Life after a head injury:
understanding head trauma
Cognitive, physical and emotional sequelae, recovery phases, daily support — the complete guide for families and healthcare professionals
A head injury changes a life in a matter of seconds. For the person who is affected, for their family, for the professionals who support them, life "after" often resembles an unknown territory: a person physically present, but sometimes unrecognizable in their behaviors, emotions, and abilities. Understanding what happened in the brain, what can recover, at what pace and with what support, is the first step to navigating this ordeal with the right references. This comprehensive guide is aimed at both families of head injury victims and health, social, or educational professionals who accompany them on a daily basis.
1. What is a head injury? Mechanisms and definition
A head injury (HI) — also called a traumatic brain injury (TBI) — refers to any brain damage resulting from a mechanical shock applied to the head. This shock can be direct (impact of the skull against an object) or indirect (sudden deceleration causing the brain to move inside the skull). It is precisely this movement of the brain — which "hits" the bony walls or undergoes shear forces — that causes the lesions.
The most common causes in France are road accidents (30% of severe HIs), falls (the leading cause among children and elderly people), sports accidents, and physical violence. The vast majority of HIs are mild — what is commonly referred to as a "concussion" — but even mild HIs can leave lasting sequelae, especially if they are repeated.
1.1 The two types of brain lesions
🔴 Primary lesions
- Occur at the moment of impact
- Cerebral contusion: crushing of nerve tissue
- Diffuse axonal injuries: shearing of nerve fibers
- Epidural or subdural hematomas
- Intracerebral hemorrhage
- Non-reversible — irreversible at impact
🟡 Secondary lesions
- Occur in the hours/days following
- Cerebral edema (swelling of the brain)
- Hypoxia (lack of cerebral oxygen)
- Intracranial hypertension
- Inflammation and neuronal death in cascade
- Partially prevented by early management
1.2 Classification of head injuries by severity (Glasgow Scale)
The initial severity of a HI is assessed by the Glasgow Coma Scale (GCS), which measures three functions: eye opening, verbal response, and motor response. The total score guides initial management and partially predicts sequelae, even if individual recovery remains highly variable.
| Severity | GCS Score | Duration of loss of consciousness | Possible sequelae |
|---|---|---|---|
| Mild HI (concussion) | 13–15 | < 30 minutes | Post-concussion syndrome (headaches, fatigue, concentration disorders) |
| Moderate HI | 9–12 | 30 min to 6 hours | Moderate cognitive, behavioral, motor sequelae |
| Severe HI | ≤ 8 | > 6 hours (coma) | Severe and lasting sequelae — often significant disability |
Note: The initial GCS score is an indicator but not an absolute predictor. Some people with severe HIs recover better than expected due to early management and intensive rehabilitation. Conversely, a "mild" HI can lead to disabling sequelae, especially if symptoms persist beyond 3 months (persistent post-concussion syndrome).
2. Cognitive sequelae of head injury
Cognitive sequelae are among the most frequent and impactful on the daily lives of people affected by HIs, especially moderate to severe HIs. They are often "invisible" from the outside — making them difficult to understand for those around, and sometimes a source of conflicts or misunderstandings.
2.1 Memory disorders
Memory disorders are the most frequently reported cognitive sequelae. Two main types are distinguished: post-traumatic amnesia (PTA) — a period of confusion and amnesia that immediately follows the HI and whose duration is a good indicator of the severity of sequelae — and persistent memory disorders that can affect different types of memory.
Episodic memory
Difficulty encoding and recalling recent events. The person forgets what they just did, the conversations of the day, appointments — but often retains their old memories well.
Working memory
Reduced ability to maintain and manipulate information "online." Difficulty following a long conversation, remembering a phone number, performing multiple mental operations simultaneously.
Prospective memory
Difficulty remembering to do something in the future ("take medication tonight," "call the doctor tomorrow"). Very disabling in autonomous living.
New learning
Ability to learn new information or procedures is often reduced. Rehabilitation must rely on adapted learning techniques (spaced repetition, anchoring).
2.2 Executive function disorders
Executive functions — planning, organization, initiation of actions, cognitive flexibility, control of impulsivity — are particularly vulnerable to HIs because they largely depend on the frontal lobes, areas frequently affected. Their impairments have a considerable impact on autonomy, professional life, and social relationships.
