The Journal of Head Trauma Rehabilitation 2003: Vol 18 Index

13 Pages·2003·2.9 MB·English

Cumulative Index 545
Devier DJ See PhillipsJ P Frankish H: Ginkgo biloba does not enhance memory in
Dikmen S See Bell KR healthy adults US study finds (Abstract by Laborde A),
18(2):217
Dikmen SS See MachamerJ E
Fraser R See KreutzerJ S
Diller L See McCorkel BA
Doble JE, Haig AJ, Anderson C, Katz R: Impairment, G
Activity, Participation, Life Satisfaction, and Survival in
Persons With Locked-In Syndrome for Over a Decade: Gardner RM, Bird FL, Maguire H, Carreiro R, Abenaim N:
Follow-Up on a Previously Reported Cohort, Intensive Positive Behavior Supports for Adolescents
18(5):435 with Acquired Brain Injury: Long-Term Outcomes in
Community Settings, 18(1):52
Doctor J See Bell KR
Garner MD See Bell KR
Donders J, Callahan CD: Moderating factors in
rehabilitation outcome (Preface), 18(2):105 Gizzi M, Zlotnick M, Cicerone K, Riley E: Vestibular
Disease and Cognitive Dysfunction: No Evidence for a
Donders J, Woodward HR: Gender as a Moderator of
Causal Connection, 18(5):398
Memory After Traumatic Brain Injury in Children,
18(2):106 Glueckauf RL See McCorkel BA
Dorais L See Thomas H
H
Drotar D See Wade SL
Ducharme JM: “Errorless” Rehabilitation: Strategies of Haig AJ See Doble JE
Proactive Intervention for Individuals with Brain Hammond FM: Neuroplasticity (Preface), 18(4):306
Injury and Their Children, 18(1):88 Hanks R See Sherer M
Duchnick JJ See Vanderploeg RD Hart T See Sherer M
Dumas D See McFadyen BJ High, Jr WM See Sherer M
Durand A See McFadyen BJ Hoch DB, Daly L: Anticonvulsants, 18(4):383
Hoffman SW See Stein DG
E
Horn LJ: Visual & Vestibular Consequences of Acquired
Ecklund-Johnson EP See McCorkel BA Brain Injury, by Suchoff IB, Ciuffreda KJ, Kapoor N
Elgin KM See Blackman JA (Book Review), 18(2):209
Elovic EP, Lansang R, Li Y, RickerJH : The Use of
I
Atypical Antipsychotics in Traumatic Brain Injury,
18(2):177 Ibarra N See Quemada JI
Elovic EP: Anterior Pituitary Dysfunction After
Traumatic Brain Injury, I, 18(6):541
Esselman P See Bell KR Jacobs HE See Feeney T
Evans RW See Malec JF Jacobs HE See Yivisaker M
Ezkerra J See Quemada JI Johnson J See Vandiver VL
Johnson K See Bell KR
F
Juan Céspedes MM See Quemada JI
Farmer JE, Clark MJ, Sherman AK: Rural Versus
Urban Social Support Seeking as a Moderating K
Variable in Traumatic Brain Injury Outcome,
Karman N, MarylesJ , Baker RW, Simpser E, Berger-Gross
18(2):116
P: Constraint-induced Movement Therapy for
Farrell WJ See Blackman JA Hemiplegic Children With Acquired Brain Injuries,
Feeney DM See Phillips JP 18(3):259
Feeney T See Yivisaker M Katz R See Doble JE
Feeney T, Jacobs HE, Ylvisaker M: Positive behavior Kegler SR, Coronado VG, Annest JL, Thurman DJ:
support (Preface), 18(1):2 Estimating Nonfatal Traumatic Brain Injury
Feeney TJ, Ylvisaker M: Context-Sensitive Behavioral Hospitalizations Using an Urban/Rural Index,
Supports for Young Children with TBI: Short-Term 18(6):469
Effects and Long-Term Outcome, 18(1):33 Kennedy B See Morgan A
Feyz M See Thomas H Kent A See Malec JF
Finlay KL See Malec JF Kinch J See McDonald S
Flanagan S See McDonald S Kohlert C See Bhattaram VA
Fordyce DJ: Neuropsychological Interventions: Clinical Kothari S, Kirschner K: Beyond Consent: Assent and
Research and Practice, by Eslinger PJ] (Book Review), Empowerment in Brain Injury Rehabilitation (Edited
18(2):207 by Lynch WJ), 18(4):379
546 JOURNAL OF HEAD TRAUMA REHABILITATION/NOVEMBER- DECEMBER 2003
Kragness M See Malec JF Dysphagia After Pediatric Traumatic Brain Injury,
KreutzerJ , Seel RT, Gourley E: The Prevalence and 18(3):239
Symptom Rates of Depression after Traumatic Brain Moseley AM, Yap MC: Interrater Reliability of the TEMPA
Injury: A Comprehensive Examination, 18(4):377 for the Measurement of Upper Limb Function in
KreutzerJS , MarwitzJH , Walker W, Sander A, Sherer M, Adults With Traumatic Brain Injury, 18(6):526
BognerJ , Fraser R, Bushnik T: Moderating Factors in Murdoch B See Morgan A
Return to Work and Job Stability After Traumatic Brain Murdoch BE See Cahill LM
Injury, 18(2):128
Murison R See Morgan A
Kwasnica C See Borgaro SR
L
Nagy J See Reynolds $
Laborde A:
Nick TG See Sherer M
Lansang R See Elovic EP
Nimgade A, Costello MC: Return to Work for a Company
LaVigna GW See Willis TJ
President With Traumatic Brain Injury, 18(5):464
LeBlanc J See Thomas H
Lexell J: Ginseng, 18(2):196 P
Lezak MD See Malec JF Paniak C See Reynolds $
Li Y See Elovic EP Patrick PD See Blackman JA
Lin H See Thomas H
Perna RB, Rouselle A, Brennan P: Traumatic Brain Injury:
Lu D, Mahmood A, Chopp M: Biologic Transplantation Depression, Neurogenesis, and Medication
and Neurotrophin-Induced Neuroplasticity After Management, 18(2):201
Traumatic Brain Injury, 18(4):357
Pettigrew LEL, Wilson JTL, Teasdale GM: Reliability of
Luis CA See Vanderploeg RD Ratings on the Glasgow Outcome Scales from
In-person and Telephone Structured Interviews,
M 18(3):252
