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1 roach for assessing the functionality of the hyaloidal circulation (that is, its ability to respond t
2 ereas there was coordinated evolution of the hyaloidal circulation and the lens in all the animals.
3                 The ratio of this functional hyaloidal circulation extent volume to vitreous volume w
4 authors' hypotheses that the function of the hyaloidal circulation in experimental ROP is impaired an
5 rbogen, the functional spatial extent of the hyaloidal circulation in vitreous, and the volumes of vi
6                     For each experiment, the hyaloidal circulation perfusion response to carbogen, th
7               The functional response of the hyaloidal circulation to a carbogen inhalation challenge
8 could be caused by oxygen diffusing from the hyaloidal circulation.
9                  All eyes demonstrated focal hyaloidal contraction and vitreomacular traction between
10                                              Hyaloidal contraction can occur after transpupillary the
11  The mechanism of vision loss resulting from hyaloidal contraction is flat vitreomacular traction.
12 terior hyaloid even in areas of pre-existing hyaloidal detachment.
13                                              Hyaloidal elevation during the initial vitrectomy was as
14  and quantitatively comparing the functional hyaloidal extent to other ocular volumes in the same eye
15 ental day 12 > control day 18; no measurable hyaloidal function was found in the adult rat.
16 oid zone (beta=0.699; P<0.001) and posterior hyaloidal organization (beta=0.289; P=0.011) retained si
17                                    Posterior hyaloidal organization (P<0.001), VMT (P<0.001), CME (P<
18  were identified: various forms of posterior hyaloidal organization, vitreomacular traction (VMT), vi
19                                          The hyaloidal perfusion response to carbogen breathing in th
20  Astrocytic Vhl deletion induced accelerated hyaloidal regression and subsequent massive secondary ou
21 f Martegiani, namely Cloquet's canal, or the hyaloidal tract of Eisner.
22 ted macrophage infiltration that accelerates hyaloidal vessel regression.
23 s), and Vegf on the normal regression of the hyaloidal vessels, the fetal ocular circulation system.
24 ordinated development between the functional hyaloidal volume and the vitreous volume in experimental
25                                   Functional hyaloidal volumes during carbogen breathing were not sig