At it’s core, photoacoustic imaging requires an excitation source, typically a tunable laser such that specific wavelengths may be selected; a means of coupling the imaging subject to the excitation source and the receives; and finally the receiver which detects the resulting soundwave. There are several different ways to configure these systems, all of which have their own unique advantages and limitations.


Photoacoustic imaging is applicable to a wide array of research areas including, cancer biology, neurology, developmental biology, contrast agent imaging, as well as angiography. This list of applications continues to grow as applications are developed, and novel contrast agents are discovered or explored.


Learn more about this modality here:
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Scintica Preclinical Imaging Portfolio:
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Preclinical Multimodal Imaging:
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