Macciocchi SN: The Handbook of Cognitive PhillipsJ P,D evier DJ, Feeney DM: Rehabilitation
Veuropsychology: What Deficits Reveal About the Pharmacology: Bridging Laboratory Work to Clinical
Human Mind, by Rapp B (Book Review), 18(2):215 Application, 18(4):342
MachamerJE , Temkin NR, Dikmen SS: Neurobehavioral
Outcome in Persons With Violent or Nonviolent Q
Traumatic Brain Injury, 18(5):387 Quemada Jl, Juan Cespedes MM, Ezkerra J, Ballesteros J,
Maguire H See Gardner RM Ibarra N, Urruticoechea I: Outcome of Memory
Mahmood A See Lu D Rehabilitation in Traumatic Brain Injury Assessed by
Neuropsychological Tests and Questionnaires,
Malec JE Kragness M, Evans RW, Finlay KL, Kent A, Lezak
18(6):532
MD: Further Psychometric Evaluation and Revision of
the Mayo-Portland Adaptability Inventory in a National
Sample, 18(6):479 R
MarwitzJ H See KreutzerJ S Reynolds S, Paniak C, Toller-Lobe G, Nagy J: A
Maryles J See Karman N Longitudinal Study of Compensation-Seeking and
Return to Work in a Treated Mild Traumatic Brain
Matsumoto JA See Blackman JA
Injury Sample, 18(2):139
McCorkel BA, Glueckauf RL, Ecklund-Johnson EP.
Rice SA See Blackman JA
Tomusk AB, Trexler LE, Diller 1: Development and
Exploratory Analysis of the Neurorehabilitation RickerJ H See Elovic EP
Program Styles Survey, 18(5):425 Riley E See Gizzi M
McDonald S, Flanagan S, RollinsJ ,K inch J: TASIT: A New Rollins J See McDonald $
Clinical Tool for Assessing Social Perception After Rosenthal M See Sherer M
Traumatic Brain Injury, 18(3):219
Rouselle A See Perna RB
McFadyen BJ, Swaine B, Dumas D, Durand A: Residual
Effects of aT raumatic Brain Injury on Locomotor
Capacity: A First Study of Spatiotemporal Patterns
During Unobstructed and Obstructed Walking, Sander A See KreutzerJ S
18(6):512 Sander AM See Sherer M
Meaney DF See Smith DH Savage RC: Pediatric Traumatic Brain Injury: Proactive
Minich NM See Wade SL Intervention, by BlosserJ L, DePompei R (Book
Morgan A, Ward E, Murdoch B, Kennedy B, Murison R: Review), 18(3):303
Incidence, Characteristics, and Predictive Factors for Sherer M See KreutzerJ S
Cumulative Index 547
Sherer M, Nick TG, Sander AM, Hart T, Hanks R, U
Rosenthal M, High,J rW M, Yablon SA: Race and
Ulrike G See Bhattaram VA
Productivity Outcome After Traumatic Brain
Injury: Influence of Confounding Factors, Urruticoechea I See Quemada Jl
18(5):408
Vv
Sherman AK See FarmerJ E
Shull WH See Smith DH Vanderploeg RD, Curtiss G, Duchnick JJ, Luis CA:
Demographic, Medical, and Psychiatric Factors in
Silver A See Solomon PR
Work and Marital Status After Mild Head Injury,
Simpser E See Karman N 18(2):148
Simpson G, Winstanley J, Bertapelle T: Suicide Vandiver VL, Johnson J, Christofero-Snider C: Supporting
Prevention Training After Traumatic Brain Employment for Adults With Acquired Brain Injury: A
Injury: Evaluation of a Staff Training Workshop, Conceptual Model, 18(5):457
18(5):445
Smith DH, Meaney DE Shull WH: Diffuse Axonal Injury WwW
in Head Trauma, 18(4):307
Wade SL, Taylor HG, Drotar D, Stancin T, Yeates KO,
Solomon PR, Adams F Silver A: Ginkgo for memory
Minich NM: Parent-Adolescent Interactions After
enhancement (Abstract by Laborde A), 18(2):217
Traumatic Brain Injury: Their Relationship to Family
Solomon S: Posttraumatic Headache (Abstract by Adaptation and Adolescent Adjustment, 18(2):164
Laborde A), 18(4):377 Walker W See KreutzerJ S
Stancin T See Wade SL Ward E See Morgan A
Stein DG, Hoffman SW: Concepts of CNS Plasticity Willis TJ, LaVigna GW: The Safe Management of Physical
in the Context of Brain Damage and Repair, Aggression Using Multi-Element Positive Practices in
18(4):317 Community Settings, 18(1):75
Swaine B See McFadyen BJ Willson DF See Blackman JA
Wilson JTL See Pettigrew LEL
T Winstanley J See Simpson G
Taylor HG See Wade SL Woodward HR See Donders J
Teasdale GM See Pettigrew LEL
Y
Temkin N See Bell KR
Temkin NR See MachamerJ E Yablon SA See Sherer M
Theodoros DG See Cahill LM Yap MC See Moseley AM
Thomas H, Feyz M, LeBlanc J, Brosseau J, Champoux Yeates KO See Wade SL
M-C, Christopher A, Desormeaux N, Dorais L, Lin H: Yivisaker M See Feeney T
North Star Project: Reality Orientation in an Acute Yivisaker M See Feeney TJ
Care Setting for Patients With Traumatic Brain Ylvisaker M, Jacobs HE, Feeney T: Positive Supports for
Injuries, 18(3):292 People Who Experience Behavioral and Cognitive
Thurman DJ See Kegler SR Disability After Brain Injury: A Review, 18(1):7
Toller-Lobe G See Reynolds S
Tomusk AB See McCorkel BA Z
Trexler LE See McCorkel BA Zlotnick M See Gizzi M
548 JOURNAL OF HEAD TRAUMA REHABILITATION/NOVEMBER-DECEMBER 2003
Subject Index
A Amphetamines
Abstracts Rehabilitation pharmacology: Bridging laboratory
Ginko biloba does not enhance memory in healthy work to clinical application, PhillipsJ P, Devier DJ,
adults US study finds, Frankish H (abstracted by Feeney DM, 18(4):342-356
Laborde A), 18(2):217 Amyloid-3
Ginko for memory enhancement, Solomon PR, Adams Diffuse axonal injury in head trauma, Smith DH,
