Human imaging
Wireless Litzcage Head Coil
A low-cost, inductively coupled head coil that needs no cable to the scanner and has built-in detuning, for high-quality T1, T2 and FLAIR brain imaging.
- 1.5T
- 3T
Vanderbilt University Medical Center · VUIIS
RF coils and MRI hardware, from lab to scanner.
Yan Lab invents and engineers MRI hardware (self-decoupled coils, RF-transparent shim arrays and wireless receive coils) and is now making it available to imaging centers, researchers and industry partners.
- NIH
- funded research programs
- 1.5T–7T
- clinical & ultra-high field
- 6
- coil & hardware product lines
What we work on
Engineering solutions for MRI's hardest technical problems
Better RF and B0 homogeneity, less RF heating near implants, fewer motion artifacts, faster acquisition and higher SNR.
RF coils & arrays
Self-decoupled, flexible and wireless RF coils that raise SNR and simplify array design for clinical and preclinical MRI.
B0 shimming hardware
RF-transparent B0 shim coil arrays and integrated RF/shim coils that correct field inhomogeneity where it matters most.
RF & B1 homogeneity
Passive and parallel-transmit solutions for dark bands and B1 non-uniformity at 3T and 7T.
Implant safety
Novel materials and devices that reduce RF heating near implants, expanding safe access to MRI.
MRI-guided therapy
Hardware for MR-guided focused ultrasound (tcMRgFUS), including passive antennas that remove dark-band artifacts.
Portable & low-cost MRI
Low-cost wireless coils and portable MRI hardware that bring imaging to more patients and sites.
Products
Research-proven coils, ready for your scanner
Human imaging
Self-Decoupled Flexible Receive Array
Lightweight, conformal multi-channel arrays based on our self-decoupling technology, with high SNR and no overlap or decoupling networks.
- 3T
- 7T
Preclinical
Preclinical Coil & Animal Management System
High-performance RF coils for small-animal scanners, with an integrated animal cradle and coil management hardware for reproducible positioning.
- 4.7T
- 7T
- 9.4T
From invention to product
Technology built on published, peer-reviewed science
Every product starts as a published innovation from our lab. It is then refined through bench testing, phantom and in-vivo imaging, and validated with collaborators before release.
- InventNew coil concepts, from self-decoupling to RF-transparent shimming
- ValidateEM simulation, bench, phantom and in-vivo testing at 3T and 7T
- DeliverEngineered, documented hardware with support from the people who designed it
Selected publications
- 2024
On the equivalence of demagnetization tensors as discrete cell size approaches zero in three-dimensional space
Journal of Applied Physics, 136(8) Featured article
Journal DOI - 2018
Self-decoupled radiofrequency coils for magnetic resonance imaging
Nature Communications, 9:3481
- 2017
New resonator geometries for ICE decoupling of loop arrays
Journal of Magnetic Resonance, 277:59-67
Journal Full text
News
Latest from the lab
Hao Liang's paper selected as a Featured Article in the Journal of Applied Physics
Congratulations to Dr. Hao Liang! His paper, “On the equivalence of demagnetization tensors as discrete cell size approaches zero in …
Interested in our coils or a collaboration?
Whether you'd like to learn more about a product, explore a research collaboration or discuss a custom coil design, we'd love to hear from you.