GITNUXREPORT 2026

Traumatic Brain Injury Car Accident Statistics

Car accidents are a leading preventable cause of traumatic brain injuries globally.

Gitnux Team

Expert team of market researchers and data analysts.

First published: Feb 13, 2026

Our Commitment to Accuracy

Rigorous fact-checking · Reputable sources · Regular updatesLearn more

Statistic 1

In the United States, motor vehicle crashes account for 28% of all traumatic brain injuries (TBIs) among individuals aged 0-14 years

Statistic 2

Globally, road traffic accidents cause over 1.3 million deaths annually, with TBIs contributing to 50% of these fatalities

Statistic 3

In 2019, there were 69,000 TBI-related hospitalizations from motor vehicle crashes in the US, representing 14% of all injury hospitalizations

Statistic 4

Car accidents are responsible for 37% of TBIs in adolescents aged 15-19 in the UK

Statistic 5

From 2007-2016, motor vehicle traffic incidents caused 1.2 million emergency department visits for TBI in the US

Statistic 6

In Australia, road crashes lead to 5,800 TBIs per year, with 40% classified as severe

Statistic 7

Males aged 18-24 experience TBIs from car accidents at a rate 3 times higher than females in the same age group in Canada

Statistic 8

In Europe, 7,000 road traffic accident-related TBIs occur annually among children under 15

Statistic 9

US data from 2014 shows 2.87 million TBI diagnoses, with motor vehicle crashes causing 17.3% of cases

Statistic 10

In India, car accidents contribute to 60% of TBIs in urban areas, affecting 200,000 people yearly

Statistic 11

Between 2013-2015, motor vehicle crashes were linked to 25% of fatal TBIs in the US, totaling 14,000 deaths

Statistic 12

In New Zealand, road trauma causes 1,200 TBIs annually, with 30% from high-speed collisions

Statistic 13

Among US military veterans, motor vehicle crashes post-deployment cause 20% of TBIs

Statistic 14

In Brazil, traffic accidents account for 45% of TBIs, with 50,000 cases reported in 2018

Statistic 15

UK statistics indicate 350,000 TBIs yearly, 20% from road traffic incidents

Statistic 16

In the US, Hispanic populations have a 15% higher rate of car accident TBIs compared to non-Hispanics

Statistic 17

From 2000-2010, pediatric TBIs from car crashes decreased by 40% due to safety laws

Statistic 18

In South Africa, motor vehicle accidents cause 55% of TBIs, with 10,000 severe cases yearly

Statistic 19

EU road safety reports show 5% of all TBIs are from car crashes, equating to 100,000 cases annually

Statistic 20

In Japan, elderly drivers involved in crashes sustain TBIs at twice the rate of younger drivers