FE Silver A, et al (abstracted by Laborde A), 18(2):217 Meaney DE, Shull WH, 18(4):307-316
Acetylcholine Anticonvulsants
Rehabilitation pharmacology: Bridging laboratory Update on pharmacology, Hoch DB, Daly L,
work to clinical application, PhillipsJ P,D evier DJ, 18(4):383-386
Feeney DM, 18(4):342-356 Antipsychotics
ACTH deficiency The use of atypical antipsychotics in traumatic brain
Anterior pituitary dysfunction after traumatic brain injury, Elovic EP, Lansang R, Li Y, Ricker JH,
injury, Elovic EP, 18(6):541-543 18(2):177-195
Activities of daily living Applied behavior analysis
Outcome of memory rehabilitation in traumatic brain Positive supports for people who experience
injury assessed by neuropsychological tests and behavioral and cognitive disability after brain
questionnaires, QuemadaJ I, Cespedes JMM, injury: A review, Ylvisaker M, Jacobs HE, Feeney T,
Ezkerra J, Ballesteros J, Ibarra N, Urruticoechea I, 18(1):7-32
18(6):532-540
Arm
Acute care rehabilitation
Interrater reliability of the TEMPA for the
North Star Project: Reality orientation in an acute care measurement of upper limb function in adults with
setting for patients with traumatic brain injury, traumatic brain injury, Moseley AM, Yap MC,
Thomas H, Feyz M, LeBlanc J, et al, 18(3):292-302 18(6):526-531
Adaptation Assessment
Parent-adolescent interactions after traumatic brain Context-sensitive behavioral supports for young
injury: Their relationship to family adaptation and children with TBI: Short-term effects and long-term
adolescent adjustment, Wade SL, Taylor G, Drotar outcome, Feeney TJ, Yivisaker M, 18(1):33-51
D, et al, 18(2):164-176
Development and exploratory analysis of the
Adolescence Neurorehabilitation Program Styles Survey,
Brain imaging as a predictor of early functional McCorkel BA, Glueckauf RL, Ecklund-Johnson EP,
outcome following traumatic brain injury in et al, 18(5):425-434
children, adolescents, and young adults, Blackman Further psychometric evaluation and revision of the
JA, Rice SA, MatsumotJoA, et al, 18(6):493-503 Mayo-Portland Adaptability Inventory in a national
Intensive positive behavior supports for adolescents sample, Malec JE Kragness M, Evans RW, Finlay KL,
with acquired brain injury: Long-term outcomes in Kent A, Lezak MD, 18(6):479-492
community settings, Gardner RM, Bird FL, Maguire Intensive positive behavior supports for adolescents
H, et al, 18(1):52-74 with acquired brain injury: Long-term outcomes in
Parent-adolescent interactions after traumatic brain community settings, Gardner RM, Bird FL, Maguire
injury: Their relationship to family adaptation and H, et al, 18(1):52-74
adolescent adjustment, Wade SL, Taylor G, Drotar Interrater reliability of the TEMPA for the
D, et al, 18(2):164-176 measurement of upper limb function in adults with
Affective disturbance traumatic brain injury, Moseley AM, Yap MC,
Vestibular disease and cognitive dysfunction: No 18(6):526-531
evidence for a causal connection, Gizzi M, Zlotnik Outcome of memory rehabilitation in traumatic brain
M, Cicerone K, Riley E, 18(5):398-407 injury assessed by neuropsychological tests and
Aggression questionnaires, Quemada JI, Cespedes JMM,
The safe management of physical aggression using Ezkerra J, Ballesteros J, Ibarra N, Urruticoechea I,
multi-element positive practices in community 18(6):532-540
settings, Willis TJ, LaVigna GW, 18(1):75-87 Perceptual and instrumental analysis of laryngeal
Agitation function after traumatic brain injury in childhood,
Cahill LM, Murdoch BE, Theodoros DG,
The use of atypical antipsychotics in traumatic brain
18(3):268-283
injury, Elovic EP, Lansang R, Li Y, Ricker JH,
18(2):177-195 Reliability of ratings on the Glasgow Outcome Scales
from in-person and telephone structured
Cumulative Index 549
interviews, Pettigrew LEL, Wilson JTL, Teasdale Visual & Vestibular consequences of Acquired Brain
GM, 18(3):252-258 Injury, Suchoff 1B, Ciuffreda KJ, Kapoor N
Supporting employment for adults with acquired (reviewed by Horn LJ), 18(2):209
brain injury: A conceptual model, Vandiver VL, Brain imaging
Johnson J, Christofero-Snider C, 18(5):457-463
Brain imaging as a predictor of early functional
TASIT: A new tool for assessing social perception after outcome following traumatic brain injury in
traumatic brain injury, McDonald S, Flanagan S, children, adolescents, and young adults,
RollinsJ ,K inch J, 18(3):219-238 Blackman JA, Rice SA, Matsumoto JA, et al,
Use of the BNI Screen for Higher Cerebral Functions 18(6):493-503
in assessing disorientation after traumatic brain Brain injury. See also Pediatric brain injury
injury, Borgaro SR, Kwasnica C, Cutter N, Alcott S,
Anterior pituitary dysfunction after traumatic brain
18(3):284-291
injury, Elovic EP, 18(6):541-543
Axonal injury
Biologic transplantation and neurotrophin-induced
Diffuse axonal injury in head trauma, Smith DH, neuroplasticity after traumatic brain injury, Lu D,
Meaney DE Shull WH, 18(4):307-316 Mahmood A, Chopp M, 18(4):357-376
