Cone Spacing Comparisons at 500-μm Eccentricity*.

The spatial arrangement of L and M cones in the living human eye

Gowdy, PD
Otake, S
Cicerone, CM

February 1996

Purpose. To determine the spatial arrangement of cones in the living human eye. Methods. Two color n...

Printed in Great Britain Pergamon Press plc “WEBER’S LAW ” FOR POSITION: UNCONFOUNDING THE ROLE OF SEPARATION AND ECCENTRICITY

Dennis M. Levi
Stanley A. Klein
Yen Lee Yap

January 1987

Abstract-Bisection thresholds are approximately proportional to the separation/eccentricity of the t...

Comparison of cone model statistics.

Nathan S. Alexander (454793)
Richard A. Stein (454794)
Hanane A. Koteiche (454795)
Kristian W. Kaufmann (112397)
Hassane S. Mchaourab (454796)
Jens Meiler (112401)

September 2013

Statistics on the frequency with which DSL–DCβ is observed for the initial ...

Average Cone Density, Spacing, and Voronoi (Mean ± SD) at 500-μm Eccentricity.

Mohamed Kamel Soliman (2605414)
Mohammad Ali Sadiq (2605402)
Aniruddha Agarwal (789301)
Salman Sarwar (2605405)
Muhammad Hassan (2605399)
Mostafa Hanout (2605417)
Frank Graf (2605393)
Robin High (2605396)
Diana V. Do (2605408)
Quan Dong Nguyen (401448)
Yasir J. Sepah (2605411)

April 2016

Average Cone Density, Spacing, and Voronoi (Mean ± SD) at 500-μm Eccentricity.</p

Foveal cone spacing and cone photopigment density difference: Objective measurements in the same subjects

Marcos, Susana
Tornow, Ralf-Peter
Elsner, Ann E.
Navarro, Rafael

July 1997

AbstractFoveal cone spacing was measured in vivo using an objective technique: ocular speckle interf...

Results from the critical spacing experiment.

Cristy Ho (337572)
Sing-Hang Cheung (337573)

February 2013

(A) Individual observer data. Contrast thresholds (in log scale) for identifying target grating p...

Cone density values calculated in each sampling area at 1.5 degree temporal and superior eccentricity.

Marco Lombardo (627525)
Sebastiano Serrao (627526)
Giuseppe Lombardo (627527)

September 2014

Cone density values calculated in each sampling area at 1.5 degree temporal and superior eccentri...

Short-wavelength (S), Medium-wavelength (M), Long-wavelength (L), cones per square millimeter (c/mm2).

Colleen M. Cebulla (308735)
Chris P. Zelinka (308736)
Melissa A. Scott (308737)
Martin Lubow (88887)
Amanda Bingham (308738)
Stephen Rasiah (308740)
Ashraf M. Mahmoud (308741)
Andy J. Fischer (308743)

February 2013

a.Reviewed in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0044257#pone....

Reliability and agreement between metrics of cone spacing in adaptive optics images of the human retinal photoreceptor mosaic

Giannini, Daniela
Lombardo, Giuseppe
Mariotti, Letizia
Devaney, Nicholas
Serrao, Sebastiano
Lombardo, Marco

June 2017

PURPOSE. To assess reliability and agreement among three metrics used to evaluate the distribution o...

Axial length and cone density as assessed with adaptive optics in myopia

Dabir, S.
Mangalesh, S.
Schouten, J.S.A.G.
Berendschot, T.T.J.M.
Kurian, M.K.
Kumar, A.K.
Yadav, N.K.
Shetty, R.

May 2015

AIM: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...

Reliability and Agreement Between Metrics of Cone Spacing in Adaptive Optics Images of the Human Retinal Photoreceptor Mosaic.

Daniela Giannini
Sebastiano Serrao
Giuseppe Lombardo
Nicholas Devaney
Marco Lombardo
Letizia Mariotti

June 2017

PURPOSE. To assess reliability and agreement among three metrics used to evaluate the distribution o...

