(November 14, 2024) NIR-II Fluorescence imaging: Why, When and How
Short-Wave Infrared (SWIR) Imaging, also known as NIR-II imaging, operates in the 900–2000 nm wavelength range and represents a significant advancement for in vivo preclinical applications. This imaging method offers numerous advantages over traditional VIS/NIR imaging, thanks to its unique optical properties, which allow for deeper tissue penetration, reduced autofluorescence, enhanced image clarity, and an improved signal-to-noise ratio. NIR-II imaging provides highly detailed insights into vascular blood flow, drug dispersion in metabolic studies, tumor targeting, tumor angiogenesis, brain tumors, and even single-cell imaging.
In this webinar, we discovered Vilber Bio Imaging’s latest NIR-II imaging technology for small animals—the NEWTON FT-900. This powerful, versatile imager combines dual-camera SWIR imaging capabilities with traditional Bioluminescence and VIS/NIR Fluorescence imaging, delivering a comprehensive imaging solution in one device.
Learning Objectives:
– Understand the advantages of NIR-II in vivo imaging compared to
traditional imaging techniques
– Explore key in vivo applications for SWIR imaging
– Gain a technical overview of the Newton FT-900
About the Speaker (s)
Alexis Frances is an accomplished International Sales Manager with over 8 years of expertise at Vilber Bio Imaging, specializing in preclinical optical imaging. Throughout his career, Alexis has successfully brought cutting-edge in vivo imaging solutions to research and development teams across the globe. His deep understanding of preclinical imaging technologies, coupled with his expertise in optical fields, has elevated the development of the Newton 7.0 series to new heights.
