Using the developed simulation environment, the PET detector block designer can easily define different detector block configurations and test their optical behaviour regarding the characteristic features that determine the imaging quality of the device.
By the developed simulation environment the PET detector block designer can easily define different detector block configurations and test their optical behaviour regarding the characteristic features defining the imaging quality of the device.
The distance was measured from the side between the surface of the centre of the cornea and the imaging lens of the device.
Although imaging of the nanoscopic device and delivery of a molecular therapeutic does not offer dual tracking of each independently, having information about the conditions under which the therapeutic is released and the ability to monitor the nanostructure gives some indication of the theranostic benefit.
3 The recent advancement of OCT from the time domain to the spectral domain OCT (SD-OCT) has greatly improved the imaging speed and resolution of the device, 4 and has enabled imaging scans of the macular RNFL (m-RNFL) and the macular ganglion cell layer and inner plexiform layer (GCL+IPL).
These pathways are formed by oxygen ion migration, which was observed in situ on the TE surface by optical imaging (OM) during measurement of the device under positive bias.
To demonstrate the possibilities of parallel imaging in SECM, we report use of the device to image a heterogeneous substrate with conducting and insulating features.
The physical tests and the clinical imaging capabilities of the experimental device which have been performed by IPB (France) and SHC (Hungary), agree with the expected performances better than those of a cardiac conventional γ- camera except for dynamic studies.
Next, we verified the MR-compatibility of the device by imaging a head phantom during robot operation.
The sensitivity of the device allows imaging of activity down to 100 nCi and the system has a resolution of at least 500 μm with a field of view of 4.80 × 6.51 mm.