Brain imaging as a predictor of early functional
B
outcome following traumatic brain injury in
Barrow Neurological Institute children, adolescents, and young adults, Blackman
Use of the BNI Screen for Higher Cerebral Functions JA, Rice SA, MatsumotJoA , et al, 18(6):493-503
in assessing disorientation after traumatic brain Development and exploratory analysis of the
injury, Borgaro SR, Kwasnica C, Cutter N, Alcott S, Neurorehabilitation Program Styles Survey,
18(3):284-291 McCorkel BA, Glueckauf RL, Ecklund-Johnson EP,
Behavior et al, 18(5):425-434
Context-sensitive behavioral supports for young Diffuse axonal injury in head trauma, Smith DH,
children with TBI: Short-term effects and Meaney DE Shull WH, 18(4):307-316
long-term outcome, Feeney TJ, Ylvisaker M, “Errorless” rehabilitation: Strategies of proactive
18(1):33-51 intervention for individuals with brain injury and
“Errorless” rehabilitation: Strategies of proactive their children, DucharmJeM , 18(1):88-104
intervention for individuals with brain injury and
Estimating nonfatal traumatic brain injury
their children, Ducharme JM, 18(1):88-104
hospitalizations using an urban/rural index, Kegler
Positive supports for people who experience SR, Coronado VG, Annest, JL, Thurman DJ,
behavioral and cognitive disability after brain 18(6):469-478
injury: A review, Yivisaker M, Jacobs HE, Feeney T,
Incidence, characteristics, and predictive factors for
18(1):7-32
dysphagia after pediatric traumatic brain injury,
The safe management of physical aggression using Morgan A, Ward E, Murdoch B, Kennedy B, Murison
multi-element positive practices in community R, 18(3):239-251
settings, Willis TJ, LaVigna GW, 18(1):75-87
Interrater reliability of the TEMPA for the
Biomechanics measurement of upper limb function in adults with
Residual effects of a traumatic brain injury on traumatic brain injury, Moseley AM, Yap MC,
locomotor capacity: A first study of spatiotemporal 18(6):526-531
patterns during unobstructed and obstructed Longitudinal study of compensation-seeking and
walking, McFadyen BJ, Swaine B, Dumas D, Durand return to work in a treated mild traumatic brain
A, 18(6):512-525 injury sample, Reynolds S, Paniak C, Toller-Lobe G,
Book reviews NagyJ , 18(2):139-147
Ethical Issues in Clinical Neuropsychology, Bush SS, Moderating factors in return to work and job stability
Drexler M (reviewed by Banja J), 18(2):210 after traumatic brain injury, KreutzerJS , Marwitz
The Handbook of Cognitive Neuropsychology: What JH, Walker W, et al, 18(2):128-138
Deficits Reveal About the Human Mind, Rapp B Neurobehavioral outcome in persons with violent or
(reviewed by Macciocchi SN), 18(2):215 nonviolent traumatic brain injury, MachameJrE ,
Neuropsychological Interventions: Clinical Research Temkin NR, Dikmen SS, 18(5):387-397
and Practice, Eslinger PJ (reviewed by Fordyce DJ), North Star Project: Reality orientation in an acute care
18(2):207 setting for patients with traumatic brain injury,
Pediatric Traumatic Brain Injury: Proactive Thomas H, Feyz M, LeBlanc J, et al, 18(3):292-302
Intervention, BlosserJR , DePompei R (reviewed by Outcome of memory rehabilitation in traumatic brain
Savage RC), 18(3):303 injury assessed by neuropsychological tests and
Traumatic Brain Injury in Children and questionnaires, Quemada JI, Cespedes JMM,
Adolescents, Semrud-Clikemann M (reviewed by Ezkerra J, Ballesteros J, Ibarra N, Urruticoechea I,
DePompei R), 18(2):213 18(6):532-540
550 JOURNAL OF HEAD TRAUMA REHABILITATION/NOVEMBER-DECEMBER 2003
Positive supports for people who experience Development and exploratory analysis of the
behavioral and cognitive disability after brain Neurorehabilitation Program Styles Survey,
injury: A review, Ylvisaker M, Jacobs HE, Feeney T, McCorkel BA, Glueckauf RL, Ecklund-Johnson EP,
18(1):7-32 et al, 18(5):425-434
Race and productivity outcome after traumatic brain Impairment, activity, participation, life satisfaction,
injury: Influence of confounding factors, Sherer M, and survival in locked-in syndrome for over a
Nick TG, Sander AM, et al, 18(5):408-424 decade: follow-up of a previously reported cohort,
Rehabilitation pharmacology: Bridging laboratory Doble JE, Haig AJ, Anderson, C, Katz R,
work to clinical application, Phillips JP, Devier DJ, 18(5):435-444
Feeney DM, 18(4):342-356 Incidence, characteristics, and predictive factors for
Residual effects of a traumatic brain injury on dysphagia after pediatric traumatic brain injury,
locomotor capacity: A first study of spatiotemporal Morgan A, Ward E, Murdoch B, Kennedy B, Murison
patterns during unobstructed and obstructed R, 18(3):239-251
walking, McFadyen BJ, Swaine B, Dumas D, Durand Neurobehavioral outcome in persons with violent or
A, 18(6):512-525 nonviolent traumatic brain injury, MachamerJE ,
Return to work for a company president with Temkin NR, Dikmen SS, 18(5):387-397
traumatic brain injury, Nimgade A, Costello MC, North Star Project: Reality orientation in an acute care
