J Am Acad Audiol 16:829-832 (2005) Index to Volume 16 Author Index Forsline A, 637 Lieberth AK, 79 Frenette WL, 157 Lister JJ, 357 Abrams HB, 809 Freyaldenhoven MC, 228, Ludvigsen C, 333 677 Baran JA, 205 Froke R, 698 Marinac J, 301 Bauer P, 564 Martin DR, 79 Bentler RA, 461, 473 Gans RE, 357 Martin K, 564 Berlin CI, 114, 546 Ghent RM, 18, 27 McArdle RA, 726, 809 Beynon AJ, 42 Gilley P, 564 Miller MT, 770 Bray V, 27 Golding M, 348 Mitchell P, 348 Brenner B, 237 Grant KW, 662, Moncrieff DW, 205 Bu X, 687 Grayhack J, 585 Montgomery E, 546 Burchfield SB, 228, 677 Grimes AM, 505 Moody L-J, 291 Burks CA, 622, 726 Groth J, 237 Morlet T, 546 Gudmundsen GI, 439 Mueller HG, 448, 461 Cahill L, 301 Murdoch BE, 708 Caissie R, 157 Hamernik RP, 69 Musiek FE, 205, 698 Campbell MM, 157 Harkrider AW, 530 Carpenter R, 600 Harris R, 27 Nabelek AK, 228, 677 Chermak GD, 554 Hawkins DB, 485 Nilsson M, 27 - Cherry R, 54 Hickson L, 383 Nondahl DM, 129, 196 Chisolm TH, 809 Hill AB, 101, 614 Cienkowski KM, 637 Hoffmann A, 301 Otto SR, 219 Clark JL, 740, 822 Hood LJ, 546 Copland DA, 708 Horn JE, 250 Palmer CV, 494, 505, 585, Cord MT, 662 Hornsby BWY, 270 789 Cortez R, 653 Howell I, 157 Perez-Abalo M-C, 140 Cox RM, 419 Hugo R, 5 Philliposian C, 770 Crandell C, 250 Hull RH, 596 Picton TW, 140 Cruickshanks KJ, 129, 196 Hurley A, 114 Plyler PN, 101, 262, 614, Cupples L, 348 Hurley RM, 114 677 Poulis C, 291 Davis B, 69 Jespersen CT, 237 Preminger JE, 600 DeBoodt JL, 357 Qiu W, 69 Denzin L, 383 Keenan D, 333, 653, 747 Dimitrijevic A, 140 Kei J, 301 Dinulescu N, 653 Kelly T, 291 Rance G, 291 Dorman M, 564 Keogh P, 653 Ricketts TA, 270 Dourlay M, 291 Keogh T, 301 Roberts RA, 357 Driscoll C, 301, 687 Kiessling J, 237 Roeser RJ, 740, 822 Dunstan A, 383 Killion MC, 439 Roland P, 564 Durrant JD, 585 Klein BEK, 196 Roper R, 291 Dyrlund Jensen O, 237, Klein R, 196 Rosbe KW, 770 662 Kondamuri P, 301 Roy A, 157 Krishnan A, 184 Rubinstein A, 54 Eckert AM, 312 Kuchta J, 219 Ruscetta MN, 585 Kuk F, 333, 653, 747, 781 Ryan C, 585 Fabry D, 515 Fausti S, 637 Lai L, 740 Sanford CA, 278 Faustmann A, 708 ‘Lau C, 333, 653, 747 Saunders GH, 637 Feeney MP, 278 Lee J, 554 Schmulian D, 5 Finnigan SP, 708 Lewis MS, 250 Scott L, 157 Formby C, 85 Li X, 687 Sellars J, 383 Journal of the American Academy of Audiology/Volume 16, Number 10, 2005 Sharma A, 564 acoustic reflex thresholds, background noise level, Shea-Miller KJ, 212 530 228 Sherlock LP, 85 admittance, 129 benign paroxysmal Shinn JB, 205 adults, 494 positional vertigo, 357 Sindhusake D, 197 aging, 129, 348 bilateral, 574, 809 Small SA, 172 ampclusion effect, 781 binaural interference, 574 Smith SB, 530 amplification, 564, 574, binomial model, 54 Snik AFM, 42 822 biomarker, 564 St. John P, 546 analytic, 494 bone conduction, 172 Stapells DR, 172 anechoic, 18 Stegeman DF, 42 antiphasic, 367 canalith repositioning Surr RK, 662 assistive listening devices, maneuver, 357 Swanepoel D, 5 789 categorical scaling of Sweeney MH, 564 attention, 205 loudness, 85 Sweetow R, 494, 770 attention deficit disorder, central auditory disorders, Symons L, 291 677 348 attention deficit/ child(ren), 312, 554 Thelin JW, 