Planning and organization difficulties
The person has trouble breaking down a complex task into steps, anticipating, managing a schedule. Simple activities before the HI — preparing a meal, organizing a trip — become major cognitive challenges.
Initiation disorders
Difficulty starting an action without external stimulation, even when the person wishes to do it. Often misinterpreted as "laziness" or "lack of will" by those around — it is actually a neurological symptom.
Impulsivity and disinhibition
Impulsive behaviors, inappropriate remarks, disproportionate reactions — result from a deficit in frontal inhibitory control. Very confusing for those around who knew a different person before the HI.
Cognitive rigidity and perseveration
Difficulty changing strategy, adapting to changes, considering a situation from a different angle. The person may "get stuck" on the same response or behavior even if inappropriate.
2.3 Attention and concentration disorders
Attention disorders are nearly universal after a moderate to severe HI. They manifest in several forms: difficulty maintaining attention on a task (sustained attention), concentrating in the presence of distractions (selective attention), sharing attention between two activities (divided attention), or quickly switching from one task to another (alternating attention). These disorders directly impact productivity at work, driving, and daily life activities.
DYNSEO Visual Timer
The visual timer is a valuable tool for people after HIs whose attention and time management are disrupted. It visually materializes the passing time, helps structure work or rehabilitation sessions, and reduces anxiety related to the loss of temporal references. A simple yet effective support for daily autonomy.
Discover the visual timer3. Emotional and behavioral sequelae
Beyond cognitive sequelae, head injury frequently leads to emotional and behavioral changes that are often the most difficult to experience for those around — and the least well understood. These changes are not "bad will": they directly result from brain lesions and require a specific approach.
3.1 Post-traumatic depression and anxiety
Depression affects 25 to 50% of people after a moderate to severe HI in the first two years. It can directly result from brain lesions (notably in areas involved in mood regulation) or from a psychological reaction to the awareness of losses — professional, relational, identity-related. Anxiety is equally common, often associated with a fear of relapses, hypervigilance, or post-traumatic stress.
3.2 Emotional lability
Emotional lability — rapid and uncontrolled shifts from one emotion to another, inappropriate crying or laughter — is a frequent symptom resulting from lesions in emotional regulation circuits. It can be very destabilizing for those around who do not understand these "mood swings." Clearly explaining it to the family reduces misunderstandings and improves the quality of support provided.
3.3 Anosognosia: not seeing one's own difficulties
Anosognosia refers to the inability to be aware of one's own deficits — the person does not "see" their difficulties, not out of refusal to admit them, but because the brain areas that allow for this self-assessment are themselves damaged. It can make rehabilitation very complex and is a source of significant family conflicts.
DYNSEO Emotion Thermometer
The emotion thermometer helps people after HIs identify and name their emotional states — a skill often disrupted after a brain injury. Used in rehabilitation sessions or daily with a caregiver, it promotes emotional communication, reduces frustrations related to expression difficulties, and initiates appropriate regulation strategies.
Access the tool4. Physical and sensory sequelae
The physical sequelae of HIs vary considerably depending on the location and extent of the lesions. They can combine with cognitive and emotional sequelae to create a complex clinical picture, requiring a multidisciplinary approach.
Motor sequelae
Hemiparesis or hemiplegia (weakness or paralysis on one side of the body), coordination disorders (ataxia), muscle spasticity, balance and walking difficulties. Intensive physiotherapy is essential for motor recovery.
Visual disorders
Hemianopsia (loss of half of the visual field), diplopia (double vision), difficulties with eye tracking, increased sensitivity to light (photophobia). A neuro-ophthalmological assessment is essential.
Auditory disorders
Tinnitus, hypersensitivity to sounds (hyperacusis), partial hearing loss. Hyperacusis is particularly common after mild HIs and can be very disabling in noisy environments.
Language disorders
Aphasia (disorders of the production and/or comprehension of spoken and written language), dysarthria (speech disorders), word-finding difficulties (anomia). A speech therapy assessment is essential as soon as the patient leaves rehabilitation.
4.1 Post-traumatic fatigue: the invisible and universal symptom
Post-traumatic fatigue is the most frequently reported symptom after a HI, regardless of its severity level. It is distinguished from ordinary fatigue by its disproportionate nature compared to the effort exerted, its resistance to rest, and its multiple components: physical, cognitive (the "brain fog"), and emotional fatigue. Understanding this neurological fatigue — and not minimizing it — is fundamental to adapting the pace of rehabilitation and daily life.
