Representative images from transmission electron microscopy that revealed the ultrastructure of the corneal epithelium.

Different Cell Sizes in Human Limbal and Central Corneal Basal Epithelia Measured by Confocal Microscopy and Flow Cytometry

Andre C. Romano
Edgar M. Espana
Sonia H. Yoo
Murat T. Budak
J. Mario Wolosin
Scheffer C. G. Tseng

February 2015

PURPOSE. In the epidermis, the highest clonogenicity, a feature of stem cells (SCs), is found in the...

Evaluation of the corneal epithelium in non-Sjögren’s and Sjögren’s dry eyes: an in vivo confocal microscopy study using HRT III RCM

Olivia L. Lee
Tudor C. Tepelus
Jianyan Huang
Anne G. Irvine
Christopher Irvine
Gloria B. Chiu
SriniVas R. Sadda

December 2018

Abstract Background The corneal epithelium is directly affected in dry eye syndrome. Thus, we attemp...

ULTRASTRUCTURAL STUDY OF RABBIT CONJUNCTIVAL EPITHELIUM BY TRANSMISSION AND SCANNING ELECTRON MICROSCOPY

Somsanguan Ausayakhun
M. H. Sc

January 2015

Abstract The surface epithelial cells of the conjunctiva not only perform mechanical functions but a...

Representative images from transmission electron microscopy showing the conjunctival epithelial ultrastructure.

Chaoyang Li (289365)
Yiyue Song (329268)
Shaohong Luan (329270)
Pengxia Wan (289357)
Naiyang Li (329274)
Jing Tang (33607)
Yu Han (251741)
Cuiju Xiong (329275)
Zhichong Wang (196668)

February 2013

Compared with normal eyes, fewer goblet cells and secretary granules were observed on day 0 in Gr...

Normal human corneal epithelium

Lohman, Lawrence E.
Rao, Gullapalli N.
Aquavella, James V.

June 1982

A new contact wide-field specular microscope was used to examine and photograph the normal in vivo a...

ELECTRON MICROSCOPIC STUDY OF HUMAN CORNEA

Somsanguan Ausayakhun
M. H. Sc

February 2015

Abstract The human cornea was studied by using transmission and scanning electron microscopic techni...

Intra-corneal deposition of epithelial cells during MGK.

Patrick McNutt (143834)
Megan Lyman (143835)
Adam Swartz (143837)
Kaylie Tuznik (143839)
Denise Kniffin (143841)
Kim Whitten (143844)
Denise Milhorn (143846)
Tracey Hamilton (143849)

August 2012

(A, B) Light microscopy demonstrating stromal residency of vacuolated (A) and compact (A, B) epit...

SEM examination on corneal epithelial cells at different time points after exposure (A) At post-exposure 1 hour, no obvious superficial epithelial sloughing, or increased intercellular gaps was found. (B) At post-exposure 2 hours, the increased intercellular gaps can be clearly seen. However, no obvious epithelial sloughing can be detected. (C) At post-exposure 4 hours, sloughing of superficial epithelial cells were observed.

Chun-Ting Lai (791855)
Wei-Chieng Yao (791856)
Szu-Yuan Lin (791857)
Hsin-Yu Liu (791858)
Huai-Wen Chang (791859)
Fung-Rong Hu (223287)
Wei-Li Chen (548626)

September 2015

Black thin arrow: intercellular borders. White arrows: the increased intercellular borders with m...

Representative images from transmission electron microscopy.

Chaoyang Li (289365)
Yiyue Song (329268)
Shaohong Luan (329270)
Pengxia Wan (289357)
Naiyang Li (329274)
Jing Tang (33607)
Yu Han (251741)
Cuiju Xiong (329275)
Zhichong Wang (196668)

February 2013

Compared with images from normal eyes, swelling of the mitochondria, Golgi apparati and RER could...

Representative SEM images of the corneal epithelium on day 30.

Ichiro Kawaguchi (4524769)
Akira Kobayashi (2156932)
Tomomi Higashide (783898)
Yasuhiro Takeji (4524772)
Kazushi Sakurai (4524775)
Chiaki Kawaguchi (4524778)
Kazuhisa Sugiyama (783900)

October 2017

A1-3: untreated group (A1: x100, A2: x400, A3: x15000). The undamaged corneal surface is covered ...

Representative images from scanning electron microscopy.

