Hans Van Oosterwyck: advisors and students

Academic Ancestry

a person in the record

Hans Van Oosterwyck

Researcherborn 1972

Supervised 19 doctoral students between 2007 and 2026. Linked to Wikidata, ORCID, and 3 other registers.

Open the full sheet Cite Data

Two steps up and one down. Dashed lines come from thesis records. The full sheet opens at four up and two down.

How to read the markscited by a repository's recordstated by Wikidata or indexed by OpenAlexclaimed on an ORCID list, or inferred

Students19

cited by a thesis record
Janne de Jong “Uncovering Endothelial Cell Mechanics in Health and Disease Using In Vitro Models”
2026 · doctoral
cited by a thesis record
Apeksha Shapeti “Force-Mediated Angiogenesis: Linking Mechanical Mechanisms to Vascular Lesion Growth”
2024 · doctoral
cited by a thesis record
Jorge Barrasa Fano “Computational Analysis of 3D Cellular Forces with Application to in vitro Models in Mechanobiology”
2022 · doctoral
cited by a thesis record
Burak Toprakhisar “Human Stem Cell Derived Liver Cells for Disease Modeling and Whole Organ Engineering”
2022 · doctoral
cited by a thesis record
Gabriele Nasello “Bone Regeneration in Patient-Specific Scaffolds: from Microfluidics to Computational Simulation”
2021 · doctoral
cited by a thesis record
Armen Tchobanian “Polysaccharide Esters for the Topochemical Design of Biointerfaces”
2020 · doctoral
cited by a thesis record
Marie-Modeste Vaeyens “In Vitro Angiogenic Sprout Forces: Microscopically Mapped 4D Matrix Displacements Coupled to Actomyosin-based Force Generation of Endothelial Sprouts”
2020 · doctoral
cited by a thesis record
Tommy Heck “Computational Modeling of Protrusion-Based 3D Cell Migration through a Degradable Viscoelastic Extracellular Matrix”
2019 · doctoral
cited by a thesis record
Hannelore Bové “Label-free bio-imaging and quantification of polluting carbonaceous particles to assess their toxicology”
2017 · doctoral
cited by a thesis record
Bart Smeets “From single cell mechanics and intercellular forces to collective aggregate dynamics Individual cell-based modeling of cell cultures for tissue engineering”
2016 · doctoral
cited by a thesis record
Kimon Alexandros Leonidakis “Quantification of Mass Transport and Structural Properties of Hydrogel Carriers in Tissue Engineering”
2016 · doctoral
cited by a thesis record
Johan Kerkhofs “Chondrogenic Differentiation in the growth Plate: a Computational Modelling Approach”
2015 · doctoral
cited by a thesis record
Aurélie Carlier “Multiscale Modelling of Angiogenesis during Normal and Impaired Bone Regeneration (Multischaal modelleren van bloedvatvorming tijdens normale en verstoorde botregeneratie)”
2014 · doctoral
cited by a thesis record
Kavin Karunratanakul “Quantification of the Mechanical Environment for Tissue Engineering in Load-Bearing Bone (Kwantificering van de mechanische omgeving voor weefselengineering in lastdragend bot)”
2014 · doctoral
cited by a thesis record
Dennis Lambrechts “4D Quantification of Mass Transport in Skeletal Tissue Engineering Constructs”
2014 · doctoral
cited by a thesis record
Antonia Torcasio “Quantification of Bone and Peri-Implant Bone Strains Using Micro-Finite Element Analysis (Bepaling van de rekken in bot en rond botimplantaten door middel van micro-eindige elementen analyse)”
2011 · doctoral
cited by a thesis record
Silvia Truscello “Efficient Computational Tools for a Fluid Dynamic Analysis within Regular Bone Engineering Scaffolds (Efficiënte computationele hulpmiddellen voor het vloeistofdynamisch analyseren van regelmatige botengineering dragerstructuren)”
2011 · doctoral
cited by a thesis record
Jan Demol “In Vitro and In Silico Analysis of Fibrin for Bone Engineering Applications: Biology, Mechanics and Mass Transfer (In vitro en in silico analyse van fibrine voor botengineering toepassingen: biologie, mechanica en massatransport)”
2010 · doctoral
cited by a thesis record
Liesbet Geris “Mathematical modelling of bone regeneration during fracture healing and implant osseointegration”
2007 · doctoral

The line above and below

Below them, within 3 steps, the record reaches 49 people: 49 cited by thesis records.