Arrangementer knyttet til Livsvitenskap

Dr. Bart Deplancke, Professor at the École Polytechnique Fédérale de Lausanne (EPFL), Lausanne, Switzerland, will present his current research.

Philip Kitcher (Columbia University, NY) will give the CPS Annual Lecture 2021.

SPARK Norway Educational Forum are monthly open meetings organized by UiO:Life Science and SPARK Norway partners.

SPARK Norway Educational Forum are monthly open meetings organized by UiO:Life Science and SPARK Norway partners.

Dr. Chloé-Agathe Azencott, Researcher at the Centre for Computational Biology (CBIO) of Mines ParisTech, Institut Curie, and INSERM, Paris, France, will present her work on "Network-guided genome-wide association studies."

SPARK Norway Educational Forum are monthly open meetings organized by UiO:Life Science and SPARK Norway partners.

Dr. Wilbert Zwart, Group Leader at The Netherlands Cancer Institute, will present the lecture "Functional epigenomics in prostate cancer: for basic biology to clinical trials, and back again."

SPARK Norway Educational Forum are monthly open meetings organized by UiO:Life Science and SPARK Norway partners.

Dr. Marcel Schulz, Professor for Computational Biology, Institute of Cardiovascular Regeneration, Uniklinikum and Goethe University, Frankfurt, Germany, will present the talk "Understanding gene expression regulation by integration of epigenome and RNA data."

SPARK Norway Educational Forum are monthly open meetings organized by UiO:Life Science and SPARK Norway partners.

SPARK Norway Educational Forum are monthly open meetings organized by UiO:Life Science and SPARK Norway partners.

SPARK Norway Educational Forum are monthly open meetings organized by UiO:Life Science and SPARK Norway partners.

There will be organised two workshops for potential applicants to new convergence environments. The first one was 18 February. Participation in one of the workshops is mandatory for submitting an application.

For boys in upper secondary schools.

This event includes popular science talks by the research fellows of the ABINO project with expertise in biology, musicology, and physics. A musical interlude will explore the use of rhythms based on physiology. The event will end with a panel discussion among the ABINO senior scientists reflecting on the possibilities and challenges of working in such a radically interdisciplinary constellation. The event will be streamed live and filmed.

During the panel discussion it will be possible to interact with the ABINO senior scientists via the chat function on the live stream.

There will be organised two workshops for potential applicants to new convergence environments. The second one will be 2 March. Participation in one of the workshops is mandatory for submitting an application.

We invite you to join scientists and philosophers from the UiO:Life Science convergence environment 3DR to discuss the clinical and biological challenges that come with the ethics of organ donation in Norway, and discover our source of inspiration to improve organ preservation for donation: the crucian carp inhabiting Norwegian ponds. This online seminar will include short presentations, a discussion and various activities (polls and Q&A sessions).

The ultimate boundaries of human reproduction lie at the limited availability of egg and sperm.  The ability to create sperm and eggs in the laboratory opens up a new world of reproductive possibilities. Imagine a world in which same sex couples can have babies genetically related to both partners. Where the menopause no longer spells the end of a woman’s fertility. Where any individual, of any age, can produce both sperm and eggs. 

Join us in this webinar to explore these questions from the perspectives of philosophy, anthropology, medicine, and molecular biology. Our two hour webinar will feature experts in each of these fields, who will discuss the prospect of artificial gametes and answer your questions about what the future holds for human reproduction.

The webinar is free to attend. We warmly welcome all participants.  

Mental disorders are recognized as leading causes of disability and morbidity globally, and are among the costliest disorders to affect humans. The causal underpinnings of these disorders is a complex web of genetic, biological and psychosocial mechanisms. Recent advances in technology and computational techniques can help disentangle this complexity, leading to a further understanding of the conditions and subsequently better strategies for treatment and prevention.

We look at the climate crisis in a Hamlet perspective.