Researchers from Dresden and Vienna reveal link between connectivity of three-dimensional structures in tissues and the emergence of their architecture to help scientists engineer self-organising tissues that mimic human organs.
Researchers from Dresden, together with Danish and Finnish colleagues, identify a gene that enables beta cells to communicate with each other, helping the pancreas to respond to glucose by insulin secretion.
Dresden research team finds that the cell cortex, a fine network of filaments below the cell membrane, is activated in a controlled way by thousands of short-lived protein condensates.
Researchers from Dresden uncover a greater neuron production in the frontal lobe during brain development in modern humans than Neandertals, due to the change of a single amino acid in the protein TKTL1.
Researchers at the Human Technopole in Milan, Itlay and the Max Planck Institute of Molecular Cell Biology and Genetics in Dresden, Germany show how molecular cargo trains change direction in cellular micro-antennas.
Clusters of proteins can form in solutions with concentrations that are well below the threshold for phase separation and the formation of biomolecular condensates.
