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Publication summaries


 

 

Publication summaries

You can also read summaries of our publications that need less scientific background to understand than the original papers below.

Featured
How do bilaterally equivalent structures in the forebrain become left-right asymmetric?
How do bilaterally equivalent structures in the forebrain become left-right asymmetric?
The power of the parapineal in brain asymmetry development
The power of the parapineal in brain asymmetry development
Sizing the eyes- a study of the mechanisms by which the developing eye copes with deleterious genetic mutations
Sizing the eyes- a study of the mechanisms by which the developing eye copes with deleterious genetic mutations
Blood-vessel formation: Bridges that guide and unite
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Brain asymmetry improves processing of sensory information
Unravelling the mysteries of brain diversity
Migration along the zebrafish lateral line: homeostasis bound
 Proliferate, differentiate or die? Making decisions in the developing eye
Proliferate, differentiate or die? Making decisions in the developing eye
A gene and a population of cells important for shaping the eye
The complex choreography of eye formation
A zebrafish model for branchio-oculo-facial syndrome - a condition affecting eye formation
Muscles but no movements - identification of a new gene required for muscle function
The left brain leads the right in making neurons
A zebrafish model of the human Oral-facial-digital syndrome
Fgf8 signalling breaks symmetry in the brain
Brain asymmetry at the level of single cells
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From body to brain asymmetry - distinguishing left from right in the developing brain
Little RNAs - big roles?
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Big eyes/small eyes: identifying signals that regulate eye formation
Six ways to make a brain
How are brain asymmetries related to lateralised behaviour?
 
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  • Alexandre Lab
  • Bianco Lab
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  • MacDonald Lab
  • Mongera Lab
  • Payne Lab
  • Rihel Lab
  • Tada lab
  • Tuschl Lab
  • Wilson Lab
  • Wong Lab
  • Young Lab
  • Zebrafish Facility
 
 
 

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