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🩹Methods

Traumatic Brain Injury · Mechanical insult, diffuse injury and the long arc of recovery.

Reviewed 2026-08·Sources & research·Media credits

Santiago Ramón y Cajal
Traumatic Brain InjuryOriginal photo is anonymous although published by Clark University in 1899. Restoration by Garrondo · Public domain · Wikimedia Commons

How science studies Traumatic Brain Injury: tools, protocols and hard limits.

Triangulation across methods is the norm.

Tools

Tool 1

A tool used to study impact and recovery trajectories.

Tool 2

A tool used to study impact and recovery trajectories.

Tool 3

A tool used to study impact and recovery trajectories.

Tool 4

A tool used to study impact and recovery trajectories.

Tool 5

A tool used to study impact and recovery trajectories.

Tool 6

A tool used to study impact and recovery trajectories.

Protocols

Protocol 1

A common protocol around Traumatic Brain Injury.

Protocol 2

A common protocol around Traumatic Brain Injury.

Protocol 3

A common protocol around Traumatic Brain Injury.

Protocol 4

A common protocol around Traumatic Brain Injury.

Limits

Limit 1

A known inference limit for impact and recovery trajectories.

Limit 2

A known inference limit for impact and recovery trajectories.

Limit 3

A known inference limit for impact and recovery trajectories.

Pair with Methods-field topics (fMRI, EEG, MEG, DTI…).

Sources & research

  1. Traumatic brain injuryMaas AIR; et al. · 2017 · Lancet NeurologyDOIPubMed
  2. Classification of traumatic brain injurySaatman KE; et al. · 2008 · Journal of NeurotraumaDOIPubMed
  3. Chronic traumatic encephalopathyMcKee AC; et al. · 2013 · BrainDOIPubMed

Media credits

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