Statistic 21

US rural areas see 2x higher TBI incidence from car accidents than urban areas

Statistic 22

In 2021, motor vehicle TBIs rose 12% post-COVID lockdowns in the US

Statistic 23

Canadian data: 16,000 TBIs from road crashes yearly, 25% moderate to severe

Statistic 24

In China, car accidents cause 30% of TBIs, impacting 1 million people annually

Statistic 25

Ireland reports 2,000 road-related TBIs per year, 35% in young males

Statistic 26

US seatbelt non-use triples TBI risk in crashes, per NHTSA data

Statistic 27

In Sweden, e-bikes contribute to 15% rise in cyclist TBIs from car collisions

Statistic 28

Mexico: Traffic accidents lead to 40% of TBIs, 25,000 hospitalizations in 2020

Statistic 29

In the US, nighttime car crashes account for 60% of fatal TBIs

Statistic 30

Australia: Indigenous populations have 4x higher car accident TBI rates

Statistic 31

30% 1-year mortality for severe TBI post-car crash despite treatment

Statistic 32

50% of moderate TBI patients return to work within 6 months

Statistic 33

Persistent disability in 15-30% of mild TBIs at 1 year

Statistic 34

Glasgow Outcome Scale good recovery in 40% of severe cases at 6 months

Statistic 35

Unemployment rate 50% higher in TBI survivors vs controls at 2 years

Statistic 36

Divorce rates double in couples post-severe TBI

Statistic 37

20-30% develop post-traumatic epilepsy within 5 years

Statistic 38

Life expectancy reduced by 5-9 years in severe TBI survivors

Statistic 39

Cognitive recovery plateaus at 18 months in 70% of cases

Statistic 40

60% of children with TBI show school performance decline

Statistic 41

Suicide risk 3x higher in TBI patients over 10 years

Statistic 42

Independent living achieved by 65% of moderate TBI at 5 years

Statistic 43

Dementia risk increases 2-4x post-moderate-severe TBI

Statistic 44

40% report depression at 1 year post-injury

Statistic 45

Functional Independence Measure gains average 20 points in rehab

Statistic 46

25% of severe TBI require lifelong caregiving

Statistic 47

Driving resumption in 50% of mild TBI after 6 months assessment

Statistic 48

Healthcare costs average $1 million lifetime for severe TBI

Statistic 49

Social isolation affects 55% at 2 years post-TBI

Statistic 50

70% of survivors experience fatigue chronically

Statistic 51

Pregnancy outcomes poor in 30% of pre-TBI women post-injury

Statistic 52

35% show aggression issues persisting 3 years

Statistic 53

Quality of life scores 30% lower than norms at 5 years

Statistic 54

45% of veterans with TBI have PTSD comorbidity

Statistic 55

Memory improvement maximal in first 3 months for 80%

Statistic 56

Institutionalization rate 10-20% for severe TBI elderly

Statistic 57

50% financial independence lost post-moderate TBI

Statistic 58

Seizure-free 80% with early AED treatment

Statistic 59

In the US, motor vehicle crashes cause 32% of TBIs in ages 25-44

Statistic 60

Speeding contributes to 30% of car accident TBIs, increasing severity by 50%

Statistic 61

Alcohol impairment is involved in 40% of fatal car crash TBIs in the US

Statistic 62

Distracted driving, like phone use, raises TBI risk by 4x in collisions

Statistic 63

Lack of helmet use in motorcycle crashes linked to 67% of TBIs

Statistic 64

Teen drivers have 3x higher TBI rates due to inexperience in car accidents

Statistic 65

Rural roads increase TBI severity in crashes by 25% due to higher speeds

Statistic 66

Seatbelt non-compliance elevates TBI odds by 2.5x in frontal crashes

Statistic 67

Males under 30 are 2.5x more likely to sustain TBI in car crashes

Statistic 68

Winter road conditions double TBI incidence in car accidents

Statistic 69

Unrestrained rear-seat passengers have 3.4x higher TBI risk

Statistic 70

Driver fatigue causes 20% of TBIs in long-haul truck crashes

Statistic 71

Intersection collisions account for 40% of TBIs due to T-bone impacts

Statistic 72

Elderly drivers over 75 have 1.5x TBI risk from reduced neck strength

Statistic 73

Rollover crashes increase severe TBI by 75% compared to frontal impacts

Statistic 74

Pedestrian-car collisions cause TBIs in 70% of cases at speeds over 30 mph

Statistic 75

Commercial vehicle crashes elevate TBI risk by 50% due to mass disparity

Statistic 76

No airbag deployment triples moderate-severe TBI likelihood

Statistic 77

Young children in front seats have 5x TBI risk without proper restraints

Statistic 78

Hit-and-run incidents linked to 15% higher TBI severity due to delayed care

Statistic 79

Multi-vehicle pileups increase TBI incidence by 60%

Statistic 80

Drivers with prior TBI history have 2x crash recurrence risk

Statistic 81

Smartphone navigation distraction causes 12% of TBIs in crashes

Statistic 82

Off-road vehicle crashes on highways spike TBI by 40%

Statistic 83

Pregnant women in crashes have 2x fetal TBI risk from maternal injury

Statistic 84

Bicycle helmets reduce car collision TBI by 88%

Statistic 85

Severe TBI occurs in 25% of crashes exceeding 50 mph

Statistic 86

