Delmic invites you to their event

Electron Microscopy: Uncovering the Inner Workings of Human Diseases | Part 1

About this event

Are you curious about the impact of electron microscopy (EM) on our understanding of human diseases? Join our webinar, where two leading researchers will share their groundbreaking insights into SARS-CoV-2 and liver disease using EM. Be part of interactive discussions and save your spot now!


What to expect:

  • Learn how EM can uncover new insights into infectious disease
  • Discover how quantitative analysis of organelles can advance life science research
  • Share your ideas and ask questions


More information:

Electron microscopy (EM) is a powerful technique for studying human diseases, as it unveils sub-cellular ultrastructural details. These insights allow for a better understanding of disease mechanisms, which is crucial for the development of appropriate treatments. In this webinar, which is the first part of our webinar series on this subject, Dr. Gerry Shami (University of Sydney) will present his finding on volume EM imaging of hepatic parenchymal cells from patients with liver disease, combined with 3D segmentation of mitochondria. Additionally, Dr. Thomas Burgoyne (University College London) will shed light on important findings gained by EM of human airway epithelial cells infected with SARS-CoV-2. During the webinar, you can engage with our speakers through our Q&A chat and share your ideas.

Hosted by

  • Guest speaker
    G
    Katherine Lau Life Sciences Director @ Delmic B.V.

  • Guest speaker
    G
    Gerry Shami Postdoctoral Research Associate @ University of Sydney

  • Guest speaker
    G
    Thomas Burgoyne Senior Research Associate @ University College London

Delmic

Powerful insights, simple workflows.

Delmic is a passionate high-tech company that develops powerful and user-friendly equipement for light and electron microscopy.
Through our great service, communication and expertise we help researchers and companies to focus on their research, and not on the instrument.

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