228,677 . hyperactivity disorder, 677 clear speech, 157 Thibodaux M, 546 attitude, 637 click, 114 Toth V, 312 audibility, 333, 505 clinical trial, 473 Trine TD, 101, 262, 614 audiologic rehabilitation, cochlear dead regions, 600 Tweed TS, 129, 196 157 cochlear implant, 515, 564, audiometric test room, 18 770 Uriarte M, 383 audiometry, 172 cochlear implantation, 42, auditory brainstem 822 Valente M, 250 implant, 219 Cogan’s syndrome, 770 van den Broek P, 42 auditory brainstem comfort, 505 Van Roon P, 140 response, 5, 114, 546 communication needs, 789 Van Summers W, 662 auditory development, 114 communication skills, 494 Van Vliet D, 410 auditory dynamic range, communication strategies, Venema T, 262 85 485 auditory ERP responses, communication strategies Walden BE, 574, 662 708 for hearing impaired, Walden TC, 574 auditory evoked 157 Wambacgq IJA, 312 potential(s), 69, 184 complex sound field, 18 Waring MD, 219 auditory neuropathy/ compression, 101, 614 Weakley DG, 367, 622 dys-synchrony, 546 connected discourse, 301 Weihing J, 698 auditory perception, 726 consonant vowel, 205 Wilce E, 301 auditory perceptual Contour Test of Loudness, Wilensky D, 546 disorders, 312 85 Wiley TL, 129, 196 auditory processing, 205, contralateral hearing aids, Wilson JR, 184 554 770 Wilson RH, 367, 622, 726 auditory steady-state contralateral suppression response(s), 140, 172, of transient evoked Ziegler CH, 600 291 otoacoustic emissions, auditory training, 494 530 aural rehabilitation, 157, cortical auditory evoked Key Word Index 494, 822 potential, 564 autoimmune disease, 596, cortical responses, 42 absorption, 18 770 counseling, 637 acceptable noise level(s), automatic directionality, CPHI, 250 228, 530, 677 662 critical appraisal, 419 acoustic impedance tests, automatic switching, 333 cytoxan, 596 278 available gain, 653 acoustic mass, 237 dichotic consonant-vowel, acoustic reflex, 278, 546 205 Index to Volume 16 dichotic digits, 574 hearing, 291 objective audiometry, 140 dichotic listening, 205 hearing aid(s), 18, 27, 101, objective measures, 42, dichotic multiple frequency 250, 383, 410, 419, 439, 564 steady state, 5 448, 461, 473, 485, 515, obstacles to provision of diffraction, 18 564, 574, 637, 662, 789, hearing care, 410 diffuse field, 27 809 occlusion, 740 diffuse sound field, 18 hearing aid outcomes, 410 occlusion effect, 237, 653, digital noise reduction, 270 hearing aid performance, 747, 781 directional benefit, 228 600 older people, 383 directional microphone(s), hearing care, 410 OSPL90, 461 27, 228, 473, 662 hearing handicap, 485 otitis media, 301, 596 discrimination, 42 hearing impairment, 564 otoacoustic emissions, 546, distance education, 79 hearing instruments, 237 687 distortion product hearing loss, 5,348, 367, otoconia, 357 otoacoustic emissions, 69 410, 622, 726, 809 outcome(s), 383, 448, 473 dual microphones, 473 hearing screening, 687 output, 461 HINT, 27 own voice problem, 781 ear advantage, 205 hollowness, 781 earmold, 237 homophasic, 367 P1, 564 effect size, 419 P2, 698 electrophysiological immittance, 129° P300, 42, 698 measurements, 42 infant(s), 278, 291 P600, 708 endogenous, 698 internal