Comparison between theory and experiment of the cross-section of a cone

Siegel, Keeve Milton
Alperin, H. A.
Crispin, John W. , Jr.
Hunter, Herbert Erwin
Kleinman, Ralph E.
Orthwein, William C.
Schensted, C. E. (Craige E.)

January 1953

http://deepblue.lib.umich.edu/bitstream/2027.42/7624/5/bad2239.0001.001.pdfhttp://deepblue.lib.umich...

Preferred packing arrangement of cones (average ± SD, %) calculated using Voronoi tiles at 418 µm temporal and superior eccentricities from the PRL.

Marco Lombardo (627525)
Sebastiano Serrao (627526)
Giuseppe Lombardo (627527)

September 2014

Preferred packing arrangement of cones (average ± SD, %) calculated using Voronoi tiles at 418 µm...

Dominance of L cones over S cones across species.

Patrick Garrigan (349655)
Charles P. Ratliff (367166)
Jennifer M. Klein (349659)
Peter Sterling (349662)
David H. Brainard (349665)
Vijay Balasubramanian (213056)

February 2013

Measured S cone proportion is shown for a variety of animals <a href="http://www.ploscompbiol.org...

Data from: Human foveal cone photoreceptor topography and its dependence on eye length

Wang, Yiyi
Bensaid, Nicolas
Tiruveedhula, Pavan
Ma, Jianqiang
Ravikumar, Sowmya
Roorda, Austin

July 2019

We provide the first measures of foveal cone density as a function of axial length in living eyes an...

The spatial arrangement of L and M cones in the living human eye

Gowdy, PD
Otake, S
Cicerone, CM

February 1996

Purpose. To determine the spatial arrangement of cones in the living human eye. Methods. Two color n...

Printed in Great Britain Pergamon Press plc “WEBER’S LAW ” FOR POSITION: UNCONFOUNDING THE ROLE OF SEPARATION AND ECCENTRICITY

Dennis M. Levi
Stanley A. Klein
Yen Lee Yap

January 1987

Abstract-Bisection thresholds are approximately proportional to the separation/eccentricity of the t...

Comparison of cone model statistics.

Nathan S. Alexander (454793)
Richard A. Stein (454794)
Hanane A. Koteiche (454795)
Kristian W. Kaufmann (112397)
Hassane S. Mchaourab (454796)
Jens Meiler (112401)

September 2013

Statistics on the frequency with which DSL–DCβ is observed for the initial ...

Average Cone Density, Spacing, and Voronoi (Mean ± SD) at 500-μm Eccentricity.

Mohamed Kamel Soliman (2605414)
Mohammad Ali Sadiq (2605402)
Aniruddha Agarwal (789301)
Salman Sarwar (2605405)
Muhammad Hassan (2605399)
Mostafa Hanout (2605417)
Frank Graf (2605393)
Robin High (2605396)
Diana V. Do (2605408)
Quan Dong Nguyen (401448)
Yasir J. Sepah (2605411)

April 2016

Average Cone Density, Spacing, and Voronoi (Mean ± SD) at 500-μm Eccentricity.</p

Foveal cone spacing and cone photopigment density difference: Objective measurements in the same subjects

Marcos, Susana
Tornow, Ralf-Peter
Elsner, Ann E.
Navarro, Rafael

July 1997

AbstractFoveal cone spacing was measured in vivo using an objective technique: ocular speckle interf...

Results from the critical spacing experiment.

Cristy Ho (337572)
Sing-Hang Cheung (337573)

February 2013

(A) Individual observer data. Contrast thresholds (in log scale) for identifying target grating p...

Cone density values calculated in each sampling area at 1.5 degree temporal and superior eccentricity.

Marco Lombardo (627525)
Sebastiano Serrao (627526)
Giuseppe Lombardo (627527)

September 2014

Cone density values calculated in each sampling area at 1.5 degree temporal and superior eccentri...

Short-wavelength (S), Medium-wavelength (M), Long-wavelength (L), cones per square millimeter (c/mm2).

