These webpages contain theses and reports by students affiliated with the various bachelor and master programmes offered at the Leiden Institute of Advanced Computer Science
the computer science and artificial intelligence department of Leiden University.
Note: this thesis repository might be incomplete for certain programmes.
19 entries found.
|Versluis, R.||Comparing and improving different analysis workflows for High compound screening data|
|Yarim, M.||Bioinformatics analysis of the core hallmarks of cancer genes|
|Belle, N. van||The Bioinformatic Search for ENOD40 Genes in the Rosales Order and Possible Insertions of Transposable Elements|
|Biesot, N.||Actionable pharmacogenomic variation present in the general population|
|Faas, M.||Training Logical Operations through Gameplay|
|Freeke, K.||Exploring hallmark connections through pathway enrichment in a cancer gene PPI-network|
|Homma, R.||Exploring the feasibility of pharmacogenomic data analysis|
|Kossen, D.||Network analysis of polyQ proteins in the human brain|
|Vijfvinkel, D.||Discovery of ENOD40 RNA in Poaceae|
|Cheung, M.||Mining Structural Patterns in a Non-coding RNA Related to Influenza Virus Infection and Cancer Development|
|Engwegen, L.R.||Investigating the Hallmarks of Cancer Using Protein-Protein Interaction Networks|
|Heijnen, L.S.E.M.||Revisiting the Evolution and Function of Polyglutamine Repeats|
|Janssens, L.M.I.||A Network Analysis Approach to Studying PolyQ Protein Interactions|
|Nuijten, P.||The Relationship Between Prognostic Genes in Human and Mouse Cancer|
|Dekker, L.||Optimization of High-Throughput Zebrash Imaging on a Distributed Computer|
|W.F.H. de Boer||Evaluation and Improvement of Methods and Models for Segmentation of Zebrafish Larvae|
|Wesselman, S.||The Intestinal Flora of the Zebrafish|
|Paul, V||Predicting the Discharge Date of Patients using Classification Techniques|
|Spaink, Hermes A.J.||Age Classification of Zebrafish Larvae using Machine Learning from HOG Features|