Available Positions

We are developing molecular platforms (small molecules, supramolecular assemblies, nanoparticles and proteins) for non invasive mapping and understanding the role of metal ions in the brain

Specifically, we develop a tumor theranostic approach that is based on genetically-engineered extracellular vesicles (EVs) for both (i) longitudinal and spatial mapping of tumor-targeted nanoformulation and (ii) specific delivery of a drug in the tumor tissue. 

Biosensors have become the highlighter felt pens of modern science; they enable scientists to tag molecules of interest and have them stand out in striking contrast to show their location or function in cells and tissues in colorful relief.

Our lab aims to develop new reporter genes, biosensors and tracers for magnetic resonance imaging (MRI) applications by using synthetic chemistry and molecular biology approaches. Such developed imaging tools will help us to study unrevealed biological

events longitudinally and non-invasively in deep tissues of a live subject.

We are looking for highly motivated, talented and creative people from various fields of science (Chemistry, Biology, Medicine, etc.)

to join us.