Abstract
The present work characterizes, for the first time, hairy1 and hairy2 expression pattern in early stages of chick lung development, by in situ hybridization. Our results suggest that, hairy1 might not be a downstream target of Notch signaling pathway in the chick lung and that it may possibly exist two types of hairy2 regulation in chick lung. Also, increased branching, after Notch inhibition imply that Notch signaling interfere with the correct process of lung development.
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