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Frederick G. Flynn, DO, FAAN
Medical Director,TBI Program
Chief, Neurobehavior
MadiganArmy Medical Center
The views expressed in this article
are those of the author and do
not reflect the official policy or
position of the Unit...
 Primary
─ Direct result of blast wave and change in
atmospheric pressure
─ Injury severity and deflected waves
─ Injury ...
 Altered or LOC < 30 min
 PTA < 24 hrs.
 GCS = 13-15
 Normal CT &/or MRI
 Neurological findings may be present but ar...
Somatic Cognitive Neurobehavioral
Headache Attention/Concentration Depression
Sleep Disturbance Problems Anxiety
Fatigue M...
 Identifying the injured – new DOD directive
 Assessing early – use of MACE
 Identification of red flags and appropriat...
 Individualized – risk-benefit analysis
 Headache most common sx
 Medication for cognitive sxs not recommended
 Medica...
 Risking another brain injury (skiing, contact
sports, motorcycles, etc.)
 Alcohol and illicit drugs
 Caffeine or “ener...
 Symptoms most severe immediately
following the injury
 Recovery begins within hours after the mTBI
 Pattern of symptom...
 If delayed onset of symptoms
 Consider other co-morbidities
 Return to apparent asymptomatic baseline
 May still be n...
 More protracted course:
 History of multiple concussions
 Co-morbid acute and/or chronic PTS
 Chronic pain
 Other me...
Key Points When Symptoms Persist
Beyond aWeek after Injury
 Promote recovery – avoid harm
 Patient centered approach to ...
Key Points When Symptoms Persist
Beyond aWeek after Injury
 Short and long term neurological deficits may
be caused by bl...
Consider:
Chronic pain Acute/chronic stress
Undiagnosed medical condition PTSD
Mood disorders Anxiety
Substance abuse Medi...
A - Stressor – both required:
• event – actual or threatened death/serious injury
• response of intense fear, helplessness...
 Prevalence among deployed – 14%
(Golding et al 2009)
 Post-deployment screening – 5-12% increase in
rate after 6 mos – ...
 Any physical injury associated with traumatic
event (Grieger et al 2006; Hoge et al 2004)
 Depression / PTSD delayed on...
 Poor coping skills (Halbauer et al 2009)
 mTBI at time of traumatic event
 27% with alteration in consciousness PTSD
...
 Greater risk for persistent post-concussive sxs
(Brenner et al 2009)
 PTSD most potent contributor to
development of pe...
 Increase risk for:
 Depression
 Substance abuse
 Suicide
(Stein & McAllister 2009)
 Poor general health, unmet medic...
 mTBI increases risk of PTSD
 mTBI in someone with PTSD – greater
disability (Brenner et al 2009)
 Neurobiological over...
 PDHA and other screening tools
 Self-report of event occurring months before
 Symptoms are non-specific toTBI
 Attrib...
 Program Director/Behavioral-Neurologist
 TBI Program Administrative Officer
 Primary Care Providers (4)
 Neurologists...
Post-Deployment Screening and Evaluation
SRP
PDHA
2+10 Screen
Headache
Sleep
PTSD
Questionnaire
VS by LPN
Specialty
Sub-Sp...
Return to Unit
Restrictions / No Restrictions
WTU
MEB?
F/U inTBI Program
Cognitive / Behavorial Rehab
Other Activities of ...
Ruff, R. J Head Trauma Rehab. 2005: 20:1
 AllTBIs are not alike – there may be striking
differences in the nature of the injury and the
degree of impairment
 Imp...
 The athlete has a strong incentive to recover
and get back in the game
 A blast encountered in combat is associated
wit...
 A self-report of a history of mTBI is not
confirmation that one actually occurred
 The failure to report an event or se...
 When patients present with typical post-
concussive sxs, months after a documented
mTBI , it does not mean that the sxs ...
 Even after return to functional baseline and
normal neuropsychological function, a
physical or emotional stressor may ca...
 Patients require the time to tell their story
and receive the comprehensive evaluation
that they deserve – they can’t ge...
 Resources for treatingTBI patients with
severe social-behavioral problems are
inadequate.
 Support for developing skill...
 A multispecialtyTBI program provides time
for the Soldier, detailed evaluation, on the
spot consultation with a variety ...
Combat Related Mild Traumatic Brain Injury A Multispecialty ...
Combat Related Mild Traumatic Brain Injury A Multispecialty ...
Combat Related Mild Traumatic Brain Injury A Multispecialty ...
Combat Related Mild Traumatic Brain Injury A Multispecialty ...
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Combat Related Mild Traumatic Brain Injury A Multispecialty ...

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Combat Related Mild Traumatic Brain Injury A Multispecialty ...