Side-impact crashes cause 30% more TBIs due to lateral head motion

Statistic 87

TBI symptoms manifest in 50% of mild car crash cases within 24 hours

Statistic 88

70-90% of TBIs from car accidents are mild, but 10% progress to severe

Statistic 89

Post-traumatic amnesia averages 24 hours in moderate TBIs from crashes

Statistic 90

Headache occurs in 78% of acute TBI patients post-car accident

Statistic 91

Glasgow Coma Scale scores below 9 indicate severe TBI in 15% of crash victims

Statistic 92

Dizziness and balance issues affect 60% of mild TBI survivors from vehicles

Statistic 93

40% of severe TBI cases show intracranial hemorrhage on initial CT

Statistic 94

Cognitive impairment persists in 30% of moderate TBI after 3 months

Statistic 95

Seizures occur within 7 days in 25% of severe car crash TBIs

Statistic 96

Fatigue reported by 85% of TBI patients 1 year post-accident

Statistic 97

Visual disturbances like blurred vision in 50% of crash-related TBIs

Statistic 98

55% of pediatric TBI victims show behavioral changes post-crash

Statistic 99

Diffuse axonal injury seen in 50% of high-speed crash TBIs on MRI

Statistic 100

Sleep disturbances affect 70% of adults with mild TBI from cars

Statistic 101

Loss of consciousness over 30 min classifies 20% as severe TBI

Statistic 102

Emotional lability in 65% of TBI cases 6 months post-crash

Statistic 103

35% of TBIs show skull fractures in high-impact car collisions

Statistic 104

Sensory hypersensitivity develops in 45% within weeks of injury

Statistic 105

Motor deficits persist in 25% of moderate-severe TBIs at 1 year

Statistic 106

Aphasia affects 20% of left-hemisphere TBIs from crashes

Statistic 107

80% of mild TBIs resolve symptoms in 7-10 days

Statistic 108

Chronic pain syndromes in 50% of TBI survivors post-car accident

Statistic 109

Intracranial pressure elevation in 40% of severe TBIs requires intervention

Statistic 110

Memory deficits primary complaint in 75% of litigating TBI cases

Statistic 111

60% exhibit executive dysfunction post-moderate TBI from vehicles

Statistic 112

Brainstem injury symptoms like coma in 10% of fatal trajectory crashes

Statistic 113

Olfactory dysfunction in 15-20% of anterior frontal TBIs

Statistic 114

90-day mortality for severe TBI post-crash is 30-50%

Statistic 115

Hyperventilation therapy used in 70% of severe TBI cases with hypoxia

Statistic 116

CT imaging detects abnormalities in 15% of mild TBI patients

Statistic 117

Decompressive craniectomy performed in 20% of severe TBIs

Statistic 118

Hyperosmolar therapy with mannitol reduces ICP in 60% of cases

Statistic 119

Early tracheostomy improves outcomes in 40% of ventilated TBI patients

Statistic 120

Prophylactic hypothermia lowers mortality by 15% in severe TBIs

Statistic 121

Multidisciplinary rehab starts within 72 hours for 80% of moderate cases

Statistic 122

Barbiturate coma induced in 25% of refractory ICP cases

Statistic 123

Cognitive behavioral therapy aids 50% of post-TBI anxiety patients

Statistic 124

Helmet therapy post-craniectomy used in 30% of surgical cases

Statistic 125

IV fluids with 0.9% saline preferred in 90% of acute TBI management

Statistic 126

Speech therapy improves aphasia in 65% of rehab participants

Statistic 127

Occupational therapy reduces dependency in 70% at 6 months

Statistic 128

Antiepileptic drugs given prophylactically to 80% of severe TBIs

Statistic 129

Physical therapy focuses on gait in 85% of motor deficit cases

Statistic 130

Nutritional support via NG tube in 50% of comatose patients

Statistic 131

Virtual reality rehab enhances balance in 55% of vestibular TBI

Statistic 132

Steroids avoided in 95% per guidelines due to harm

Statistic 133

Tele-rehab utilized in 40% post-discharge for rural patients

Statistic 134

Cranioplasty performed 3-6 months post-op in 60% of cases

Statistic 135

Mindfulness training reduces PTSD in 45% of TBI survivors

Statistic 136

Blood pressure targets <140 systolic in acute phase for 75%

Statistic 137

Vocational rehab returns 50% to work within 1 year

Statistic 138

tDCS neuromodulation trials show 30% cognitive improvement

Statistic 139

Pain management with acetaminophen first-line in 90%

Statistic 140

Family counseling integrated in 70% of long-term care plans

Statistic 141

Antibiotic prophylaxis for basilar skull fractures in 100% suspected

Statistic 142

Constraint-induced movement therapy for hemiparesis in 40%

Statistic 143

50% of severe TBI patients require ICU stay averaging 10 days

Statistic 144

Music therapy improves mood in 60% of rehab patients

1/144

Sources

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Imagine a world where a child's bicycle ride, a teenager's first drive, or a routine commute carries a hidden, life-altering risk that strikes with terrifying frequency, as car crashes are not just collisions of metal and glass but a leading cause of traumatic brain injury, accounting for millions of devastating cases globally each year.

