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An illustration using LEGO blocks to represent biological processes. On the left, a green structure labeled 'Ribosome' is connected to a red chain labeled 'mRNA,' with the chain leading to several red and pink blocks labeled 'HSP.' Below, three interlocked blocks labeled 'P,' 'E,' and 'A' are connected by a looped strand labeled 'tRNA.' On the right, a large cluster of blue LEGO blocks is entangled with numerous white strands and labeled 'HSG.' © Christine Desroches Altamirano
Jun 24, 2024
Translation Factors in the Hot Seat: How Cells Regulate Protein Production During Heat Shock
A hand holding a flyer for the 'Dresden Science Night' event at the Technische Universität Dresden. The flyer features an abstract image of a human profile with a vibrant, colorful cloud-like design inside the head. The event details are listed: '14.06.2024 at the Center for Molecular and Cellular Bioengineering (CMCB)'. The background shows a busy, modern indoor space with people interacting and various displays in the distance. © TUD/Magdalena Gonciarz
Jun 19, 2024
United by Science: CMCB Welcomed 2,300 Guests at the 2024 Dresden Science Night
Bildercollage Demonstrationszug Sachsenplatz "Gemeinsam Für Demokratie" © Frank Möller
May 29, 2024
United for Democracy: Johannstadt Statement by Scientific and Cultural Institutions
Porträt von Prof. Simon Alberti © TUD/Magdalena Gonciarz
Apr 17, 2024
Simon Alberti Receives Volkswagen Foundation “Momentum“ Funding For Novel Cancer Research
Portrait of Dr. Anna Taubenberger © TUD/Magdalena Gonciarz
Mar 08, 2024
International Women’s Day: Interview with Dr. Anna Taubenberger
Smiling people pose for a group photo with flowers and certificates. © Frank Richter
Feb 20, 2024
2023 E-learning Gem Award for Bio-Image Analysis Course
A group photo. 7 people in front of a digital screen posing happily. © TUD iGEM Team
Feb 13, 2024
TU Dresden Team Places in Top10 at the World’s Largest Synthetic Biology Competition
Eine 3D-Visualisierung auf schwarzem Hintergrund. In der Bildmitte befindet sich eine Wolke aus rosafarbenen bis orangefarbenen Blasen. Die Blasen konzentrieren sich auf eine blaue DNA-Helix, die sich durch das Bild zieht. © Magdalena Gonciarz-generated-with-Dall-E3
Feb 06, 2024
Making Ends Meet: Researchers Find That a Protein Superglue is Crucial for DNA Damage Repair
Porträt von Prof. Catherina G. Becker © TUD/Magdalena Gonciarz
Jan 11, 2024
Prof. Catherina G. Becker Becomes New CMCB Director