TAN LU behaalde op 23 oktober 2020 de academische graad van DOCTOR IN DE WETENSCHAPPEN met de volgende doctorale thesis: 'Homogeneity models for image processing in the cultural heritage sector'.
TAN LU obtained on October 23, 2020 the academic degree of DOCTOR OF SCIENCES with the following doctoral thesis: 'Homogeneity models for image processing in the cultural heritage sector'.
MARA ESPOSITO behaalde op 21 oktober 2020 de academische graad van DOCTOR IN DE WETENSCHAPPEN met de volgende doctorale thesis: 'Multipronged Regulation of Cell Cycle Proteins by the Deubiquitinase USP13'.
MARA ESPOSITO obtained on October 21, 2020 the academic degree of DOCTOR OF SCIENCES with the following doctoral thesis: 'Multipronged Regulation of Cell Cycle Proteins by the Deubiquitinase USP13'.
MANON DEMULDER behaalde op 15 oktober 2020 de academische graad van DOCTOR IN DE BIO-INGENIEURSWETENSCHAPPEN met de volgende doctorale thesis: 'Structure-function relationships of Arabidopsis thaliana SOG1, a master regulator in plant DNA damage control'.
MANON DEMULDER obtained on October 15, 2020 the academic degree of DOCTOR OF BIOENGINEERING SCIENCES with the following doctoral thesis: 'Structure-function relationships of Arabidopsis thaliana SOG1, a master regulator in plant DNA damage control'.
Promotor: Prof. dr. ir. Remy Loris, Prof. dr. Lieven De Veylder
JONAS DE BLESER behaalde op 14 oktober 2020 de academische graad van DOCTOR IN DE WETENSCHAPPEN met de volgende doctorale thesis: 'An Automated Delta-debugging Approach to Resilience Testing of Actor Systems through Fault Injection'.
JONAS DE BLESER obtained on October 14, 2020 the academic degree of DOCTOR OF SCIENCES with the following doctoral thesis: 'An Automated Delta-debugging Approach to Resilience Testing of Actor Systems through Fault Injection'.
ISEL DEL CARMEN GRAU GARCIA behaalde op 9 oktober 2020 de academische graad van DOCTOR IN DE WETENSCHAPPEN met de volgende doctorale thesis: 'Self-labeling Grey-box Model: An Interpretable Semi-supervised Classifier'.
ISEL DEL CARMEN GRAU GARCIA obtained on October 9, 2020 the academic degree of DOCTOR OF SCIENCES with the following doctoral thesis: 'Self-labeling Grey-box Model: An Interpretable Semi-supervised Classifier'.
Promotor: Prof. dr. Ann Nowé
Co-promotor: Prof. dr. Maria Matilde Garcia Lorenzo
GABRIELA GARCIA RODRIGUEZ behaalde op 5 oktober 2020 de academische graad van DOCTOR IN DE BIO-INGENIEURSWETENSCHAPPEN met de volgende doctorale thesis: 'Regulatory mechanisms behind the activities of bacterial HEPN ribonuclease RnlA and ParE2 gyrase poison'.
GABRIELA GARCIA RODRIGUEZ obtained on October 5, 2020 the academic degree of DOCTOR OF BIOENGINEERING SCIENCES with the following doctoral thesis: 'Regulatory mechanisms behind the activities of bacterial HEPN ribonuclease RnlA and ParE2 gyrase poison'.
LANA DESCHEEMAEKER behaalde op 2 oktober 2020 de academische graad van DOCTOR IN DE WETENSCHAPPEN met de volgende doctorale thesis: 'Modellen van biologische netwerken: Van enkelvoudige gen systemen tot grote microbiële gemeenschappen'.
LANA DESCHEEMAEKER obtained on October 2, 2020 the academic degree of DOCTOR OF SCIENCES with the following doctoral thesis: 'Modeling biological networks: From single gene systems to large microbial communities'.
Matthias Floré behaalde op 25 september 2020 de academische graad van DOCTOR IN DE WETENSCHAPPEN met de volgende doctorale thesis: 'A continuous field and Cauchy-Binet formulas for quantum GL(N,ℂ)'.
Matthias Floré obtained on September 25, 2020 the academic degree of DOCTOR OF SCIENCES with the following doctoral thesis: 'A continuous field and Cauchy-Binet formulas for quantum GL(N,ℂ)'.
SOFIA PAPADIMITRIOU behaalde op 15 september 2020 de academische graad van DOCTOR IN DE WETENSCHAPPEN met de volgende doctorale thesis: “Naar multivariante pathogeniteitsvoorspellingen: machine-learning om ziekteveroorzakende oligogene variantcombinaties te voorspellen en te onderzoeken”.
SOFIA PAPADIMITRIOU obtained on September 15 2020 the academic degree of DOCTOR OF SCIENCES with the following doctoral thesis: “Towards multivariant pathogenicity predictions: using machine-learning to directly predict and explore disease-causing oligogenic variant combinations”.