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Female chemist dropping a chemical substance into another substance

We  take
any drug
to any tissue 

safely & effectively.

Current drug delivery systems inherently due to their organic nature or symmetric constraints cannot offer the fine and effective level of delivery. These are organic molecules and suffer mainly from relatively short shelf life, poor blood-brain barrier penetration, poor drug loading capacity and poor stability (prone to oxidation).


We are leveraging from up-to-date design principles to create cutting edge particles, that are complex, responsive and have controllable features to specifically tackle drug delivery challenges that are currently unmet; hard tissue drug penetrability and sub-cellular level delivery.

After about 50 years, there is plenty of room for improvement in the field , taking advantage of many literature publications on stable and effective inorganic materials.

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