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Cadherins: Structure and Function

Source:wxfree Writer:li0676 Time:2007-07-25Click:

Cadherins: Structure and Function


http://www.cdb.riken.jp/en/index.html?CDBdirect#05_development/0505_cadherins01.html



The cadherin superfamily of cell-cell adhesion molecules plays a fundamental role in the development and organization of nearly all forms of multicellular life. The RIKEN Center for Developmental Biology (CDB) is pleased to present this series of striking animations detailing the molecular structure of the classic cadherins, and their function in cellular adhesion and recognition and tissue patterning.

Click here to view an animated introduction to cadherin structure and function.(NOTE: This content displays in a pop-up window - you may need to adjust your browser's pop-up filter settings to view the animation.)The animation and Flash interface were specially created for the CDB by Arkitek Studios.

To download an individual segment:
Right-click the link for the segment in your preferred file format (Windows Media Player or Quicktime) and select [Save As].

Introduction Windows Quicktime
Cadherin Molecular Structure and Function Windows Quicktime
Adherens Junctions and Tissue Morphogenesis Windows Quicktime
Cadherins in the Neural Network Windows Quicktime
Conclusion Windows Quicktime

To import the movie file into PowerPoint
After downloading a movie file, open your PowerPoint presentation, go to the PowerPoint Toolbar, select [Insert], then [Movies and Sounds], then [from File], and browse to your file.

These animations provide a conceptual tour of cadherin molecules in epithelial cells and the neural network, based on the best current understanding of cadherin structure and function. While every effort has been made to create as realistic a representation of cellular and molecular mechanisms as possible, future advances in research and visualization technology may significantly alter the way we understand the world at these microscopic scales. Users are encouraged to view the animations as illustrations of concepts and processes, rather than photorealistic representations of molecular-level detail.

Creative Commons License
This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 2.5 License.
(The Flash interface component is not covered under the Creative Commons deed.)


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