Santiago Ramón y Cajal
1852–1934 · SpainNeuron doctrine
Santiago Ramón y Cajal shaped discourse on vascular territory and time through research and public writing relevant to Stroke.
Stroke · Sudden vascular injury — time, territory and the race to recover.
Reviewed 2026-08·Sources & research·Methodology·Media credits
Darker cells mean a higher score for this topic on that metric.
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Last reviewed Sources & creditsMedia creditsMethodology
Read Overview → Anatomy → Function, then use compare rails.
Educational atlas — not a diagnosis, treatment plan, or medical advice.
It names everyday desks for Disorders before English norms look universal.
No — editorial 0–100 browsing aids inside this atlas only.
Use related cards and best-of / quiz rails after the first three chapters.
Anatomy and Function carry mechanisms; skim Overview first.
People who shaped how we talk about Stroke.
Eight voices span anatomy, clinic, computation and culture.
Neuron doctrine
Santiago Ramón y Cajal shaped discourse on vascular territory and time through research and public writing relevant to Stroke.
Speech localization
Paul Broca shaped discourse on vascular territory and time through research and public writing relevant to Stroke.
Comprehension aphasia
Carl Wernicke shaped discourse on vascular territory and time through research and public writing relevant to Stroke.
Cortical maps
Wilder Penfield shaped discourse on vascular territory and time through research and public writing relevant to Stroke.
Visual columns
David Hubel shaped discourse on vascular territory and time through research and public writing relevant to Stroke.
Critical periods
Torsten Wiesel shaped discourse on vascular territory and time through research and public writing relevant to Stroke.
Cellular learning
Eric Kandel shaped discourse on vascular territory and time through research and public writing relevant to Stroke.
Somatic markers
Antonio Damasio shaped discourse on vascular territory and time through research and public writing relevant to Stroke.
Portraits resolve via Wikimedia when Commons licences allow.
Progressive dementia driven by protein pathology and network failure.
Research 74 🤲Dopamine circuit loss, movement symptoms and non-motor features.
Research 54 ⚡Hyperexcitable networks, seizures and modern treatment options.
Research 95 🌧️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 🧩Neurodevelopmental diversity in social communication and sensory processing.
Research 89 🧬Immune attack on myelin — disconnection across white-matter highways.
Research 80 🩹Mechanical insult, diffuse injury and the long arc of recovery.
Research 87 🔁Compulsive seeking when reward prediction and control circuits tip.
Research 69 😰Threat circuitry, worry loops and avoidance — how brains over-predict danger and how care can recalibrate risk.
Research 86 ⚖️Mania, depression and the networks between — mood-state biology, sleep disruption and evidence-based stabilising care.
Research 84 🛡️Trauma memory, hyperarousal and avoidance — how threat learning overgeneralises and how evidence-based care supports recovery.
Research 87