Virtual Roadshow – broadcasting a series of Lab Showcase Sessions, live from Cytiva’s UK

Join us for the 2022 Virtual Roadshow broadcasting a series of Lab Showcase Sessions, live from Cytiva’s UK. A great opportunity for you to meet and question our Specialists with expertise in ÄKTA™, Biacore™, ImageQuant™ 800, Genomics, and Cell & Gene Therapy. Our Team are looking forward to telling you about recent developments and how to accelerate your research in these key areas.

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Virtual Roadshow

Let’s share knowledge and ideas, stay connected, and continue to pursue solutions that advance and accelerate future therapeutics.

Register today to join the 2022 virtual roadshow from the United Kingdom. The virtual roadshow showcases lab techniques and developments geared to accelerating your research.

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Getting the most from ÄKTA™ chromatography systems – maximising productivity

Date: Thursday, 19 May
Time: 10:00 AM –11:00 AM
Q&A: 11:00 AM–12:00 PM


Abstract
In this session we will describe how to efficiently use ÄKTA™ chromatography systems to increase production of proteins and research reagents to accelerate your research. We will discuss the automation of complex processes, solutions for parallel purifications, and the isolation of low abundance complex targets, ensuring a fast route to reagent generation, high quality data, and publication.

Getting the most from Biacore™ systems

Date: Thursday, 26 May
Time: 10:00 AM –11:00 AM
Q&A: 11:00 AM–12:00 PM


Abstract
Join us for this live, interactive broadcast where we will show examples of how to get more from your biomolecular interaction research using our surface plasmon resonance technology. The session will cover best practices for designing experiments using the Biacore™ instrument. We will also discuss what to consider when analysing data, to help you get quick results.

How to get the most from your CCD camera – ImageQuant™ 800

Date: Thursday, 09 June
Time: 10:00 AM –11:00 AM
Q&A: 11:00 AM–12:00 PM


Abstract
Many researchers are confronted with strong and very weak signals on the same Western blots or strips. Examples are:

  • loading controls like GAPDH/tubuline and low abundant proteins of interest.
  • phosphorylated forms vs non-modified target proteins.
In this session we will show how to capture a high-quality image in these cases, with traditional and innovative methods of imaging. We will also make suggestions on how to combine chemiluminescent with fluorescent detection. Normalisation and Western blots are also a known challenge if the differences are small, such as 30% to 40% change. Using both detection methods, we will show that these changes are real biological effects rather than technical variation.

Overcoming the challenges of tissue dissociation for single-cell omics applications with the VIA Extractor™ system

Date: Thursday, 16 June
Time: 10:00 AM –11:00 AM
Q&A: 11:00 AM–12:00 PM


Abstract
In this session we will describe The VIA Extractor™ tissue disaggregator, which is designed for consistent, rapid disaggregation of solid tissue, including tumors, into viable single cells. We will describe how it uses a mild processing approach to consistently generate high cell yield and viability and preserve cell integrity relative to the parent sample. The system provides a semi-automated process for use in high-throughput omics research, giving reliable results in single-cell sequencing and flow cytometry applications.

Advanced and automated process development for gene therapy

Date: Thursday, 23 June
Time: 10:00 AM –10:45 AM
Q&A: 10:45–11:00 AM


Abstract
In this session we will describe end-to-end processing for adeno-associated virus, which is a common vector in gene therapy applications. Also, we will discuss the automated systems that can be used for a mid-scale run and will include data from some of our new technologies. And we will run through the modular workflow for cell therapy manufacturing that’s often used for CAR-T cells. The equipment is connected by Chronicle™ automation software providing a unified digital platform to monitor your manufacturing and supply chain.

Aisha Latif
Academic Account Manager Scotland / North England / North Ireland
Cytiva

Hi,

My name is Aisha Latif, I am your local academic account manager for the region. I will be your first point of contact should you have any queries. Please do not hesitate to reach out to me directly at any point.

I look forward to welcoming you on our 2022 Virtual roadshow event!

Many thanks,
Ash

[email protected]
M +44 (0) 7741 687753
www.cytiva.com


Follow our connected mAb perfusion process

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Latest video


Curious about continuous biomanufacturing? Join the Cytiva project team vlog series as we document our proof of concept trial and provide insights to help you efficiently plan and execute your project .

Publish date: 29 September, 2020

Curious about continuous biomanufacturing? Join the Cytiva project team vlog series as we document our proof of concept trial and provide insights to help you efficiently plan and execute your project .

Publish date: 29 September, 2020

Curious about continuous biomanufacturing? Join the Cytiva project team vlog series as we document our proof of concept trial and provide insights to help you efficiently plan and execute your project .

Publish date: 29 September, 2020

Curious about continuous biomanufacturing? Join the Cytiva project team vlog series as we document our proof of concept trial and provide insights to help you efficiently plan and execute your project .

Publish date: 29 September, 2020

Curious about continuous biomanufacturing? Join the Cytiva project team vlog series as we document our proof of concept trial and provide insights to help you efficiently plan and execute your project .

Publish date: 29 September, 2020

ÄKTA™ pure protein purification system

Compact liquid chromatography system to support routine protein purification in research laboratories.



Biacore™ system

Robust molecular interaction analysis with a sensitive side.






Amersham ImageQuant™ 800 Western blot imaging systems

Flexible imagers with automated features for sensitive, accurate chemiluminescence and fluorescence detection


VIA Extractor™ tissue disaggregator – Omics bundle

Semi-automated system for consistent, rapid disaggregation of solid tissue, including tumors, into viable single cells.


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