Tours
Watch scientists at work in the labs or take a guided tour of the Drop Tower:
Our guided tours give you access to areas that are usually hidden from public view. The guided tours are free of charge, but the number of participants is limited.
The free tickets can be booked in advance.
The guided tours will be held from 1:30 to 5:30 p.m.
If the tours are offered in a language other than German, this is also indicated.
The duration of the tours can be found under each title.
Tickets for them can be booked via the link under each tour.
If you have any questions about booking tickets, please do not hesitate to contact us.
The guided tours are conducted in German, unless another language is specified.
1:30 PM
Neurological disorders are the leading cause of illness and disability worldwide. More than 3 billion people are affected by them (according to the WHO’s 2021 data), which is approximately 43% of the world’s population. The brain is the least understood organ in our body, and disorders in it are often stigmatized. Our laboratory studies the functioning of nerve cells in healthy systems and in the early stages of neurodegeneration, with a focus on dementia research. During this tour, you will visit the cellular neurobiology laboratories. We will share important information about the brain, show nerve cells under a microscope, and present our research projects. The researchers and students of the Deinhardt working group will be pleased to share their enthusiasm. Katrin Deinhardt studied biochemistry at the Free University of Berlin, earned her Ph.D. in cell biology (Cancer Research UK; UCL, London), and subsequently conducted research in cellular neurobiology at New York University’s Skirball Institute. She served as a professor of cellular neurobiology at the University of Southampton (UK) and has been conducting research and teaching as a professor of cell biology at the University of Bremen since October 2024.
Guide: Celina Schreiber
Duration: 45 Minutes
speaking Languages: German, English, Spanish
See how students learn the basics of experimental work at the start of their studies and are gradually introduced to independent academic practice. In addition, we will open the doors to our research laboratories to demonstrate how innovative air- and moisture-sensitive substances are synthesized in specialized conditions as part of our daily research activities. Discover how the journey leads from an initial laboratory experience to active contributions to the latest research.
Guide: Emanuel Hupf
Duration: 60 Minutes
60 minutes in the lab – and you will know what it is like to train as a chemistry or biology lab technician. No studying, just hands-on vocational training with real lab exercises, rotations, and a glimpse into everyday life. An experience that will bring the profession to life.
Guide: Peter Brackmann
Duration: 60 Minutes
During this tour, we hope to introduce you to a special study space for students at the University of Bremen which is based on, among other things, the principles of Freinet pedagogy: exploring, experimenting, expressing yourself, and having a say. At various hands-on stations, you can rediscover school and learning in a creative and multimedia-rich way, create your own printed materials at the Freinet print service, and – of course – take them home with you!
Guide: Sven Trostmann
Duration: 45 Minutes
The energy transition is transforming production and logistics. Instead of relying on offset payments, companies are increasingly turning to renewable energy, energy efficiency, and flexible solutions. At Bremen Institute for Production and Logistics GmbH, we are researching how to make production and supply chains more sustainable throughout their entire life cycle: less waste, more recycling, and the smart integration of energy generation, storage, and use in electricity, heat, and mobility. During the tour of the research hall at Bremen Institute for Production and Logistics GmbH, we will show you how climate-neutral and competitive processes can be designed and put into practice. Experience energy-flexible production firsthand: Try out our demonstration model, a model factory that aligns its operations with the electricity currently available. Learn how the integrated use of renewable energy creates and harnesses new synergies.
Guide: Dr.-Ing. Matthias Burwinkel
Duration: 45 Minuten
[Translate to English:] Im Rahmen der Führung zeigen wir Euch das „High Power Electronics“-LAB, kurz HiPE-LAB am Institut für elektrische Antriebe, Leistungselektronik und Bauelemente an der Universität Bremen. Dies ermöglicht das Testen von Frequenzumrichtern, welche z. B. in Windenergie- und Photovoltaikanlagen eingesetzt werden, unter realistischen klimatischen und elektrischen Bedingungen. Individuelle Testprofile ermöglichen es uns, weitgehend alle klimatischen Zonen auf der Erde nachzubilden. Diese Tests erlauben es, die leistungselektronischen Systeme bereits während der Entwicklung unter den zukünftigen Einsatzbedingungen zu testen und sicherzustellen, dass sie den Anforderungen im täglichen Einsatz entsprechen werden.
