Imaging will be performed using computed tomography (CT) or magnetic resonance imaging (MRI), as ordered by the admitting neurologist.
Finally, an overview on AFM beyond imaging will be provided.
More frequent Earth imaging will be a valuable tool for mapping and environmental monitoring.
Techniques such as energy selective, Bragg edge and epithermal imaging will be available at VENUS.
As well, a new technique for studying easel paintings, hyperspectral imaging, will be introduced.
The use of this pixel for photon imaging will be discussed.
The specific materials and procedures for cell delivery and imaging will be described.
A combination of electrophysiology with whole cerebellum calcium imaging will be necessary to characterize cells from this cluster.
In this review, the strategies for designing site-targeted microbubbles and the early experience with molecular imaging will be discussed.
Noninvasive monitoring of stem cells, using high-resolution molecular imaging, will be instrumental to improve clinical neural transplantation strategies.
Indeed, both in vitro nanosensors and in vivo nano-molecular imaging will be utilized to accomplish our long-term goals.
