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Our research focuses on cell replacement therapy as a treatment for neurological diseases like Parkinson's. We aim to understand how stem cells and…
Our research focuses on understanding how adult vertebrate neural stem cells maintain the balance between self-renewal and differentiation to…
Our laboratory investigates the molecular mechanisms of neurotransmission and their connection to various nervous system pathologies. We study the…
Mitochondria are intricate organelles with vital metabolic roles in cells. Our lab concentrates on defects in the oxidative phosphorylation system…
Our lab investigates how gender-based metabolic differences, particularly involving mitochondria, impact health and disease. We're focusing on two…
Our research focuses on understanding how mitochondrial bioenergetics contribute to various cellular functions. Mitochondrial metabolism goes beyond…
Our group is interested in finding out how post-translational modifications of proteins contribute both to cell-autonomous transformation and…
Our research focuses on inborn errors of metabolism (IEM), a major group of rare diseases affecting approximately 1 in every 800 newborns. Using a…
REGULATORY FUNCTIONS AND MECHANISMS OF CELL SIGNALING
PATHWAYS THROUGH G PROTEINS: A NEW INTERACTOME
PATHWAYS THROUGH G PROTEINS: A NEW INTERACTOME
Our laboratory is investigating the regulatory functions and mechanisms of cell signaling pathways through G proteins, particularly focusing on Gq…
Our group focuses on understanding the cellular and molecular mechanisms that control T-cell lineage commitment and differentiation in the human…