Latest On-Demand Webinars
Webinar
Discover New Ways To Increase Your Throughput for Metabolic Stability Assays
On-Demand
In the webinar, we discuss a suite of metabolic stability assays developed using an AEMS system.
Webinar
Ask Me Anything: Lab of the Future
On-Demand
This exclusive AMA event grants you unprecedented access to the pioneering expert Prof. Michael Snyder a distinguished professor at Stanford University known for his ground-breaking work in digitalizing scientific research in the genomics and personalized medicine field.
Webinar
Automating Liver Perfusion To Isolate Primary Hepatocytes
On-Demand
In this webinar, a new, automated method of isolating viable hepatocytes from liver tissue will be presented, making liver perfusion easier. Our expert speaker will also discuss how to optimize yield and viability of the isolated hepatocytes, as well as non-parenchymal liver cells.
Webinar
Humanized Models for More Accurate Infectious Disease Research
On-Demand
This webinar explores how the latest humanized mouse models are advancing infectious disease research by helping scientists evaluate drug candidates of interest.
Webinar
Humanized Models for Greater Immuno-Oncology Preclinical Accuracy
On-Demand
This webinar explores how the latest humanized mouse models are advancing immuno-oncology by helping researchers study immune checkpoint blockades.
Webinar
Humanized Models for Inflammatory Disease and Allergy Research
On-Demand
This webinar explores how the latest humanized mouse models are advancing inflammatory disease research by helping scientists evaluate drug candidates of interest.
Webinar
Inside the Tech Note: The Story Behind the Data
On-Demand
In this webinar, hear three Tech Note authors present their work and explain the genesis of their research. First of all, Lakshmanan Deenadayalan will present a sensitive method for the quantification of formoterol – a drug used to treat asthma and COPD – in human plasma. Then, Eshani Nandita will introduce a sensitive multiplexed quantification of two commonly co-administered mAbs using the ZenoTOF 7600 system with SCIEX OS software. Finally, Ian Moore will show us how to achieve increased sensitivity for quantification in complex matrices using the SCIEX 7500 system. At the end of the presentations, you will be able to interact with the speakers and ask any questions.
Webinar
Top Tips for Characterizing Lipid Nanoparticles
On-Demand
In recent years we’ve seen a steep rise in the application of nanomedicine, particularly with the use of viral and non-viral delivery vectors for nucleic acids, for use in vaccine development and cell and gene therapy.
Webinar
Innovating, Digitalizing and Up-Scaling mRNA Vaccine and Therapeutics Production
On-Demand
In this webinar, our guest speakers will be discussing how to harness the full power of this disease-agnostic RNA platform, the key considerations needed for consistent, high-quality mRNA synthesis and how you can intensify manufacturing for rapid therapeutic production.
Webinar
Developing Animal Free and Defined Stem Cell-Based Tools and Processes for Regenerative Medicine
On-Demand
Human induced pluripotent stem cells (iPSC) can renew almost indefinitely and differentiate to any adult cell in the body thus making them ideal materials for developing new cell-based therapies. The efficacy and manufacturability of these therapies critically rely on reagents such as media and surface substrates used during iPSC expansion and differentiation outcomes.
Speaking at Cell & Gene Therapy 2023, Dr. Gabriella Perell and Dr. Xi Lu from Bio-Techne, presented their talk on Biotechne’s portfolio of cGMP and animal-free reagents including iPSC expansion media, vitronectin culture substrates, small molecules, and growth factors. Dr, Perell and Dr. Lu will demonstrate the application of these reagents towards establishing an iPSC to iNK workflow.
Speaking at Cell & Gene Therapy 2023, Dr. Gabriella Perell and Dr. Xi Lu from Bio-Techne, presented their talk on Biotechne’s portfolio of cGMP and animal-free reagents including iPSC expansion media, vitronectin culture substrates, small molecules, and growth factors. Dr, Perell and Dr. Lu will demonstrate the application of these reagents towards establishing an iPSC to iNK workflow.
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