Sentence examples for function of lens from inspiring English sources

Bottom panel: Ratio of the two signals from the first panel as a function of lens voltage.

Previous study has indicated that both the structure and stability of lens crystallins and maintenance of strong cellular homeostatic systems are required for sustaining normal function of lens [ 2].

Although the ratio of cholesterol/phospholipid is higher in the inner regions of the lens [ 9], where the oxysterols are most likely accumulate, this does not exclude that cholesterol oxides in fiber cells may still affect function of lens epithelial cells nor that cholesterol oxides may interfere with intercellular communication through gap junctions formed by Cx46/Cx50.

A thin sheet of this component can perform the joint function of lenses and gratings/etalons in the optical path of a remote sensing system, thus is suitable for controling/filtering light in compact instruments such as satellite sensors.

It is not difficult to see how gradual changes (i.e., direct adaptive evolution) could refine the function of lenses once they appeared in very rudimentary form.

Both the multiple functions and the taxon-specificity of crystallins were totally unexpected in view of the specialized nature and overall similarity in structure and function of lenses in different species.

In this study, we investigated the zoom-lens properties of the three-, four- and five-element electrostatic lens systems as a function of the lens voltages and their dimensions.

Other dementia related peptide despite their established role in amyloid diseases, exhibit relatively poor inhibition of the chaperone function of eye lens crystallins as well as considerably reduced opafication of lenses in organ culture as compared to the redADan explaining as to why in FDD alone among the amyloid diseases an early onset of cataract is observed.

In the case of the 2100F, we additionally measure the field conditions as a function of objective lens excitation, which is important for in situ magnetization experiments.

The structural basis of zones of discontinuity in the living human eye lens has not been elucidated, and there is no conclusive explanation for what relevance they may have to the structure and function of the lens.

The top panel shows the ion signal recorded for the Ne*+NH 3 reaction (red circles, left scale) and the NH 3 REMPI signal (black circles, right scale) as a function of the lens voltage.