Research
in motion
If human beings are in constant motion,
why research with rigid glass plates?
What is it?
FlexiDish is an innovative device for basic research in health and biology
What does it do?
It allows the study of cells by simulating the movement of the tissues of living beings, thus reducing animal experimentation.
How does it work?
The researcher can grow cells on a membrane that stretches cyclically to simulate the movement of the lung, muscle or heart, unlike the traditional rigid Petri dish.
What is its advantage?
Its design is focused on user experience and scientific accuracy.
Impact
We want to turn FlexiDish into an indispensable instrument at a global level, so that this technology goes beyond specialized laboratories and with high resources.
Business Model
We provide the equipment on loan so that the researcher can start using the equipment and incorporate it as a new laboratory instrument.Para la entrega del comodato y su continuidad, se requiere una compra inicial y otra regular de membranas de silicona.
By achieving a demand for FlexiDish at a regional and global level, the sale stage of devices and membranes will begin.
According to the particular needs of each researcher, we offer the service of making adaptations and innovations to the technology to develop new applications.
The use of this technology requires a sterilized, single-use silicone membrane validated by Flexidish for each experiment.
Our Team
Prizes and Alliances
Since its inception in 2017, Flexidish has managed to receive funding of more than US$20,000, 2 scholarships, 3 awards, mentoring and training. In addition, it produced 1 patent application (pending), 1 scientific publication [link] and 2 congresses
Contact us
Location
Address:
Biomaterials, Biomechanic and Bioinstrumentation Lab, UNSAM
Av. 25 de Mayo 1169, B1650HMK San Martín, Bs As, Argentina