Referent: Wilfried Holzke
Dauer: 45 Minuten
Follow the path that food takes through the university campus dining hall (Mensa) operated by Studierendenwerk Bremen (the Bremen student services organization). From delivery and storage to processing and serving.
Guide: Daniel Duwald
Duration: 60 Minutes
2 PM
Historical books are often in a dire state: centuries of use, the effects of light and climate, being eaten by worms, and mold formation following water damage leave their mark and present the restoration workshop of the State and University Library Bremen with new challenges again and again. We provide an insight into the tasks surrounding the conservation and restoration of our historical heritage. Different types of covers and their damage patterns as well as the possibilities for their restoration will be shown.
Guide: Katherina Schmoll
Duration: 45 Minutes
How can we make industry more sustainable? How can we conserve resources, reduce waste, and better protect people and the environment? During a visit to the Mechanical Process Engineering research field, we will show you exactly what we are working on and explain it in a clear and practical way. At our “OPEN CAMPUS” event, you will learn how we reduce oil and lubricant consumption during drilling and in doing so minimize the amount of lubricant on the chips – which means fewer chemicals are used and the environment is further protected. Discover how we recover valuable elements from waste products like slag instead of discarding them, and how we are working to secure raw materials for future technologies. Discover innovative methods for reducing the use of critical elements in steel production – including through the targeted use of freely available and sustainable materials. All of these steps help to make better use of resources, reduce waste, and protect human health and the environment. Come by and see firsthand how today’s research is paving the way for the sustainable industry of tomorrow – and feel free to ask any questions you may have.
Guides: Lydia Achelis, Anne Geppert, Teresa Tonn, Lennart Buchholz und Apet Nikoyan
Duration: 40 Minutes
The Bremen Ambient Assisted Living Lab is an apartment that also functions as a laboratory, and this tour of it offers insight into current and past research and development regarding assistive systems for everyday life for people with and without disabilities. It also covers related topics concerning the use of AI for prevention and health. It outlines objectives, relevant questions, and approaches and demonstrates results using prototypes, some of which participants can try out for themselves.
Guide: Dr. Serge Autexier
Duration: 90 Minutes
Come see the testing center and its 120 testing stations for yourself, located right on Uni-Boulevard. At this location where approximately 8,000 students take their online exams each semester, you can learn more about the various types of digital examination formats and get a taste of what it is like to take an exam by trying out some short practice tests.
Guide: Dr. Jens Leimann
Duration: 45 Minutes
In March 2025, the new Center for Deep-Sea Research was inaugurated and handed over to the university. Since then, the facility has housed not only offices and laboratories, but also a production hall and a cold storage facility. MARUM gains fundamental academic knowledge about the role the ocean and the seabed play in all of the Earth’s systems. The dynamics of the ocean and the seabed have a major impact on all of the Earth’s systems due to the interactions of geological, physical, biological, and chemical processes. This influences the climate and the global carbon cycle, creating unique biological systems. MARUM, the Research Faculty of the University of Bremen, is home to the Cluster of Excellence “The Ocean Floor – Earth’s Uncharted Interface” as well as other national and international research projects. For more information: www.marum.de www.marum.de/en/New-Center-for-Deep-Sea-Research-Inaugurated.html
Guide: Dr. Gerrit Meinecke
Duration: 45 Minutes
Have you ever been weightless? At the Center of Applied Space Technology and Microgravity (Zentrum für angewandte Raumfahrttechnologie und Mikrogravitation – ZARM), we do it all the time – at least our experiments do – and it is not even necessary to fly to space. We would like to explain how and why we conduct research in weightlessness and what role the Bremen Drop Tower plays in this regard during a tour of ZARM. We will take a close look at one of our actual experiments and maybe even handle some of the sample material.
Guides: Dr. Julian Becker, Marcel Bernauer, Birgit Kinkeldey
Duration: 60 Minutes
Sometimes we have to come to campus with our children and don’t know where the family-friendly places in the busy areas of the university are. The Family Care Office is offering a guided tour of University Boulevard. During the tour, you can find out, for example, where the changing tables, family rooms, nursing rooms, microwaves, etc. are located.
Guide: Marisol Ruiz-Fehrler
Duration: 60 Minutes
What actually goes on behind the doors of a research institute? How is the technology of tomorrow developed there, and what research is specifically being conducted at Fraunhofer IFAM in Bremen?