Chaoyang Li (289365)
Yiyue Song (329268)
Shaohong Luan (329270)
Pengxia Wan (289357)
Naiyang Li (329274)
Jing Tang (33607)
Yu Han (251741)
Cuiju Xiong (329275)
Zhichong Wang (196668)

February 2013

Compared with normal eyes, there were fewer microvilli, and these microvilli were shorter and les...

Representative pictures of HE staining of the corneas from each of the four groups.

Chaoyang Li (289365)
Yiyue Song (329268)
Shaohong Luan (329270)
Pengxia Wan (289357)
Naiyang Li (329274)
Jing Tang (33607)
Yu Han (251741)
Cuiju Xiong (329275)
Zhichong Wang (196668)

February 2013

Normal corneas had three to five epithelial layers. Damage to the epithelium could be observed on...

Demonstration of the human ocular surface glycocalyx by transmission electron microscopy

Koufakis, D. I.
Karabatsas, C. H.
Alvanou, A.
Sakkas, L. I.
Manthos, A. K.
Chatzoulis, D. Z.

January 2006

The aim of this work was to demonstrate the ultrastructural appearance of the human ocular surface g...

The corneal epithelium in health and disease

Bhattacharya, Pradipta

January 2022

The cornea is the anterior transparent layer of the eye, and understanding corneal epithelial morpho...

Light microscopy of control and KC corneas stained with PAS and Mayer's hematoxylin.

Jingjing You (422714)
Li Wen (169316)
Athena Roufas (422715)
Michele C. Madigan (145847)
Gerard Sutton (422716)

June 2013

a. Control corneas showed uniform thickness multilayered epithelium in the central region,...

Different Cell Sizes in Human Limbal and Central Corneal Basal Epithelia Measured by Confocal Microscopy and Flow Cytometry

Andre C. Romano
Edgar M. Espana
Sonia H. Yoo
Murat T. Budak
J. Mario Wolosin
Scheffer C. G. Tseng

February 2015

PURPOSE. In the epidermis, the highest clonogenicity, a feature of stem cells (SCs), is found in the...

Evaluation of the corneal epithelium in non-Sjögren’s and Sjögren’s dry eyes: an in vivo confocal microscopy study using HRT III RCM

Olivia L. Lee
Tudor C. Tepelus
Jianyan Huang
Anne G. Irvine
Christopher Irvine
Gloria B. Chiu
SriniVas R. Sadda

December 2018

Abstract Background The corneal epithelium is directly affected in dry eye syndrome. Thus, we attemp...

ULTRASTRUCTURAL STUDY OF RABBIT CONJUNCTIVAL EPITHELIUM BY TRANSMISSION AND SCANNING ELECTRON MICROSCOPY

Somsanguan Ausayakhun
M. H. Sc

January 2015

Abstract The surface epithelial cells of the conjunctiva not only perform mechanical functions but a...

Representative images from transmission electron microscopy showing the conjunctival epithelial ultrastructure.

Chaoyang Li (289365)
Yiyue Song (329268)
Shaohong Luan (329270)
Pengxia Wan (289357)
Naiyang Li (329274)
Jing Tang (33607)
Yu Han (251741)
Cuiju Xiong (329275)
Zhichong Wang (196668)

February 2013

Compared with normal eyes, fewer goblet cells and secretary granules were observed on day 0 in Gr...

Normal human corneal epithelium

Lohman, Lawrence E.
Rao, Gullapalli N.
Aquavella, James V.

June 1982

A new contact wide-field specular microscope was used to examine and photograph the normal in vivo a...

ELECTRON MICROSCOPIC STUDY OF HUMAN CORNEA

Somsanguan Ausayakhun
M. H. Sc

February 2015

Abstract The human cornea was studied by using transmission and scanning electron microscopic techni...

Intra-corneal deposition of epithelial cells during MGK.

Patrick McNutt (143834)
Megan Lyman (143835)
Adam Swartz (143837)
Kaylie Tuznik (143839)
Denise Kniffin (143841)
Kim Whitten (143844)
Denise Milhorn (143846)
Tracey Hamilton (143849)

August 2012

(A, B) Light microscopy demonstrating stromal residency of vacuolated (A) and compact (A, B) epit...

SEM examination on corneal epithelial cells at different time points after exposure (A) At post-exposure 1 hour, no obvious superficial epithelial sloughing, or increased intercellular gaps was found. (B) At post-exposure 2 hours, the increased intercellular gaps can be clearly seen. However, no obvious epithelial sloughing can be detected. (C) At post-exposure 4 hours, sloughing of superficial epithelial cells were observed.

