Earlier detection of cancer and connective tissue disorders may be possible using atomic force microscopy.

Tune in to learn how it works and discover:

• The advantages of atomic force microscopy over electron microscopy
• How fibroblasts use collagen to travel throughout the body
• How fibrosis occurs and why it matters

Atomic force microscopy is a technique that can generate high-resolution images of biological samples too small to be imaged using other techniques.

It works similar to a stylus on a record player: a tiny stylus contacts and moves up and down along the biological sample, while a computer program analyzes these movements and recreates 3D images accordingly.

In essence, it’s a process whereby the topography of almost any surface can be measured and visualized.

This technology is leading to great insights in various fields of research, and has exciting applications in the field of early cancer detection.

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Episode also available on Apple Podcast: http://apple.co/30PvU9C

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