Projects
FWO-SB-Beurs: Innovating Yeast Display for the selection of nanobodies for difficult targets Vrije Universiteit Brussel
PhD Position in MSCA ETN PETER - ESR12: EMI-Resilient Medical Display Systems for Surgical-, Diagnostic Imaging- and Modality Applications KU Leuven
This PhD research concerns the study of Electro-Magnetic risk management for medical display systems. The intention is to develop and use a new EM-risk analysis methodology based on own research and research results of other PETER-ESRs, to complete and optimize Barco's existing Design-for-EMC process, to make it compliant with the relevant requirements of IEC 60601-1-2:2014 Ed.4 and to test it on medical display systems. By completing this ...
COMADIS: Clinically optimized mammography display Ghent University
COMADIS:
Clinically optimized mammography display
This research project has a strong focus on new display technology and imaging technology to improve the visualization of subtle signs of cancer at an early stage. Through a thorough understanding of difficult clinical cases, a clinically optimized prototype display will be built that Barco is optimistic that this can increase the performance in breast ...
Large area tactile and kinaesthetic display system for virtual reality palpation. KU Leuven
In a normal robotic surgical procedure only vision and position feedback is available. Without an equivalent to the sense of touch the surgeon cannot rely anymore on palpation to differentiate between healthy and sick tissue, or to find his/her way into complex often fragile body areas. The proposed research is dedicated to restore the sense of touch, in all its facets, to the surgeon in a robotic surgical procedure where the robot touches ...
Implementation of a gesture controlled, autostereoscopic, 360 degrees 3D display Ghent University
Implementation of a gesture controlled, autostereoscopic, 360 degrees 3D display
For reasons of confidentiality the project summary cannot be disclosed.
For more information please contact the (co)promoter.
Yeast cell surface display of PET-hydrolyzing enzymes to degrade PET and pretreat PET-containing organic side streams prior to black soldier fly larvae rearing (PETyFLY) KU Leuven
Worldwide, polyethylene terephthalate (PET) is one of the most frequently used synthetic polyesters, being applied as packaging material. Given their frequent use, combined with the lack and/or failure of recycling programs, these plastics and their fragmented variants, i.e., micro, and meso plastics, are ubiquitously present in organic side streams. For example, PET plastics have been found in residual valuable biomass derived from the food ...
Yeast cell surface display of PET-hydrolyzing enzymes to degrade PET and pretreat PET-containing organic side streams prior to black soldier fly larvae rearing (PETyFLY) KU Leuven
applied as packaging material. Given their frequent use, combined with the lack and/or failure of recycling programs, these plastics and their fragmented variants, i.e., micro, and meso plastics, are ubiquitously present in organic side streams. For example, PET plastics have been found in residual valuable biomass derived from the food industry, supermarkets, and restaurants. Should this biomass be used as feed for rearing insects, these PET ...
SmartGLAZ: head-mounted display for motorhelmets. University of Antwerp
Novel remote phosphor configurations for lighting and display applications KU Leuven
Remote phosphor plates are increasingly used in LED modules to obtain auniform white light distribution by converting part of the blue LED light into light with a longer wavelength. Remote phosphor plates also havethe potential to improve the system performance of display backlights if luminescent materials with a narrow emission band (e.g. quantum dots) are considered.
The goal of this research is to find new concepts and ...