
Tempus
AI-enabled precision medicine for data-driven healthcare decisions.

Revolutionizing NGS library preparation through AI-driven digital microfluidic automation.

Miroculus, now part of Integra LifeSciences, represents the cutting edge of lab automation through its Miro Canvas platform. The system utilizes Digital Microfluidics (DMF) technology, which manipulates discrete droplets of fluids using electrical signals on a chip, eliminating the need for traditional robotic pipetting arms for internal processing. By 2026, the Miroculus architecture has become a staple in decentralized clinical genomics, providing a 'walk-away' solution for complex Next-Generation Sequencing (NGS) library preparation. The platform integrates machine learning algorithms to optimize protocol execution, ensuring high-fidelity reagent mixing and thermal cycling precision. Its technical architecture allows for the automation of protocols from Illumina, Oxford Nanopore, and Pacific Biosciences. Unlike traditional automation, Miroculus focuses on minimizing reagent dead volume and reducing human error through a closed-system design. The platform is positioned as a critical bridge between raw sample acquisition and high-throughput sequencing, offering a scalable solution for labs that require high reproducibility without the footprint of massive liquid handling workstations. Its software ecosystem allows for cloud-based monitoring and protocol sharing, standardizing genomic workflows across global research networks.
Miroculus, now part of Integra LifeSciences, represents the cutting edge of lab automation through its Miro Canvas platform.
Explore all tools that specialize in microfluidics. This domain focus ensures Miroculus (Miro Canvas) delivers optimized results for this specific requirement.
Uses Electrowetting-on-Dielectric (EWOD) to move, mix, and split micro-liter droplets on a specialized electrode grid.
On-chip thermal control allows for PCR amplification and incubation directly within the microfluidic path.
Automated magnetic field application for bead-based cleanups and size selection.
Centralized repository of validated protocols from major sequencing providers.
Optimized fluidic paths designed to handle sample inputs as low as 1ng of DNA.
AI-vision system monitors droplet position and volume in real-time.
Bi-directional data flow between Miro Canvas and Lab Information Management Systems.
Unbox Miro Canvas unit and connect to secure laboratory network via Ethernet/Wi-Fi.
Initialize system self-calibration and atmospheric sensor check.
Log into the Miro Cloud account to sync latest verified sequencing protocols.
Select the specific NGS kit (e.g., Illumina DNA Prep) from the touchscreen interface.
Prepare the Miro Cartridge by loading reagents into designated ports.
Pipette the DNA/RNA sample into the sample input port of the cartridge.
Insert the single-use cartridge into the Miro Canvas chamber.
Initiate the 'Run' command and monitor droplet movement via the live interface.
Receive mobile/email notification once the library preparation is complete.
Retrieve the eluted library for immediate sequencing or storage.
All Set
Ready to go
Verified feedback from other users.
"Users highly praise the system for its 'walk-away' capability and the significant reduction in pipetting errors, though some note the high cost of proprietary cartridges."
Post questions, share tips, and help other users.

AI-enabled precision medicine for data-driven healthcare decisions.

A preprint server for health sciences.

Connect your AI agents to the web with real-time search, extraction, and web crawling through a single, secure API.

A large conversational telephone speech corpus for speech recognition and speaker identification research.

STRING is a database of known and predicted protein-protein interactions.

A free and open-source software package for the analysis of brain imaging data sequences.

Complete statistical software for data science with powerful statistics, visualization, data manipulation, and automated reporting in one intuitive platform.