CMM

Compass M-Mode is a real-time program that allows for anatomically corrected M-Mode tracing. It allows the user to assure that the cursor intersects the tissue at a 90 degree angle for accurate measurements, using a 360 degree rotation of the M-Mode cursor. Enables user to quickly obtain all LV measurements.
TVM

Tissue Velocity Mapping is used to calculate tissue velocity for LV motion analysis. The data is color coded and subsequently enhanced to collect, analyze and display more detailed information for the most precise and reliable diagnosis.
TEI®

Tissue Enhanced Imaging is MyLab’s sophisticated second harmonic tissue imaging module. The images are enhanced, eliminating fundamental frequency noise and allowing only the second harmonic signals to be displayed, providing better image resolution, particularly with deep structures.
Vet-Specific Software

MyLab Vet systems feature dedicated veterinary patient ID screen, revised and improved structure of veterinary applications and presets, application icons and body marks, abdominal measurements and reproductive gestational age calculations (in canine, feline and equine).
VPan

VPan is a program that allows the user to acquire sequential images to produce a panoramic view of elongated structures, such as blood vessels and muscles. In large animal medicine, one can scan the hoof to the knee and display the longitudinal scan as one continuous image, and scroll through the image at nearly normal size for easy viewing.

Xstrain

XStrain allows for measurement of myocardial strain (deformation) and myocardial velocity. It is used to assess patients as candidates for Cardiac Resynchronization Therapy (CRT) and for serial quantitative wall motion analysis. The program is based on 2D speckle tracking algorithms, and is therefore angle independent, allowing for assessment of radial and circumferential strain and velocities.
CnTI®

Contrast Tuned Imaging is a package for perfusion studies using ultrasound contrast media (second and third generation microspheres). In addition, it allows the system’s Mechanical Index to be lowered to .01 for longer duration of the contrast media in left ventricular opacification studies. Special contrast probes and media required.
Stress

Stress is a cardiology specific, protocol driven application for comparative studies in cardiac wall motion. It allows images to be captured at rest and at peak exercise (or various steps – up to eight stages and five views) and reviewed in a side-by-side format for analysis. Useful in equine treadmill studies.