Research into the gene expression of proteins shows a responsive mode of communication found in DNA

This month, Professor Franklin Pugh, Molecular Biology and Genetics, and researchers Chetvan Mittalgrad, Olivia Langgrad, and William K. An ‘off’ state of some cofactors – this highlights new concepts of how the epigenome affects intracellular transcription.

Deploy their team study “A Selective Integration SAGA and TFID PIC Assembly Pathway for Potential and Inducible Promoters” in the journal Genes and development.

The study used yeast as a model to ascertain the functions of catalytic systems within the genome dedicated to gene expression. Inducible systems are the systems that are normally triggered by environmental changes in the microenvironment. The yeast spore as a simpler model to study the molecular mechanism that regulates genes in humans.

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