Sandra Moshonov

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BACKGROUND Diversity in rates of gene expression is essential for basic cell functions and is controlled by a variety of intricate mechanisms. Revealing general mechanisms that control gene expression is important for understanding normal and pathological cell functions and for improving the design of expression systems. Here we analyzed the relationship(More)
conserved C-terminus of these TAFs mediates interaction with other TAFs and therefore is required for assembly into the TFIID complex. The diverged N-terminus of TAFII105 directs interaction with activation domains of activators. Our functional analysis of TAFII105 revealed several transcription factors that selectively interact with the coactivator domain(More)
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