consistency paired comparison, 270 event-related potentials, reliability, 585 patient simulation, 79 42 Internet, 79 pediatric, 505 everyday speech, 301 pediatric audiology, 822 evidence, 448, 461 large vestibular aqueduct - Pendred syndrome, 770 evidence-based outcome, syndrome, 770, 822 perceived occlusion, 237 515 laser shell-making, 747 permanent threshold shift, evidence-based practice, linear, 505 69 , 410, 419 localization disabilities, phoneme scoring, 54 evidence-based review, 439 585 phase locking, 184 evoked potential normal localization handicaps, 585 phoneme recognition in hearing, 172 loudness, 461 noise, 530 evoked potentials, 312, 698 loudness discomfort level, phrase structure exogenous, 698 85, 461 violations, 708 expansion, 101, 614 loudspeaker, 18 physiological thresholds, expectations, 789 140 masking level difference, plasticity, 564 feedback, 494 184, 367 prediction of occlusion field trial, 473 maximum output, 461 effect, 237 formula, 448 measured occlusion, 237 prednisone, 596 free sound field, 18 methotrexate, 596 preferences, 662 frequency-following middle ear, 129 presbyacusis, 129, 367 response, 184 most comfortable level, 677 prescription, 448 frequency modulation multitalker 27, 367, 622 pure-tone audiometry, 79 (FM) system, 250 pure-tone thresholds, 740 front-to back ratio, 228 N1, 698 fully adaptive directional N400, 708 questionnaire(s), 473, 585, microphone, 333 NAL, 448 637, 687 neural response telemetry, gain, 448 _ 219 random noise, 18, 27 gap detection, 554 neurofibromatosis type 2, randomization test single group adult aural 219 case design, 54 rehabilitation program, noise reduction, 27, 473 real sound field, 18 485 novel venting system, 237 rea! world, 448 83I Journal of the American Academy of Audiology/Volume 16, Number 10, 2005 reflection, 18 unilateral, 574 rehabilitation of hearing impaired, 809 validity, 585 research, 515 vent, 747 reverberation, 18 verification, 27, 505 reverse horn vent, 653, 747 Wegener’s granulomatosis, satisfaction, 383, 473 596 school children, 687 wide dynamic range, 505 self-assessment, 250 word recognition, 367 self-perceived, 585 word recognition in self-report, 439, 473 multitalker babble, 726 semantic violations, 708 word-recognition sensory cell loss, 69 performance, 622 sentence processing, 708 word recognition scores, signal processing, 505 439 signal-to-babble ratio, 622 World Wide Web, 79 signal-to-noise ratio, 140, 333, 662 : sound field, 18, 27 sound localization, 312 sound quality, 270 soun¢dfield testing, 18 speech coding strategies, 42 speech discrimination, 439 speech-in-noise, 18 speech intelligibility, 600 speech perception, 301, 367, 622, 726 speech reception threshold, 228 speech recognition, 54, 574, 662 speech testing, 27 stimulant medication, 677 subjective occlusion ratings, 747 sudden hearing loss, 770 synthetic, 494 systematic evidence-based review, 485 systematic review, 439, 494 systemic vasculitis, 596 telephone, 789 television, 789 temporal resolution, 554 test-retest reliability, 85, 585 threshold, 698 threshold prediction, 5 threshold sensitivity, 740 tone bursts, 114 tympanometry, 129 832 i