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Conference Series
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Currently viewing: 5 - 9 October | 2008 |Palma de Mallorca | Spain

About the Conference Series

 

This conference aims to bring together top-level researchers in the fields of regeneration, tissue repair, stem cells, and wound healing in an interactive and multi-disciplinary series of meetings.

This is a unique conference among those on tissue repair, being the only one to focus on the basic biology of regeneration, using a wide variety of experimental model organisms. 

The conference also deals with related topics such as patterning, tissue growth and wound healing, thus providing opportunities for discussion and interaction between scientists working in fields that do not often come together.

 

Major questions covered by the meeting will include:

1.

How is the identity of cells in adult tissue maintained and how are they then reprogrammed or reactivated after injury to elicit regeneration?

2.

What factors subsequently influence cell fate choice during regeneration?

3.

What are the molecular distinctions between dedifferentiation, a process observed during salamander regeneration and liver regeneration, compared to activation of reserve cells as observed during regeneration in hydra and planaria, as well as muscle and skin regeneration in mammals?

4.

What mechanisms are responsible for patterning of tissues during regeneration?

By inviting researchers representing various fields and model systems, the goal is to interlink the mechanisms of wounding response, subsequent generation of relevant precursor populations, patterning and morphogenesis to create missing structures. 

 
click to view/download poster

By encompassing organisms spanning hydra, planaria, Drosophila, zebrafish, amphibians and mammals, the conference also addresses the evolution of regenerative traits and why they have been lost to a large extent in some species.

The comparison of regeneration-specific genetic networks at work in vertebrate and invertebrate model systems will lead to a better understanding of the common mechanisms that regulate regeneration.

Furthermore, identifying those common mechanisms altered or lost in species with limited regenerative capacities could be of utmost interest when designing novel strategies for improving human's ability to regenerate lost or damaged tissues in the future.


 

 

 

 

 

 

 

 

 

 

 

 

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