Events
Ongoing
Learn Design Thinking methodology and how you can utilize it in bringing forth solutions for healthcare challenges? Master's and PhD students affiliated with Centre for Digital Life Norway through research projects in the centre or the research school are eligible to apply to get a place on this online course.
Upcoming
How can knowledge about the genetic and physiological relationship between the host animal, its environment and its microbiome help develop sustainable practices in the production of animal products?
The annual conference for and by the members of the research school.
Previous
Open innovation and bioinformatics – from biological insights to algorithmic solutions. For researchers who are developing bioinformatics solutions.
How can we use computational models to understand how microbes work together in their natural habitats, and is it possible to design and control synthetic communities for application in industrial biotechnology?
The Centre for Digital Life Norway (DLN) and dScience – Centre for Computational and Data Science at UiO have many overlapping areas of interest that can be exploited to strengthen digital life sciences and biotechnology in Norway. We invite researchers in the centres and digital life science and biotechnology researchers at UiO to meet the management of both centres to discuss the needs and explore the possibilities for collaboration.
Patenting and digital biotech – from biological insights to algorithmic solutions. For researchers who are developing digital biotechnology solutions.
Bioteknologirådet inviterer til Bioteknologidagene 2021 - et gratis, heldigitalt arrangement i samarbeid med Universitet i Oslo, Universitetet i Bergen, NTNU og UiT Norges arktiske universitet.
How-to generate a data management plan for a Life Science research project that will meet the requirements of the funding organisations and the University of Bergen?
Nordic Life Science Days (NLSDays) attracts leading decision makers from the life science sector biotech, pharma, healthtech, finances, research, policy and regulatory authorities. It is the largest Nordic partnering conference dedicated to the global life science industry.
IPR biotech and software – basic laws and regulations. For researchers who are developing digital biotechnology solutions.
The webinar continues our series on regulatory affairs and quality requirements for development of medical devices, with a dedicated focus on software and its special challenges.
Lifestyle diseases such as cardiovascular disease or diabetes result from malfunctioning processes in multiple organs developing over a long period of time. How can we learn to diagnose these processes at an early stage from indirect measurements of proteins in the bloodstream?
Do you have an idea for a medical device? Find out what it takes to bring it to the market and what you need to do when. Sign up to learn about the basic principles of the early developing phases of a medical device in a regulatory perspective.
Do you have an idea for a medical device? Find out what it takes to bring it to the market and what you need to do when. Sign up to learn about the basic principles of the early developing phases of a medical device in a regulatory perspective.
How-to generate a data management plan for a Life Science research project that will meet the requirements of the funding organisations?
This course prepares PhD candidates and early career researchers within biotechnology, life science and neighbouring scientific fields to adopt Responsible Research and Innovation (RRI) in their research practice.
Organelle DNA is less protected than nuclear DNA and the risk of mutations could be high. How do eukaryotic organelles avoid the gradual buildup of deleterious mutations in the organelle DNA until function is lost?
Software Carpentry aims to help researchers get their work done in less time and with less pain by teaching them basic research computing skills. This hands-on workshop will cover basic concepts and tools, including program design, version control, data management, and task automation.
Mucus is a viscoelastic material which protects epithelial surfaces from the external environment. The functions of mucus are usually described as protection, lubrication, and transport , and in all these cases the physico-mechanical properties of the mucus are vital for function. But how does the presence of bacteria affect the function of the mucus?
Diatoms is a group of unicellular eukaryotic microalgae. Due to their high lipid content they can be used as fish feed in aquaculture or generation of biofuels/bioplastics. How can the CRISPR/Cas gene editing system be used to develop strains of diatoms that are better suited for growth in bioreactors?
How-to generate a data management plan for a Life Science research project that will meet the requirements of the funding organisations?
We are pleased to announce the Data Management planning workshop for Life Scientists organised in Trondheim by ELIXIR Norway, Digital Life Norway and Research Data@NTNU 30.11.–1.12.2020.
Artificial Intelligence (AI) is often mentioned as the solution to many of our future challenges, also within healthcare, and in January 2020 the Norwegian Government launched a National Strategy for Artificial Intelligence. What role could AI play in cancer diagnostics? How should diagnoses be set in the future, and which new questions might arise when introducing new technologies?
The annual conference for the Centre for Digital Life Norway 19 November 2020. Visit the conference web page to see the great speakers!