Binned group-average data from the ellipsoid zone (83.5�pth) illustrate estimated attenuation coefficient (eAC) variation according to beam tilt.

<p>The temporal (figure left) and nasal (figure right) retina are analyzed separately. Top: Group mean (±s.e.m.) log-transformed eACs as a function of beam tilt, formatted like in prior work [<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0325217#pone.0325217.ref...

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Bibliographic Details
Main Author:	David Bissig (189073) (author)
Other Authors:	Shasha Gao (3617252) (author), Haohua Qian (412286) (author)
Published:	2025
Subjects:	Biophysics Medicine Cell Biology Neuroscience Physiology Developmental Biology Cancer Physical Sciences not elsewhere classified unexpectedly complex relationship optical coherence tomography optic nerve head major axis ), external limiting membrane estimated attenuation coefficients converted signal intensities attenuation coefficient describes ellipse models implied ellipse model based axons &# 8211 minor axes ). collected oct images beam tilt eliciting single plane capturing major versus semi retina &# 8211 inner retina bore specific beam tilts maximum eac across aligned microstructures within oct beam ’ xlink "> well post hoc </ beam tilt xlink "> hoc </ oct beam ellipse semi &# 252 photoreceptor inner microstructures vitread maximum eac eac ’ eac ). nasal retina various angles retinal layers retinal depth prior literature possibly representing outer segments new evidence microstructure alignment given depth expected findings completely explained 3 %)
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Binned group-average data from the ellipsoid zone (83.5�pth) illustrate estimated attenuation coefficient (eAC) variation according to beam tilt.

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