The SynChron™ Wireless Vector Gating System for CT is a product used to acquire electrocardiogram (ECG) data from a patient and to generate and supply ECG waveform and triggering pulses to the CT scanner to aid in cardiac scanning. The SynChron™ Wireless Vector Gating System for CT includes a Physiologic Acquisition Module (PAM) that connects to the patient using ECG lead wires (Figure 2-2), acquires ECG data, processes the ECG data, and wirelessly transmits the data to the Receive Interface Module (RIM). The RIM will wirelessly receive data from the PAM, create analog ECG waveform and trigger pulse mark, and interfaces with the scanner. The ECG waveform and trigger marks can be seen on the scanner console.

The SynChron™ Wireless Vector Gating System for CT is a product used to acquire electrocardiogram (ECG) data from a patient and to generate and supply ECG waveform and triggering pulses to the CT scanner to aid in cardiac scanning. The SynChron™ Wireless Vector Gating System for CT includes a Physiologic Acquisition Module (PAM) that connects to the patient using ECG lead wires (Figure 2-2), acquires ECG data, processes the ECG data, and wirelessly transmits the data to the Receive Interface Module (RIM). The RIM will wirelessly receive data from the PAM, create analog ECG waveform and trigger pulse mark, and interfaces with the scanner. The ECG waveform and trigger marks can be seen on the scanner console.

The SynChron™ Wireless Vector Gating System for CT is a product used to acquire electrocardiogram (ECG) data from a patient and to generate and supply ECG waveform and triggering pulses to the CT scanner to aid in cardiac scanning. The SynChron™ Wireless Vector Gating System for CT includes a Physiologic Acquisition Module (PAM) that connects to the patient using ECG lead wires (Figure 2-2), acquires ECG data, processes the ECG data, and wirelessly transmits the data to the Receive Interface Module (RIM). The RIM will wirelessly receive data from the PAM, create analog ECG waveform and trigger pulse mark, and interfaces with the scanner. The ECG waveform and trigger marks can be seen on the scanner console.

The NeoCoil Patient Communication and Entertainment (PCE) System is intended to provide audio entertainment and facilitate communications between the patient and the operator in a Magnetic Resonance Imaging (MRI) scanner environment. The PCE System is intended to be used by healthcare professionals.

The NeoCoil Patient Communication and Entertainment (PCE) System is intended to provide audio entertainment and facilitate communications between the patient and the operator in a Magnetic Resonance Imaging (MRI) scanner environment. The PCE System is intended to be used by healthcare professionals.

The NeoCoil Patient Communication and Entertainment (PCE) System is intended to provide audio entertainment and facilitate communications between the patient and the operator in a Magnetic Resonance Imaging (MRI) scanner environment. The PCE System is intended to be used by healthcare professionals.

The NeoCoil Patient Communication and Entertainment (PCE) System is intended to provide audio entertainment and facilitate communications between the patient and the operator in a Magnetic Resonance Imaging (MRI) scanner environment. The PCE System is intended to be used by healthcare professionals.

The NeoCoil Patient Communication and Entertainment (PCE) System is intended to provide audio entertainment and facilitate communications between the patient and the operator in a Magnetic Resonance Imaging (MRI) scanner environment. The PCE System is intended to be used by healthcare professionals.

The NeoCoil 1.5T 16‐Channel Flex Coils for Siemens is a system of phased array, receive only coils forr imaging the upper and lower extremities, chest, abdomen, pelvis, head, neck, and spine in pediatric and adult populations. The NeoCoil 1.5T 16-Channel Flex Coils for Siemens is tuned to receive RF frequency corresponding to the proton precession in a 1.5 tesla magnetic field, which is governed by the Larmor equation.

