xCELLigence RTCA- impedance biosensors to continuously monitor changes in cell number, cell morphology, cell-substrate attachment strength, and cell barrier function.Track the same population of cells via three-color live cell imaging.

In this webinar, Dr.Roddy O'Connor will discuss how T cells can be genetically modified with synthetic receptors "CARs" that redirect their specificity against distinct tumor antigens.

The rate of cellular ATP production is a powerful and straightforward measurement of energy metabolism.This webinar will discuss how OCR and ECAR can be easily converted into rates of mitochondrial and glycolytic ATP production.This routine method...

Dr.John Connolly, Tessa Therapeutics, will present a novel flow cytometry-based method to demonstrate the importance of metabolic change in memory T cell differentiation, highlight these factors as attributes of adoptive T cell therapy.

Leukemia is a cancer of the body's blood-forming tissues, including bone marrow (Acute myeloid leukemia-AML) and the lymphatic system (Acute lymphatic leukemia-ALL).From a metabolic perspective, acquired chemoresistance is associated with a shift...

Dr.Yuting Sun discusses her research supporting a Phase 1 clinical trial advancing cancer therapies, targeted at metabolic vulnerabilities.Strategies in targeting two metabolic vulnerabilities-FHmut cancer and glycolysis-deficient cancer.

In this webinar, Dr.Olaf Groß will discuss a link between metabolism and NLRP3 which has long been postulated and is supported by in vivo evidence and inhibitor data.

Using the Seahorse XF Technology, we investigated how Mtb reprogrammed the bioenergetic metabolism of the human host in vitro and ex vivo.

Introducing the XF Substrate Oxidation Stress Tests, a robust portfolio of XF assays enabling insights into cellular substrate dependencies to identify specific mitochondrial substrates that are relevant for cellular phenotype and function.

Dr.Chris Denning discusses short stories around his research, particularly around the use of Cas9/CRISPR to modify the genome of hiPSC-CMs, with applications of Seahorse XF and CardioECR to understand variation in the human population.

In this webinar, Dr.Scott Allen will discuss how understanding the effect of the disease on catabolic pathways that influence energy generation will lead to an in-depth awareness of how ALS affects energy supply in the central nervous system.

必威体育登录手机This webinar will focus on new approaches for quantifying macrophage activation in real time using an Agilent Seahorse XF analyzer.

In this webinar, Dr.Victor Darley-Usmar will introduce a new concept known as the bioenergetic-metabolite interactome, which describes how defining our bioenergetic health at the level of individual cells can now be achieved.Although we have known...

This webinar assesses the Seahorse XF platform as a tool for screening mitochondrial dysfunction and presents a workflow with reference to a panel of mitochondrial toxic drugs.

In this webinar, Julie Eakins, Senior Research Scientist at ADME-Tox Specialists Cyprotex, will discuss a number of in vitro approaches to detect compounds which can result in mitochondrial toxicity.Using a combination of different assays on the...

This webinar will discuss the early and late metabolic changes that occur during T cell activation.

必威体育登录手机In this webinar, Eva Szabo MSc, PhD will discuss how to use the Agilent Seahorse XF Analyzer to study human neural differentiation and neurodegenerative diseases.

In this webinar, Dr.Sandra Milasta, Senior Scientist of Elevatebio will discuss how metabolic pathways maintain lymphocyte survival, drive memory vs.effector function, and the implications of these findings on the development of next generation T...

This webinar will discuss how Brown Adipocytes (BAT) provide a unique therapeutic strategy to target metabolic disorders such as obesity and type 2 diabetes.

This webinar will discuss how we can selectively demolish intramural Tregs by targeting unique metabolic preference of intratumoral Tregs and how this approach can be utilized for cancer research.