• Evenementen
  • Webinar
    • Life Science
      • Decoding the Spatial code using Proteomic Spatial Phenotyping
      • Switching to Automated Microscopy
      • in vivo delivery from study to gene therapy: overview, considerations and challenges
      • Generating CRISPR cell models, an overview, challenges and latest technologies
      • From Bench Top Automated Imaging To High Throughput Screening
      • Helping GMP/GLP labs meet data integrity guidelines
      • Accelerating The Study Of Viral Infections & Therapeutics
      • Pipetting Academy - Optimizing your pipetting practices for cell culture
      • Get more insightful results
      • Advancing life science research by refining transfection: strategies and tips
      • The Meaning of ‘Clean’: Mitigating the Risk of Particulate Contamination from Single-Use Technologies
      • Data Integrity and the Next Level of Connectivity in a Modern Lab
      • Delivering on the Promise of Biobanking
      • How to improve the reliability of your PCR results
      • Improving DNA and RNA co-extraction from Formalin-fixed paraffin-embedded (FFPE) samples
      • Optimize your lab ultrafiltration workflows! – For MAbs, viruses and many more applications
      • Improving Detection Assays With Agilent qPCR Tools & Workflows
      • High-throughput and high-content 3D cell culture assays - Discover the hits that matter
      • Overcome challenges of cfDNA purification with high throughput, automated extraction processes
      • Microbiological “Gold standards” VS Flow cytometry method in Food & Beverage industry
      • Testing for the Present, Testing for the Future: A deeper dive into cDNA synthesis
      • Introduction to 3-D bead beating technology with Precellys homogenizers
      • Master Pipetting & Improving Daily Results
      • Considerations When Choosing A Colony Picking Solution
      • Maximising The Potential Of PCR As A Diagnostic Tool
      • A powerful transfection reagent for hard-to-transfect cells: jetOPTIMUS®
      • Considerations when choosing your microplate reader
      • Cell Culture Surface Selection: Achieving optimal growth and harvesting of your cells
      • Pipetting: Tools and tips for perfect results
      • Get started with MinION - Oxford Nanopore's portable sequencer
      • 3D Cell Culture made it easier
      • Achieve easy, fast and reliable particle/cell size analysis with NanoCuvette™ S
      • How biobanks play a critical role in driving life sciences research
      • Simple. Fast. Elegant: RNA-seq library prep with integrated ribo-globin depletion
      • CELL CULTURE PROCESSES & CELL TYPES: from benchtop R&D to upscaled bioproduction
      • Same-day whole-plasmid sequencing in your lab
      • Easier microscopy with automated imaging!
      • RNA-Seq Library Prep Simplified
      • Self service sorting with the newest member of the CytoFLEX family
      • To ELISA and beyond!
      • Enhancing everyday microbiology workflows with easy-to-use, benchtop nanopore sequencing
      • Handling liquids in your cell culture - practical tips and tricks
      • Faster, Better, Tougher - enhance your first strand cDNA synthesis with qScript Ultra
      • Generating complete, reference quality microbial genomes with 'nanopore only' metagenomic sequencing
      • Small volumes, high requirements: Liquid Handling in PCR
      • What if you could reduce failure risk due to faulty plasmids and speed up your discovery process?
      • Colony Picking and Automation: How to implement cell line development and microbiology workflows
      • From pipeline to patient: How Ready-to-Use vials can accelerate the drug development process
      • Get started with nanopore sequencing - what you’re missing matters
      • The future of cell culture: Transforming the complexities of 3D cell culture into reliable and translatable science
      • Automated Nucleic Acid Purification at your Fingertips from Small to Large Volume Samples
    • Chromatography
    • Equipment & instruments
    • Chemicals
    • Quality Control
    • Bioprocessing Solutions
    • Safety
    • Controlled Environment

Embark on a journey of discovery in spatial biology with this webinar. We will lead you through a streamlined workflow, showing the transition from sample preparation to multiplexing to minimizing workflow bottlenecks and maximizing experimental throughput. Mateo TL and Mica offer an innovative solution by providing advanced sample preparation to ensure most optimal sample integrity. Moreover, to drive down disease progression and increase response to therapy, there is a strong need to deliver context to better understand the real complexity of biological interactions. Hence, by harnessing the power of Cell DIVE, researchers can unravel the spatial heterogeneity of cellular populations, uncovering hidden insights that traditional imaging techniques fail to capture. Along this way, explore the transformative power of Aivia software for precise spatial phenotyping and data analysis. Don't miss this exclusive opportunity to revolutionize your research approach. Secure your spot now!

For more information, please contact us at webinar@avantorsciences.com

Presented by:

		Michael Smith, Ph.D. is Application Manager at Leica Microsystems. He completed a Ph.D. in the genetics of DNA repair at Columbia University and a postdoctoral fellowship in genome integrity and cellular aging at Memorial Sloan Kettering Cancer Center, where he leveraged microscopy to understand the real-time dynamics of DNA homeostasis. His passion for answering biological questions using imaging technologies led him to his current position, where he provides technical expertise and customer support for a range of Leica products, focusing on spatial biology solutions.
		Daniel Smeets is an Advanced Workflow Specialist at Leica Microsystems. He obtained his PhD in biology (Cell Biology and Epigenetics) from the University of Munich (LMU) in 2013 and during his PhD studies also spent over a year at the University of Oxford/UK. During his PhD studies he was interested in the higher-order structure of chromatin in the interphase nucleus of mammals and how this interplays with essential nuclear functions like transcription and replication. He used mammalian female X Chromosome inactivation as a model system which he studied with methods like super-resolution microscopy, confocal microscopy and FRAP, as well as immunochemistry, DNA- and RNA-FISH.