Latest Advancements of Analysis and Sorting

With this seminar, we aim to introduce you to latest developments of Analysis and Sorting with Flow Cytometry. Learn about High Throughput Flow Cytometry, High End Flow Cytometry as well as easy and gentle Sorting.

Simply stop by, Grab your free pizza and bring your own sample!

Introducing Copy Number Analysis with the Mission Bio TapestriⓇ Platform. The only comprehensive single-cell DNA solution analysis for both SNVs and CNVs simultaneously from the same cell, using a single platform.

Join us to hear how to analyze your existing Tapestri Single-Cell DNA sequencing data. Uncover potential CNVs and Loss of Heterozygosity (LOH) from your single-cell datasets and find out if they co-occur with SNVs or indels. The data analysis package will be available for download after the webinar. 

Speakers:
Kelly Kaihara, PhD, Market Development
Robert Durruthy-Durruthy, PhD, Technical and Field Applications Support

Applications for Cell-Based Therapies and Biologics using Advanced High Throughput Flow Cytometry

In this webinar Dr John O’Rourke will:

• Illustrate the use of advanced high throughput flow cytometry to detect immune cell cytotoxicity with a variety of applications and model immunotherapeutics
• Discuss immune cell killing assays such as NK cell cytotoxicity
• Explain how to implement antibody dependent cytotoxicity and antibody dependent cellular phagocytosis assays
• Describe how advanced high throughput flow cytometry addresses bottlenecks in the development of biologics and cell-based therapies

Speaker:
Dr. John O’Rourke
Head of Product Development for Cell Analytics at Sartorius

Dr. Michael Senior will discuss some exciting opportunities for accelerating the development pipeline and the use of single-molecule microscopy to help deliver effective personalized immunotherapy.

In this webinar, Dr. Chris Denning will discuss the use of Cas9/CRISPR modified iPSC-derived cardiomyocytes as a powerful tool for modelling cardiovascular disease and variation in the human population. Early research data demonstrates the use of Cas9/CRISPR reporter lines to conduct large scale screens of compounds linked to inducing cardiomyocyte maturation. Tune in to learn more about how:

• Cas9/CRISPR is an effective approach to induce polymorphic changes in the stem cell genome
• Cardiomyocytes from human pluripotent stem cells can phenocopy disease states effectively, providing new routes for mechanistic understanding and drug evaluation for cardiovascular disease
• Applications of Agilent’s Seahorse XF Analyzer and CardioECR technologies to understand more about modelling and characterizing cardiovascular disease

Speaker:
Chris Denning
Professor and Head of Department for Stem Cell Biology
Director of the Centre for Biomolecular Sciences. University of Nottingham