The lateral displacement of bipolar and ganglion cells within the macula lutea allow for
A) processing of information from the rods.
B) enhanced communication between bipolar and ganglion cells.
C) an unhindered pathway for light to reach the cones of the fovea.
D) an unhindered pathway for light to reach the rods of the fovea.
E) processing of information from the cones.

Question

Quizplus · Accepted Answer

The lateral displacement of bipolar and ganglion cells within the macula lutea allows light to directly reach the cones in the fovea without being scattered or absorbed, thereby enhancing visual acuity by providing an unhindered pathway for light.

The Lateral Displacement of Bipolar and Ganglion Cells Within the Macula