Multispectral Optoacoustic Tomography (MSOT) Acuity
Imaging system for clinical research
MSOT Acuity

Multispectral Optoacoustic Tomography (MSOT) or Photoacoustics utilizes pulsed light at multiple wavelengths and detection of acoustic responses. Images are generated and spectrally unmixed to yield the biodistribution of reporter molecules and tissue biomarkers.

MSOT offers the unique ability to accurately visualize, track and quantify endogenous chromophores, nanoparticles, biomarkers and optical agents, in vivo and in real time. Excellent intrinsic tissue contrast by combining the molecular specificity of optical imaging with the penetration depth and 3D resolution of ultrasound. Offering the best of the Optical and Ultrasound Imaging.

Based on our proven CE-marked MSOT Acuity Echo system further non-CE-certified, customized MSOT Acuity Echo research systems are available upon request to match your clinical research needs in optoacoustic imaging.

 
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Arc-shaped 2D detector
Most clinical studies with the MSOT Acuity to date have used an arc-shaped 2D detector with 4 MHz center frequency. This detector can visualize optical contrast in a cross-sectional view.

System configurations available:

Type 1+ laser: 680-980 nm & 1064 nm, 25 Hz
Type 2 laser: 660-1300 nm, 25 Hz

3D detector
Some clinical studies with the MSOT Acuity have used the 3D detector to leverage its unique capability of acquiring volumetric images with a single laser pulse and displaying volumetric images in real time. Key research applications to date using this detector haven been in the areas of skin diseases, lymphatics and breast cancer.

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