A 42-year-old Caucasian female with history of neurofibromatosis type 1 presented with nephrotic range proteinuria and focal segmental glomerulosclerosis (FSGS).
Patients presenting with lower level proteinuria, nephritic syndrome, and histologic variant of minimal change disease (MCD) tend to have favorable outcomes, as opposed to those with nephrotic range proteinuria and focal segmental glomerulosclerosis (FSGS) variant having unfavorable outcomes.
Numerical results show when an appropriate rotational symmetric polarization pupil mask is used as an apodizer in the optical imaging system, it not only can effectively achieve the continuously focal shift in a small range and extend focal depth of the optimized system, but also can evidently increase the transverse resolution of the optimized system at the genuine focal plane.
There exists an aperture width range (and also focal length range) in which the optical efficiency decreases with increasing offset angle, which is contrary to the conclusion presented in previous literature that the effects of X-direction offset (a = 0°) is greater than that in Y-direction (a = 90°).
Full (normal) visual fields by kinetic assessment were defined as visual field results with isopters for I4e and I2e falling within age-matched ranges and no focal defects within the isopter area (apart from the blind spot in the temporal field).
Applying this approximation, a computationally efficient and flux-preserving iterative computer algorithm has been designed which allows the reconstruction of focal series recorded over a large focal range and arbitrary degrees of spatial coherence.
It can thus simultaneously detect such changes that occur even in contrasting size ranges, including global hypermethylation and focal hypomethylation in cancer methylomes (Fig. 3e).
Regarding the social units consisting of one adult male and two adult females (unit 1 and 3), all latrines located within the common range of the focal male and focal female were shared by both adult individuals.
According to the B-scan images of a phantom shown in Fig. 7, negative SA (less than +0.3-µm SA) elongates the focal range and shifts it farther away from the lens.
A dynamic optical lens system with a combination of one DCX and multiple variable focal length DCV lenses as designed here can image an object with a wide range of focal length and FOV.
Compared with the other grating-based focusing structure, the focusing properties of our designed structure can be enhanced on the range of focal length and the transmission at the focal point.