Colleen M. Cebulla (308735)
Chris P. Zelinka (308736)
Melissa A. Scott (308737)
Martin Lubow (88887)
Amanda Bingham (308738)
Stephen Rasiah (308740)
Ashraf M. Mahmoud (308741)
Andy J. Fischer (308743)

February 2013

a.Reviewed in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0044257#pone....

Reliability and agreement between metrics of cone spacing in adaptive optics images of the human retinal photoreceptor mosaic

Giannini, Daniela
Lombardo, Giuseppe
Mariotti, Letizia
Devaney, Nicholas
Serrao, Sebastiano
Lombardo, Marco

June 2017

PURPOSE. To assess reliability and agreement among three metrics used to evaluate the distribution o...

Axial length and cone density as assessed with adaptive optics in myopia

Dabir, S.
Mangalesh, S.
Schouten, J.S.A.G.
Berendschot, T.T.J.M.
Kurian, M.K.
Kumar, A.K.
Yadav, N.K.
Shetty, R.

May 2015

AIM: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...

Reliability and Agreement Between Metrics of Cone Spacing in Adaptive Optics Images of the Human Retinal Photoreceptor Mosaic.

Daniela Giannini
Sebastiano Serrao
Giuseppe Lombardo
Nicholas Devaney
Marco Lombardo
Letizia Mariotti

June 2017

PURPOSE. To assess reliability and agreement among three metrics used to evaluate the distribution o...

Comparison between theory and experiment of the cross-section of a cone

Siegel, Keeve Milton
Alperin, H. A.
Crispin, John W. , Jr.
Hunter, Herbert Erwin
Kleinman, Ralph E.
Orthwein, William C.
Schensted, C. E. (Craige E.)

January 1953

http://deepblue.lib.umich.edu/bitstream/2027.42/7624/5/bad2239.0001.001.pdfhttp://deepblue.lib.umich...

Preferred packing arrangement of cones (average ± SD, %) calculated using Voronoi tiles at 418 µm temporal and superior eccentricities from the PRL.

Marco Lombardo (627525)
Sebastiano Serrao (627526)
Giuseppe Lombardo (627527)

September 2014

Preferred packing arrangement of cones (average ± SD, %) calculated using Voronoi tiles at 418 µm...

Dominance of L cones over S cones across species.

Patrick Garrigan (349655)
Charles P. Ratliff (367166)
Jennifer M. Klein (349659)
Peter Sterling (349662)
David H. Brainard (349665)
Vijay Balasubramanian (213056)

February 2013

Measured S cone proportion is shown for a variety of animals <a href="http://www.ploscompbiol.org...

Data from: Human foveal cone photoreceptor topography and its dependence on eye length

Wang, Yiyi
Bensaid, Nicolas
Tiruveedhula, Pavan
Ma, Jianqiang
Ravikumar, Sowmya
Roorda, Austin

July 2019

We provide the first measures of foveal cone density as a function of axial length in living eyes an...

The spatial arrangement of L and M cones in the living human eye

Gowdy, PD
Otake, S
Cicerone, CM

February 1996

Purpose. To determine the spatial arrangement of cones in the living human eye. Methods. Two color n...

Printed in Great Britain Pergamon Press plc “WEBER’S LAW ” FOR POSITION: UNCONFOUNDING THE ROLE OF SEPARATION AND ECCENTRICITY

Dennis M. Levi
Stanley A. Klein
Yen Lee Yap

January 1987

Abstract-Bisection thresholds are approximately proportional to the separation/eccentricity of the t...

Comparison of cone model statistics.

Nathan S. Alexander (454793)
Richard A. Stein (454794)
Hanane A. Koteiche (454795)
Kristian W. Kaufmann (112397)
Hassane S. Mchaourab (454796)
Jens Meiler (112401)

September 2013

Statistics on the frequency with which DSL–DCβ is observed for the initial ...

Cone Spacing Comparisons at 500-μm Eccentricity<sup>*</sup>.

Abstract

Extracted data

Cone Spacing Comparisons at 500-μm Eccentricity<sup>*</sup>.

Abstract

Extracted data

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