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In the meantime, here's some information you might be interested in.
Networks.
Not just tracts.
The literature is now clear. No single area of the brain is responsible for complex functions such as language, emotion, and attention. Instead multiple wire and fire together to form brain networks.
Today, these can be easily visualized during pre-surgical planning for every patient.
Network-based neurosurgery
How can one effectively operate on a patient's brain while causing the least amount of lasting damage?
To save brain function and avoid as much damage as possible during surgery, it's important to save brain network function. And to get started, one needs to know where to look. It's with this premise in mind that we've developed our software for neurosurgeons: Quicktome.
Quicktome
Combining decades of connectomics research with cutting-edge algorithms and cloud computing, Quicktome is a computer-based software that helps inform the decision-making process of any brain incision, based on the patient's specific brain networks.
See how Quicktome could work for you
Neurosurgery in the Digital Age
Our cloud-based technology directly connects to your institution's network via a secure and anonymized integration and powers consistent and automated brain mapping. Network-based neurosurgery is only a few clicks away.
The technology powering Personalized Brain Maps
A new approach to tractography
With the use of the constrained spherical deconvolution (CSD) method, we are now capable of modelling multiple tracts crossing the same region, a phenomenon present in 70% - 90% of white matter.
How we build personalized brain maps
With the use of a technique called structural connectivity atlasing (SCA) - which is based on machine learning - we can now determine the location of parcels based on their connections
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