18(5):464-467 setting for patients with traumatic brain injury,
Suicide prevention training after traumatic brain Thomas H, Feyz M, LeBlanc J, et al, 18(3):292-302
injury: Evaluation of a staff training workshop, Perceptual and instrumental analysis of laryngeal
Simpson G, Winstanley J, Bertapelle T, function after traumatic brain injury in childhood,
18(5):445-456 Cahill LM, Murdoch BE, Theodoros DG,
Supporting employment for adults with acquired 18(3):268-283
brain injury: A conceptual model, Vandiver VL,
Race and productivity outcome after traumatic brain
Johnson J, Christofero-Snider C, 18(5):457-463 injury: Influence of confounding factors, Sherer M,
TASIT: A new tool for assessing social perception after Nick TG, Sander AM, et al, 18(5):408-424
traumatic brain injury, McDonald S, Flanagan S,
Reliability of ratings on the Glasgow Outcome Scales
Rollins J, Kinch J, 18(3):219-238
from in-person and telephone structured
Traumatic brain injury: Depression, neurogenesis, and interviews, Pettigrew LEL, Wilson JTL, Teasdale
medication management, Perna RB, Rouselle A, GM, 18(3):252-258
Brennan P, 18(2):201-203
Return to work for a company president with
The use of atypical antipsychotics in traumatic brain traumatic brain injury, Nimgade A, Costello MC,
injury, Elovic EP, Lansang R, Li Y, Ricker JH, 18(5):464-467
18(2):177-195
Suicide prevention training after traumatic brain
The use of a World Wide Web-based consultation site injury: Evaluation of a staff training workshop,
to provide support to telephone staff in a traumatic Simpson G, Winstanley J, Bertapelle T,
brain injury demonstration project, Bell KR, 18(5):445-456
Esselman P, Garner MD, et al, 18(6):504-511
Supporting employment for adults with acquired
Use of the BNI Screen for Higher Cerebral Functions
brain injury: A conceptual model, Vandiver VL,
in assessing disorientation after traumatic brain
Johnson J, Christofero-Snider C, 18(5):457-463
injury, Borgaro SR, Kwasnica C, Cutter N, Alcott S,
18(3):284-291 TASIT: A new tool for assessing social perception after
traumatic brain injury, McDonald S, Flanagan S$,
Vestibular disease and cognitive dysfunction: No
RollinsJ ,K inch J, 18(3):219-238
evidence for a causal connection, Gizzi M, Zlotnik
M, Cicerone K, Riley E, 18(5):398-407 Use of the BNI Screen for Higher Cerebral Functions
in assessing disorientation after traumatic brain
Brainstem
injury, Borgaro SR, Kwasnica C, Cutter N, Alcott S,
Impairment, activity, participation, life satisfaction, 18(3):284-291
and survival in locked-in syndrome for over a
decade: follow-up of a previously reported cohort, Vestibular disease and cognitive dysfunction: No
Doble JE, Haig AJ, Anderson, C, Katz R, evidence for a causal connection, Gizzi M, Zlotnik
18(5):435-444 M, Cicerone K, Riley E, 18(5):398-407
Clozapione
Cc The use of atypical antipsychotics in traumatic brain
Children. See Pediatric brain injury injury, Elovic EP, Lansang R, Li Y, Ricker JH,
Clinical research and practice 18(2):177-195
Constraint-induced movement therapy for hemiplegic Cognitive-behavioral intervention
children with acquired brain injuries, Karman N, Context-sensitive behavioral supports for young
Maryles J, Baker RW, Simpser E, Berger-Gross P, children with TBL Short-term effects and long-term
18(3):259-267 outcome, Feeney TJ, Yivisaker M, 18(1):33-51
Cumulative Index 551
Cognitive dysfunction adolescent adjustment, Wade SL, Taylor G, Drotar
Beyond consent: Assessment and empowerment in D, et al, 18(2):164-176
brain injury rehabilitation, Kothari $, Kirschner K,
18(4):379-382 D
Positive supports for people who experience Demographic factors
behavioral and cognitive disability after brain Demographic, medical, and psychiatric factors in
injury: A review, Ylvisaker M, Jacobs HE, Feeney T, work and marital status after mild head injury,
18(1):7-32 Vanderploeg RD, Curtiss G, Duchnick JJ, Luis CA,
Vestibular disease and cognitive dysfunction: No 18(2):148-163
evidence for a causal connection, Gizzi M, Zlotnik Depression
M, Cicerone K, Riley E, 18(5):398-407 Traumatic brain injury: Depression, neurogenesis, and
Cognitive rehabilitation medication management, Perna RB, Rouselle A,
Positive supports for people who experience Brennan P, 18(2):201-203
behavioral and cognitive disability after brain Diaschisis
injury: A review, Ylvisaker M, Jacobs HE, Feeney T, Concepts of CNS plasticity in the context of brain
18(1):7-32 damage and repair, Stein DG, Hoffman SW,
Communication 18(4):317-341
The use of a World Wide Web-based consultation Diffuse axonal injury
site to provide support to telephone staff in a Diffuse axonal injury in head trauma, Smith DH,
traumatic brain injury demonstration project, Meaney DE Shull WH, 18(4):307-316
Bell KR, Esselman P, Garner MD, et al,
Disorientation
18(6):504-511
Use of the BNI Screen for Higher Cerebral Functions
Communication training
in assessing disorientation after traumatic brain