🔋 Understanding cognitive exhaustion after TBI
After a TBI, the brain must exert considerably more effort than before to perform the same tasks. Where a 30-minute conversation previously required little brain energy, it can now completely deplete the person's attentional resources. Managing cognitive energy — spacing out demands, planning rest periods, reducing sensory stimulation — is a skill to teach the person and their surroundings.
🎓 DYNSEO Training — Understanding Traumatic Brain Injury: What Families Need to Know
This certified online training (Qualiopi) guides families and professionals through the mechanisms of TBI, its consequences, recovery phases, and concrete support strategies. Completely online, at your own pace, funded by OPCO. It answers the questions you are asking today.
Access the training →5. Post-concussion syndrome: when a "mild" TBI leaves traces
Post-concussion syndrome (PCS) is discussed when symptoms persist beyond 3 months after a mild TBI. Contrary to what the term "mild" suggests, this syndrome can have a considerable impact on quality of life, work life, and relationships. It affects about 10 to 15% of people who suffer from mild TBIs.
| Symptom | Frequency | Daily Impact |
|---|---|---|
| Post-traumatic headaches | Very frequent | Chronic pain, sensitivity to light and noise |
| Cognitive fatigue | Very frequent | Exhaustion after mental effort, "brain fog" |
| Concentration disorders | Frequent | Difficulty working, reading, following a conversation |
| Sleep disorders | Frequent | Insomnia, hypersomnia, disruption of sleep-wake rhythm |
| Anxiety / irritability | Frequent | Disproportionate emotional reactions, hypervigilance |
| Dizziness and balance disorders | Moderate | Difficulty moving, nausea |
| Memory disorders | Moderate | Frequent forgetfulness, learning difficulties |
⚠️ PCS and return to work: Premature return to work without adjustments is one of the main causes of worsening PCS. A gradual return, with reduced working hours and task adaptation, is essential. Do not "push through" fatigue: cognitive rest is a medical prescription, not a weakness.
6. Recovery phases after a traumatic brain injury
Recovery after a severe TBI is not an event but a process that unfolds over months, even years. Understanding the phases of this process allows families to calibrate their expectations, adapt their support, and not despair during plateau moments.
Acute phase (D0 to D21) — Intensive care and resuscitation
Urgent medical care: control of intracranial pressure, brain oxygenation, prevention of secondary injuries. In the case of severe TBI, the person may be in a coma. The family receives little information about the long-term prognosis — uncertainty is the rule at this stage.
Coma emergence and awakening phase (weeks 3–8)
The awakening from a coma rarely happens dramatically like in the movies. It is a gradual transition through different states of consciousness: coma, vegetative state, minimally conscious state, confused awakening. Each stage requires appropriate monitoring and stimulation.
Intensive rehabilitation phase (months 2–12)
Multidisciplinary care in the Physical Medicine and Rehabilitation (PMR) service: physiotherapy, occupational therapy, speech therapy, neuropsychology, psychomotricity. This is the fastest recovery period — the intensity and early start of rehabilitation directly influence the outcomes.
Consolidation and integration phase (1–3 years)
Recovery continues, but more slowly. The person relearns to live with their new abilities. The focus is on autonomy in daily life activities, resuming social, family, and professional roles. Recovery "plateaus" are normal and do not mean the cessation of all progress.
Long-term phase (beyond 3 years)
Progress continues to occur well beyond the first year, particularly thanks to brain neuroplasticity. Social, professional, and emotional reintegration remains at the center of goals. Support from specialized associations (UNAFTC) becomes essential to avoid isolation.
7. Daily support: concrete strategies for families
The family is the first "safety net" for the person after TBI. However, daily support is exhausting, confusing, and a source of personal suffering. Here are concrete strategies, drawn from best practices in neuropsychology and family support.
7.1 Adapting the environment and communication
DYNSEO 3 Column Table
The 3 column table is a simple and powerful tool to help people after TBI structure their thoughts, analyze a stressful situation, or plan their activities. It also helps to work on the cognitive distortions often present after a TBI, encouraging more balanced thinking. Usable independently or with the support of a professional.