Key Takeaways

In the United States, motor vehicle crashes account for 28% of all traumatic brain injuries (TBIs) among individuals aged 0-14 years
Globally, road traffic accidents cause over 1.3 million deaths annually, with TBIs contributing to 50% of these fatalities
In 2019, there were 69,000 TBI-related hospitalizations from motor vehicle crashes in the US, representing 14% of all injury hospitalizations
In the US, motor vehicle crashes cause 32% of TBIs in ages 25-44
Speeding contributes to 30% of car accident TBIs, increasing severity by 50%
Alcohol impairment is involved in 40% of fatal car crash TBIs in the US
TBI symptoms manifest in 50% of mild car crash cases within 24 hours
70-90% of TBIs from car accidents are mild, but 10% progress to severe
Post-traumatic amnesia averages 24 hours in moderate TBIs from crashes
Decompressive craniectomy performed in 20% of severe TBIs
Hyperosmolar therapy with mannitol reduces ICP in 60% of cases
Early tracheostomy improves outcomes in 40% of ventilated TBI patients
30% 1-year mortality for severe TBI post-car crash despite treatment
50% of moderate TBI patients return to work within 6 months
Persistent disability in 15-30% of mild TBIs at 1 year

Car accidents are a leading preventable cause of traumatic brain injuries globally.

Incidence and Prevalence

In the United States, motor vehicle crashes account for 28% of all traumatic brain injuries (TBIs) among individuals aged 0-14 years
Globally, road traffic accidents cause over 1.3 million deaths annually, with TBIs contributing to 50% of these fatalities
In 2019, there were 69,000 TBI-related hospitalizations from motor vehicle crashes in the US, representing 14% of all injury hospitalizations
Car accidents are responsible for 37% of TBIs in adolescents aged 15-19 in the UK
From 2007-2016, motor vehicle traffic incidents caused 1.2 million emergency department visits for TBI in the US
In Australia, road crashes lead to 5,800 TBIs per year, with 40% classified as severe
Males aged 18-24 experience TBIs from car accidents at a rate 3 times higher than females in the same age group in Canada
In Europe, 7,000 road traffic accident-related TBIs occur annually among children under 15
US data from 2014 shows 2.87 million TBI diagnoses, with motor vehicle crashes causing 17.3% of cases
In India, car accidents contribute to 60% of TBIs in urban areas, affecting 200,000 people yearly
Between 2013-2015, motor vehicle crashes were linked to 25% of fatal TBIs in the US, totaling 14,000 deaths
In New Zealand, road trauma causes 1,200 TBIs annually, with 30% from high-speed collisions
Among US military veterans, motor vehicle crashes post-deployment cause 20% of TBIs
In Brazil, traffic accidents account for 45% of TBIs, with 50,000 cases reported in 2018
UK statistics indicate 350,000 TBIs yearly, 20% from road traffic incidents
In the US, Hispanic populations have a 15% higher rate of car accident TBIs compared to non-Hispanics
From 2000-2010, pediatric TBIs from car crashes decreased by 40% due to safety laws
In South Africa, motor vehicle accidents cause 55% of TBIs, with 10,000 severe cases yearly
EU road safety reports show 5% of all TBIs are from car crashes, equating to 100,000 cases annually
In Japan, elderly drivers involved in crashes sustain TBIs at twice the rate of younger drivers
US rural areas see 2x higher TBI incidence from car accidents than urban areas
In 2021, motor vehicle TBIs rose 12% post-COVID lockdowns in the US
Canadian data: 16,000 TBIs from road crashes yearly, 25% moderate to severe
In China, car accidents cause 30% of TBIs, impacting 1 million people annually
Ireland reports 2,000 road-related TBIs per year, 35% in young males
US seatbelt non-use triples TBI risk in crashes, per NHTSA data
In Sweden, e-bikes contribute to 15% rise in cyclist TBIs from car collisions
Mexico: Traffic accidents lead to 40% of TBIs, 25,000 hospitalizations in 2020
In the US, nighttime car crashes account for 60% of fatal TBIs
Australia: Indigenous populations have 4x higher car accident TBI rates

Incidence and Prevalence Interpretation

The sobering global chorus of car horns underscores a grim truth: whether measured in a child's preventable injury or a nation's staggering loss, the road remains a devastatingly efficient delivery system for traumatic brain injury.

