1 otion-blur arises from slow imaging based on backscattered light.

2              Postoperative anterior HOAs and backscattered light (0-2 mm) were associated with lower

3 w for imaging molecular processes, rejecting backscattered light and autofluorescence, and multiplexi

4       We conclude that spatial anisotropy of backscattered light can be used for quantitative monitor

5 ing technique that measures the intensity of backscattered light from biological microstructures in l

6 e and repeatable method of measuring corneal backscattered light from different depths of the cornea

7                                          The backscattered light from the channel takes on the form o

8 erior and posterior corneal HOAs, as well as backscattered light from the cornea, were elevated in ey

9 astic-scattering spectroscopy (ESS) measures backscattered light over the spectral range 320-900 nm a

10 er values of anterior and posterior HOAs and backscattered light (P < .033).

11  the properties of the polarization state of backscattered light, polarization-sensitive OCT revealed

12 y, by increasing or decreasing the amount of backscattered light that interacts with pigments or nano

13 ogy that relies on the coherent detection of backscattered light to image tissue morphology in vivo.

14                                      Corneal backscattered light values in grey scale unit were recor

15                             Seven times more backscattered light was detected parallel rather than pe

16 ted visual acuity (BSCVA), corneal HOAs, and backscattered light were evaluated preoperatively and at

17 nt stromas displayed a threefold increase in backscattered light with maximal increase confined to th