This exclusive tour takes you to select stops illustrating our research, from a concise “Fraunhofer IFAM in a Nutshell” to exciting visits to laboratories and tech testing facilities.
After a brief introduction in the lecture hall, we will take you on a three-stop tour:
• Cryolaboratory: Adhesion at extreme temperatures down to –196°C, and why this is not just a gimmick – but rather something crucial for aerospace safety
• Robotics Lab: Digital and automated adhesive application processes in manufacturing – and how robots “know” how much adhesive to apply to the right spot so that everything holds together reliably in the end
• PLATO Research and Testing Center: Making functional surfaces through plasma coating – and together, we will also explore why our PFAS-free frying pans make the best scrambled eggs!
You will get an up-close look at how materials are tested, how surfaces are given targeted modifications, and how industrial processes are connected intelligently.
The focus is on adhesive technology, an often underestimated key technology with a major impact on industry and on future technologies.
Whether you are studying at school or university, are enthusiastic about tech, or are simply interested in academia, this tour will offer everyone an accessible and exciting look behind the scenes at a research institute that brings innovation to life every day.
Guides: Sonja Böske da Costa and Dr. Kai Borcherding
Duration: 60 Minutes
A flight to Mars takes at least six months – and a launch from Earth is only possible once every 26 months. If something has been forgotten or broken, the replacement does not come quickly. In addition, the conditions on Mars are extreme: The temperatures range from –150 to 30 degrees Celsius, the resources are scarce, and there are no fossil fuels. If people want to live there one day, they will need to be able to source materials locally, process them, and manufacture building components. In this lecture, we will introduce the university’s new Cluster of Excellence, “The Martian Mindset.” How might material extraction, processing, and production work on Mars? And what can we learn from this about sustainability on Earth?
Speakers: Ina Barwich, Dr. Lucie-Patrizia Arndt
Duration: 60 Minutes
2:30 PM
Neurological disorders are the leading cause of illness and disability worldwide. More than 3 billion people are affected by them (according to the WHO’s 2021 data), which is approximately 43% of the world’s population. The brain is the least understood organ in our body, and disorders in it are often stigmatized. Our laboratory studies the functioning of nerve cells in healthy systems and in the early stages of neurodegeneration, with a focus on dementia research. During this tour, you will visit the cellular neurobiology laboratories. We will share important information about the brain, show nerve cells under a microscope, and present our research projects. The researchers and students of the Deinhardt working group will be pleased to share their enthusiasm. Katrin Deinhardt studied biochemistry at the Free University of Berlin, earned her Ph.D. in cell biology (Cancer Research UK; UCL, London), and subsequently conducted research in cellular neurobiology at New York University’s Skirball Institute. She served as a professor of cellular neurobiology at the University of Southampton (UK) and has been conducting research and teaching as a professor of cell biology at the University of Bremen since October 2024.
Guide: Celina Schreiber
Duration: 45 Minutes
Spoken Languages: German, English, Spanish
This is not going to be a traditional tour of a university institute. Rather, you can expect a short journey through the world of chemistry with lots of experiments, bright colors, and the odd bang.
Guide: Emanuel Hupf
Duration: 60 Minutes
Whether global cargo flows or local package delivery, goods need to be in the right place at the right time and in the exact quantity. In an interconnected world, this level of logistical precision requires close cooperation between academia and industry. The Bremen Research Cluster for Dynamics in Logistics (LogDynamics) brings these areas of expertise together and bridges the gap between theoretical basic research and market-ready applications. During the tour, we will show how innovation can help the Ports of Bremen evolve into “smart ports.” At the Smart Port Living Lab, new technologies such as drones and autonomous robots are being tested to monitor the ports’ condition. The Smart Port Transfer (SPorT) project also offers insights into the diversity of eight maritime projects. The tour will take place in the research hall of Bremen Institute for Production and Logistics GmbH.
Guide: Dr. Michael Mesterharm
Duration: 45 Minutes
Dive into the invisible world of microbes! Observe bacteria under a microscope, from tiny dots to intricate structures. Watch as microbes develop into visible colonies on agar plates over the course of several days. In the lab, you will learn how to prepare, culture, and analyze samples using modern methods such as staining, PCR, and microbiological identification. A fascinating look into the world of the tiny organisms that shape our environment, health, and food. Come in and discover microbiology for yourself!