Access the tool7.2 Managing Difficult Behaviors Methodically
Problematic behaviors (aggressiveness, impulsivity, disinhibition, apathy) are neurological symptoms, not deliberate choices. Addressing them with a neurological framework — understanding where they come from and what triggers them — allows for more appropriate and less exhausting responses for the family.
⚡ Facing Aggressiveness or Impulsivity
- Stay calm — de-escalation always starts with oneself
- Identify triggers (fatigue, sensory overload, frustration)
- Propose a break before the situation escalates
- Do not reason "in the heat of the moment" — wait for calm to discuss
- Consult the neuropsychologist for a tailored behavioral program
😶 Facing Apathy and Lack of Initiative
- Do not interpret as laziness or unwillingness
- Propose structured activities rather than an open choice
- Break activities down into very small initial steps
- Value every effort, no matter how small
- Use a motivation chart to visualize progress
DYNSEO Motivation Chart
The motivation chart is particularly suited for people after TBI suffering from apathy or initiation difficulties. It allows for visualizing goals, tracking progress, and maintaining motivation over time — a crucial aspect in rehabilitation that spans months or years. It can be personalized according to each person's goals.
Access the tool8. Cognitive Stimulation After TBI: Applications and Digital Rehabilitation
Cognitive rehabilitation after TBI traditionally relies on sessions with a neuropsychologist. Digital cognitive stimulation applications today provide a valuable complement, allowing for regular home training between professional sessions.
The CLINT application from DYNSEO is particularly suited for adults after TBI: its exercise catalog covers memory (visual, verbal, associative, working), attention (sustained, selective, divided), executive functions, and language. The difficulty level is adjustable, allowing for gradual progression that adapts to the person's fluctuating abilities, taking into account post-traumatic fatigue.
Practical advice: In the rehabilitation phase, prefer short (10 to 15 minutes) and regular sessions (5 days a week) rather than long and spaced-out sessions. Cognitive fatigue should always guide the duration: stop before total exhaustion, not after. Neuroplasticity thrives on regularity, not excessive intensity.
9. The care pathway in France after a severe head injury
Navigating the French healthcare system after a severe head injury can be complex for families. Here are the key steps and contacts to know.
| Step | Structure | Average duration | Objectives |
|---|---|---|---|
| Emergency / Resuscitation | University Hospital / Hospital with neurosurgery | Day 0 to Day 21 | Survival, prevention of secondary injuries |
| Acute Rehabilitation | Physical Medicine and Rehabilitation Department | 1–3 months | Awakening, initial rehabilitation |
| Post-Acute Rehabilitation / UEROS | Evaluation, Retraining and Social Orientation Unit | 3–12 months | Autonomy, professional and social reintegration |
| City / Private | Neuropsychologist, physiotherapist, speech therapist, occupational therapist | Long term | Maintenance of skills, cognitive follow-up |
| MDPH | Departmental House for Disabled People | As soon as stabilization | Recognition of disability, AAH, PCH, RQTH |
9.1 Financial aids and rights after a head injury
💶 Financial aids
- AAH (Adult Disability Allowance) if disability rate ≥ 80%
- PCH (Disability Compensation Benefit) for human and technical aids
- Disability pension via Social Security
- Compensation via liability insurance or personal insurance
- Legal aid for judicial procedures
🏢 Professional rights
- RQTH (Recognition of the Quality of Disabled Worker)
- Job adaptation funded by AGEFIPH
- Referral to ESAT if return to ordinary environment is impossible
- Cap Emploi: support for professional reintegration
- Disability pension compatible with partial resumption of work
10. Social, emotional, and professional life after a head injury
The consequences of a head injury do not stop at cognitive and motor functions: they disrupt the person's identity, their social roles (parent, partner, professional, friend), and their life projects. Supporting this identity reconstruction is a fundamental — and often neglected — aspect of overall rehabilitation.
10.1 The impact on family and marital relationships
Close relatives — especially the partner — are often the first to suffer the emotional consequences of a head injury. The relationship changes: the spouse becomes a caregiver, sometimes partially a parent. The previous complicity can be difficult to regain, especially when the personality of the person with the head injury has changed. Support groups for families of brain-injured individuals (UNAFTC, local associations) are a valuable resource to navigate these challenges without isolating oneself.
He is not the same man I married. But he is still him, somewhere. Learning to know this new person, without giving up who he was — that is a lifelong task.
