Whether you are a developer or a biologist, let TOP make your life easier and provide you with the infrastructure to make your OoCs plug and play.
Community-driven design
Adhering to results from MF Manufacturing (see Microfluidics Association), all microfluidic dimensions and interfacing is in accordance with ISO Workshop Agreement 23:2016. In addition, TOP is supported by hDMT, ensuring a broad user basis. Do you want to see an example of a TOP system? Check out this paper in Nature Microsystems & Nanoengineering.
About
Lack of standardization, automation and inter-chip incompatibility is limiting End Users in adopting Organ-on-Chip (OoC) solutions. Much like all computer equipment interfaces through a Universal Serial Bus (USB), biologist should be able to use chips from different vendors to obtain an OoC model that specifically answers their questions of interest. Together with many academic and industrial partners, we have developed a platform to provide infrastructure for automated microfluidic chip control, open for academic and commercial chip developers: the Translational Organ-on-Chip Platform (TOP). TOP is supported by hDMT, ensuring a broad user basis.
Whether you are a developer or a biologist, let TOP make your life easier and provide you with the infrastructure to make your OoCs plug and play.
Still a bit vague? Check out our animation:
Contact
Intested in TOP? Want to know what it can do for you or want to develop modules compatible with the TOP technology? Contact us here!