HD-Targets Non-invasive brain targeting software
Targeting in three easy steps:
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Step 1: Choose the number of current sources – 4, 8, or 16 electrodes
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Step 2: Pick the field orientation (Radial, Tangential, and more) and Optimization Criteria (max
focality or max intensity)
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Step 3: Choose your desired brain target from over 1100 Talairach locations.
Simple to use HD-Targets Interface
HD-Targets 1, 2, 3
Step 1: Select the brain region you want to target using the searchable
menu on brain targets
In advanced neuromodulation design, software and hardware that allows arbitrary placement of HD electrodes on the
head is required. Precision of montage matters critically, which is why stimulation software and supporting hardware
must provide user with flexibility and precision in control.
Don’t be confused by copycat hardware and software that provides neither flexibility nor precision. State-of-the-art
neurotargeting software and hardware, with flexibility and precision, exclusively from the industry leader in
non-invasive electrical stimulation, Soterix Medical.
Step 2: Input the number of channels on your device.
Optimization of electrode montage for brain targeting and individual subject customization has never been as easier
as with Soterix Medical's Neurotargeting software. With recognition that placing an electrode "over" a target does
not support rational tDCS dose design, the Soterix Medical suite of software tools allow simple and automatic
optimization.
Optimized dose can then be used to configure your Soterix tDCS and HD-tDCS stimulator. Soterix Neurotargeting
software also provides high-resolution current flow visualization that can be used to support publications,
presentations and proposals.
Step 3: HD-Targets automatically predicts the best montage. Use the
simple tools to visualize resulting current flow through the head
Neurotargeting is not neuronavigation. Neuronavigation assists in the placing of electrodes or coils "over" brain
regions. Neurotargeting automatically pre-determines the optimal electrode placement based on clinician identified
brain targets and subject specific anatomy. The electrode montage (based on EEG 10/10) parameters can then be
programmed into Soterix Medical stimulators to achieve optimal brain current flow.
Soterix Medical image processing captures true 1 mm anatomical resolution and cortical folding while custom
current-flow optimization provides the precise best configuration. Neurotargeting yields a true optimized
stimulation montage and the high-resolution current flow visualization to prove it.