— Testimony from the spouse of a person with TBI, UNAFTC group10.2 Returning to work: a complex challenge
Returning to work after a moderate to severe TBI is possible for the majority of people, but it often requires adjustments: reduced working hours, modification of tasks, adjustment of the environment (reducing noise, quiet space), training colleagues on the specifics of TBI. A gradual return, prepared with the occupational physician, neuropsychologist, and employer, is the recommended path.
DYNSEO Choice Wheel
In the face of numerous choices to make after a TBI — returning to work, adapting housing, leisure activities, social life — the choice wheel helps the person and their entourage to identify priorities, explore options, and make decisions in a structured way. A valuable tool to navigate the difficulties of initiation and decision-making that are common after a frontal TBI.
Discover the tool11. TBI in Children: Specificities and School Support
Traumatic brain injury in children has significant particularities. The developing brain is both more vulnerable (injuries can disrupt ongoing acquisitions) and more plastic (brain reorganization can compensate more). The consequences may only manifest gradually, as school and social demands increase — hence the importance of regular neuropsychological follow-up.
Returning to class after a TBI requires specific support: a Personalized Accompaniment Plan (PAP) or a Personalized Schooling Project (PPS/MDPH) can formalize the necessary accommodations — extended time, reduced homework, regular breaks, access to a quiet room. The COCO app from DYNSEO can be used for cognitive stimulation of children aged 5 to 10 in the recovery phase, with playful exercises adapted to their age.
12. Taking Care of Oneself as a Caregiver
The caregiver of a person after a TBI is also at risk: of burnout, depression, social isolation. It is essential that caregivers are also supported, assisted, and allowed to take time for themselves. Some essential resources: UNAFTC support groups, respite platforms, the My Psychological Support system (reimbursed psychological consultations), and specific training like that offered by DYNSEO which helps to better understand what the TBI person is experiencing — and thus respond better without exhausting themselves.
13. Post-Concussion Syndrome: When Symptoms Persist After a Mild TBI
A mild traumatic brain injury (GCS 13-15, no visible lesion on MRI) can nonetheless lead to persistent symptoms for weeks, months, or even over a year. This clinical picture — known as post-concussion syndrome — is often poorly recognized and underestimated, both by health professionals and by those around who struggle to understand that someone "hasn't had anything serious" according to examinations can continue to suffer significantly.
13.1 Symptoms of Post-Concussion Syndrome
Cognitive Symptoms
Difficulties concentrating, slowing of thought, short-term memory problems, difficulty managing multiple tasks simultaneously, intense mental fatigue during even moderate cognitive efforts.
Physical Symptoms
Persistent headaches (often frontal or band-like), dizziness, visual disturbances (blurred vision, light sensitivity), auditory disturbances (tinnitus, hyperacusis), nausea, disproportionate physical fatigue.
Emotional Symptoms
Irritability, emotional lability, anxiety, reactive depression, sleep disorders. These psychological manifestations are often reactive to functional loss and the misunderstanding of those around.
Sleep Disorders
Insomnia at sleep onset, nighttime awakenings, hypersomnia, disrupted sleep cycles. Sleep disorders exacerbate all other symptoms and must be treated as a priority in management.
13.2 Why Mild TBI is Often Poorly Managed
The paradox of mild TBI is that standard exams (CT scan, conventional MRI) are often normal — because the lesions are microscopic, diffuse, and invisible to common imaging techniques. The patient is then too often wrongly reassured ("there's nothing on the MRI, you can resume your activities") and returns to work or school too quickly. Premature return to intense cognitive activity worsens symptoms and prolongs recovery — this is called "second cognitive concussion."
Recommended gradual return protocol after mild TBI: Relative cognitive rest for the first 24–48 hours (no screens, no intensive reading, no work), then gradual resumption according to symptoms. If symptoms persist beyond 4 weeks, a specialized consultation in neurology or physical medicine and rehabilitation (PMR) is essential — do not wait for "it to pass on its own."
14. Return to Work After a Head Injury: Strategies and Rights
Returning to work after a TBI is one of the most delicate stages of recovery. It is often anticipated too early by the patient themselves (to "prove they are fine") or by the implicit pressure of the professional environment. However, a premature return in a demanding cognitive context prolongs recovery and increases the risk of chronic symptoms.
