Related Applications: Diffusion Imaging, fMRI
The transmit array and the anterior part of the receiver array can be shifted toward the service end of the magnet for easy subject positioning. The top part of the receiver has indentations on both sides to easily slide it over the subject.
The detachable front-view mirror can be placed on top of the transmit coil to allow the subject to see the magnet room on the patient-side of the bore. The position on the coil can be adjusted via a sliding mechanism.
The tight-fitted receiver array, which comprises 64 independent elements, provides high SNR for neuroimaging applications.
The 8 or 16 independent transmit elements of NeuroCamTM 7T allow to homogenize the transmit field via parallel transmission.
A detachable rear-view mirror can be attached to the enclosure of the receiver array for visual stimulation.
The enclosure of the receiver array is designed to minimally obstruct the visual field.
The compact design and the light weight (14 kg) of the coil assembly facilitates the handling of the coil by the operator.
By default, NeuroCamTM 7T is equipped with eight independent transmit and 64 receive elements. It includes both, a front and a rear-view mirror for patient comfort and visual stimulation.
NeuroCamTM 7T is also available with 16 independent transmit channels for parallel excitation. The coil does not comprise a front-view mirror due to the smaller size of the transmit elements, but it includes the same rear-view mirror for visual stimulation as the 8-channel version of the coil.
The coil frame can be adapted to fit into a head-only gradient system if the latter is large enough to accommodate the transmit coil. Note that a version with an integrated field probe array for head-only gradient systems is currently not available for purchase but might be in the future.
Adds value to you Skope product, tailored to your needs via our service plans.
Image reconstruction that takes the actual encoding fields into account.
Enhance your existing coil with concurrent field monitoring and simply subtract dynamic field errors.
Everything you need to know about your encoding fields, measured with the latest field-probe technology.
Data management application that improves field monitoring workflow by automating data transfer and data combination.
Cutting edge head coil with field monitoring, developed for neuroscientists who want to increase image quality.