Flow Cytometry Core Facility Vrije Universiteit Brussel
Flow Cytometry Core Facility (FlowCore) has a verity of Flow Cytometry instruments of which users can be trained to use these instruments correctly to analyse and/or sort biological materials.
Flow Cytometry Core Facility (FlowCore) has a verity of Flow Cytometry instruments of which users can be trained to use these instruments correctly to analyse and/or sort biological materials.
The lab for NanoHealth and Optical Imaging performs research on the biomedical use of nanomaterials, with the primary focus on cancer research. The main research tracks are: studying the targeted delivery of nanomaterials in tumors, studying the therapeutic use of nanomaterials in cancer, either as a monotherapy or combined with more classical methods such as chemotherapy or immunotherapy.We further focus on developing optical imaging methods ...
Research focuses on molecular mechanisms of excitation-contraction coupling in cardiac myocytes (electrophysiology, advanced calcium imaging), cellular remodeling in cardiac disease: ischemia and heart failure, mechanisms of arrhythmias. Research further aims to understand epigenetic mechanisms of adaptive and maladaptive remodeling of cardiac myocytes. Other work focuses on molecular pathways in metabolic cardiovascular diseases and ...
Using a large panel of classical morphological techniques incl. enzyme- andimmunohistochemistry, as well as more advanced molecular techniques on tissue sections, we investigate the histology & the function of a variety of human tissues in normal & in pathological conditions.Throughout these research activities we attempt to optimise the available morphological techniques for light microscopy, electron microscopy, incl. transmission ...
The laboratory for Molecular Digestive Oncology focusses on gastro-intestinal cancers and currently has two types of activities:
research
1. Pluripotent Stem Cells and Reprogramming
2. Pluripotent Stem Cell Differentiation
3. Adult Stem Cells
4. Disease Modelling and Regenerative Therapies
Engineering Materials & Applications (EMAP)
The Engineering Materials & Applications (EMAP) research group focuses on developing innovative solutions to successfully bridge the gap between fundamental research and industrially compatible products and processes. This is done in a wide range of fields, from materials physics and chemistry to electronics, electromechanics and electrochemistry. Cooperation with industrial ...