Latest Features
In this ‘Ask the Experts’ feature, we will be discussing the subject of outsourcing in the bioanalytical field. As the…
In this feature, we will be investigating how flow cytometry works, key advances in technology over the years and how applications for flow cytometry detection and measurement are being developed.
Find out more about setting up and running any flow cytometry assay with this helpful infographic including the different platforms, instrumentation, data analysis software and example assay types.
Drug Discovery and Development
Ligand-binding
Hybrid assays: the next big thing?
Evolution of fit-for-purpose biomarker validations: an LBA perspective
Mass Spectrometry
Solvent and additive purity selections in bioanalytical LC–MS
Sample preparation, extraction & collection
Noninvasive method potentially as effective at measuring blood glucose as finger prick test
Nanopore system offers real-time single molecule analysis of complex biological samples
Two-step protocol for preparing adherent cells for high-throughput flow cytometry