Molecular Reality develops the MR1 Molecular Streaming Device, a solid-state nanopore testing device that collects raw nanopore signal data from various biological samples. This technology addresses the need for universal utility-scale molecular sensing to enhance biological research and problem-solving.
Funding
Funding not disclosed
Founders
Product
Problem
Current molecular sensing technologies lack the scalability and accessibility needed for comprehensive biological research and problem-solving. Existing methods often require specialized equipment and expertise, limiting their widespread adoption and hindering the collection of large-scale molecular data.
Solution
Molecular Reality offers the MR1 Molecular Streaming Device, a compact, solid-state nanopore testing device designed for universal utility-scale molecular sensing. The MR1 enables users to collect raw nanopore signal data from diverse biological samples, facilitating a broad range of research applications. The device is Wi-Fi enabled and includes standardized reagents, flow cells, pore chips, and liquid handling accessories to streamline the data collection process. Users also gain access to Molecular Streaming Services Corps, an online portal for device control, collaboration, and nanopore science education.
Target Audience
The primary target audience includes biological researchers, scientists, and citizen scientists seeking accessible and scalable molecular sensing solutions for a wide range of applications.
Features
- Phone-sized, Wi-Fi enabled solid-state nanopore testing device with rechargeable batteries for portability and ease of use.
- Standardized reagents, flow cells, and pore chips included for immediate data acquisition.
- Liquid handling accessories provided for sample preparation and introduction.
- Access to Molecular Streaming Services Corps, an online portal for device control and data management.
- Online platform facilitates collaboration with other users and provides educational resources on nanopore science.