  1. 1. Frederick G. Flynn, DO, FAAN Medical Director,TBI Program Chief, Neurobehavior MadiganArmy Medical Center
  2. 2. The views expressed in this article are those of the author and do not reflect the official policy or position of the United States Army, Department of Defense or the United States Government
  3. 3.  Primary ─ Direct result of blast wave and change in atmospheric pressure ─ Injury severity and deflected waves ─ Injury due to electromagnetic pulse  Secondary ─ Objects projected by the blast  Tertiary ─ Individual is put in motion and strikes head  Quarternary ─ Toxic gas, embolus, hypoxia, ischemia, hemorrhage
  4. 4.  Altered or LOC < 30 min  PTA < 24 hrs.  GCS = 13-15  Normal CT &/or MRI  Neurological findings may be present but are transient
  5. 5. Somatic Cognitive Neurobehavioral Headache Attention/Concentration Depression Sleep Disturbance Problems Anxiety Fatigue Memory Problems: Irritability Dizziness - Forgetfulness Impulsivity Nausea/Vomiting - Forgetting to remember Aggressiveness Tinnitus -Working memory problems Apathy Visual Disturbance Executive Dysfunction: Disinhibition Disequilibrium -Multitasking Photo/Phonophobia -Planning/Organizing Heightened alcohol -Problem Solving Sensitivity -Slowed mental processing Altered Sense Smell/ -Slowed reaction time Taste Transient Focal Neurological Symptoms
  6. 6.  Identifying the injured – new DOD directive  Assessing early – use of MACE  Identification of red flags and appropriate consultations  Appropriate duty restrictions  Early education and discussion of recovery  Symptom management  Rest, hydration, sleep  Reassessment and exertional testing  Gradual return to full duty
  7. 7.  Individualized – risk-benefit analysis  Headache most common sx  Medication for cognitive sxs not recommended  Medication for one sx may ameliorate other sxs  Medication given for somatic or neuropsychiatric sxs may cause sedation which may impact cognitive and motor performance  Consider other factors when post-concussive sxs persist beyond months-years
  8. 8.  Risking another brain injury (skiing, contact sports, motorcycles, etc.)  Alcohol and illicit drugs  Caffeine or “energy enhancers”  Cough, cold, allergy meds containing pseudoephedrine  Over the counter sleeping aids  Returning too soon to a high risk zone in a combat theater
  9. 9.  Symptoms most severe immediately following the injury  Recovery begins within hours after the mTBI  Pattern of symptom recovery gradually continues over days to weeks
  10. 10.  If delayed onset of symptoms  Consider other co-morbidities  Return to apparent asymptomatic baseline  May still be neurologically vulnerable  Return to combat too soon  May result in susceptibility to repeat concussion  May put the Soldier and fellow Soldiers at risk
  11. 11.  More protracted course:  History of multiple concussions  Co-morbid acute and/or chronic PTS  Chronic pain  Other medical, psychological, and psychosocial stressors  Multiple concussions may lead to permanent cognitive compromise  Higher risk for early onset Alzheimer Disease  ChronicTraumatic Encephalopathy (CTE)
  12. 12. Key Points When Symptoms Persist Beyond aWeek after Injury  Promote recovery – avoid harm  Patient centered approach to care  Diagnosis based on nature of event and sequelae immediately after the event  Majority improve with rest & time  Do not require specific medical treatment
  13. 13. Key Points When Symptoms Persist Beyond aWeek after Injury  Short and long term neurological deficits may be caused by blast exposure without a direct blow to the head  Post-concussive sxs may be found in patients or healthy individuals who have never sustained aTBI
  14. 14. Consider: Chronic pain Acute/chronic stress Undiagnosed medical condition PTSD Mood disorders Anxiety Substance abuse Medication misuse Job change/unemployment Financial problems Marital discord/family stressors Spiritual loss Impending combat deployment Secondary gain Somatoform disorder Personality disorder Unmasking a pre-morbid psychiatric condition
  15. 15. A - Stressor – both required: • event – actual or threatened death/serious injury • response of intense fear, helplessness, or horror B - Intrusive recollections – 1/5 required C - Avoidant / Numbing – 3/7 required D - Hyper-arousal – 2/5 required E - Duration > 1 month in B,C,D F - Functional significance • significant distress • impairment in social occupational functions  Chronic: > 3 mos  Delayed onset: 6 mos after event
  16. 16.  Prevalence among deployed – 14% (Golding et al 2009)  Post-deployment screening – 5-12% increase in rate after 6 mos – Delayed onset (Milliken et al 2007)  Mental health problems & deployments 1st – 12% 2nd – 19% 3rd – 27% (MHAT 2008)  19% post-deployment SMs – PTSD/depression (Tanielian et al 2008)
  17. 17.  Any physical injury associated with traumatic event (Grieger et al 2006; Hoge et al 2004)  Depression / PTSD delayed onset (Grieger et al 2006)  Pre-exposure lower cognitive ability (Kremen et al 2007)  Memory of traumatic event (Caspi et al 2005)
  18. 18.  Poor coping skills (Halbauer et al 2009)  mTBI at time of traumatic event  27% with alteration in consciousness PTSD  44% with LOC PTSD (Hoge et al 2008)  Acute stress reaction (Kennedy et al 2007)  Combat related trauma > non-combat (Kennedy et al 2007)