The NeoCoil 1.5T 16‐Channel Flex Coils for Siemens is a system of phased array, receive only coils forr imaging the upper and lower extremities, chest, abdomen, pelvis, head, neck, and spine in pediatric and adult populations. The NeoCoil 1.5T 16-Channel Flex Coils for Siemens is tuned to receive RF frequency corresponding to the proton precession in a 1.5 tesla magnetic field, which is governed by the Larmor equation.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

The NeoCoil 1 .5T GEM Flex Coil is a receive-only phased array coil system for imaging the upper and lower extremities, chest, abdomen, pelvis, head, neck, and spine in pediatric and adult populations. The NecCoil 1 .5T GEM Flex Coil is tuned to receive RF frequency corresponding to the proton precession in a 1.5 tesla magnetic field, which is governed by the Larmor equation.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil 1 ST 8-Channel Shoulder Array Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

The NeoCoil 1 .5T GEM Flex Coil is a receive-only phased array coil system for imaging the upper and lower extremities, chest, abdomen, pelvis, head, neck, and spine in pediatric and adult populations. The NecCoil 1 .5T GEM Flex Coil is tuned to receive RF frequency corresponding to the proton precession in a 1.5 tesla magnetic field, which is governed by the Larmor equation.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coi

The NeoCoil Patient Communication and Entertainment (PCE) System is intended to provide audio entertainment and facilitate communications between the patient and the operator in a Magnetic Resonance Imaging (MRI) scanner environment. The PCE System is intended to be used by healthcare professionals.

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coi

The NeoCoil Wireless Audio System is intended to provide entertainment and facilitate communications between the patient and the operator in a Magnetic Resonance Imaging (MRI) scanner environment. The Wireless Audio System is intended to be used by healthcare professionals.The NeoCoil Wireless Audio System is a modular system comprised of wireless patient headphones, a remote audio data source unit, and communications infrastructure.

The NeoCoil Wireless Audio System is intended to provide entertainment and facilitate communications between the patient and the operator in a Magnetic Resonance Imaging (MRI) scanner environment. The Wireless Audio System is intended to be used by healthcare professionals.The NeoCoil Wireless Audio System is a modular system comprised of wireless patient headphones, a remote audio data source unit, and communications infrastructure.

The NeoCoil Wireless Audio System is intended to provide entertainment and facilitate communications between the patient and the operator in a Magnetic Resonance Imaging (MRI) scanner environment. The Wireless Audio System is intended to be used by healthcare professionals.The NeoCoil Wireless Audio System is a modular system comprised of wireless patient headphones, a remote audio data source unit, and communications infrastructure.

The NeoCoil Wireless Audio System is intended to provide entertainment and facilitate communications between the patient and the operator in a Magnetic Resonance Imaging (MRI) scanner environment. The Wireless Audio System is intended to be used by healthcare professionals.The NeoCoil Wireless Audio System is a modular system comprised of wireless patient headphones, a remote audio data source unit, and communications infrastructure.

The NeoCoil Wireless Audio System is intended to provide entertainment and facilitate communications between the patient and the operator in a Magnetic Resonance Imaging (MRI) scanner environment. The Wireless Audio System is intended to be used by healthcare professionals.The NeoCoil Wireless Audio System is a modular system comprised of wireless patient headphones, a remote audio data source unit, and communications infrastructure.

The NeoCoil Wireless Audio System is intended to provide entertainment and facilitate communications between the patient and the operator in a Magnetic Resonance Imaging (MRI) scanner environment. The Wireless Audio System is intended to be used by healthcare professionals.The NeoCoil Wireless Audio System is a modular system comprised of wireless patient headphones, a remote audio data source unit, and communications infrastructure.

The NeoCoil 3.0T 16ch Breast Coil is a phased array coil for imaging structures of the breast, axilla and chest wall. The 3.0T 16ch Breast Coil is a three part receive-only coil designed to provide high resolution imaging. The.3.0T 16ch Breast Coil includes a coil support structure, patient support structure, biopsy components and comfort pads.

The NeoCoil 1.5T 16ch Breast Coil is a phased array coil for imaging structures of the breast, axilla and chest wall. The 1.5T 16ch Breast Coil is a three part receive-only coil designed to provide high resolution imaging. The 1.5T 16ch Breast Coil includes a coil support structure, patient support structure, biopsy components and comfort pads.