Prognosis and Outcomes

30% 1-year mortality for severe TBI post-car crash despite treatment
50% of moderate TBI patients return to work within 6 months
Persistent disability in 15-30% of mild TBIs at 1 year
Glasgow Outcome Scale good recovery in 40% of severe cases at 6 months
Unemployment rate 50% higher in TBI survivors vs controls at 2 years
Divorce rates double in couples post-severe TBI
20-30% develop post-traumatic epilepsy within 5 years
Life expectancy reduced by 5-9 years in severe TBI survivors
Cognitive recovery plateaus at 18 months in 70% of cases
60% of children with TBI show school performance decline
Suicide risk 3x higher in TBI patients over 10 years
Independent living achieved by 65% of moderate TBI at 5 years
Dementia risk increases 2-4x post-moderate-severe TBI
40% report depression at 1 year post-injury
Functional Independence Measure gains average 20 points in rehab
25% of severe TBI require lifelong caregiving
Driving resumption in 50% of mild TBI after 6 months assessment
Healthcare costs average $1 million lifetime for severe TBI
Social isolation affects 55% at 2 years post-TBI
70% of survivors experience fatigue chronically
Pregnancy outcomes poor in 30% of pre-TBI women post-injury
35% show aggression issues persisting 3 years
Quality of life scores 30% lower than norms at 5 years
45% of veterans with TBI have PTSD comorbidity
Memory improvement maximal in first 3 months for 80%
Institutionalization rate 10-20% for severe TBI elderly
50% financial independence lost post-moderate TBI
Seizure-free 80% with early AED treatment

Prognosis and Outcomes Interpretation

While the grim calculus of a car crash can be measured in broken bones and bent metal, the true debt is paid over a lifetime in lost marriages, stolen careers, and a mind that can never quite find its way back home.

Risk Factors

In the US, motor vehicle crashes cause 32% of TBIs in ages 25-44
Speeding contributes to 30% of car accident TBIs, increasing severity by 50%
Alcohol impairment is involved in 40% of fatal car crash TBIs in the US
Distracted driving, like phone use, raises TBI risk by 4x in collisions
Lack of helmet use in motorcycle crashes linked to 67% of TBIs
Teen drivers have 3x higher TBI rates due to inexperience in car accidents
Rural roads increase TBI severity in crashes by 25% due to higher speeds
Seatbelt non-compliance elevates TBI odds by 2.5x in frontal crashes
Males under 30 are 2.5x more likely to sustain TBI in car crashes
Winter road conditions double TBI incidence in car accidents
Unrestrained rear-seat passengers have 3.4x higher TBI risk
Driver fatigue causes 20% of TBIs in long-haul truck crashes
Intersection collisions account for 40% of TBIs due to T-bone impacts
Elderly drivers over 75 have 1.5x TBI risk from reduced neck strength
Rollover crashes increase severe TBI by 75% compared to frontal impacts
Pedestrian-car collisions cause TBIs in 70% of cases at speeds over 30 mph
Commercial vehicle crashes elevate TBI risk by 50% due to mass disparity
No airbag deployment triples moderate-severe TBI likelihood
Young children in front seats have 5x TBI risk without proper restraints
Hit-and-run incidents linked to 15% higher TBI severity due to delayed care
Multi-vehicle pileups increase TBI incidence by 60%
Drivers with prior TBI history have 2x crash recurrence risk
Smartphone navigation distraction causes 12% of TBIs in crashes
Off-road vehicle crashes on highways spike TBI by 40%
Pregnant women in crashes have 2x fetal TBI risk from maternal injury
Bicycle helmets reduce car collision TBI by 88%
Severe TBI occurs in 25% of crashes exceeding 50 mph
Side-impact crashes cause 30% more TBIs due to lateral head motion

Risk Factors Interpretation

The sobering truth behind these statistics is that the vast majority of traumatic brain injuries from car crashes are not random acts of fate, but predictable consequences of choices we make—to speed, to drink, to look away, or to skip a seatbelt—which collectively form a recipe for personal and societal disaster.