  19. 19.  Greater risk for persistent post-concussive sxs (Brenner et al 2009)  PTSD most potent contributor to development of persistent PCS (Vanderploeg et al 2009)  VHA – 42% with HX of mTBI PTSD (Lew et al 2007)  mTBI and acute stress reaction – six fold increase risk for PTSD (Kennedy 2007)
  20. 20.  Increase risk for:  Depression  Substance abuse  Suicide (Stein & McAllister 2009)  Poor general health, unmet medical and psychological needs, psychosocial difficulties, perceived barriers to mental health (Pietrzak 2009)
  21. 21.  mTBI increases risk of PTSD  mTBI in someone with PTSD – greater disability (Brenner et al 2009)  Neurobiological overlap - Neurochemical/morphological changes - Prefrontal neural circuits, amygdala, hippocampus, cigulate gyrus (Bryant 2008)
  22. 22.  PDHA and other screening tools  Self-report of event occurring months before  Symptoms are non-specific toTBI  Attribution/misattribution of sxs  Referral toTBI Program
  23. 23.  Program Director/Behavioral-Neurologist  TBI Program Administrative Officer  Primary Care Providers (4)  Neurologists (2)  Neuropsychologists (2) Neuropsychometrist (1)  Clinical Psychologists (2)  Clinic LPN  OT/PT/Speech Pathologists (1 each)  TBI Case Managers ( 2 RNs)  Education Specialist Director and RN Educators (2)  Ombudsman  Admin Medical Assistants (4)  Tele-TBI Team (PM,Technical Specialist, RN)
  24. 24. Post-Deployment Screening and Evaluation SRP PDHA 2+10 Screen Headache Sleep PTSD Questionnaire VS by LPN Specialty Sub-Specialty Assessment TBI Program 50 min Evaluation Hx, Neuro, Cog - By Physician / Neuropsychologist No/mild Sxs Educational materials Return to Unit - Reassess in 3 mos Treatment Strategies Pharmacological Non-Pharmacological - sleep - memory classes/groups - headache Individual/Group therapy Couples Counseling Education/Military Counseling Case Management – Coordinated Care Family/Unit Leadership education Referral from other clinics, in MAMC, AF, Navy CG, NG Neurologist/Behavioral Neurologist Neuropsychologist Psychologist IOP* PT/OT Sleep Medicine Speech Pathology Case Management Education Specialist Ombudsman (Ret CSM) Other Specialty Consultants, PRN Team Meetings Case Conferences CoordinatedTreatment Strategies Liaison with other Madigan programs (eg.WTU),VA, Civilian rehab Symptomatic Objective Findings
  25. 25. Return to Unit Restrictions / No Restrictions WTU MEB? F/U inTBI Program Cognitive / Behavorial Rehab Other Activities of theTBI Program Tele-TBI Education + Consultation withWRMC (21 states) Educational Conferences Local State National Education of Military Leaders aboutTBI VIP Briefings On-site support of other MTFs Representation on Committees/ Panels of SMEs, DoD, DCoE, DVBIC,OTSG Team Meetings Case Conferences CoordinatedTreatment Strategies Liaison with other Madigan programs (eg.WTU),VA, Civilian rehab Research
  26. 26. Ruff, R. J Head Trauma Rehab. 2005: 20:1
  27. 27.  AllTBIs are not alike – there may be striking differences in the nature of the injury and the degree of impairment  Impairment does not equal disability  Concussion due to blast may have a different pathophysiology and recovery course than that due to sports concussion
  28. 28.  The athlete has a strong incentive to recover and get back in the game  A blast encountered in combat is associated with the reality and acute stress that someone wants to kill you  The Soldier may experience acute stress by witnessing the death and maiming of fellow Soldiers or innocent victims
  29. 29.  A self-report of a history of mTBI is not confirmation that one actually occurred  The failure to report an event or seek medical help does not mean that a mTBI did not occur  When symptom onset is delayed by days to weeks after a mTBI the symptoms are most likely due to other causes than the mTBI  UnlikeTBI, the symptoms associated with PTS are often delayed in onset
  30. 30.  When patients present with typical post- concussive sxs, months after a documented mTBI , it does not mean that the sxs are due to the mTBI  The combination of mTBI and PTSD is not a benign condition. Protracted disability may be a consequence  Psychosocial stressors are often more severe after return from deployment
  31. 31.  Even after return to functional baseline and normal neuropsychological function, a physical or emotional stressor may cause re- emergence of symptoms  Patients require a holistic approach to care – they are not defined by theirTBI or PTSD  It is imperative to involve spouses, significant others, and in some cases their children, in the educational process and care of the patient
  32. 32.  Patients require the time to tell their story and receive the comprehensive evaluation that they deserve – they can’t get this in a busy troop clinic  Sometimes providers who are trying to help, do more harm by the treatment they prescribe
  33. 33.  Resources for treatingTBI patients with severe social-behavioral problems are inadequate.  Support for developing skilled rehab facilities for this treatment is necessary  Financial support is necessary for family care givers who cannot work outside of the home in order to provide full time care for their loved one withTBI
  34. 34.  A multispecialtyTBI program provides time for the Soldier, detailed evaluation, on the spot consultation with a variety of specialists, coordination of care, case management, education, continuity of care, selection of patients who would best benefit from referral for rehab, and communication with other providers, unit leadership, and administration

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