The 16ch Shoulder Coil is a receive-only phased array RF coil designed for optimum signal-to-noise ratio (SNR) and uniform coverage of the shoulder anatomy for use with GE Healthcare Magnetic Resonance Imaging (MRI) scanners. The coil receives magnetic resonance signals generated in hydrogen nuclei (protons) in the shoulder while blocking the high-frequency magnetic field applied by the MRI scanner at specified timings.The received signals are amplified before being transferred to the MRI scanner through the coil’s system cable. The amplified signals are processed into tomographic images of the shoulder anatomy by the MRI scanner. Images are typically generated as axial, sagittal, coronal oblique slices and include coverage of the Humerus, Humeral Head, Labrum, Labral Tear, Glenoid, Scapula, Clavicle, and Rotator Cuff regions of the shoulder anatomy.During a shoulder MRI exam, the patient lays in the supine position on the MRI scanner table. The rigid Posterior Array is positioned beneath the patient’s affected shoulder. The flexible Anterior Array is positioned on top of the patient’s affected shoulder. The 16ch Shoulder Posterior Housing Pad and 16ch Shoulder Pad provided with the coil promote patient comfort and facilitate patient positioning. Table Straps provided with the MRI scanner may be used to minimize unintended patient movement during the exam.

The 16ch Shoulder Coil is a receive-only phased array RF coil designed for optimum signal-to-noise ratio (SNR) and uniform coverage of the shoulder anatomy for use with GE Healthcare Magnetic Resonance Imaging (MRI) scanners. The coil receives magnetic resonance signals generated in hydrogen nuclei (protons) in the shoulder while blocking the high-frequency magnetic field applied by the MRI scanner at specified timings. The received signals are amplified before being transferred to the MRI scanner through the coil’s system cable. The amplified signals are processed into tomographic images of the shoulder anatomy by the MRI scanner. Images are typically generated as axial, sagittal, coronal oblique slices and include coverage of the Humerus, Humeral Head, Labrum, Labral Tear, Glenoid, Scapula, Clavicle, and Rotator Cuff regions of the shoulder anatomy. During a shoulder MRI exam, the patient lays in the supine position on the MRI scanner table. The rigid Posterior Array is positioned beneath the patient’s affected shoulder. The flexible Anterior Array is positioned on top of the patient’s affected shoulder. The 16ch Shoulder Posterior Housing Pad and 16ch Shoulder Pad provided with the coil promote patient comfort and facilitate patient positioning. Table Straps provided with the MRI scanner may be used to minimize unintended patient movement during the exam.

The 16ch Shoulder Coil is a receive-only phased array RF coil designed for optimum signal-to-noise ratio (SNR) and uniform coverage of the shoulder anatomy for use with GE Healthcare Magnetic Resonance Imaging (MRI) scanners. The coil receives magnetic resonance signals generated in hydrogen nuclei (protons) in the shoulder while blocking the high-frequency magnetic field applied by the MRI scanner at specified timings. The received signals are amplified before being transferred to the MRI scanner through the coil’s system cable. The amplified signals are processed into tomographic images of the shoulder anatomy by the MRI scanner. Images are typically generated as axial, sagittal, coronal oblique slices and include coverage of the Humerus, Humeral Head, Labrum, Labral Tear, Glenoid, Scapula, Clavicle, and Rotator Cuff regions of the shoulder anatomy. During a shoulder MRI exam, the patient lays in the supine position on the MRI scanner table. The rigid Posterior Array is positioned beneath the patient’s affected shoulder. The flexible Anterior Array is positioned on top of the patient’s affected shoulder. The 16ch Shoulder Posterior Housing Pad and 16ch Shoulder Pad provided with the coil promote patient comfort and facilitate patient positioning. Table Straps provided with the MRI scanner may be used to minimize unintended patient movement during the exam.

The 16ch Shoulder Coil is a receive-only phased array RF coil designed for optimum signal-to-noise ratio (SNR) and uniform coverage of the shoulder anatomy for use with GE Healthcare Magnetic Resonance Imaging (MRI) scanners. The coil receives magnetic resonance signals generated in hydrogen nuclei (protons) in the shoulder while blocking the high-frequency magnetic field applied by the MRI scanner at specified timings. The received signals are amplified before being transferred to the MRI scanner through the coil’s system cable. The amplified signals are processed into tomographic images of the shoulder anatomy by the MRI scanner. Images are typically generated as axial, sagittal, coronal oblique slices and include coverage of the Humerus, Humeral Head, Labrum, Labral Tear, Glenoid, Scapula, Clavicle, and Rotator Cuff regions of the shoulder anatomy. During a shoulder MRI exam, the patient lays in the supine position on the MRI scanner table. The rigid Posterior Array is positioned beneath the patient’s affected shoulder. The flexible Anterior Array is positioned on top of the patient’s affected shoulder. The 16ch Shoulder Posterior Housing Pad and 16ch Shoulder Pad provided with the coil promote patient comfort and facilitate patient positioning. Table Straps provided with the MRI scanner may be used to minimize unintended patient movement during the exam.

