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vaccine research

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Read more about the article Desperation for effective vaccines highlights the importance of projects such as iReceptor Plus for breakthrough in vaccine research
Computer analyses can help decipher the language of immune cells.

Desperation for effective vaccines highlights the importance of projects such as iReceptor Plus for breakthrough in vaccine research

  • Post author:Boaz Babai
  • Post published:19/03/2020
  • Post category:Blog

The COVID-19 outbreak illustrates the importance of developing new vaccines. Associate Prof. Victor Greiff from University of Oslo and an iReceptor Plus Project, summarizes the knowledge of combining computer science and immunology for vaccine research.

Continue ReadingDesperation for effective vaccines highlights the importance of projects such as iReceptor Plus for breakthrough in vaccine research

Tags:

10X Genomics Adaptive immune repertoires AIRR-seq AIRR Community AIRRs antibody antigen Artur Rocha Associate Prof. Encarnita Mariotti-Ferrandiz B cell B Cells B cell subsets BCRs big data binding Bioinformatics biosensors COVID-19 Dr. Brian Corrie Genomics genomic sequencing Gur Yaari Health immuneML immune system Immunobiology immunotherapies INESC TEC iReceptor Plus Lindsay Cowell machine learning patient care Prof. David Klatzmann Prof. Felix Breden Prof. Gur Yaari Prof. Victor Greiff receptor repertoire SCAIR T-cell receptor T cell T cells TCRs Tsinghua University vaccines Victor Greiff

EU canda
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 825821 and the  Canadian Institutes of Health Research (CIHR).

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