Available Positions

Development of novel imaging tools to reveal mechanisms and principles controlling early maternal fetal interaction during  pregnancy. Background in advanced imaging and/or molecular biology is an advantage.

Development of novel genetically encoded metal binding proteins for targeted imaging and therapy.

This study will extend our research on ferritin as a reporter gene for MRI:

https://www.weizmann.ac.il/dept/irb/neeman/research-activities/protocols...

Development and utilisation of probes for analysis of ECM reactions that modulate tissue stiffness and fibrosis in degeneration and tissue regeneration. Development of probes for MRI and multimodal imaging of ECM cross linking.

Analysis of placenta function, understanding placenta transport mechanisms and analysis of placenta pathologies in human pregnancy complications and in transgenic mouse models.