Supervised theses

PhD theses

  1. Lars Grønvold. Investigating evolution of gene regulation with cross-species comparative transcriptomics. PhD thesis, NMBU, 2017.
  2. David Sundell. Novel resources enableing comparative regulomics in forest tree species. PhD thesis, UmU, 2017.
  3. Niklas Mähler. Gene regulation and the emergence of phenotypes – a network approach. PhD thesis, NMBU, 2016.

      Assistant supervisor

  1. Marian Schubert. Evolution of adaptations to temperate climate in the grass subfamily Pooideae. PhD thesis, NMBU 2016.
  2. Ogonna Obudulu. Combined profiling in aspen: a systems biology approach. PhD thesis, SLU, 2015.
  3. Helena Strömbergsson. Chemogenomics: Models of Protein-Ligand Interaction Space. PhD thesis, UU, 2009.

Master theses

  1. Katrine Hånes Kirste. Optimizing Transcriptome Analysis using Short-Read RNA-Seq in Atlantic Salmon. Master thesis, NMBU, 2016.
  2. Ine Birgitta Hallsberg. Homeolog Regulation in Hexaploid Wheat. Master thesis, NMBU, 2016.
  3. Yonatan Ayalew Mekonnen. Evaluation of GWAS Method Performance Focusing on Population Stratification and Cryptic Relatedness. Master thesis, NMBU, 2015.
  4. Xiao Nie. Filtering the co-expression networks of populus trichocarpa. Master thesis, NMBU, 2014.
  5. Jonas Christoffer Lindstrøm. Comparative analysis of plant regulatory genomes. Master thesis, NMBU, 2014.
  6. Niklas Mähler. Computational prediction of gene regulation in Synechocystis sp. PCC6803. Master thesis, UmU, 2012. Paper in PLoS ONE.
  7. Patrik Björkholm. Method for recognizing local descriptors of protein structures using Hidden Markov Models, Master thesis, UU, 2008. Paper in Bioinformatics.
  8. Minyan Hong. Fold recognition using local descriptors of protein structure and Hidden Markov Models, Student project (10 points), 2006 and Master thesis, UU, 2007.
  9. Marta Luksza. A System for Predicting Protein Function from Structure, Master thesis, UU, 2005.

Other student theses

  1. Peter Boman and Daniel Decker. Visualisation of gene coexpression networks, Applied functional genomics, 7.5 ECTS, UmU, 2009.
  2. Johan Alexander Källberg Zvrskovec. Protein structure prediction by search among combinations of reoccurring structural components, Student project (10 points), UU, 2008.
  3. Min Jia. Proteochemometrics modeling of carbonic anhydrase-ligand interactions using rule-based and linear methods, Student project (5 points), UU, 2005.
  4. Anna Hennecke. Predicting protein function from its 3-dimensional structure - Biological validation of protein function predictions, Student project (10 points), UU, 2005.