The advent of adaptive optics retinal imaging has enabled us to image the retinal vascular at cellular resolutions, but imaging of the vasculature can be difficult due to the complex nature of the images, including features of many other retinal structures, such as the nerve fiber layer, glial and other cells.
Using volume imaging enables us to image in only one plane.
Novalis ExacTrac image-guided frameless system enabled us to image the patient at any couch position using a frameless positioning array.
Cameras have played a key role in a host of major scientific discoveries and engineering advances, enabling us to image and analyze objects over a wide variety of scales.
The nationwide dense seismic network has been deployed in Japan, a typical subduction zone with a very high seismic activity, and this development has enabled us to image even the internal structure of the subducted slab below Japan.
This technique enables us to image the structure and morphology of non-labelled collagen in native tissues in high spatial resolution.
The combination of the same slice imaged with the two highest-end modalities in near real-time on simultaneous scans has enabled us to image metabolic function with detectable accuracy at the level of the cervical spinal cord.
Combining this improved system with our existing 1,310 nm SD-OCT enabled us to image the ocular anterior segment, including the cornea, anterior chamber, crystalline lens, and ciliary muscle.
Since we shifted the high pass filtering process from the fast scan direction to the slow scan direction [ 35], the time interval available for Doppler analysis was increased from 0.01 ms (between adjacent A-lines) to 3.57 ms (between adjacent B-frames), which dramatically improved the sensitivity of the system to slow flow movements, enabling us to image capillary flow within the retina and ONH.
We note that the "time-tagged" photon detection associated with FIFO TCSPC will potentially enable us to use image registration techniques if FLIM of samples moving within the total acquisition time is required.
Techniques of computer graphics now enable us to use moving images.
