The ability to measure and detect anatomical, physiological & functional processes of brain hemodynamics in the central nervous system of small animals holds important implications for neuroscience research, especially in studies of stroke and Alzheimer’s disease.
Photoacoustic Imaging in the Brain
High-resolution images derived with the Vevo® LAZR Photoacoustic Imaging System allow neurobiologists to readily and reliably study subcortical brain structure and real-time function in vivo & non-invasively, in 2D & 3D. Features include:
- Detection & quantification of hypoxia and oxygen saturation
- Cellular and molecular imaging with nanoparticles
- Inherent photoacoustic & ultrasound signal co-registration
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