uMR ADEPT(Application Development Environment and Programming Tools) platform now fully supports the Pulseq open-source framework with the UIH Pulseq Interpreter. From the 3T MRI, to the pioneering 5T platform, to cutting-edge 9.4T ultra-high field systems, uMR ADEPT offers full compatibility, paving the way for your research innovations.
To obtain the Pulseq Interpreter on UIH MR, it is necessary for you to sign the MR research collaboration agreement with UIH MR.
If you have any interests in the Pulseq interpreter, please feel free to contact us: umr-adept@united-imaging.com.
News
Jan 2025: First edition released with full support of Pulseq v1.4 series.
Features
Full Field Strength and System Support: Covering 3T research systems, United Imaging’s pioneering 5T platform, and 9.4T ultra-high field research equipment, enabling single development for multi-platform research applications.
Complete Compatibility: Fully compatible with the Pulseq open-source framework, ensuring your research sequences can run on United Imaging equipment with minimal modifications, truly realizing “write once, run anywhere”.
Powerful Development Tools: Providing professional tools for sequence waveform simulation, raw data acquisition, and more, helping researchers seamlessly integrate the entire workflow of development, testing, and analysis.
Comprehensive Documentation: Pulseq user manuals optimized for United Imaging MR system characteristics, including detailed examples and best practices, accelerating your research sequence development process.
Global Research Collaboration: Professional global research collaboration team providing prompt response to researchers.
Open Ecosystem: Join the global MR research community to jointly promote MRI technology innovation.
Showcases
Case1: Radial 2D
source code
https://github.com/pulseq/pulseq/blob/v1.4.2/matlab/demoSeq/writeRadialGradientEcho.m

Case2: MRF
source code
https://github.com/imr-framework/mrf

Case3: Music
Music written in Pulseq and running on the uMR NX platform.
United Imaging is committed to promoting innovation and openness in MR technology, looking forward to exploring the future of medical imaging with researchers worldwide.