Cell Source
- Human or animal
- Autologous, allogenic or xeno. In vitro or in vivo, fresh or cryopreserved
We have developed a sole-in-class technology that uses the acoustic strength (ultrasonic waves) generated between the walls of a channel to handle and sort particles and cells without contact.
The Aenitis team has successfully developed and patented an acoustophoresis-based approach applied to milifluidic scales to address cell sorting and handling challenges in biotechnology applications.
Innovative techniques must be simple to implement, soft and efficient.
The challenges associated with the handling or sorting of biological products led researchers around the world to find alternatives to traditional techniques such a centrifugation.
To address the challenges in this field, we have developed a new technology.
Acoustophoresis uses acoustic radiation forces, also known as « acoustic levitation, » as volumetric forces to handle cells. This approach allows for the manipulation of cells without any contact.
Acoustophoresis uses acoustic radiation forces, also known as « acoustic levitation, » as volumetric forces to handle cells. This approach allows for the manipulation of cells without any contact.
Acoustophoresis uses acoustic radiation forces, also known as « acoustic levitation, » as volumetric forces to handle cells. This approach allows for the manipulation of cells without any contact.
Acoustophoresis uses acoustic radiation forces, also known as « acoustic levitation, » as volumetric forces to handle cells. This approach allows for the manipulation of cells without any contact.
Acoustophoresis uses acoustic radiation forces, also known as « acoustic levitation, » as volumetric forces to handle cells. This approach allows for the manipulation of cells without any contact.
Acoustophoresis uses acoustic radiation forces, also known as « acoustic levitation, » as volumetric forces to handle cells. This approach allows for the manipulation of cells without any contact.
We assist with bioproduction challenges, including those dedicated to various types of cell therapies.
