De Leeuw Marc – forensische geneeskunde
Prijs van het fonds voor Research in Oftalmologie
Steffi Matthyssen Oogheelkunde
3D printed human recombinant collagen scaffolds for corneal tissue engineering: determination of cell-scaffold interactions
Michel Haagdorens Oogheelkunde
Tissue engineering in ophthalmology: regenerating the anterior cornea using self-aligning recombinant human collagen scaffolds and corneal epithelial stem cells
Bert Van den Bogerd Oogheelkunde
In vitro functional characterisation of tissue engineered corneal endothelial grafts
Irene Ruiz Hidalgo Oogheelkunde
Automatic detection of early keratoconus using topography and biomechanical measurements in the corneal horizontal and vertical axis
Ogunjimi Benson – neonatologie
Prijs van het fonds voor Research in Oftalmologie
Steffi Matthyssen Oogheelkunde
3D printed human recombinant collagen scaffolds for corneal tissue engineering: determination of cell-scaffold interactions
Michel Haagdorens Oogheelkunde
Tissue engineering in ophthalmology: regenerating the anterior cornea using self-aligning recombinant human collagen scaffolds and corneal epithelial stem cells
Bert Van den Bogerd Oogheelkunde
In vitro functional characterisation of tissue engineered corneal endothelial grafts
Irene Ruiz Hidalgo Oogheelkunde
Automatic detection of early keratoconus using topography and biomechanical measurements in the corneal horizontal and vertical axis
Van Craenenbroeck Amaryllis – nefrologie
Prijs van het fonds voor Research in Oftalmologie
Steffi Matthyssen Oogheelkunde
3D printed human recombinant collagen scaffolds for corneal tissue engineering: determination of cell-scaffold interactions
Michel Haagdorens Oogheelkunde
Tissue engineering in ophthalmology: regenerating the anterior cornea using self-aligning recombinant human collagen scaffolds and corneal epithelial stem cells
Bert Van den Bogerd Oogheelkunde
In vitro functional characterisation of tissue engineered corneal endothelial grafts
Irene Ruiz Hidalgo Oogheelkunde
Automatic detection of early keratoconus using topography and biomechanical measurements in the corneal horizontal and vertical axis
Den Hengst Willem – abdominale, kinder- en plastische heelkunde + hepatobiliaire, transplantatie en endocriene heelkunde
Prijs van het fonds voor Research in Oftalmologie
Steffi Matthyssen Oogheelkunde
3D printed human recombinant collagen scaffolds for corneal tissue engineering: determination of cell-scaffold interactions
Michel Haagdorens Oogheelkunde
Tissue engineering in ophthalmology: regenerating the anterior cornea using self-aligning recombinant human collagen scaffolds and corneal epithelial stem cells
Bert Van den Bogerd Oogheelkunde
In vitro functional characterisation of tissue engineered corneal endothelial grafts
Irene Ruiz Hidalgo Oogheelkunde
Automatic detection of early keratoconus using topography and biomechanical measurements in the corneal horizontal and vertical axis
Sabato Vito – immunologie, allergologie en reumatologie
Prijs van het fonds voor Research in Oftalmologie
Steffi Matthyssen Oogheelkunde
3D printed human recombinant collagen scaffolds for corneal tissue engineering: determination of cell-scaffold interactions
Michel Haagdorens Oogheelkunde
Tissue engineering in ophthalmology: regenerating the anterior cornea using self-aligning recombinant human collagen scaffolds and corneal epithelial stem cells
Bert Van den Bogerd Oogheelkunde
In vitro functional characterisation of tissue engineered corneal endothelial grafts
Irene Ruiz Hidalgo Oogheelkunde
Automatic detection of early keratoconus using topography and biomechanical measurements in the corneal horizontal and vertical axis
Mertens Griet – NKO
Prijs van het fonds voor Research in Oftalmologie
Steffi Matthyssen Oogheelkunde
3D printed human recombinant collagen scaffolds for corneal tissue engineering: determination of cell-scaffold interactions
Michel Haagdorens Oogheelkunde
Tissue engineering in ophthalmology: regenerating the anterior cornea using self-aligning recombinant human collagen scaffolds and corneal epithelial stem cells
Bert Van den Bogerd Oogheelkunde
In vitro functional characterisation of tissue engineered corneal endothelial grafts
Irene Ruiz Hidalgo Oogheelkunde
Automatic detection of early keratoconus using topography and biomechanical measurements in the corneal horizontal and vertical axis
