The magnetic anisotropy of a polymembrane cell, such as the external segment of the frog retinal rod, is defined as the difference between the axial magnetic susceptibility (chiar), chia - chir = deltachi of the segment. After the total photolysis of the rhodopsin in situ, deltachi decreases a significantly by 20%. This decrease in magnetic anisotrophy should involve a subtle molecular disorder, mostly due to an alteration of the rhodopsin molecule
The birefringence of frog retinal rod outer segments is analyzed in terms of a three-dielectric laye...
AbstractThe first step in the Visual Cycle, the series of reactions that regenerate the vertebrate v...
Two outstanding unknowns in the biology of photoreceptors are the molecular determinants of cell siz...
The magnetic anisotropy of a polymembrane cell, such as the external segment of the frog retinal rod...
A new estimate of diamagnetic anisotropy of the frog rhodopsin is reported. The estimate is obtained...
The retinal rod outer segment is a sensory cilium that is specialized for the conversion of light in...
The retinal rod outer segment is a sensory cilium that is specialized for the conversion of light in...
A rapid birefringence loss associated with metarhodopsin II formation, delta (delta n) MII, is produ...
Background: The retinal rod outer segment is a sensory cilium that is specialized for the conversion...
Rhodopsin lateral diffusion was measured at three points along the axis of frog outer segments using...
PURPOSE. The rhodopsin mutation P23H is responsible for a significant portion of autosomal-dominant ...
AbstractThe visual pigment protein of vertebrate rod photoreceptors, rhodopsin, contains an 11-cis r...
Abstract“Bleaching desensitization” in rod photoreceptors refers to the prolonged depression of phot...
The shutoff of active intermediates in the phototransduction cascade and the reconstitution of the v...
Retinal rods function as accurate photon counters to provide for vision under very dim light. To do ...
The birefringence of frog retinal rod outer segments is analyzed in terms of a three-dielectric laye...
AbstractThe first step in the Visual Cycle, the series of reactions that regenerate the vertebrate v...
Two outstanding unknowns in the biology of photoreceptors are the molecular determinants of cell siz...
The magnetic anisotropy of a polymembrane cell, such as the external segment of the frog retinal rod...
A new estimate of diamagnetic anisotropy of the frog rhodopsin is reported. The estimate is obtained...
The retinal rod outer segment is a sensory cilium that is specialized for the conversion of light in...
The retinal rod outer segment is a sensory cilium that is specialized for the conversion of light in...
A rapid birefringence loss associated with metarhodopsin II formation, delta (delta n) MII, is produ...
Background: The retinal rod outer segment is a sensory cilium that is specialized for the conversion...
Rhodopsin lateral diffusion was measured at three points along the axis of frog outer segments using...
PURPOSE. The rhodopsin mutation P23H is responsible for a significant portion of autosomal-dominant ...
AbstractThe visual pigment protein of vertebrate rod photoreceptors, rhodopsin, contains an 11-cis r...
Abstract“Bleaching desensitization” in rod photoreceptors refers to the prolonged depression of phot...
The shutoff of active intermediates in the phototransduction cascade and the reconstitution of the v...
Retinal rods function as accurate photon counters to provide for vision under very dim light. To do ...
The birefringence of frog retinal rod outer segments is analyzed in terms of a three-dielectric laye...
AbstractThe first step in the Visual Cycle, the series of reactions that regenerate the vertebrate v...
Two outstanding unknowns in the biology of photoreceptors are the molecular determinants of cell siz...