Process 1
A computational step in network hyperexcitability for Epilepsy.
Function pages turn anatomy into computations — what Epilepsy actually does.
Processes and networks below summarise mainstream models, not a single dogma.
A computational step in network hyperexcitability for Epilepsy.
A computational step in network hyperexcitability for Epilepsy.
A computational step in network hyperexcitability for Epilepsy.
A computational step in network hyperexcitability for Epilepsy.
A computational step in network hyperexcitability for Epilepsy.
A computational step in network hyperexcitability for Epilepsy.
Relative emphasis of network 1 in network hyperexcitability (editorial scale).
Relative emphasis of network 2 in network hyperexcitability (editorial scale).
Relative emphasis of network 3 in network hyperexcitability (editorial scale).
Relative emphasis of network 4 in network hyperexcitability (editorial scale).
Relative emphasis of network 5 in network hyperexcitability (editorial scale).
Everyday or lab example of network hyperexcitability in action.
Everyday or lab example of network hyperexcitability in action.
Everyday or lab example of network hyperexcitability in action.
Everyday or lab example of network hyperexcitability in action.
Compare network percentages with clinical load on the profile radar.
Progressive dementia driven by protein pathology and network failure.
Research 74 🤲Dopamine circuit loss, movement symptoms and non-motor features.
Research 54 ⚡Sudden vascular injury — time, territory and the race to recover.
Research 64 🌧️Mood circuits, stress biology and evidence-based interventions.
Research 66 🌀Perception, belief and cognition when predictive models go awry.
Research 93 💢Sensory gain, aura and the brain’s recurrent pain networks.
Research 74 📱Attention control, impulsivity and developmental self-regulation.
Research 51