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A scientific visualization. In the center of a white background, an oval pattern is formed by small, colored dots. The dots follow a rainbow-like color gradient around the oval. Surrounding the oval are bundles of curved, overlapping lines in the colors that correspond to the color in the circle - including blue, purple, red, orange, yellow, and green tones. Below the circle, a curved arrow indicates movement from left to right. Next to the arrow is the Greek letter "φ". In the bottom left corner is a color wheel with the same rainbow colors as the large oval. The color wheel is labeled "π" on the left and "0" on the right. © Sharma et al, PNAS, CC4
Nov 19, 2024
How To Achieve Precision in a Noisy Biological System – Scientists Explain the Regular Beating of Sperm Tails
A logo on a white background. A large thick blue circle. Underneath the text “world diabetes day”, with the word “diabetes” highlighted in blue. Below, “November 14” written in blue. © TUD/Magdalena Gonciarz
Nov 12, 2024
World Diabetes Day on November 14: Focus On Education and Early Detection of Diabetes
The poster for a public event. On a yellow background there is the iris of an eye, surrounded by the words “Glaukom, Retinitis Pigmentosa, Makuladegeneration”. In white lettering on a black background is the text: “15. Retina Informationstag”. Below that, in black lettering, there is further information: “16. November 2024 am Zentrum für Regenerative Therapien Dresden (CRTD).” © TUD/CRTD
Nov 11, 2024
15. Retina Information Day: Advances in Eye Research and Treatment of Retinal Diseases in Saxony
Portrait of Prof. Kai Markus Schneider © Andreas Schmitter
Oct 01, 2024
The CRTD Welcomes Prof. Kai Markus Schneider as a New Research Group Leader
Portrait of Prof. Mareike Albert © TUD/Magdalena Gonciarz
Oct 01, 2024
Dr. Mareike Albert Appointed Professor of Epigenomics of Neural Development at TU Dresden
Group photo of the SaxoCell team in the foyer of the Center for Regenerative Therapies 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