The student will be in constant interaction with professionals from the clinical and research field (Radiology, Pathology, Image Processing). Get familiar with the Imaging modalities, while developing knowledge on the prostate physiology, micro and macro morphology.
The postdoc will work on improving the quality of diffusion-weighted MRI for tumor differentiation and treatment follow-up.
The student will have a unique opportunity to work in a multidisciplinary environment within Erasmus
MC contributing for the early prediction and follow up of AMD. The output of this work may result on a journal and/or international conference publication.
The student will have a unique opportunity to work in a multidisciplinary environment contributing for
the understanding and early prediction of glaucoma – the main cause of irreversible blindness
worldwide. The output of this dissertation may result on a journal and/or international conference
Molecular nanomachinery of DNA break repair
Doe jij een HBO-opleiding in de richting van Marketing & Communicatie of Communciatie en wil jij
een actieve rol spelen bij het positioneren van een nieuw (inter)nationaal concept in de
zorgsector? Dan is deze stage ideaal voor jou!
Ben je momenteel bezig met (het afronden van) de master ondernemingsrecht, en heb je interesse in het juridisch ondersteunen en begeleiden van eHealth innovaties? Dan is deze stage ideaal voor jou!
Are you a technical or medical student ready to (temporarily) shed your lab coat or put away your stethoscope? We offer interns the opportunity to make real impact, both to patients’ lives as well as your career!
We are looking for a motivated MSc student to create a microfluidics platform in Eindhoven which they then would combine with a 3D cell culture model of sarcoma developed in Leiden. Microfluidics will be used to enhance the representability of the model in prediction of patient treatment response. The MSc student would be jointly supervised by Prof. Jaap den Toonder (Microsystems group, TU/e) and Prof. Judith Bovee (department of Pathology, LUMC), both experts in their fields. Some travel would be involved. Initially most of the work would entail design and production of the microfluidic chip in Eindhoven and later culture of sarcoma within the chip in Leiden.