Intensive positive behavior supports for adolescents injury, Borgaro SR, Kwasnica C, Cutter N, Alcott S,
with acquired brain injury: Long-term outcomes in 18(3):284-291
community settings, Gardner RM, Bird FL, Maguire
Dysarthria
H, et al, 18(1):52-74
Perceptual and instrumental analysis of laryngeal
Community integration
function after traumatic brain injury in childhood,
Rural versus urban social support seeking as a Cahill LM, Murdoch BE, Theodoros DG,
moderating variable in traumatic brain injury 18(3):268-283
outcome, FarmerJE , Clark MJ, Sherman AK,
Dysphagia
18(2):116-127
Incidence, characteristics, and predictive factors for
Community setting
dysphagia after pediatric traumatic brain injury,
Intensive positive behavior supports for adolescents Morgan A, Ward E, Murdoch B, Kennedy B, Murison
with acquired brain injury: Long-term outcomes in R, 18(3):239-251
community settings, Gardner RM, Bird FL, Maguire
H, et al, 18(1):52-74
The safe management of physical aggression using Ecological validity
multi-element positive practices in community
Context-sensitive behavioral supports for young
settings, Willis TJ, LaVigna GW, 18(1):75-87
children with TBI: Short-term effects and long-term
Compliance outcome, Feeney TJ, Yivisaker M, 18(1):33-51
“Errorless” rehabilitation: Strategies of proactive Intensive positive behavior supports for adolescents
intervention for individuals with brain injury and with acquired brain injury: Long-term outcomes in
their children, Ducharme JM, 18(1):88-104 community settings, Gardner RM, Bird FL, Maguire
Conflict H, et al, 18(1):52-74
Parent-adolescent interactions after traumatic brain Outcome of memory rehabilitation in traumatic brain
injury: Their relationship to family adaptation and injury assessed by neuropsychological tests and
adolescent adjustment, Wade SL, Taylor G, Drotar questionnaires, Quemada JI, Cespedes JMM,
D, et al, 18(2):164-176 Ezkerra J, Ballesteros J, Ibarra N, Urruticoechea I,
Consultation 18(6):532-540
The use of aW orld Wide Web-based consultation site Emotional expression
to provide support to telephone staff in a traumatic TASIT: A new tool for assessing social perception after
brain injury demonstration project, Bell KR, traumatic brain injury, McDonald S, Flanagan S,
Esselman P, Garner MD, et al, 18(6):504-511 RollinsJ ,K inch J, 18(3):219-238
Criticism Employment
Parent-adolescent interactions after traumatic brain Demographic, medical, and psychiatric factors in
injury: Their relationship to family adaptation and work and marital status after mild head injury,
552 JOURNAL OF HEAD TRAUMA REHABILITATION/NOVEDMECBEEMRBE-R 2003
Vanderploeg RD, Curtiss G, Duchnick JJ, Luis CA, Functional assessment
18(2):148-163 Context-sensitive behavioral supports for young
Moderating factors in return to work and job stability children with TBI: Short-term effects and
after traumatic brain injury, KreutzerJS , Marwitz long-term outcome, Feeney TJ, Yilvisaker M,
JH, Walker W, et al, 18(2):128-138 18(1):33-51
Race and productivity outcome after traumatic brain Intensive positive behavior supports for adolescents
injury: Influence of confounding factors, Sherer M, with acquired brain injury: Long-term outcomes in
Nick TG, Sander AM, et al, 18(5):408-424 community settings, Gardner RM, Bird FL, Maguire
H, et al, 18(1):52-74
Supporting employment for adults with acquired
brain injury: A conceptual model, Vandiver VL, Interrater reliability of the TEMPA for the
Johnson J, Christofero-Snider C, 18(5):457-463 measurement of upper limb function in adults with
traumatic brain injury, Moseley AM, Yap MC,
Empowerment
18(6):526-531
Beyond consent: Assessment and empowerment in
Functional outcome
brain injury rehabilitation, Kothari S$, Kirschner K,
18(4):379-382 Brain imaging as a predictor of early functional
outcome following traumatic brain injury in
Equipotentiality
children, adolescents, and young adults,
Concepts of CNS plasticity in the context of brain Blackman JA, Rice SA, MatsumotJoA , et al,
damage and repair, Stein DG, Hoffman SW, 18(6):493-503
18(4):317-341 Concepts of CNS plasticity in the context of brain
Errorless approaches damage and repair, Stein DG, Hoffman SW,
“Errorless” rehabilitation: Strategies of proactive 18(4):317-341
intervention for individuals with brain injury and Rehabilitation pharmacology: Bridging laboratory
their children, Ducharme JM, 18(1):88-104 work to clinical application, Phillips JP, Devier DJ,
Ethical issues Feeney DM, 18(4):342-356
Beyond consent: Assessment and empowerment in
G
brain injury rehabilitation, Kothari S$, Kirschner K,
18(4):379-382 Gait
Evaluation Residual effects of a traumatic brain injury on
locomotor capacity: A first study of spatiotemporal
Suicide prevention training after traumatic brain
patterns during unobstructed and obstructed
injury: Evaluation of a staff training workshop,
walking, McFadyen BJ, Swaine B, Dumas D, Durand
Simpson G, Winstanley J, Bertapelle T,
A, 18(6):512-525
18(5):445-456
Gender
