Santiago Ramón y Cajal
1852–1934 · SpainNeuron doctrine
Santiago Ramón y Cajal shaped discourse on molecular tracers through research and public writing relevant to PET.
PET · Molecular imaging of metabolism, receptors and pathology tracers.
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 Methods 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 PET.
Eight voices span anatomy, clinic, computation and culture.
Neuron doctrine
Santiago Ramón y Cajal shaped discourse on molecular tracers through research and public writing relevant to PET.
Speech localization
Paul Broca shaped discourse on molecular tracers through research and public writing relevant to PET.
Comprehension aphasia
Carl Wernicke shaped discourse on molecular tracers through research and public writing relevant to PET.
Cortical maps
Wilder Penfield shaped discourse on molecular tracers through research and public writing relevant to PET.
Visual columns
David Hubel shaped discourse on molecular tracers through research and public writing relevant to PET.
Critical periods
Torsten Wiesel shaped discourse on molecular tracers through research and public writing relevant to PET.
Cellular learning
Eric Kandel shaped discourse on molecular tracers through research and public writing relevant to PET.
Somatic markers
Antonio Damasio shaped discourse on molecular tracers through research and public writing relevant to PET.
Portraits resolve via Wikimedia when Commons licences allow.
Blood-oxygen signals that map task and resting-state networks.
Research 70 📈Millisecond electrical rhythms from scalp and intracranial arrays.
Research 95 📡Noninvasive magnetic pulses that briefly perturb cortical circuits.
Research 70 💡Light-gated control of genetically defined neuron populations.
Research 58 🕸️Mapping wiring diagrams from synapse to whole-brain networks.
Research 79 📡Millisecond magnetic fields that map cortical dynamics noninvasively.
Research 83 🧭Water diffusion that reveals white-matter pathways in vivo.
Research 51 🔌Electrocorticography and depth electrodes — millimetre-scale human recordings that reveal high-frequency dynamics surgery can see.
Research 82