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1
Introduction
2
Welcome
3
About Telephotometrics
4
About the speakers
5
Mass photometry
6
Light microscopy
7
Icecap microscopy
8
Massphotometry
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Single Particle Tracking
10
Challenges
11
Figure of Merit
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Applications
13
Temporal Dimension
14
Camera Solutions
15
Three Cameras
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Large Pixel Imaging
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Summary
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Key Point
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Frame summation
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Processing
21
The Kinetics
22
The Sensor
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Quick Summary
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Customer Story
25
Prime BSI Express
Description:
Explore scattering microscopy techniques and their applications in life sciences research through this comprehensive webinar. Gain insights from experts Prof. Philipp Kukura and Dr. Francesco Reina as they discuss various label-free imaging approaches, including darkfield, iSCAT, COBRI, and Mass Photometry. Learn about the benefits and challenges of these techniques, which offer nanoscale 3D spatial resolution and microscale temporal resolution for detecting weak particle signals against large imaging backgrounds. Discover how sCMOS cameras enhance scattering microscopy capabilities, with an introduction to Teledyne Photometrics' camera solutions by Dr. Matthew Kose-Dunn and Dr. Phil Allen. Understand the advantages of scattering microscopy over fluorescence microscopy for imaging small, dynamic samples without labeling. Explore the Prime 95B, Prime BSI, and Kinetix sCMOS camera families, designed for high sensitivity and large full-well capacity, with added functionalities like Frame Summation and Frame Averaging. Delve into topics such as Mass Photometry, Single Particle Tracking, and the temporal dimension in scattering microscopy. Gain valuable insights into the future developments of label-free imaging techniques in life sciences research. Read more

Scattering Microscopy: Label-Free Imaging Approaches for Life Sciences Research

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