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Strategies for Deep Imaging with Multiphoton Microscopy

Multiphoton microscopy captures high resolution 3D images deep in biological specimens. Of the multiple advantages of this technique, access to deep imaging sites in live tissue is often the primary motivation for utilizing multiphoton microscopy. In this shortcast, we will review some basic principles of multiphoton microscopy and see how these can inform strategies for maximizing depth penetration through highly scattering specimens.

Presenter:

Carlo Alonzo
Associate Product Manager, Multiphoton Microscopy
Olympus

Strategies for Deep Imaging with Multiphoton Microscopy

Strategies for Deep Imaging with Multiphoton Microscopy

Multiphoton microscopy captures high resolution 3D images deep in biological specimens. Of the multiple advantages of this technique, access to deep imaging sites in live tissue is often the primary motivation for utilizing multiphoton microscopy. In this shortcast, we will review some basic principles of multiphoton microscopy and see how these can inform strategies for maximizing depth penetration through highly scattering specimens.

Presenter:

Carlo Alonzo
Associate Product Manager, Multiphoton Microscopy
Olympus

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Eingesetztes Produkt
Multiphotonen-Laser-Scanning-Mikroskop

FVMPE-RS

  • Maximale Auflösung und maximaler Kontrast mit TruResolution-Objektiven 
  • High-Speed-Bildgebung mit Resonanz-Scanner
  • Erweiterte IR-Multiphotonenanregung bis 1300 nm
  • Optionaler Dreifachscanner für Multiphotonen- und Laserstimulation im Bereich des sichtbaren Lichts
  • Hocheffiziente Transmission mit optischen Beschichtungen bis 1600 nm auf speziellen Multiphotonenobjektiven und Scanning-Einheit
  • Automatische Ausrichtung der IR-Laserstrahlen in 4 Achsen
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