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DNA helix. Computer artwork of a strand of DNA (deoxyribonucleic acid). DNA contains the genetic code that varies between different organisms, producing the different structures and chemistry. It is found in the cell nuclei, and comprises two sugar phosphate strands (spiral) in a twisting helical shape. These strands have nucleotide bases that bond to each other (forming the horizontal bars) and join the two strands together. It is the sequence of these nucleotide bases that forms the genetic code. This genetic code is inheritable, allowing characteristics to be passed from parents to child. Billions of years of evolution has formed the diversity of life on Earth, all based on DNA.

Innovation through collaboration

Thu
10
Apr
Time Thursday 10 April, 2025 at 12:00 - 13:00
Place Galaxen (Sirius), Universum

Innovation through collaboration: AstraZeneca Open Innovation and Collaborative Insights from Mikael Elofsson, UMU

12:00-12:30 Björn Tyrberg and Hannah Semple present Open Innovation, AstraZeneca

12:30-12:45 Collaborative insights - example, Mikael Elofsson, UMU

To be covered:

  • CoSolve challenges
  • Preclinical compound sharing
  • Compound screening collaborations
    • Diversity screens
    • Phenotypic screens
    • Bespoke library screens
    • Secretome and other libraries

The presentation will be given in Galaxen/Sirius, the ground floor of the Universum building. Find your way to the venue (mazemap link)

Time will be given afterwards for 1:1 project discussions with interested investigators.

Register to come to the presentation and reserve your lunch, as well as book a 1:1 project discussion by Tuesday, 8 April at 10:00. 

Organisers: Chemical Biology Consortium Sweden (CBCS), SciLifeLab Site Umeå

Organiser:
Event type: Seminar

Speakers:

Björn Tyrberg and Hannah Semple

Open Innovation, AstraZeneca

Staff photo Mikael Elofsson
Speaker
Mikael Elofsson
Professor
Read about Mikael Elofsson
Contact
Erik Chorell
Read about Erik Chorell