14.1 Workers' Rights After TBI
A head injury, whether mild or severe, may entitle one to Recognition of the Quality of Disabled Worker (RQTH), including temporarily. This recognition allows access to job adjustments (reduced working hours, telework, tasks adapted to current cognitive abilities), support from Cap Emploi for adjustments or retraining, and protections against dismissal. The occupational physician is a key contact to facilitate adjustments without revealing the diagnosis to the employer.
14.2 Gradual Return Strategies
Start with a therapeutic part-time
Therapeutic part-time allows for a gradual return to work while remaining on sick leave for the other half of the time — with partial maintenance of daily allowances. This is the recommended modality after TBI to test the capacity for return without the risk of collapse.
Negotiate concrete adjustments
Work at times of best cognitive efficiency, reduce meetings and simultaneous interactions, benefit from a calm and low-stimulus environment, have access to regular recovery breaks — these adjustments can make the difference between a successful return and an exhausting relapse.
Inform key colleagues (if desired)
Informing one's direct supervisor or closest colleagues about the situation — with the level of detail that the person deems appropriate — can reduce misunderstandings and facilitate informal adaptation. The invisibility of the cognitive aftereffects of ADHD often creates more relational difficulties than the illness itself.
Frequently Asked Questions about Life After a Traumatic Brain Injury
Q1 How long does recovery take after a severe traumatic brain injury?
Recovery generally continues for 2 to 5 years after a severe TBI, with the fastest progress in the first year. However, improvements can continue beyond that, thanks to brain neuroplasticity and ongoing rehabilitation. It is important not to set an arbitrary "deadline" for recovery — each person progresses at their own pace, influenced by the severity of the initial injuries, the intensity of rehabilitation, age, and individual factors.
Q2 Does personality really change after a traumatic brain injury?
Yes, personality changes are common after a moderate to severe TBI, especially when the frontal lobes are affected. Impulsivity, irritability, disinhibition, apathy, apparent egocentrism — these changes result directly from brain injuries, not from a choice or unwillingness. Over time, with rehabilitation and appropriate behavioral strategies, improvement is often possible, even if "returning to the same" is not always a realistic goal. Understanding the neurology of these changes helps families respond with less exhaustion and more effectiveness.
Q3 My loved one says they are fine while clearly struggling. How can I help?
What you describe sounds like anosognosia — a neurological inability to perceive one's own deficits. This is not denial or stubbornness: the brain areas that allow for self-assessment are themselves damaged. The most effective approach is not to confront directly, but to use concrete situations and factual feedback to gradually bring about awareness. The neuropsychologist can support this work with specific cognitive remediation techniques.
Q4 Which professionals should be consulted after a traumatic brain injury?
The ideal team is multidisciplinary: neurologist or rehabilitation physician for medical follow-up, neuropsychologist for cognitive assessment and rehabilitation, speech therapist for language and communication disorders, physiotherapist for motor sequelae, occupational therapist for adapting daily living activities and home, psychologist for emotional support for the person and family. The social worker from the service can guide towards MDPH aids and support associations.
Q5 Is the DYNSEO training on TBI suitable for health professionals?
Yes, absolutely. The training "Understanding Traumatic Brain Injury: What Families Need to Know" is designed for two complementary audiences: families of TBI individuals seeking to better understand and support their loved ones, and health, medico-social, or educational professionals (nursing assistants, home helpers, specialized educators, teachers) who support TBI individuals without necessarily having received specific training. It is Qualiopi certified and fundable through OPCO.
Q6 Are there support associations for families of brain injury victims?
Yes. UNAFTC (National Union of Associations of Families of Traumatic Brain Injury and Cerebral Lesions) is the main national association with a network of local associations throughout France. It offers support groups, training for caregivers, legal support, and guidance towards local resources. Caregiver houses and MDPH can also direct towards additional support.
Understanding to Better Support
Traumatic brain injury is one of the most complex brain injuries to understand and support. But understanding is the first form of support. By learning to decode the sequelae, adapt communication, and navigate the healthcare system, you can make a real difference in the quality of life and recovery of your loved one.
Access the DYNSEO training →🎓 Training — Understanding Traumatic Brain Injury: What Families Need to Know
Qualiopi certified, 100% online, at your own pace, fundable through OPCO. Designed for families and professionals who support a person after TBI. Mechanisms, sequelae, recovery phases, support strategies — everything you need to move forward with the right references.
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