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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
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
Portrait of Prof. Stefan Diez © TUD/Magdalena Gonciarz
Jan 16, 2024
Prof. Stefan Diez is the New Director of the B CUBE
Porträt von Prof. Catherina G. Becker © TUD/Magdalena Gonciarz
Jan 11, 2024
Prof. Catherina G. Becker Becomes New CMCB Director
An illustration. There are three parts that explain the pause also known as temporary tug of war, the negative run, and the positive run of a cargo on microtubules. In all three images, an oval shape has blue and green noodles. Some of the noodles are connecting with a grey rod. In pause, both blue and green noodles are connected to the rod, the text says "both dynein and kinesin engage with microtubule". In th negative run, only the blue noodles are connected to the rod and the text says "only dynein engages with microtubules". In case of the positive run it's the opposite. © Diez Lab
Dec 19, 2023
A Temporary Tug-Of-War: A Minimal System Unlocks Cellular Transport Secrets
A photo of two women, smiling and holding a blue folder with a white certificate inside. © TUD
Nov 21, 2023
Dr. Mariana Medina-Sánchez appointed as TUD Young Investigator
An illustration of the experimental setup for automated smFRET. The left part shows the instrument with the microscope stage and the light path through objective to the detector. The right part shows the computer and screen with example of the experimental window. In front of the screen there are more examples of what the software measures and visualizes, showed as little images. © TUD/Andreas Hartmann
Nov 08, 2023
Farewell to Single Well: Fully Automated, Multiwell smFRET is Here
Schnitt durch ein weißes, spiralförmiges Schneckengehäuse © Robert-Lemanis
Aug 11, 2023
Evolving Elegance: TU Dresden Scientists Connect Beauty and Safeguarding in Ammonoid Shells