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The anterior and equatorial zonules carry the highest tensions during accommodation. The anterior zonules have a negative effect during lens far-to-near accommodation. The equatorial zonules have a positive effect during lens far-to-near accommodation.
The anterior and equatorial zonules carry the highest tensions during accommodation. The anterior zonules have a negative effect during lens far-to-near ...
Sep 15, 2023 · The anterior and the equatorial zonular fibres have the major influence on the change in lens optical power, with the anterior zonules ...
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Specifically, it was observed that the anterior zonular fibers exert a negative effect, while the equatorial fibers contribute positively to the accommodation ...
CONCLUSIONS. The anterior and the equatorial zonular fibres have the major influence on the change in lens optical power, with the anterior zonules having a ...
The anterior and equatorial zonules carry the highest tensions during accommodation. •. The anterior zonules have a negative effect during lens far-to-near ...
The anterior and the equatorial zonular fibres have the major influence on the change in lens optical power, with the anterior zonules having a negative ...
The major influence of anterior and equatorial zonular fibres on the far-to-near accommodation revealed by a 3D pre-stressed model of the anterior eye. from www.researchgate.net
CONCLUSIONS. The anterior and the equatorial zonular fibres have the major influence on the change in lens optical power, with the anterior zonules having a ...
The angles of zonular fibers contribute to accommodation, and alterations in the orientation or alignment of zonular fibers may affect accommodative capacity.
Conclusions: Larger zonular fiber insertion angles cause smaller deformation and less accommodative change, while parallel zonules induce the largest change in ...