Our patent pending magnet array design improves field strength to volume/weight relative to traditional Halbach arrays enabling a portable and more ergonomic form factor.
Novel spectrometer and probe designs deliver extremely low noise for optimal measurement sensitivity. Our receiver is based on unrivaled 24 bit sigma-delta analog-to-digital converter technology. photo credit
Our proprietary RF excitation pulse sequence and DFT based resonance signal processing specific to glucose represents a major advance in the state-of-the-art.
Gradient shimming with patent pending coil designs and custom algorithms to achieve excellent field uniformity for high spectral resolution.
We leverage international USB standards for power, data, and control.
Spatially uniform high power circularly polarized RF excitation and high sensitivity I/Q signal reception with a probe designed for in vivo measurements
We provide measurement results you can count on.
Magnetic Resonance Spectroscopy (MRS) provides universal detection of small molecules.
MRS based research has detected over 40 metabolites in vitro and up to 15 in vivo.
Attest's team has decades of experience designing chip test equipment for 24/7 operation in factories around the world.
Our ultra low noise design and innovative magnet structure provides best in class sensitivity.
We are developing a portable, accurate, and convenient to use instrument for Magnetic Resonance Spectroscopy (MRS) of the human metabolome. We are designing the instrument to be capable of non-invasive measurement of metabolite concentrations in vivo as well as repeated non-destructive testing of in vitro samples. Powered by advances in quantitative Nuclear Magnetic Resonance (qNMR), the instrument has universal detection capabilities that make it a compelling platform for improving clinical research, screening/diagnosis, and management of many metabolic disorders.Read More