GE Profile II Mobile MRI

0.2T Profile CTL Spine Array Coil.

Phased Array Compatibility Kit.

Four Channel Phased Array Electronics with Three Additional Receivers, Pre-Amplifiers, Cabling, and Software Required for the Installation and Utilization of Phased Array Coils on Signa Profile System.

Quadratic Fat/water Separation

The Fat/Water Separation Imaging Technique is Based on Quadratic Detection and Takes Advantage of the Principle That at a Certain TE Value (10 msec) , Fat and Water are at 90 Degrees Out-of-Phase With Each Other. A Phase Correction Algorithm is Used to Separate Water and Fat Signal to Obtain Images of Water or Fat Alone. Utilizes Single Scan Using Gradient Echo (GRE/SPGR) This Option is Compatible Only with the head Coil and Extremity Coil. This Option Includes a CPU Upgrade to the Ultra Sparc Computer and 192 MB of SBAM. Prof I & II Systems Only.

SR2S Gradient Package

Enables Maximum Gradient Strength to be Increased From 10 mT/m to 15 mT/m and  Maximum Gradient Slew to be Increased From 17 T/m/s to 25 T/m/s. This Faster Slew Rate Enables Shorter TE and TR Resulting in Higher SNR and Faster Acquisitions. The Minimum TE is Reduced to 1.8 msec With Fast GRE and to 1.3 msec With Enhanced 3DFGRE Resulting in Improved Breath-Hold Abdominal Imaging and Contrast Enhanced Angio. The Maximum Echo Train Length in Fast Spine Echo is Increased From 16ETL to 32ETL. This Package Includes the Multi-Shot EPI Pulse Sequence and Real Time Interactive Acquisition (RTIA) Multi-Shot EPI – Multi-Shot EPI is an MR Acquisition Method That Collects Multiple Lines of k-Space in a Single RF Excitation. Using Gradients Instead of RF Pulses to Produce Echos. Multi-Shot EPI Provides Higher SNR and Less Spatial Distortion Due to Lower Echo Spacing, but With a Longer Scan Time Than Single Shot EPI. The Multi—Shot EPI Method May be Utilized to Provide Both Speed and Contrast Benefits for Neuro, Body and Musculoskeletal Applications. Real Time Interactive Acqusition (RTIA) - Real Time Interactive Acquisition (RTIA) Allows the User to Acquire and Display an Image in Real Time. The User Will Have the Option of Changing the Imaging Plane in Real Time, Performing Some Basic Image Manipulations on the Image and Storing the Graphic Prescription Coordinates for a New Scan. Images can be Acquired in Real Time to Quickly Identify the Plane of Interest and Obtaining the Accurate Coordinates for a Normal 2D Scan.