Elastically stretchable support body with distinct first and second stretch areas adapts to patient contours while maintaining stable reference points.
Handheld optical coherence tomography images donor kidney tissue to quantify microstructures and blood flow in real time.
Segmented acquisition modes reduce scan duration while maintaining diagnostic precision for cardiac strain measurements.
Video microanalysis detects arterial pulsations in microns via a mobile camera, eliminating mechanical cuff complexity while maintaining measurement precision.
A hybrid brain imaging system merges electrical impedance tomography, electroencephalography, and magnetic resonance electrical impedance tomography.
A smartphone telehealth apparatus merges a stethoscope and otoscope with the phone camera for real-time remote diagnostics.
An automated algorithm scores electroanatomical map quality to identify insufficient regions for physician review.
Wavelength multiplexing in a compact handheld spectrometer resolves the trade-off between spectral resolution and instrument size for consumer use.
Embedded accelerometers and gyroscopes track instrument motion to resolve limited surgeon visualization during minimally invasive procedures.
Interferometric micro-Doppler radar captures radial and transversal movements in three-dimensional space.
A multi-target electrical stimulation circuit acquires brain wave signals and outputs phase-locked stimulation via modular adjustment modules.
A wavefront annotation algorithm classifies ECG signals using bipolar and unipolar derivative ratios to detect myocardial activation points.
A portable diagnostic system uses mobile device cameras to capture reaction chamber images for automated test result determination.
Multispectral imaging system combines anatomical and physiological data to resolve motion artifacts in moving tissues.