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Innovate the way we see life | Tomocube Inc. | May 2024

Welcome, fellow scientists.

Our second #TomocubeApplicationSeries now focuses on Cancer Research!

In this series, you will be introduced to 5 groundbreaking studies illuminating novel pathways in cancer biology, from the transformative shift of 3D spatial profiling to the ferroptosis-based synergistic therapy. Let’s dive into the latest advancements shaping the future of biomedical science in this month’s newsletter from Tomocube.

Shifting Perspectives: the 3D Revolution in Cancer Research

An essential reading, recently published in Cancer Discovery, explores how advancements in spatial profiling methods have transformed our understanding of cancer cells and their surrounding tumor microenvironment.

Visit the article to explore the challenges and accelerated progress in 3D spatial molecular profiling, fueled by innovative 3D live cell imaging techniques, and discover how it’s shaping the future of personalized medicine.

Deciphering Karyoptosis: Insights into a Novel Form of Cell Death

Derived from the Greek words “karyo” (nucleus) and “apoptosis” (falling apart), karyoptosis signifies a unique form of regulated cell death with profound implications for cancer therapy.

Go to the study for insights into key molecular mechanisms of karyoptosis and access its first timelapse ever, taken by the Holotomography label-free 3D live cell imaging.

What’s More

Three additional cutting-edge researches uncovering novel strategies in cancer therapy, which:

  • Reveal the molecular mechanism of methuosis-like cell death induced by nutlin-3a
  • Explore the synergistic effect of ferroptosis and X-ray irradiation
  • Identify therapy-induced senescent cells through label-free screening

Click on the button to gain unique insights into the boundless potential of label-free 3D live cell imaging technology in reshaping the landscape of scientific inquiry and medical innovation.