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(==The limbal palisades of Vogt== Palisades of Vogt (arrow) are readily recognized in the human limbus (A). Such a unique pigmented structure can be identified on the flat mount preparation of Dispase-isolated human limbal epithelial sheets (B). In don...)
 
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==The limbal palisades of Vogt==
==The Adult Human Limbal Palisades of Vogt==


Palisades of Vogt (arrow) are readily recognized in the human limbus (A). Such a unique pigmented structure can be identified on the flat mount preparation of Dispase-isolated human limbal epithelial sheets (B). In donors with a darker skin, these palisades of Vogt are pigmented (C, arrow). Under higher magnification, these limbal areas show undulated epithelial papillae (D, stars). Hematoxyline staining highlights higher stratification and more undulation of the limbal epithelium, and the underlying limbal stroma has high cellularity and vascularity (E, arrow shows blood vessel). (Bar represents 500 μm in A and B, 200 μm in C and E, and 50 μm in D)
* '''A''' - Palisades of Vogt (arrow) are readily recognized in the human limbus.  
* '''B''' - Such a unique pigmented structure can be identified on the flat mount preparation of Dispase-isolated human limbal epithelial sheets.  
* '''C''' - In donors with a darker skin, these palisades of Vogt are pigmented (arrow).  
* '''D''' - Under higher magnification, these limbal areas show undulated epithelial papillae (stars).  
* '''E''' - Hematoxyline staining highlights higher stratification and more undulation of the limbal epithelium, and the underlying limbal stroma has high cellularity and vascularity (arrow shows blood vessel).  


Bar represents 500 μm in A and B, 200 μm in C and E, and 50 μm in D
:Links: [[Vision_-_Cornea_Development|Cornea Development]]
===Reference===
<pubmed>17211449</pubmed>| [http://www.nature.com/cr/journal/v17/n1/full/7310137a.html Cell Research]
====Copyright====
Reprinted by permission from Macmillan Publishers Ltd: Cell Research (<pubmed>17211449</pubmed>), copyright (2007)
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Licensee: Mark A Hill
License Date: Aug 29, 2014
License Number: 3458520757960
Publication: Cell Research
Title: Niche regulation of corneal epithelial stem cells at the limbus
Type Of Use: post on a website




[[Category:Vision]][[Category:Cornea]]
[[Category:Vision]][[Category:Cornea]]

Latest revision as of 12:25, 30 August 2014

The Adult Human Limbal Palisades of Vogt

  • A - Palisades of Vogt (arrow) are readily recognized in the human limbus.
  • B - Such a unique pigmented structure can be identified on the flat mount preparation of Dispase-isolated human limbal epithelial sheets.
  • C - In donors with a darker skin, these palisades of Vogt are pigmented (arrow).
  • D - Under higher magnification, these limbal areas show undulated epithelial papillae (stars).
  • E - Hematoxyline staining highlights higher stratification and more undulation of the limbal epithelium, and the underlying limbal stroma has high cellularity and vascularity (arrow shows blood vessel).

Bar represents 500 μm in A and B, 200 μm in C and E, and 50 μm in D


Links: Cornea Development

Reference

<pubmed>17211449</pubmed>| Cell Research


Copyright

Reprinted by permission from Macmillan Publishers Ltd: Cell Research (<pubmed>17211449</pubmed>), copyright (2007)

Thank you for placing your order through Copyright Clearance Center's RightsLink service. Nature Publishing Group has partnered with RightsLink to license its content. This notice is a confirmation that your order was successful.

Your order details and publisher terms and conditions are available by clicking the link below: http://s100.copyright.com/CustomerAdmin/PLF.jsp?ref=a9604785-cf40-4da0-95c8-b48612479610

Order Details Licensee: Mark A Hill License Date: Aug 29, 2014 License Number: 3458520757960 Publication: Cell Research Title: Niche regulation of corneal epithelial stem cells at the limbus Type Of Use: post on a website

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