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Center for Molecular and Cellular Bioengineer­ing

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A microscopy image. On light gray background, there is a dark grey, circular structure. The structure has a densely speckled texture, appearing granular, and occupies most of the image. At the top left of the structure, there is an oval-shaped, lighter area resembling a depression or opening. The bottom right contains a scale bar labeled "0.2 µm." © Isaac Justice and Electron Microscopy Facility of the MPI-CBG
Nov 21, 2024
Exploring Life at Its Simplest: Scientists Create a "Minimal Cell Membrane" with Just Two Lipids
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. © World Diabetes Day
Nov 12, 2024
World Diabetes Day on November 14: Focus On Education and Early Detection of Diabetes
More News

Termine

Nov 22 2024
Dresdner Seniorenakademie - Dr. Anna Poetsch: Die Sprache der DNA
Nov 26 2024
DcGC Data Analys­is Café
Nov 28 2024
Café & Philo­sophy: Alexan­der Blum
Dec 5 2024
FACS - THINK FLOW Con­sulting Day
Dec 5 2024
CMCB Life Sci­ences Seminar: Prof. David Rueda, Imperi­al College London, UK
Dec 12 2024
CMCB Life Sci­ences Seminar: Prof. Steffen Jung, Weiz­mann Insti­tute of Science, IRB, Israel
Further Events

Our Institutes

Shindle like patterns in yellow, red and orange tones with iridescent lines on some shindles. © Yin Chang
B CUBE

B CUBE - Center for Molecular Bioengineering was founded as a Center for Innovation Competence within the initiative "Unternehmen Region" of the German Federal Ministry of Education and Research. B CUBE research focuses on the investigation of living structures on a molecular level, translating the ensuing knowledge into innovative methods, materials and technologies.
Biotechnology Image © Pixabay: geralt
BIOTEC

Fundamental biological discoveries are often driven by technological advances. The Biotechnology Center (BIOTEC) is an interdisciplinary research center that develops innovative technologies driving the progress of modern life sciences in the areas of molecular cell and developmental biology, biophysics, and computational biology.

A microscopy pictures. A mixture of green and blue shapes, looking a little bit like baloons. © Felix Wagner
CRTD

At the Center for Regenerative Therapies Dresden (CRTD), our mission is to understand the biology of stem cells and physiological and pathological tissue and organ repair in order to develop new treatments for neurodegenerative diseases, such as Alzheimer's disease and Parkinson's disease, haematological diseases, such as leukemia, metabolic diseases, such as diabetes, and bone diseases.
Aerial view of the city. A complex of buildings is visible in the foreground. © Biermann-Jung Kommunikation & Film

Welcome to the Center for Molecular and Cellular Bioengineering!

The Center for Molecular and Cellular Bioengineering (CMCB) focuses on interdisciplinary research and teaching in the life sciences. As a central unit of TUD Dresden University of Technology, the CMCB combines the interdisciplinary institutes B CUBE, BIOTEC and CRTD, and has close links to multiple schools and faculties at TU Dresden. The CMCB aims at creating synergies among intra- and extramural institutes in Dresden to provide an internationally oriented academic environment with cutting-edge research and innovative teaching programs at all levels. State-of-the-art technologies are made available to the TU Dresden campus as well as to DRESDEN-concept partners via the CMCB Technology Platform, which consists of a wide range of high-end core facilities, and innovative discoveries will be developed further towards commercial applications. Administrative support is provided to all CMCB research groups by centralized service units, which act as interfaces to the central administration of TU Dresden.

B CUBE Building © Ines Kästner
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Center for Molecular and Cellular Bioengineering
c/o B CUBE Tatzberg 41

01307 Dresden

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TUD Dresden University of Technology Center for Molecular and Cellular Bioengineering

01062 Dresden

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Intranet Access
Our intranet provides important information, documents and forms for our employees.

Booking System of the CMCB Technology Platform

Registered users can make a binding reservation for the devices via the booking system. All other interested users should contact the Core Facility staff or the CMCB TP Admin Team (contact Details can be found under the Technology Platform link above).