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Gruppenfoto des SaxoCell-Teams im Foyer des Zentrums für Regenerative Therapien Dresden (CRTD). © Magdalena Gonciarz
Sep 06, 2024
Developing Highly Innovative Treatments for Severe Diseases – Future Cluster SaxoCell Enters Its Second Funding Phase
A microscopic image displaying a field of small, round shapes against a dark background. The shapes are predominantly green. Some shapes have magenta-colored spots or protrusions, creating a mixed pattern of green, white, and magenta. The image is overlaid with a rectangular inset, zooming in on a section of the shapes, where the same color patterns are visible, but in greater detail. © Michael Brand and Evelyn Abraham
Aug 23, 2024
Seeing the Future: Zebrafish Regenerates Fully Functional Photoreceptor Cells and Restores Its Vision
A microscopic image showing a dense, irregular network of polygonal shapes with bright, glowing edges. The shapes resemble closely packed cells, with the edges glowing in bright orange or red, while the interior of the cells is dark. The overall pattern appears like a honeycomb or mosaic, with each shape slightly different in size and form. The background is completely black, highlighting the glowing edges of the cells © Honigmann Lab
Aug 19, 2024
How Cells Use Condensation to Seal Tissues Tight
A digital illustration depicting a human head silhouette integrated with a double helix DNA strand. The head and DNA are formed by a network of glowing blue and white interconnected lines and dots, creating a mesh-like appearance. The background is dark with scattered blue and green glowing particles and abstract lines, suggesting a technological or digital environment. © Magdalena Gonciarz, generated with Dall-E3
Aug 02, 2024
Cracking the Code of Life: New AI Model Learns DNA’s Hidden Language
Portrait of Dr. Darja Andreev © TUD/Magdalena Gonciarz
Jul 30, 2024
The CRTD welcomes Darja Andreev as a new Research Group Leader
A microscopic image showing an irregularly shaped, tissue-like structure on a black background. The structure shows various shades of blue and purple with intricate patterns of bright magenta and green highlights. The magenta areas form distinct streaks and patches, while the green highlights are scattered in small, concentrated spots. The overall appearance is complex with a mix of colors. © DZNE/Rodríguez-Muela Lab
Jul 26, 2024
“Prelude” to Neuromuscular Disease SMA May Offer Chances for Better Treatment
Portrait of Prof. Stefan Diez © TUD/Magdalena Gonciarz
Jul 09, 2024
Professor Stefan Diez Elected as an EMBO Member
A microscopy image. showing an irregularly shaped cluster of round structures with bright red and green fluorescence on a black background. The cluster consists of multiple overlapping red circular shapes, with green fluorescent outlines and networks interweaving through and around the red areas. The green fluorescence forms intricate, web-like patterns, creating a contrast with the solid red regions. © Prateek Chawla
Jul 04, 2024
Researchers Identify Key Cells for Blood Sugar Control Using Optogenetics
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