Traumatic Brain Injury (TBI)
Brain damage resulting from external mechanical force (impact, fall, accident). Can range from mild concussion to severe injury with prolonged coma. Consequences depend on severity and location. Rehabilitation is lengthy. Supplements (Omega-3 (DHA/EPA), creatine, magnesium, citicoline, N-acetylcysteine, curcumin, B-vitamins, D) may support brain recovery under medical supervision.
- What may help
- 32
- What to avoid
- 16
What may help (32)
- CDP-Choline Supplements HighClinical
CDP-Choline offers neuroprotective and restorative benefits, aiding in the recovery of brain function and cognitive abilities following a traumatic brain injury.
- Cerebrolysin Supplements HighClinical
This supplement offers neuroprotective support for brain cells following traumatic brain injury, aiding in functional recovery and reducing secondary damage.
- Cortexin Supplements HighClinical
In cases of traumatic brain injury, Cortexin supports the brain's resilience and repair mechanisms, assisting in the restoration of damaged neural pathways and overall neurological function.
- Noopept Supplements HighClinical
This supplement offers neuroprotective benefits, supporting brain recovery and the restoration of cognitive functions following various types of traumatic brain injuries.
- Phosphatidylcholine (PC) Supplements HighClinical
This form aids in the regeneration of brain cell membranes and enhances neurotransmitter activity, which is vital for healing and regaining cognitive functions after a traumatic brain injury.
- Bromantane Supplements MediumClinical
Bromantane may offer supportive benefits for cognitive recovery and fatigue management following traumatic brain injury.
- Ketogenic Diet Practices MediumClinical
Research suggests the ketogenic diet holds promise as a neuroprotective strategy following traumatic brain injury. Ketone bodies offer an alternative, efficient fuel source for injured brain cells, potentially reducing inflammation, oxidative stress, and supporting neuronal repair and recovery processes.
- L-Carnitine Supplements MediumClinical
Acetyl-L-Carnitine has demonstrated neuroprotective effects and supports brain recovery following traumatic brain injury by enhancing cellular repair and energy metabolism.
- Lecithin Supplements MediumClinical
Providing essential phospholipids, lecithin supports the structural integrity of brain cell membranes and aids in their repair, which is crucial for brain recovery and reducing the impact of traumatic injury.
- N-Acetylcysteine (NAC) Supplements MediumClinical
NAC is gaining attention for its neuroprotective effects in traumatic brain injury, potentially helping to reduce oxidative damage and support recovery after head trauma.
- Naturopathy Practices MediumClinical
Naturopathic adjunctive support for traumatic brain injury (under medical supervision) focuses on neuroprotection and recovery. Omega-3s (DHA/EPA), magnesium, creatine, curcumin, N-acetylcysteine, B-vitamins, and CoQ10 can moderately support neuronal repair, reduce neuroinflammation, and improve cognitive function by enhancing cellular energy and antioxidant defenses.
- Omega-3 Supplements MediumClinical
Given DHA's crucial role in brain structure, Omega-3s can offer neuroprotective benefits and support the brain's natural repair processes after a traumatic injury.
- Phenylpiracetam (Phenotropil) Supplements MediumClinical
This supplement may offer neuroprotective benefits and support cognitive recovery following a traumatic brain injury, aiding in the restoration of mental functions.
- Pramiracetam Supplements MediumClinical
Following a head injury, Pramiracetam may assist in the recovery of cognitive functions, helping to improve memory and mental processing affected by the trauma.
- BPC-157 Supplements MediumAnimal research
Utilizing the nasal route, BPC-157 can deliver neuroprotective and regenerative benefits directly to the brain, assisting in recovery from traumatic brain injuries.
- Grape Seed Extract Supplements MediumAnimal research
This extract provides valuable antioxidant and anti-inflammatory support, which can be beneficial for protecting brain cells and aiding recovery after a traumatic brain injury.
- J147 Supplements MediumAnimal research
Research indicates J147's neurogenic and anti-inflammatory effects could support brain recovery after traumatic injury by promoting the repair and regeneration of damaged neural tissue.
- Magnesium Supplements MediumAnimal research
Magnesium L-Threonate's ability to boost brain magnesium levels may support neural repair and recovery processes following a traumatic brain injury.
- Methylene Blue Supplements MediumAnimal research
Supporting neuronal function and mitigating damage from oxidative stress, Methylene Blue is being explored for its potential to improve outcomes following traumatic brain injuries.
- Palmitoylethanolamide (PEA) Supplements MediumAnimal research
This compound is being studied for its potential to protect brain cells and reduce inflammation following traumatic brain injuries, supporting neurological recovery.
- Phosphatidylserine (PS) Supplements MediumAnimal research
Supporting cell membrane health, phosphatidylserine may offer protective benefits and assist in the recovery process after a traumatic brain injury.
- Superoxide Dismutase (SOD) Supplements MediumAnimal research
By neutralizing free radicals, SOD can mitigate secondary oxidative damage that occurs after brain trauma, supporting neuronal health and recovery.
- Integral Yoga Practices LowClinical
Integral Yoga can offer modest benefits for individuals recovering from traumatic brain injury by helping to manage lingering symptoms like fatigue, 'brain fog,' mood disturbances, and anxiety, supporting neuroplasticity and rehabilitation.
- Astaxanthin Supplements LowAnimal research
Due to its powerful antioxidant and anti-inflammatory actions, astaxanthin is being explored for its potential to protect the brain and support healing following a traumatic brain injury.