Guide: Greta Reintjes
Duration: 20 Minutes
Spoken Languages: German, English
3 PM
With Opencast, the University of Bremen provides an infrastructure for automatically recording, editing, and streaming lectures as well as distributing them to the university’s learning platform, Stud.IP. Join us for an introduction to the technology in a lecture hall at the University of Bremen.
Guides: Michael Doppelstein und Alexander Hillmann
Duration: 30 Minutes
How can we make industry more sustainable? How can we conserve resources, reduce waste, and better protect people and the environment? During a visit to the Mechanical Process Engineering research field, we will show you exactly what we are working on and explain it in a clear and practical way. At our “OPEN CAMPUS” event, you will learn how we reduce oil and lubricant consumption during drilling and in doing so minimize the amount of lubricant on the chips – which means fewer chemicals are used and the environment is further protected. Discover how we recover valuable elements from waste products like slag instead of discarding them, and how we are working to secure raw materials for future technologies. Discover innovative methods for reducing the use of critical elements in steel production – including through the targeted use of freely available and sustainable materials. All of these steps help to make better use of resources, reduce waste, and protect human health and the environment. Come by and see firsthand how today’s research is paving the way for the sustainable industry of tomorrow – and feel free to ask any questions you may have.
Guides: Lydia Achelis, Anne Geppert, Teresa Tonn, Lennart Buchholz und Apet Nikoyan
Duration: 40 Minutes
Using practical examples from the classroom, this workshop demonstrates how student teachers are prepared to teach newly arrived immigrant students in various school subjects.
Guide: Katja Baginski
Duration: 30 Minutes
Join us on a tour of Bremen’s core repository for international ocean drilling programs. More than 193 km of sediment cores from the seabed are stored here at MARUM. A true library of earth and climate history. MARUM gains fundamental academic knowledge about the role the ocean and the seabed play in all of the Earth’s systems. The dynamics of the ocean and the seabed have a major impact on all of the Earth’s systems due to the interactions of geological, physical, biological, and chemical processes. This influences the climate and the global carbon cycle, creating unique biological systems. MARUM, the Research Faculty of the University of Bremen, is home to the Cluster of Excellence “The Ocean Floor – Earth’s Uncharted Interface” as well as other national and international research projects.
Further information: www.marum.de/en/Bremen-Core-Collection-Scientific-Ocean-Drilling-Programs.html
www.uni-bremen.de/en/research/research-profile/high-profile-areas
Guide: Dr. Ursula Röhl
Duration: 60 Minutes
During the tour, we will show you the High-Power Electronics Lab, or HiPE-LAB for short, at the Institute for Electrical Drives, Power Electronics, and Devices at the University of Bremen. This lab makes it possible to test frequency converters, such as those used in wind power and photovoltaic systems, under realistic climatic and electrical conditions. Customized test profiles allow us to simulate virtually all climatic zones on Earth. These tests make it possible to evaluate power electronic systems under their future operating conditions from as early as the development phase, ensuring that they will meet the requirements of everyday use.
Guide: Wilfried Holzke
Duration: 45 Minutes
Follow the path that food takes through the university campus dining hall (Mensa) operated by Studierendenwerk Bremen (the Bremen student services organization). From delivery and storage to processing and serving.
Guide: Daniel Duwald
Duration: 60 Minutes
5:30 PM
Until now, business logistics research has often treated individual employees merely as standard or average values, for example, when planning tasks. The experiment shown here illustrates how current research takes into account highly individualized data and behaviors (such as shelf scanning and search strategies, as well as handling and ergonomic concepts tailored to individual height, experience, etc.) to design personal and optimal processes for each employee. The “Golden Eye” shelf experiment asks individuals to search for and remove products from a shelf in order to better understand and account for individual differences. Eye tracking is used to collect gaze data, while ECG (smartwatch) data is used to visualize physical stress levels, for example, in relation to shelf height.
Guide: Dr. Maria Keil
Duration: 60 Minutes
Neurological disorders are the leading cause of illness and disability worldwide. More than 3 billion people are affected by them (according to the WHO’s 2021 data), which is approximately 43% of the world’s population. The brain is the least understood organ in our body, and disorders in it are often stigmatized. Our laboratory studies the functioning of nerve cells in healthy systems and in the early stages of neurodegeneration, with a focus on dementia research. During this tour, you will visit the cellular neurobiology laboratories. We will share important information about the brain, show nerve cells under a microscope, and present our research projects. The researchers and students of the Deinhardt working group will be pleased to share their enthusiasm. Katrin Deinhardt studied biochemistry at the Free University of Berlin, earned her Ph.D. in cell biology (Cancer Research UK; UCL, London), and subsequently conducted research in cellular neurobiology at New York University’s Skirball Institute. She served as a professor of cellular neurobiology at the University of Southampton (UK) and has been conducting research and teaching as a professor of cell biology at the University of Bremen since October 2024.
