Latest On-Demand Webinars

A long-standing concern for neuroscientists studying specific cell types in vivo is whether cell isolation from CNS tissue induces ex vivo activational artifacts that confound experimental interpretations.

Map proteins, examine metabolic activity and dig deeper into cellular biology by adding spatial localization to your current methodologies. In this webinar, we’ll showcase this novel workflow, highlighting the benefits it can bring to your research.

Histology has a crucial role throughout the drug discovery and development pipeline, from early-stage R&D to clinical trials.

Attend this webinar to:
- Overcome key challenges when working with rare antigen-specific T cells
- Learn the key considerations when preparing samples for single-cell sequencing
- Gain insights into tumor single-cell sequencing results

In this webinar, we will cover time-saving tips to help increase your PCR productivity. We will address common PCR pitfalls that can be avoided with innovations in enzymes, instruments, and plastics. We will also discuss PCR tools that are available to researchers who wish to push PCR boundaries to overcome research limitations.

The tumor microenvironment (TME) is a heterogenous network of various cell types and structural elements. Understanding cell interactions and biological processes within the TME offers possibilities for the development of improved and personalized therapies.

Imaging multiple biomarkers in a single tissue section combined with analysis of their spatial information within the TME enables deep phenotyping and biomarker discovery and can help improve cancer therapy.

In this webinar, we present the unique MACSima™ imaging cyclic staining (MICS) technology from Miltenyi that automates the imaging of hundreds of biomarkers and the associated software that has been specifically developed to analyze multidimensional datasets.

Join the webinar to learn how:

• Liver disease progresses from a dysregulation of metabolism
• Lipid metabolism differs between mice and men and the impact this has on drug development
• Primary human NASH models can evaluate drugs that target metabolism
• NASH models allow the quantitation of lipid droplets, metabolism and fibrosis

With the genetics behind cancer being both diverse and complex, there are many genomic deviations that need to be detected and analyzed to further our understanding of the disease. Using nanopore sequencing, scientists can achieve the most comprehensive insight into cancer genomes. To explore this further, this symposium will bring together experts in cancer research, where they’ll cover how they are using the technology.

The speakers will discuss detecting missing structural variants, characterizing mutation patterns and how nanopore sequencing has advanced their research.

Tune into the TME webinar series and listen to the episode “Tumor Microenvironment in a Nutshell” to get a quick refresher on the cause and effect of the TME on tumor development.

In this webinar series, speakers describe the development of an in-house 3D drug sensitivity and resistance testing platform, the development of a pipeline to functionally evaluate 3D organoid models from patients with genitourinary tumors, and how to better understand your 3D cell models and make insightful discoveries.