Van Ierssel Sabrina – algemeen inwendige
Prijs van het fonds voor Research in Oftalmologie
Steffi Matthyssen Oogheelkunde
3D printed human recombinant collagen scaffolds for corneal tissue engineering: determination of cell-scaffold interactions
Michel Haagdorens Oogheelkunde
Tissue engineering in ophthalmology: regenerating the anterior cornea using self-aligning recombinant human collagen scaffolds and corneal epithelial stem cells
Bert Van den Bogerd Oogheelkunde
In vitro functional characterisation of tissue engineered corneal endothelial grafts
Irene Ruiz Hidalgo Oogheelkunde
Automatic detection of early keratoconus using topography and biomechanical measurements in the corneal horizontal and vertical axis
Verrijken An – endocrinologie, diabetologie en metabole ziekten
Prijs van het fonds voor Research in Oftalmologie
Steffi Matthyssen Oogheelkunde
3D printed human recombinant collagen scaffolds for corneal tissue engineering: determination of cell-scaffold interactions
Michel Haagdorens Oogheelkunde
Tissue engineering in ophthalmology: regenerating the anterior cornea using self-aligning recombinant human collagen scaffolds and corneal epithelial stem cells
Bert Van den Bogerd Oogheelkunde
In vitro functional characterisation of tissue engineered corneal endothelial grafts
Irene Ruiz Hidalgo Oogheelkunde
Automatic detection of early keratoconus using topography and biomechanical measurements in the corneal horizontal and vertical axis
Vorlat Ann – cardiologie
Prijs van het fonds voor Research in Oftalmologie
Steffi Matthyssen Oogheelkunde
3D printed human recombinant collagen scaffolds for corneal tissue engineering: determination of cell-scaffold interactions
Michel Haagdorens Oogheelkunde
Tissue engineering in ophthalmology: regenerating the anterior cornea using self-aligning recombinant human collagen scaffolds and corneal epithelial stem cells
Bert Van den Bogerd Oogheelkunde
In vitro functional characterisation of tissue engineered corneal endothelial grafts
Irene Ruiz Hidalgo Oogheelkunde
Automatic detection of early keratoconus using topography and biomechanical measurements in the corneal horizontal and vertical axis
Anguille Sébastien – hematologie
Prijs van het fonds voor Research in Oftalmologie
Steffi Matthyssen Oogheelkunde
3D printed human recombinant collagen scaffolds for corneal tissue engineering: determination of cell-scaffold interactions
Michel Haagdorens Oogheelkunde
Tissue engineering in ophthalmology: regenerating the anterior cornea using self-aligning recombinant human collagen scaffolds and corneal epithelial stem cells
Bert Van den Bogerd Oogheelkunde
In vitro functional characterisation of tissue engineered corneal endothelial grafts
Irene Ruiz Hidalgo Oogheelkunde
Automatic detection of early keratoconus using topography and biomechanical measurements in the corneal horizontal and vertical axis
Vanhees Matthias – orthopedie
Prijs van het fonds voor Research in Oftalmologie
Steffi Matthyssen Oogheelkunde
3D printed human recombinant collagen scaffolds for corneal tissue engineering: determination of cell-scaffold interactions
Michel Haagdorens Oogheelkunde
Tissue engineering in ophthalmology: regenerating the anterior cornea using self-aligning recombinant human collagen scaffolds and corneal epithelial stem cells
Bert Van den Bogerd Oogheelkunde
In vitro functional characterisation of tissue engineered corneal endothelial grafts
Irene Ruiz Hidalgo Oogheelkunde
Automatic detection of early keratoconus using topography and biomechanical measurements in the corneal horizontal and vertical axis
Breebaart Margaretha – anesthesie
Prijs van het fonds voor Research in Oftalmologie
Steffi Matthyssen Oogheelkunde
3D printed human recombinant collagen scaffolds for corneal tissue engineering: determination of cell-scaffold interactions
Michel Haagdorens Oogheelkunde
Tissue engineering in ophthalmology: regenerating the anterior cornea using self-aligning recombinant human collagen scaffolds and corneal epithelial stem cells
Bert Van den Bogerd Oogheelkunde
In vitro functional characterisation of tissue engineered corneal endothelial grafts
Irene Ruiz Hidalgo Oogheelkunde
Automatic detection of early keratoconus using topography and biomechanical measurements in the corneal horizontal and vertical axis