Previous events

Time and place: , Store møtesal K20 located on floor K2 in Gaustadalléen 30

Research talk 1: Jeanne Cheneby

Research talk 2: Lonneke Scheffer

Research talk 3: Paula Istvan

Time and place: , Store møtesal K20 located on floor K2 in Gaustadalléen 30

Research Talk 1: Giulia Schito

Invited talk and discussion: "Good research supervision" by Anthony Mathelier

Time and place: , Store møtesal K20 located on floor K2 in Gaustadalléen 30

Research Talk 1: Katalin Ferenc - early steps towards the PhD project titled "Stratification of breast cancer subtypes based on patient-derived cis-regulatory signatures"

Research Talk 2: Oda Hovet - Investigating nuclear deformation upon confinement – bridging experimental analysis and computational modeling

Time and place: , Zoom
Time and place: , Store møtesal K20 located on floor K2 in Gaustadalléen 30

Research Talk 1: Mostafa Alwash:Real & Learnt world's: How synthetic data can inform understanding of a Data-Generating Process.

Research Talk 2: Tatiana Belova - Exploring cancer gene regulatory landscape with patient-specific gene regulatory networks

Time and place: , Meeting rooms 113 + 115 (former NEMKO building)

Research Talk 1: Enrico Riccardi: Multiple Instance Learning Regularization.

Research Talk 2: Christian Bope: A Mutational Signatures Refitting Algorithm

Time and place: , Meeting rooms 113 + 115 (former NEMKO building)

Persistent homology is a method used in topological data analysis (TDA) to study qualitative features of data that persist across multiple scales. It is robust to perturbations of input data, independent of dimensions and coordinates, and provides a compact representation of the qualitative features of the input. This talk by Ole Christian Lingjærde will give a brief introduction to the key concepts of persistent homology with examples.

Time and place: , Zoom

Research Talk 1: Negar Nahali: Association of semi-flexible filaments under different confinement geometries.

Research Talk 2: Bayram Akdeniz: Finemap-Mixer: A variational Bayesian approach for genetic fine mapping.

Time and place: , Zoom

The session will have two parts. The first part provides a basic introduction to the different uses of data simulation in bioinformatics. The second part will set the stage for an advanced discussion on the role of data simulation in bioinformatics research. 

Time and place: , Zoom

Research Talk 1: Ivar Grytten: KAGE: A presentation of our new genotyper, some lessons learned from this project, and a few notes on using Python for high-performance computing in Bioinformatics.

Research Talk 2: Vipin Kumar: Integrating Hi-C with CAGE to detect transcription hubs

Time and place: , Zoom

Speaker: Geir Kjetil Sandve

Time and place: , Store møtesal K20 located on floor K2 in Gaustadalléen 30

Topic 1: Knowledge base of Centre for Bioinformatics (approx 10 minutes intro + up to 10 minutes for discussion). Milena Pavlovic will introduce the topic.

Topic 2: An example from SBI knowledge base (how to best serve the methods that you develop for others to try out with minimal installation/dependency overhead) (5-10 min). Ghadi Al Hajj will introduce the topic.

Topic 3: A discussion topic with the following keywords “Unequaled parameter tuning; Continental Breakfast effect; Researcher degrees of freedom”. Chakri will introduce the topic.