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Portrait of Prof. Kai Markus Schneider © Andreas Schmitter
Sep 03, 2026
How Nerve Fibers Influence Tumors: TUD Researcher Kai Markus Schneider Awarded ERC Starting Grant
Portrait of Dr. Igor Zlotnikov © TUD / Magdalena Gonciarz
Aug 25, 2026
Dr. Igor Zlotnikov Receives Prestigious Heisenberg Position
A microscopy picture. Against a black background, vibrant fluorescent cells form two distinct horizontal layers stretching across the center. The bottom layer consists of a dense, continuous band of bright magenta spots and clusters. Directly above it, a layer of cyan and bright blue spherical cells and fibrous structures overlaps the magenta layer. Some individual cyan cells and fine web-like strands extend upward into the dark space at the top. © Alberto Docampo Seara
Aug 06, 2026
Researchers Discover Molecular "Brakes" on Nerve Regeneration
Portrait of Xiaobo Tian and Prof. Thomas Becker. Two men in white lab coats stand next to each other in a clean laboratory space and smile. In the top-left corner, a solid pinkish-red rectangular banner displays the white text "Press Release". © TUD / Magdalena Gonciarz
Jul 15, 2026
Maestros of Healing: How “Good” Immune Cells Help Regenerate Spinal Cord Injuries
Portrait of Prof. Mike O. Karl © TUD / Magdalena Gonciarz
Jul 14, 2026
Prof. Mike O. Karl Appointed New Director of the CRTD
Portrait of Ágnes Tóth-Petróczy © MPI-CBG / Katrin Boes
Jul 02, 2026
Saxony Retains Top Computational Biologist: Prof. Ágnes Tóth-Petróczy joins BIOTEC and CASUS
The photograph shows three speakers on stage. One person is speaking into the microphone whilst an eye model is being presented. © Netzwerkbüro GCT | Holger Rauner
Jun 29, 2026
GeneNovate 2026: TU Dresden’s MaculaPatch Team Honored for Cell Therapy to Treat Vision Loss
Portrait of Prof. Simon Alberti © TUD / Magdalena Gonciarz
Jun 09, 2026
Prof. Simon Alberti Becomes New Member of the Leopoldina
A digital visualization. Against a dark blue gradient background, two complex structures resembling a brain on the left and an intestinal tract on the right glow in a bright, neon-blue wireframe pattern. Both shapes are constructed from a web of interconnected glowing lines and small dots. Connecting the right side of the brain-like shape to the left side of the intestinal-like shape is a loose, horizontal bridge made of similar geometric lines. Tiny, sparkling light points are scattered around the edges of the structures. © Inna / stock.adobe.com
Jun 03, 2026
European Funded Research To Identify New Markers for Autism Spectrum Disorders in Children Born Preterm