Page 27 - brain-eBook

Team Project Name In its ultimate form, our project aspires to
Mapping the human brain connectome:
applying in epileptic diagnosis, treatment, and
neurosurgical plan
Research Project
Our team is deeply committed to advancing
neural imaging technologies and their application
to studying the human brain connectome.
Building on past successes in brain connectivity
imaging technology and associated patents,
our ongoing project is centered around the
construction of comprehensive maps detailing
neural connections and functional patterns within
the human brain. Our objective is to elucidate
the neural connections of the limbic systems
and related functional networks, leveraging
extensive databases collected over the long term
from both healthy populations and individuals
with epilepsy. Employing a diverse range of
cutting-edge technologies, including neural
connectivity networks, artificial intelligence
algorithms, stereotactic electroencephalography,
and focused ultrasound treatment, our aim is
to accurately identify epileptic foci and validate
brain function regions and networks.
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realize an "Intelligent Neurosurgical Planning
and Localization System" designed to assist in
treatment strategy formulation and recurrence
reduction. Through these endeavors, we seek to
contribute to the diffusion of technological value
and foster advancements in related industries.
Key Words
Brain Connectome, MRI, AI in Healthcare,
Neuroimaging Optimization
Global Cooperation
We have demonstrated unwavering dedication
to the field of diffusion neuroimaging for more
than two decades, emphasizing a specific
concentration on the research and development
of precise neuroimaging techniques. Through a
series of papers, patents, and clinical validations,
we continuously optimize this neuroimaging
technology and have successfully applied it to
the study of neuropsychiatric disorders.
Project Web Page
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