By S. Chu and colleagues. Molecular Cell 1(5), 685–696 (April 1998); DOI doi.org/10.1016/S1097-2765(00)80068-4
Publisher primary text www.sciencedirect.com/science/article/pii/S1097276500800684 . Abstract: Ndt80 activates transcription of meiotic-division and gamete-formation genes; ectopic expression induces these genes and recombinant protein binds a conserved upstream sequence.
S. Chu 2026-11-05
S. Chu investigated how gene expression coordinates meiosis and formation of reproductive cells in budding yeast. A 1998 study identified Ndt80 as a transcription factor activating a set of genes needed for these processes.[ref]
Producing Ndt80 in vegetatively growing cells activated normally developmentally regulated genes; purified experimental Ndt80 also bound a conserved upstream DNA sequence. These complementary experiments connected a regulatory protein to both DNA recognition and a change in transcription, rather than relying only on correlated timing of gene expression.[ref]