László Fésüs

The paper shows that TFRC-mediated iron uptake and transferrin secretion enhance thermogenic activation in human adipocytes by supporting mitochondrial function and oxygen consumption.

This study shows that fedratinib, a ThTr2 and JAK2 inhibitor, suppresses thermogenic activation in human adipocytes by reducing amino acid consumption and thermogenic gene expression.

The paper identifies TG2 interactors in HUVECs and shows TG2's involvement in RNA-binding protein networks and post-transcriptional regulation.

This study confirms that TG2 binds RNA through experimental methods, revealing its RNA-binding ability and conformational dependency.

The paper shows that ID1 and ID3 upregulation is crucial for thermogenic response in human adipocytes under adrenergic stimulation.

The paper identifies species-specific and conserved regulatory elements of the human UCP1 gene using promoter analysis and transcriptome data from humans, mice, and rats.

The paper investigates the functional context of marker-genes from two meta-analyses to understand thermogenic adipocyte regulation and identifies regulatory modules involved in browning and whitening processes.