cell metabolism

Neurobiologia Cellulare

Neurobiologia Cellulare

Our research investigates the mechanisms underlying cellular recovery, with a particular emphasis on the role of nutrients as active modulators of repair and adaptation processes, especially in neural models exposed to oxidative stress or harboring rare metabolic mutations. We study how micronutrients—at both physiological and pharmacological doses—affect neural-like cells, focusing on metabolism as a potential upstream modulator rather than a downstream consequence.

RNA-mediated modulation of cell metabolism

RNA-mediated modulation of cell metabolism

The perception of RNA–protein interactions is currently changing from a protein-centric approach, in which proteins regulate the expression and activity of RNA, to a more complex view, in which RNA molecules can directly regulate protein's function and thus cell behavior, in a process called riboregulation.

Shmt2: a stat3 signaling new player in prostate cancer energy metabolism

Prostate cancer (PCa) is a multifactorial disease characterized by the aberrant activity of different regulatory pathways. STAT3 protein mediates some of these pathways and its activation is implicated in the modulation of several metabolic enzymes. A bioinformatic analysis indicated a STAT3 binding site in the upstream region of SHMT2 gene. We demonstrated that in LNCaP, PCa cells' SHMT2 expression is upregulated by the JAK2/STAT3 canonical pathway upon IL-6 stimulation.

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