Modulation of pha-4/FoxA and C. elegans foregut development by the novel gene smg-8
Contributors: Mango, Susan E.; McMahon, Andrew P.; Hunter, Craig P.; Denic, Vlad
Published: 2012
Language: eng
Description: FoxA transcription factors are central regulators of gut development in all species. In C. elegans, pha-4/FoxA is necessary to generate cells of the foregut, or pharynx. FoxA factors need to be precisely regulated for proper development, yet we know very little about FoxA regulation. To look for potential genes that act as pha-4 regulators, the Mango lab previously conducted two screens for suppressors of the lethality associated with a partial loss of pha-4 activity. Both screens uncovered smg-8, a novel gene that is highly conserved amongst metazoans. Interestingly, the human homolog of smg-8 is amplified in some breast cancers, which also depend on FoxA1. This observation makes smg-8 a very exciting gene to investigate. The goal of my thesis is to analyze smg-8 to better understand its function and potential role as a candidate regulator of pha-4/FoxA, using C. elegans as a model system.
Notes: Keywords: elegans, foregut, pha-4, pharynx, smg-8.

Thesis Ph.D. Harvard University 2012