Gender as a moderator of memory after traumatic
brain injury in children, Donders J, Woodward H,
Family
18(2):106-115
“Errorless” rehabilitation: Strategies of proactive
Ginseng
intervention for individuals with brain injury
and their children, Ducharme JM, 18(1): Update on pharmacology, LexellJ , 18(2):196-200
88-104 Glasgow Outcome Scale
Parent-adolescent interactions after traumatic brain Reliability of ratings on the Glasgow Outcome Scales
injury: Their relationship to family adaptation and from in-person and telephone structured
adolescent adjustment, Wade SL, Taylor G, Drotar interviews, Pettigrew LEL, Wilson JTL, Teasdale
D, et al, 18(2):164-176 GM, 18(3):252-258
Financial compensation Growth factors
Longitudinal study of compensation-seeking and Biologic transplantation and neurotrophin-induced
return to work in a treated mild traumatic brain neuroplasticity after traumatic brain injury, Lu D,
injury sample, Reynolds S, Paniak C, Toller-Lobe G, Mahmood A, Chopp M, 18(4):357-376
NagyJ , 18(2):139-147
Follow-up studies H
Health status
Impairment, activity, participation, life satisfaction,
and survival in locked-in syndrome for over a Demographic, medical, and psychiatric factors in
decade: follow-up of a previously reported cohort, work and marital status after mild head injury,
Doble JE, Haig AJ, Anderson C, Katz R, Vanderploeg RD, Curtiss G, Duchnick JJ, Luis CA,
18(5):435-444 18(2):148-163
Neurobehavioral outcome in persons with violent or Hemiparesis
nonviolent traumatic brain injury, MachamerJE , Constraint-induced movement therapy for hemiplegic
Temkin NR, Dikmen SS, 18(5):387-397 children with acquired brain injuries, Karman N,
Cumulative Index 553
MarylesJ , Baker RW, Simpser E, Berger-Gross P, community settings, Gardner RM, Bird FL, Maguire
18(3):259-267 H, et al, 18(1):52-74
Hormonal dysfunction Locked-in syndrome
Anterior pituitary dysfunction after traumatic brain Impairment, activity, participation, life satisfaction,
injury, Elovic EP, 18(6):541-543 and survival in locked-in syndrome for over a
Hypopituitarism decade: follow-up of a previously reported cohort,
Anterior pituitary dysfunction after traumatic brain Doble JE, Haig AJ, Anderson, C, Katz R,
injury, Elovic EP, 18(6):541-543 18(5):435-444
Hypothyroidism Locomotion
Anterior pituitary dysfunction after traumatic brain Residual effects of a traumatic brain injury on
injury, Elovic EP, 18(6):541-543 locomotor capacity: A first study of spatiotemporal
patterns during unobstructed and obstructed
I walking, McFadyen BJ, Swaine B, Dumas D, Durand
A, 18(6):512-525
Informed consent
Beyond consent: Assessment and empowerment in M
brain injury rehabilitation, Kothari S, Kirschner K,
18(4):379-382 Marital status
Internet Demographic, medical, and psychiatric factors in
work and marital status after mild head injury,
The use of a World Wide Web-based consultation site
Vanderploeg RD, Curtiss G, Duchnick JJ, Luis CA,
to provide support to telephone staff in a traumatic
18(2):148-163
brain injury demonstration project, Bell KR,
Esselman P, Garner MD, et al, 18(6):504-511 Mayo-Portland Adaptability Inventory
Interrater reliability Further psychometric evaluation and revision of the
Mayo-Portland Adaptability Inventory in a national
Interrater reliability of the TEMPA for the
sample, Malec JE Kragness M, Evans RW, Finlay KL,
measurement of upper limb function in adults with
Kent A, Lezak MD, 18(6):479-492
traumatic brain injury, Moseley AM, Yap MC,
18(6):526-531 Memory
Gender as a moderator of memory after traumatic
J brain injury in children, Donders J, Woodward H,
Job coach/developer 18(2):106-115
Supporting employment for adults with acquired Outcome of memory rehabilitation in traumatic brain
brain injury: A conceptual model, Vandiver VL, injury assessed by neuropsychological tests and
JohnsonJ , Christofero-Snider C, 18(5):457-463 questionnaires, Quemada JI, Céspedes JMM,
Ezkerra J, Ballesteros J, Ibarra N, Urruticoechea I,
K 18(6):532-540
Kinematics Milieu-based rehabilitation
Residual effects of a traumatic brain injury on Return to work for a company president with
locomotor capacity: A first study of spatiotemporal traumatic brain injury, Nimgade A, Costello MC,
patterns during unobstructed and obstructed 18(5):464-467
walking, McFadyen BJ, Swaine B, Dumas D, Durand Movement therapy
A, 18(6):512-525
Constraint-induced movement therapy for hemiplegic
children with acquired brain injuries, Karman N,
L
Maryles J, Baker RW, Simpser E, Berger-Gross P,
Laryngeal function 18(3):259-267
Perceptual and instrumental analysis of laryngeal Multicomponent intervention
function after traumatic brain injury in childhood,
Context-sensitive behavioral supports for young
Cahill LM, Murdoch BE, Theodoros DG,
children with TBI: Short-term effects and
18(3):268-283
long-term outcome, Feeney TJ, Ylvisaker M,
Leadership 18(1):33-51
Return to work for a company president with Intensive positive behavior supports for adolescents