The 16ch Shoulder Coil is a receive-only phased array RF coil designed for optimum signal-to-noise ratio (SNR) and uniform coverage of the shoulder anatomy for use with GE Healthcare Magnetic Resonance Imaging (MRI) scanners. The coil receives magnetic resonance signals generated in hydrogen nuclei (protons) in the shoulder while blocking the high-frequency magnetic field applied by the MRI scanner at specified timings. The received signals are amplified before being transferred to the MRI scanner through the coil’s system cable. The amplified signals are processed into tomographic images of the shoulder anatomy by the MRI scanner. Images are typically generated as axial, sagittal, coronal oblique slices and include coverage of the Humerus, Humeral Head, Labrum, Labral Tear, Glenoid, Scapula, Clavicle, and Rotator Cuff regions of the shoulder anatomy. During a shoulder MRI exam, the patient lays in the supine position on the MRI scanner table. The rigid Posterior Array is positioned beneath the patient’s affected shoulder. The flexible Anterior Array is positioned on top of the patient’s affected shoulder. The 16ch Shoulder Posterior Housing Pad and 16ch Shoulder Pad provided with the coil promote patient comfort and facilitate patient positioning. Table Straps provided with the MRI scanner may be used to minimize unintended patient movement during the exam.

The 16ch Shoulder Coil is a receive-only phased array RF coil designed for optimum signal-to-noise ratio (SNR) and uniform coverage of the shoulder anatomy for use with GE Healthcare Magnetic Resonance Imaging (MRI) scanners. The coil receives magnetic resonance signals generated in hydrogen nuclei (protons) in the shoulder while blocking the high-frequency magnetic field applied by the MRI scanner at specified timings.The received signals are amplified before being transferred to the MRI scanner through the coil’s system cable. The amplified signals are processed into tomographic images of the shoulder anatomy by the MRI scanner. Images are typically generated as axial, sagittal, coronal oblique slices and include coverage of the Humerus, Humeral Head, Labrum, Labral Tear, Glenoid, Scapula, Clavicle, and Rotator Cuff regions of the shoulder anatomy.During a shoulder MRI exam, the patient lays in the supine position on the MRI scanner table. The rigid Posterior Array is positioned beneath the patient’s affected shoulder. The flexible Anterior Array is positioned on top of the patient’s affected shoulder. The 16ch Shoulder Posterior Housing Pad and 16ch Shoulder Pad provided with the coil promote patient comfort and facilitate patient positioning. Table Straps provided with the MRI scanner may be used to minimize unintended patient movement during the exam.

The 16ch Shoulder Coil is a receive-only phased array RF coil designed for optimum signal-to-noise ratio (SNR) and uniformcoverage of the shoulder anatomy for use with GE Healthcare Magnetic Resonance Imaging (MRI) scanners. The coil receivesmagnetic resonance signals generated in hydrogen nuclei (protons) in the shoulder while blocking the high-frequency magneticfield applied by the MRI scanner at specified timings. The received signals are amplified before being transferred to the MRIscanner through the coil’s system cable. The amplified signals are processed into tomographic images of the shoulder anatomy by the MRI scanner. Images are typically generated as axial, sagittal, coronal oblique slices and include coverage of the Humerus, Humeral Head, Labrum, Labral Tear, Glenoid, Scapula, Clavicle, and Rotator Cuff regions of the shoulder anatomy. During a shoulder MRI exam, the patient lays in the supine position on the MRI scanner table. The rigid Posterior Array is positioned beneath the patient’s affected shoulder. The flexible Anterior Array is positioned on top of the patient’s affected shoulder. The 16ch Shoulder Posterior Housing Pad and 16ch Shoulder Pad provided with the coil promote patient comfort and facilitate patient positioning. Table Straps provided with the MRI scanner may be used to minimize unintended patient movement during the exam.