- Dihexa Supplements LowAnimal research
Dihexa shows promise in preclinical models for supporting brain healing and protecting neural tissues after traumatic brain injury. Its capacity for neurogenesis is key in this area.
- Nicotinamide Mononucleotide (NMN) Supplements LowAnimal research
Early animal research exploring NMN's neuroprotective properties offers theoretical support for its potential role in recovery after traumatic brain injury.
- Tauroursodeoxycholic acid (TUDCA) Supplements LowAnimal research
Given its neuroprotective and anti-inflammatory actions, TUDCA is being investigated for its potential role in supporting brain recovery after a traumatic injury.
- Cognitive Training / Brain Games Practices HighTheoretical
Cognitive training is a vital part of rehabilitation after traumatic brain injury (TBI), promoting neuroplasticity and compensatory strategies. Structured exercises help individuals regain and improve cognitive functions such as attention, processing speed, and executive functions, leading to better adaptive capabilities and quality of life (effect sizes for various cognitive functions often range from d=0.5 to 0.8).
- CrossFit Practices HighTheoretical
Carefully structured functional training can powerfully promote neuroplasticity, significantly improve cerebral blood flow, and effectively reduce neuroinflammation. It also restores motor and cognitive functions lost due to traumatic brain injury, playing a critical and comprehensive role in neurological rehabilitation.
- Acetyl-L-Carnitine (ALCAR) Supplements MediumTheoretical
Promotes recovery of brain functions and reduction of neurological deficits after traumatic injuries.
- Benfotiamine Supplements MediumTheoretical
Supporting brain cell metabolism, Benfotiamine may offer neuroprotective benefits and aid in recovery processes after a traumatic brain injury.
- Sunifiram Supplements LowAnimal research
Investigations into Sunifiram's neuroprotective potential suggest it might play a role in mitigating damage and aiding recovery following a traumatic brain injury.
What to avoid (16)
- Amanita Pantherina Supplements HighClinical
Not advised for those recovering from a traumatic brain injury as it may interfere with brain healing or worsen neurological symptoms.
- Cognitive Behavioral Therapy Practices HighClinical
CBT is contraindicated immediately following severe acute traumatic brain injury due to profound cognitive deficits, amnesia, and an inability to process complex information or engage therapeutically.
- Cycling Practices HighClinical
If you have severe traumatic brain injury with persistent neurological deficits (e.g., balance, cognitive impairment), cycling can be highly unsafe due to increased risk of falls, re-injury, and symptom exacerbation. Consult a neurologist or rehabilitation specialist.
- Dance/Movement Therapy Practices HighClinical
Impaired balance, coordination, cognitive function, and potential for post-concussion symptoms (dizziness, fatigue) from a traumatic brain injury increase fall risk and symptom exacerbation during Dance/Movement Therapy. Requires careful adaptation.
- Hiking Practices HighClinical
Unresolved deficits from a traumatic brain injury, including impaired balance, cognitive function, or increased fatigue, significantly increase the risk of falls and make hiking unsafe. Follow your rehabilitation specialist's recommendations.
- Integral Yoga Practices HighClinical
Recent traumatic brain injury (TBI) or persistent post-concussion symptoms mean avoiding strenuous yoga, inversions, or rapid movements, which can worsen symptoms and impede recovery.
- Portion Control Practices HighClinical
TBI induces a hypermetabolic state with high energy needs for brain repair. Restrictive portion control can worsen brain damage and severely impede recovery.
- Power Yoga Practices HighClinical
After a traumatic brain injury, Power Yoga can be risky due to balance issues, potential for falls, and exacerbation of post-concussion symptoms. Consult your neurologist for medical clearance and guidance on safe activity levels.
- CrossFit Practices MediumClinical
Cognitive impairments, balance issues, and increased sensitivity to exertion can exacerbate symptoms or lead to further brain injury.
- Functional Training Practices MediumClinical
For those with acute traumatic brain injury or severe post-concussion syndrome, functional training can worsen symptoms and delay recovery. A gradual, medically supervised return to activity is necessary.
- Time-Restricted Eating 16/8 Practices MediumClinical
Brain recovery after a traumatic brain injury requires consistent energy and nutrient supply for healing and neuroplasticity. Time-restricted eating may introduce metabolic stress that could impede optimal recovery or exacerbate symptoms. Proceed with caution.
- Active Music Making Practices LowClinical
For those with a history of traumatic brain injury, loud sounds, bright lights, or intense cognitive engagement in music making can exacerbate symptoms like headaches, dizziness, or confusion. Proceed with caution and consult a specialist.
- Adequate Hydration Practices LowClinical
If you have a recent traumatic brain injury or condition causing cerebral swelling, excessive fluid intake can worsen brain edema and intracranial pressure. Strictly follow medical guidance on fluid restriction.
- Heat Exposure (Sauna/Steam) Habits LowClinical
Individuals with a history of traumatic brain injury may have impaired thermoregulation, increased sensitivity to heat, or a lower seizure threshold. Sauna use could exacerbate symptoms or pose a fall risk due to dizziness. Consult a neurologist.
- Professional Music Therapy Practices LowClinical
Individuals recovering from a traumatic brain injury may have heightened sensitivity to sound, where loud or complex music can worsen headaches, dizziness, or mental fatigue.
- Singing Bowls Session Practices LowClinical
Individuals with traumatic brain injury may have heightened sensitivity to sound and vibration, potentially worsening symptoms like headaches or dizziness. Consult a medical professional.