The birefringence of frog retinal rod outer segments is analyzed in terms of a three-dielectric layer model. The possibility that the birefringence gradient found in such cells is due to changes in the disk membrane-pair spacing is investigated using previously published glycerol imbibition data (Kaplan et al., 1978. Biophys. J. 23: 59–70). The higher net birefringence of the basal end compared to the midpoint of rod outer segments can be accounted for by a smaller negative form birefringence term due to either a smaller or larger intradiskal space, depending upon the assumed relative solids contents of the intradiskal and cytoplasmic spaces
In rod mass receptor photoresponses recorded across the isolated frog retina, a paradoxical cornea-p...
Accurate photon counting requires that rods generate highly amplified, reproducible single photon re...
Accurate photon counting requires that rods generate highly amplified, reproducible single photon re...
The birefringence of frog retinal rod outer segments is analyzed in terms of a three-dielectric laye...
The birefringence (deltan) of Rana pipiens rod outer segments (ROS) reveals microstructure inhomogen...
A rapid birefringence loss associated with metarhodopsin II formation, delta (delta n) MII, is produ...
AbstractThe optics of vertebrate photoreceptors have been investigated with specific reference to th...
The photopigment molecules in frog retinal receptor disk membranes protude some 50–65% of their mole...
A normal human red blood cell (RBC) when trapped with a linearly polarized laser, reorients about th...
AbstractIntact eyes of frog and mouse were studied by X-ray diffraction. Light-induced changes in th...
Rhodopsin lateral diffusion was measured at three points along the axis of frog outer segments using...
The location of the photopigment molecules relative to the lipid hydrocarbon core of retinal recepto...
Changes in isolated frog rod outer segments, suspended in hypotonic solutions, have been examined by...
A microscopic object finds an equilibrium orientation under a laser tweezer such that a maximum of i...
Ph.D.BiophysicsUniversity of Michigan, Horace H. Rackham School of Graduate Studieshttp://deepblue.l...
In rod mass receptor photoresponses recorded across the isolated frog retina, a paradoxical cornea-p...
Accurate photon counting requires that rods generate highly amplified, reproducible single photon re...
Accurate photon counting requires that rods generate highly amplified, reproducible single photon re...
The birefringence of frog retinal rod outer segments is analyzed in terms of a three-dielectric laye...
The birefringence (deltan) of Rana pipiens rod outer segments (ROS) reveals microstructure inhomogen...
A rapid birefringence loss associated with metarhodopsin II formation, delta (delta n) MII, is produ...
AbstractThe optics of vertebrate photoreceptors have been investigated with specific reference to th...
The photopigment molecules in frog retinal receptor disk membranes protude some 50–65% of their mole...
A normal human red blood cell (RBC) when trapped with a linearly polarized laser, reorients about th...
AbstractIntact eyes of frog and mouse were studied by X-ray diffraction. Light-induced changes in th...
Rhodopsin lateral diffusion was measured at three points along the axis of frog outer segments using...
The location of the photopigment molecules relative to the lipid hydrocarbon core of retinal recepto...
Changes in isolated frog rod outer segments, suspended in hypotonic solutions, have been examined by...
A microscopic object finds an equilibrium orientation under a laser tweezer such that a maximum of i...
Ph.D.BiophysicsUniversity of Michigan, Horace H. Rackham School of Graduate Studieshttp://deepblue.l...
In rod mass receptor photoresponses recorded across the isolated frog retina, a paradoxical cornea-p...
Accurate photon counting requires that rods generate highly amplified, reproducible single photon re...
Accurate photon counting requires that rods generate highly amplified, reproducible single photon re...