Sentence examples for lens observed from inspiring English sources

Regardless of the initial effect induced by dopamine, a modulation of the lens circulation seems the most plausible explanation for the optical regulation in the lens observed in this study.

The phenotypic features of this distinctive cataract phenotype are demonstrated in the same lens observed by slit lamp photomicroscopy (Fig. 1H) and as a stereo image pair with intact zonule fibers (Fig. S1).

After eyeball extirpation, stereoscopic microscope examination showed light turbidity consistent with the turbidity on the anterior surface of the crystalline lens observed using a slit-lamp microscope for the unperforated ICL, but no turbidity or any other abnormality was found with the perforated ICL (Fig.  3c,f).

For the turbid part of the anterior surface of the crystalline lens observed under a stereoscopic microscope, an image of the anterior surface of the porcine crystalline lens was cropped using "Adobe Photoshop" (an image-editing program) according to the size of the ICL optic, and the cropped image was subjected to black-and-white processing.

"I would much rather be behind the lens observing the scene," Daisy said.

Histological and immunofluorescence analysis of the R49Cneo knock-in lenses suggests that the lens opacities observed in R49Cneo mice are associated with membrane defects in the deep cortical fiber cells approximately 100 μm from the lens surface that result in gaps between adjacent fiber cells.

Examples of the posterior lens changes observed in R49Cneo αA-crystallin knock-in lens sections are shown in Figures 5 and 6. Posterior cataract was evident in 3-month-old R49Cneo/R49Cneo homozygous mice.

While lens pathology observed in both infantile and mature DS lenses reveal opaque regions that are clinically described as supranuclear, the ages of the corresponding fiber cells comprising these regions are different (Fig 8).

Similarly, αB−/− knockout mice did not develop lens opacities or elevated stress-induced light scattering, in dramatic contrast to the lens opacities observed as early as 3 weeks in the αB-R120G knock-in mice described here.

As well in a previous study, which analyzed the thermal stability characteristics of the lenses of vertebrates, no effects of freezing on stability properties of the lens were observed [ 23].

In the mutant lens, we observed at E14.5 and E17.5 a reduced expression of Foxe3 in the central part of the lens epithelium, which is also the region incorporating less BrdU (Fig.  6B and D).