The in-depth Ga gradient distribution is investigated by in-depth resolved Raman scattering and secondary neutral mass spectroscopy.
fLCI measures oscillatory features in depth resolved spectra, also known as local oscillations, which result from coherent fields induced by the scattering by the front and back surfaces of cell nuclei in tissue [ 11].
One measure for RNFL degradation is via its birefringence: The reduced RNFL thickness leads to reduced retardation between orthogonal polarization states, and by using PS-OCT this effect can be observed in depth resolved manner [ 23, 24].
Detecting bone mineral loss in a depth resolved manner is another desired competence.
Spectroscopic sdOCT methods solve this problem typically by windowed Fourier transforms on the measured spectrum, which result in multiple depth resolved spectra [ 6– 8].
However, the message for investigators and research staff is that most patients are willing to consider trial participation, although many require in-depth discussion to resolve fears raised by the concept of randomisation.
While the USAF standard target has been used to characterize and calibrate a wide variety of optical imaging systems for the determination of lateral resolution, a separate test target is needed to understand axial imaging performance in depth-resolving optical systems such as OCT and confocal microscopy.
Counterstaining for nuclei and in depth analysis resolved the apparent contradiction: expression of human protein Tau was low in pyramidal neurons in the hippocampus because of the nearly complete loss of pyramidal neurons in CA1/2 (Figure 2 A C; compare injected to contra-lateral hemisphere).
In addition to depth resolved changes of tissue scattering, OCT measured tissue movement over more than 40 μm with a few tens of a nanometer resolution.
Our wavelet coherence analysis indicates that wet and dry seasons have significant effect on temporal correlation between observed and simulated soil moisture and ET. Our study demonstrates the usefulness of the EOF and wavelet coherence methods for a more in-depth validation of spatially highly resolved hydrological 3D models.
Disagreement was resolved through in-depth discussion.