Guide: Celina Schreiber
Duration: 45 Minutes
Speaking Languages: German, English, Spanish
See how students learn the basics of experimental work at the start of their studies and are gradually introduced to independent academic practice. In addition, we will open the doors to our research laboratories to demonstrate how innovative air- and moisture-sensitive substances are synthesized in specialized conditions as part of our daily research activities. Discover how the journey leads from an initial laboratory experience to active contributions to the latest research.
Guide: Emanuel Hupf
Duration: 60 Minutes
60 minutes in the lab – and you will know what it is like to train as a chemistry or biology lab technician. No studying, just hands-on vocational training with real lab exercises, rotations, and a glimpse into everyday life. An experience that will bring the profession to life.
Guide: Peter Brackmann
Duration: 60 Minutes
4 PM
Historical books are often in a dire state: centuries of use, the effects of light and climate, being eaten by worms, and mold formation following water damage leave their mark and present the restoration workshop of the State and University Library Bremen with new challenges again and again. We provide an insight into the tasks surrounding the conservation and restoration of our historical heritage. Different types of covers and their damage patterns as well as the possibilities for their restoration will be shown.
Guide: Katherina Schmoll
Duration: 45 Minutes
How can we make industry more sustainable? How can we conserve resources, reduce waste, and better protect people and the environment? During a visit to the Mechanical Process Engineering research field, we will show you exactly what we are working on and explain it in a clear and practical way. At our “OPEN CAMPUS” event, you will learn how we reduce oil and lubricant consumption during drilling and in doing so minimize the amount of lubricant on the chips – which means fewer chemicals are used and the environment is further protected. Discover how we recover valuable elements from waste products like slag instead of discarding them, and how we are working to secure raw materials for future technologies. Discover innovative methods for reducing the use of critical elements in steel production – including through the targeted use of freely available and sustainable materials. All of these steps help to make better use of resources, reduce waste, and protect human health and the environment. Come by and see firsthand how today’s research is paving the way for the sustainable industry of tomorrow – and feel free to ask any questions you may have.
Guides: Lydia Achelis, Anne Geppert, Teresa Tonn, Lennart Buchholz und Apet Nikoyan
Duration: 40 Minutes
The Bremen Ambient Assisted Living Lab is an apartment that also functions as a laboratory, and this tour of it offers insight into current and past research and development regarding assistive systems for everyday life for people with and without disabilities. It also covers related topics concerning the use of AI for prevention and health. It outlines objectives, relevant questions, and approaches and demonstrates results using prototypes, some of which participants can try out for themselves.
Guide: Dr. Serge Autexier
Duration: 90 Minutes
After my presentation at 3:00 p.m., I will be offering a follow-on tour of our laboratories at UFT that have seawater systems. During the presentation, I will showcase both our coral and jellyfish breeding programs and explain why we breed these cnidarians and what research projects we are conducting with them. There will be plenty of time for interaction and answering questions.
Guide: Christian Wild
Duration: 60 Minutes
Come see the testing center and its 120 testing stations for yourself, located right on Uni-Boulevard. At this location where approximately 8,000 students take their online exams each semester, you can learn more about the various types of digital examination formats and get a taste of what it is like to take an exam by trying out some short practice tests.
Guide: Dr. Jens Leimann
Duration: 45 Minutes
Over 500 million people worldwide have diabetes, and the trend is rising. The islet cells in the pancreas no longer produce enough insulin – the hormone that regulates sugar levels in the body. Under the influence of too much sugar and fat in our diets, but also as a result of inflammatory messenger substances in the body – caused by viral infections, for example – the cells die and the body’s metabolism is completely disrupted. On this tour, you will visit the diabetes research laboratories; blood sugar will be measured, the pancreas of a patient with diabetes will be analyzed under a microscope, and new methods of treatment will be presented, which we will explore in the laboratory. This event is aimed specifically at students who are interested in biology and medicine, as well as people with diabetes. The laboratory tour will be carried out by scientists and biology students in the Mädler working group. Kathrin Mädler studied pharmacy and specialized in clinical pharmacy. She received her doctorate in 2003 from the University Hospital Zurich with her thesis on experimental diabetology. After that, she was an assistant professor and research group leader at the University of California, Los Angeles, and a professor at the University of Bremen. Since 2008, she has been the head of the laboratory for molecular diabetology at the Centre for Biomolecular Interactions at the University of Bremen.