Chun-Ting Lai (791855)
Wei-Chieng Yao (791856)
Szu-Yuan Lin (791857)
Hsin-Yu Liu (791858)
Huai-Wen Chang (791859)
Fung-Rong Hu (223287)
Wei-Li Chen (548626)

September 2015

Black thin arrow: intercellular borders. White arrows: the increased intercellular borders with m...

Representative images from transmission electron microscopy.

Chaoyang Li (289365)
Yiyue Song (329268)
Shaohong Luan (329270)
Pengxia Wan (289357)
Naiyang Li (329274)
Jing Tang (33607)
Yu Han (251741)
Cuiju Xiong (329275)
Zhichong Wang (196668)

February 2013

Compared with images from normal eyes, swelling of the mitochondria, Golgi apparati and RER could...

Representative SEM images of the corneal epithelium on day 30.

Ichiro Kawaguchi (4524769)
Akira Kobayashi (2156932)
Tomomi Higashide (783898)
Yasuhiro Takeji (4524772)
Kazushi Sakurai (4524775)
Chiaki Kawaguchi (4524778)
Kazuhisa Sugiyama (783900)

October 2017

A1-3: untreated group (A1: x100, A2: x400, A3: x15000). The undamaged corneal surface is covered ...

Representative images from scanning electron microscopy.

Chaoyang Li (289365)
Yiyue Song (329268)
Shaohong Luan (329270)
Pengxia Wan (289357)
Naiyang Li (329274)
Jing Tang (33607)
Yu Han (251741)
Cuiju Xiong (329275)
Zhichong Wang (196668)

February 2013

Compared with normal eyes, there were fewer microvilli, and these microvilli were shorter and les...

Representative pictures of HE staining of the corneas from each of the four groups.

Chaoyang Li (289365)
Yiyue Song (329268)
Shaohong Luan (329270)
Pengxia Wan (289357)
Naiyang Li (329274)
Jing Tang (33607)
Yu Han (251741)
Cuiju Xiong (329275)
Zhichong Wang (196668)

February 2013

Normal corneas had three to five epithelial layers. Damage to the epithelium could be observed on...

Demonstration of the human ocular surface glycocalyx by transmission electron microscopy

Koufakis, D. I.
Karabatsas, C. H.
Alvanou, A.
Sakkas, L. I.
Manthos, A. K.
Chatzoulis, D. Z.

January 2006

The aim of this work was to demonstrate the ultrastructural appearance of the human ocular surface g...

The corneal epithelium in health and disease

Bhattacharya, Pradipta

January 2022

The cornea is the anterior transparent layer of the eye, and understanding corneal epithelial morpho...

Light microscopy of control and KC corneas stained with PAS and Mayer's hematoxylin.

Jingjing You (422714)
Li Wen (169316)
Athena Roufas (422715)
Michele C. Madigan (145847)
Gerard Sutton (422716)

June 2013

a. Control corneas showed uniform thickness multilayered epithelium in the central region,...

Different Cell Sizes in Human Limbal and Central Corneal Basal Epithelia Measured by Confocal Microscopy and Flow Cytometry

Andre C. Romano
Edgar M. Espana
Sonia H. Yoo
Murat T. Budak
J. Mario Wolosin
Scheffer C. G. Tseng

February 2015

PURPOSE. In the epidermis, the highest clonogenicity, a feature of stem cells (SCs), is found in the...

Evaluation of the corneal epithelium in non-Sjögren’s and Sjögren’s dry eyes: an in vivo confocal microscopy study using HRT III RCM

Olivia L. Lee
Tudor C. Tepelus
Jianyan Huang
Anne G. Irvine
Christopher Irvine
Gloria B. Chiu
SriniVas R. Sadda

December 2018

Abstract Background The corneal epithelium is directly affected in dry eye syndrome. Thus, we attemp...

ULTRASTRUCTURAL STUDY OF RABBIT CONJUNCTIVAL EPITHELIUM BY TRANSMISSION AND SCANNING ELECTRON MICROSCOPY

Somsanguan Ausayakhun
M. H. Sc

January 2015

Abstract The surface epithelial cells of the conjunctiva not only perform mechanical functions but a...

Representative images from transmission electron microscopy that revealed the ultrastructure of the corneal epithelium.

Abstract

Extracted data

Representative images from transmission electron microscopy that revealed the ultrastructure of the corneal epithelium.

Abstract

Extracted data

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