traumatic brain injury, Nimgade A, Costello MC, with acquired brain injury: Long-term outcomes in
18(5):464-467 community settings, Gardner RM, Bird FL, Maguire
Legislative and Public Policy Update H, et al, 18(1):52-74
A campaign for a “cure,” BerubeJE , 18(2):204-206 Multi-element model
Lifestyle change The safe management of physical aggression using
Intensive positive behavior supports for adolescents multi-element positive practices in community
with acquired brain injury: Long-term outcomes in settings, Willis TJ, LaVigna GW, 18(1):75-87
554 JOURNAL OF HEAD TRAUMA REHABILITATION/NOVEMBER-DECEMBER 2003
N children, adolescents, and young adults, Blackman
Negative binomial regression JA, Rice SA, MatsumotJoA , et al, 18(6):493-503
Estimating nonfatal traumatic brain injury Context-sensitive behavioral supports for young
hospitalizations using an urban/rural index, Kegler children with TBI: Short-term effects and long-term
SR, Coronado VG, Annest,JL , Thurman DJ, outcome, Feeney TJ, Yivisaker M, 18(1):33-51
18(6):469-478 Demographic, medical, and psychiatric factors in
Neurofilaments work and marital status after mild head injury,
Vanderploeg RD, Curtiss G, Duchnick JJ, Luis CA,
Diffuse axonal injury in head trauma, Smith DH,
18(2):148-163
Meaney DE Shull WH, 18(4):307-316
Gender as a moderator of memory after traumatic
Neurogenesis
brain injury in children, Donders J, Woodward H,
Traumatic brain injury: Depression, neurogenesis, and 18(2):166-115
medication management, Perna RB, Rouselle A,
Impairment, activity, participation, life satisfaction,
Brennan P, 18(2):201-203
and survival in locked-in syndrome for over a
Neuroimaging decade: follow-up of a previously reported cohort,
Brain imaging as a predictor of early functional Doble JE, Haig AJ, Anderson, C, Katz R,
outcome following traumatic brain injury in 18(5):435-444
children, adolescents, angi young adults, Blackman Incidence, characteristics, and predictive factors for
JA, Rice SA, MatsumotJoA , et al, 18(6):493-503 dysphagia after pediatric traumatic brain injury,
Neuroplasticity Morgan A, Ward E, Murdoch B, Kennedy B, Murison
Biologic transplantation and neurotrophin-induced R, 18(3):239-251
neuroplasticity after traumatic brain injury, Lu D, Moderating factors in return to work and job stability
Mahmood A, Chopp M, 18(4):357-376 after traumatic brain injury, KreutzerJS , Marwitz
Concepts of CNS plasticity in the context of brain JH, Walker W, et al, 18(2):128-138
damage and repair, Stein DG, Hoffman SW, Neurobehavioral outcome in persons with violent or
18(4):317-341 nonviolent traumatic brain injury, MachameJrE ,
Diffuse axonal injury in head trauma, Smith DH, Temkin NR, Dikmen SS, 18(5):387-397
Meaney DE Shull WH, 18(4):307-316 Parent-adolescent interactions after traumatic brain
Rehabilitation pharmacology: Bridging laboratory injury: Their relationship to family adaptation and
work to clinical application, Phillips JP, Devier DJ, adolescent adjustment, Wade SL, Taylor G, Drotar
Feeney DM, 18(4):342-356 D, et al, 18(2):164-176
Neurorehabilitation Race and productivity outcome after traumatic brain
injury: Influence of confounding factors, Sherer M,
Development and exploratory analysis of the
Nick TG, Sander AM, et al, 18(5):408-424
Neurorehabilitation Program Styles Survey,
McCorkel BA, Glueckauf RL, Ecklund-Johnson EP, et Reliability of ratings on the Glasgow Outcome Scales
al, 18(5):425-434 from in-person and telephone structured
interviews, Pettigrew LEL, Wilson JTL, Teasdale
Neuroreorganization
GM, 18(3):252-258
Concepts of CNS plasticity in the context of brain
Rural versus urban social support seeking as a
damage and repair, Stein DG, Hoffman SW,
moderating variable in traumatic brain injury
18(4):317-341
outcome, FarmerJE , Clark MJ, Sherman AK,
Neurotrophins 18(2):116-127
Biologic transplantation and neurotrophin-induced
neuroplasticity after traumatic brain injury, Lu D, P
Mahmood A, Chopp M, 18(4):357-376 Pain management
North Star Project Further psychometric evaluation and revision of the
North Star Project: Reality orientation in an acute care Mayo-Portland Adaptability Inventory in a national
setting for patients with traumatic brain injury, sample, Malec JE Kragness M, Evans RW, Finlay KL,
Thomas H, Feyz M, LeBlanc J, et al, 18(3): Kent A, Lezak MD, 18(6):479-492
292-302 Parent-adolescent interaction
Parent-adolescent interactions after traumatic brain
Oo
injury: Their relationship to family adaptation and
Olanzapine adolescent adjustment, Wade SL, Taylor G, Drotar
The use of atypical antipsychotics in traumatic brain D, et al, 18(2):164-176
injury, Elovic EP, Lansang R, Li Y, Ricker JH, Pediatric brain injury
18(2):177-195
Brain imaging as a predictor of early functional
Outcome outcome following traumatic brain injury in
Brain imaging as a predictor of early functional children, adolescents, and young adults, Blackman
outcome following traumatic brain injury in JA, Rice SA, MatsumotJoA , et al, 18(6):493-503