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"Book a Scientist": Register Now for a Virtual Chat with Researchers

Dortmund, 20th September 2024

Why do we need animal experiments and how can we reduce them? What role does the immune system play in a heart attack? And how does one even become a researcher? Answers to these questions and many more await those interested in science at the "Book a Scientist" event on 15 October 2024, where two ISAS researchers and many other scientists from the Leibniz Association will provide answers to anyone who is curious in virtual one-on-one discussions. Both young people and adults can take part. School groups can also participate.

Book A Scientist. Talking about the world with experts from the Leibniz Association. And understand them. 15 October 2024 10-11:30 and 16-17:30hrs.

"Book a Scientist" is an annual dialogue format of the Leibniz Association. Based on the speed dating principle, interested participants meet Leibniz scientists in 25-minute video calls and ask them what has always interested them about a particular topic. The researchers will be available for brief discussions between 10 and 11.30 am and 4 and 5.30 pm. Whether laypeople or researchers from other disciplines - the format is explicitly aimed at anyone interested in science. The more than 130 topics can be booked via the Leibniz Association (see below).

Two ISAS researchers are taking part this year:

"Why does our immune system overreact after a heart attack - and what does this mean for patients?"

Prof Dr Anika Grüneboom is a biologist who focuses her research at ISAS on the communication of immune cells. She is focussing on two particular cell types, neutrophil granulocytes and macrophages. In order to gain a deep insight into unknown processes in the immune system after a heart attack, the immunologist uses various microscopes to study the behaviour of neutrophils and macrophages in the hearts of mice. Her aim is to use the knowledge gained to identify molecular targets for drugs - and thus pave the way for new heart attack therapies. In addition to animal tissue, Grüneboom's research primarily utilises alternative methods such as cell cultures and patient samples.

Portrait von Prof. Dr. Anika Grüneboom.

Prof Dr Anika Grüneboom is head of the Bioimaging research group and coordinator of the 3D Molecular Pathology research programme at ISAS. The 37-year-old holds the professorship for Experimental Biomedical Imaging at the University of Duisburg-Essen since 2020. Grüneboom is passionate about speaking about her research - whether in front of young people or an expert audience.

© ISAS / Hannes Woidich

Booking: Prof Dr Anika Grüneboom takes part in "Book a Scientist" in the category "Health, Ageing & Nutrition".

"Animal testing - why do we need it and how can we reduce it?"

Prof Dr Matthias Gunzer is a biologist and conducts fundamental research at ISAS and Essen University Hospital. He investigates human and murine (mice) immune cells, more precisely: neutrophil granulocytes. His aim is to elucidate previously poorly understood immunological relationships in the human body. To this end, Gunzer and his team are developing animal models and microscopy tools for analysing neutrophils. They are using these tools to investigate the movement behaviour of neutrophils during tumour therapy, for example. Gunzer works with animal experiments and alternative methods such as cell cultures. But why can't immunologists investigate cancer metastases or strokes in a petri dish? For which medical questions in humans are mice indispensable? How can the number of laboratory animals be reduced? Gunzer provides the answers to these questions in Book a Scientist.

Das Foro zeigt Prof. Dr. Matthias GUnzer im Porträt.

Prof Dr Matthias Gunzer heads the Biospectroscopy Department and the Biofluorescence Research Group at ISAS. He is the director of the Institute for Experimental Immunology and Imaging at the University Hospital Duisburg-Essen. Gunzer has held a professorship at the University of Duisburg-Essen since 2011. The immunologist is an enthusiastic science communicator.

© ISAS / Hannes Woidich

Booking: Prof Dr Matthias Gunzer takes part in "Book a Scientist" in the category "Health, Ageing & Nutrition".

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Further articles

What are you doing at ISAS, Kevin?

What changes take place in heart muscle cells when a left ventricular assist device is used? ISAS doctoral student Kevin Hau (28) is tackling this question by researching the consequences of heart attacks using various omics analyses.

Kevin Hau is wearing a white coat bearing the ISAS logo. He is standing next to a microscope in a laboratory. In the lower left corner of the image, a computer screen can be seen. Open on the monitor is a microscopic image of reddish tissue.

Copenhagen: Different Molecules, New Perspectives?

Felix Hormann is spending three months conducting research at the University of Copenhagen. In this interview, the ISAS doctoral student discusses the new perspective he has gained on his lipid research and his exciting day-to-day life as a scientist in Denmark.

Felix Hormann is standing at a crossroads. In the background, there is a traffic sign with writing in Danish.

New Perspectives for Heart Failure Therapy

How are new therapeutic approaches being developed to close the gap in the treatment of patients with heart failure? And what knowledge from clinical practice is crucial for this? Prof. Dr Tanja Rudolph provides insights into her daily work as a cardiologist and talks about her role in the translational research project HI-FIVE, and the future of cardiovascular disease therapy.

PODCAST »NACHGEFORSCHT – DIE LIVESCHALTE INS LABOR« Episode 12: Less Is More, at Least When It Comes to the Number of Cells

PhD student Susmita Ghosh talks about her research on neutrophil granulocytes – tiny immune cells that play a role in both defending the body against infections and inflammatory processes. Instead of working with countless cells, the biologist optimises analytical methods to enable meaningful proteome analyses with an extremely small number of cells. Ghosh explains why ‘less is more’ and what this has to do with modern mass spectrometry in episode 12 of the podcast.

What are you doing at ISAS, Nora?

Nora Pauly is writing her doctoral thesis on the consequences of heart attacks at the joint graduate college of Essen University Hospital and ISAS. With the bed-to-bench-to-bed principle, her work in basic research is closely linked to the everyday clinical practice of caring for heart attack patients.

New Framework for Efficient Image Data Analysis in Biomedicine

How can AI be used optimally in bioimaging research? A team of international researchers and scientists led by Dr Jianxu Chen from ISAS has developed a framework designed to make it easier for biomedical scientists to work with data-centric AI. Using the example of vascular segmentation, the authors of the publication in the journal npj imaging now demonstrate the advantages of the new framework.

3 Questions for Susmita Ghosh

How does gut microbiota affect the immune system? Susmita Ghosh conducts research on proteins and immune cells at ISAS. In this interview, the biologist talks about her work and explains how gut flora and the immune system could affect the outcomes of a stroke.

Susmita Ghosh sitzt am ultrasensitiven Massenspektrometer und stellt eine Proben ein.

Gut Flora & Stroke: How Microorganisms Influence Our Immune System

Which factors can activate immune cells after a stroke? This question was investigated by researchers at University Hospital Essen and ISAS. Their work focused on the gut microbiota.

3 Questions for Dr Ali Ata Tuz

In his doctorate, Dr Ali Ata Tuz researched the causes of immunodeficiency after strokes and was already working closely with ISAS at the time. Following this, he subsequently devoted himself to the behaviour of immune cells in the bioimaging research group at ISAS. In this interview, the physician talks about his path from the clinic to application-oriented basic research.

Dr. Ali Ata Tuz sitzt am Konfokalmikroskop und schaut frontal in die Kamera.. Auf dem Bildschirm nebem dem Mirkoskop sind in grün und violett Mikroskopaufnahmen von einer Probe im Mikroskop zu sehen.