Optimising minimally invasive surgical techniques for rectal cancer treatment.
Optimising minimally invasive surgical techniques for rectal cancer treatment in ‘dedicated centers’ in the Netherlands
929 Projecten
Next generation of T-cell engaging molecules in mouse tumor models.
To investigate the biodistribution/localization of next generation BiTE® molecules directed against solid tumor targets in mouse tumor models
Next generation of T-cell engaging molecules in mouse tumor models.
To investigate the biodistribution/localization of next generation BiTE® molecules directed against solid tumor targets in mouse tumor models
Optimising the impact of glucose sensors
A study to compare the impact of different types of glucose sensors in diabetes mellitus
Novel targeted molecular optical imaging in ophthalmology and auto-immune diseases.
Fluorescent imaging of vascularisation and drug distribution with a fluorescent tracer: safe and feasible?
To explore the effect of physical training on metastasis formation and outgrowth in liver and lung.
Does physical exercise reduces the formation and outgrowth of metastases, in order to improve survival?
Increasing the accuracy of radiotherapy to improve cancer treatment
Enabling intensified radiotherapy, while reducing treatment side effects, by accounting for movement of thoracic tumours
Prehabilitation clinic - follow up project
‘Optimise’ the prehabilitation clinic and subsequently to implement the prehabilitation clinic into all surgical departments of the UMCG and next into other hospitals
A new technology for tumor vesicle analysis in cancer diagnosis
New technology for EV analysis in clinical samples to exploit their potential as disease biomarkers
Towards at-home stroke rehabilitation
Our project contributes to the future development and application of "tailor-made" at-home rehabilitation systems