Guide: Kathrin Maedler
Duration: 60 Minutes
Spoken Languages: German, English
Join us on a journey to the seabed and discover the secrets of the deep sea. A tour of MARUM will give you an overview of deep-sea technologies such as the MARUM-MeBo seabed drilling rig and the remote-controlled diving robot MARUM-QUEST. The research work at MARUM is possible thanks to these underwater technologies. MARUM gains fundamental academic knowledge about the role the ocean and the seabed play in all of the Earth’s systems. The dynamics of the ocean and the seabed have a major impact on all of the Earth’s systems due to the interactions of geological, physical, biological, and chemical processes. This influences the climate and the global carbon cycle, creating unique biological systems. MARUM, the Research Faculty of the University of Bremen, is home to the Cluster of Excellence “The Ocean Floor – Earth’s Uncharted Interface” as well as other national and international research projects.
Further information: www.marum.de www.uni-bremen.de/en/research/research-profile/high-profile-area
Guides: U. Prange/M. Zabel
Duration: 45 Minutes
4:30 PM
Dive into the invisible world of microbes! Observe bacteria under a microscope, from tiny dots to intricate structures. Watch as microbes develop into visible colonies on agar plates over the course of several days. In the lab, you will learn how to prepare, culture, and analyze samples using modern methods such as staining, PCR, and microbiological identification. A fascinating look into the world of the tiny organisms that shape our environment, health, and food. Come in and discover microbiology for yourself!
Guide: Greta Reintjes
Duration: 20 Minutes
Languages: German, English
5 PM
With Opencast, the University of Bremen provides an infrastructure for automatically recording, editing, and streaming lectures as well as distributing them to the university’s learning platform, Stud.IP. Join us for an introduction to the technology in a lecture hall at the University of Bremen.
Guides: Michael Doppelstein und Alexander Hillmann
Duration: 30 Minutes
Until now, business logistics research has often treated individual employees merely as standard or average values, for example, when planning tasks. The experiment shown here illustrates how current research takes into account highly individualized data and behaviors (such as shelf scanning and search strategies, as well as handling and ergonomic concepts tailored to individual height, experience, etc.) to design individualized and optimized processes for each employee. The “Golden Eye” shelf experiment asks individuals to search for and remove products from a shelf in order to better understand and account for individual differences. Eye tracking is used to collect gaze data, while ECG (smartwatch) data is used to visualize physical stress levels, for example, in relation to shelf height.
Guide: Dr. Maria Keil
Duration: 60 Minutes
Over 500 million people worldwide have diabetes, and the trend is rising. The islet cells in the pancreas no longer produce enough insulin – the hormone that regulates sugar levels in the body. Under the influence of too much sugar and fat in our diets, but also as a result of inflammatory messenger substances in the body – caused by viral infections, for example – the cells die and the body’s metabolism is completely disrupted. On this tour, you will visit the diabetes research laboratories; blood sugar will be measured, the pancreas of a patient with diabetes will be analyzed under a microscope, and new methods of treatment will be presented, which we will explore in the laboratory. This event is aimed specifically at students who are interested in biology and medicine, as well as people with diabetes. The laboratory tour will be carried out by scientists and biology students in the Mädler working group. Kathrin Mädler studied pharmacy and specialized in clinical pharmacy. She received her doctorate in 2003 from the University Hospital Zurich with her thesis on experimental diabetology. After that, she was an assistant professor and research group leader at the University of California, Los Angeles, and a professor at the University of Bremen. Since 2008, she has been the head of the laboratory for molecular diabetology at the Centre for Biomolecular Interactions at the University of Bremen.
Guide: Kathrin Maedler
Duration: 20 Minutes
Languages: German, English
Photography and Video Recordings
OPEN CAMPUS is a public event where photographers from the University will take pictures and videos. The University reserves the right to use these photos and videos both on its website as well as on its social media platforms. We document and illustrate our event by reporting online and in print.