Symptoms and Severity

TBI symptoms manifest in 50% of mild car crash cases within 24 hours
70-90% of TBIs from car accidents are mild, but 10% progress to severe
Post-traumatic amnesia averages 24 hours in moderate TBIs from crashes
Headache occurs in 78% of acute TBI patients post-car accident
Glasgow Coma Scale scores below 9 indicate severe TBI in 15% of crash victims
Dizziness and balance issues affect 60% of mild TBI survivors from vehicles
40% of severe TBI cases show intracranial hemorrhage on initial CT
Cognitive impairment persists in 30% of moderate TBI after 3 months
Seizures occur within 7 days in 25% of severe car crash TBIs
Fatigue reported by 85% of TBI patients 1 year post-accident
Visual disturbances like blurred vision in 50% of crash-related TBIs
55% of pediatric TBI victims show behavioral changes post-crash
Diffuse axonal injury seen in 50% of high-speed crash TBIs on MRI
Sleep disturbances affect 70% of adults with mild TBI from cars
Loss of consciousness over 30 min classifies 20% as severe TBI
Emotional lability in 65% of TBI cases 6 months post-crash
35% of TBIs show skull fractures in high-impact car collisions
Sensory hypersensitivity develops in 45% within weeks of injury
Motor deficits persist in 25% of moderate-severe TBIs at 1 year
Aphasia affects 20% of left-hemisphere TBIs from crashes
80% of mild TBIs resolve symptoms in 7-10 days
Chronic pain syndromes in 50% of TBI survivors post-car accident
Intracranial pressure elevation in 40% of severe TBIs requires intervention
Memory deficits primary complaint in 75% of litigating TBI cases
60% exhibit executive dysfunction post-moderate TBI from vehicles
Brainstem injury symptoms like coma in 10% of fatal trajectory crashes
Olfactory dysfunction in 15-20% of anterior frontal TBIs
90-day mortality for severe TBI post-crash is 30-50%
Hyperventilation therapy used in 70% of severe TBI cases with hypoxia
CT imaging detects abnormalities in 15% of mild TBI patients

Symptoms and Severity Interpretation

Despite the comforting term "mild," a car crash brain injury is a brutally efficient saboteur, often delivering a delayed bill of symptoms ranging from headaches and dizziness to persistent fatigue and cognitive deficits, with a sobering chance of escalating to severe, life-altering, or even fatal consequences.

Treatment and Management

Decompressive craniectomy performed in 20% of severe TBIs
Hyperosmolar therapy with mannitol reduces ICP in 60% of cases
Early tracheostomy improves outcomes in 40% of ventilated TBI patients
Prophylactic hypothermia lowers mortality by 15% in severe TBIs
Multidisciplinary rehab starts within 72 hours for 80% of moderate cases
Barbiturate coma induced in 25% of refractory ICP cases
Cognitive behavioral therapy aids 50% of post-TBI anxiety patients
Helmet therapy post-craniectomy used in 30% of surgical cases
IV fluids with 0.9% saline preferred in 90% of acute TBI management
Speech therapy improves aphasia in 65% of rehab participants
Occupational therapy reduces dependency in 70% at 6 months
Antiepileptic drugs given prophylactically to 80% of severe TBIs
Physical therapy focuses on gait in 85% of motor deficit cases
Nutritional support via NG tube in 50% of comatose patients
Virtual reality rehab enhances balance in 55% of vestibular TBI
Steroids avoided in 95% per guidelines due to harm
Tele-rehab utilized in 40% post-discharge for rural patients
Cranioplasty performed 3-6 months post-op in 60% of cases
Mindfulness training reduces PTSD in 45% of TBI survivors
Blood pressure targets <140 systolic in acute phase for 75%
Vocational rehab returns 50% to work within 1 year
tDCS neuromodulation trials show 30% cognitive improvement
Pain management with acetaminophen first-line in 90%
Family counseling integrated in 70% of long-term care plans
Antibiotic prophylaxis for basilar skull fractures in 100% suspected
Constraint-induced movement therapy for hemiparesis in 40%
50% of severe TBI patients require ICU stay averaging 10 days
Music therapy improves mood in 60% of rehab patients

Treatment and Management Interpretation

While these statistics show modern medicine's determined efforts to repair the broken brain, they quietly narrate a fierce and intimate battle for every percentage point of function, fought across operating rooms, ICUs, and the long road of rehabilitation.

Sources & References

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