- •Preface
- •Analysis of field data
- •Interpolation of perimetric test grids using artificial neural networks
- •A new scoring program for quantification of the binocular visual field
- •A variance-equalizing transformation for the analysis of visual fields
- •Mixture of factor analysis of standard visual fields
- •Variability components of standard perimetry
- •Comparison of different methods for detecting glaucomatous visual field progression
- •Clinical perimetry
- •Does patient education result in more reliable initial visual fields?
- •Tendency oriented perimetry in children with ocular abnormalities
- •A computer application for training kinetic perimetry
- •Evaluation of stato-kinetic dissociation using examiner-independent automated perimetric techniques
- •Prevalence and characteristics of central binocular visual field defects in patients attending a glaucoma perimetry service
- •Comparison of tests
- •Comparison of conventional automated perimetry, short-wavelength automated perimetry and frequency-doubling technology in the assessment of patients with multiple sclerosis
- •Conventional perimetry and frequency-doubling technique
- •Tendency oriented perimetry versus Fastpac in patients with neuro-ophthalmological defects
- •Comparison of selected parameters of SITA Fast and Full Threshold strategies in evaluation of glaucoma suspects
- •Continuous light increment perimetry (CLIP) strategy compared to full threshold strategy in glaucoma patients
- •Frequency-doubling technology and high-pass resolution perimetry in glaucoma and ocular hypertension
- •Glaucoma
- •Glaucoma diagnosis using tendency oriented perimetry
- •Influence of optic disc appearance and diurnal variation of intraocular pressure on visual field defect in normal tension glaucoma
- •The relationship between perimetric and metabolic defects caused by experimental glaucoma
- •Combining structural and functional assessment to detect glaucoma
- •New perimetric techniques
- •Utility of a dynamic termination criterion in bayesian adaptive threshold procedures
- •Novel 3D computerized threshold Amsler grid test
- •Second generation of the tendency oriented perimetry algorithm in glaucoma patients
- •SITA-standard and short-wavelength automated perimetry in the early diagnosis of glaucoma
- •Realization of semi-automated kinetic perimetry with the Interzeag Octopus 101 instrument
- •Resolution perimetry using Landolt C
- •Combined spatial, contrast and temporal function perimetry in early glaucoma and ocular hypertension
- •Objective measures
- •Detection of glaucomatous visual field loss using multifocal visual evoked potential
- •The multifocal visual evoked potential in functional visual loss
- •Multifocal visual evoked potential in optic neuropathies and homonymous hemianopias
- •Optic nerve head imaging
- •Confirmatory results in suspect glaucoma patients with normal visual field and abnormal retinal nerve fiber layer findings
- •Discriminating analysis formulas for detecting glaucomatous optic discs
- •Reproducibility of the Heidelberg Retina Flowmeter by automatic full field perfusion image analysis
- •The ability of the Heidelberg Retina Tomograph and GDx to detect patients with early glaucoma
- •Assessment of digital stereoscopic optic disc images using a Z Screen
- •The correlation between change in optic disc neuroretinal rim area and differential light sensitivity
- •The effect of contour-line drawing criteria on optic disc parameters as measured with the Heidelberg Retina Tomograph
- •Evaluation of effectiveness of new GDx parameters
- •Psychophysics
- •Spatial summation for single line and multi-line motion stimuli
- •Normal relationship between luminous threshold and critical flicker fusion frequency
- •Perimetric measurement of contrast sensitivity functions
- •Association between birth weight deviation and visual function
- •Retinal and neurological disorders
- •Natural course of homonymous visual field defects as a function of lesion location, pathogenesis and scotoma extent
- •A relative afferent pupillary defect is an early sign of optic nerve damage in glaucoma
- •Visual field changes after pars plana vitrectomy and internal limiting membrane peeling
- •The relationship between retinal contraction and metamorphopsia scores in patients with epiretinal membranes
- •Screening
- •Frequency-doubling technology staging system accuracy in classifying glaucomatous damage severity
- •A new screening program for flicker perimetry
- •Screening for glaucoma in a general population with a non-mydriatic fundus camera and a frequency-doubling perimeter
- •Index of Authors
Index of authors |
401 |
|
|
INDEX OF AUTHORS |
|
Abreu, A., 247 |
Ennis, F.A., 329 |
Aguilar, J., 221 |
Erdmann, B., 353 |
Altieri, M., 91, 115, 293 |
|
Anderson, A.J., 191 |
Farid, S., 187 |
Arimura, E., 385, 397 |
Fernández-Baca, G., 157 |
Arteaga, V., 157 |
Fernández-Vidal, A.M., 199, 345 |
Artes, P.H., 29, 173 |
Fink, W., 207 |
Austin, M.W., 47 |
Fitzke, F.W., 31, 33, 83, 335 |
|
Formenti, S., 377 |
Bandini, F., 97 |
Fortune, B., 251 |
Barabino, S., 97 |
Freedman, K., 121 |
Baur, M., 365 |
Frisén, L., 213 |
Berry, C.C., 187 |
|
Bialek, M., 129 |
Gandolfo, E., 21, 377 |
Bjerre, A., 277 |
Gandolfo, F., 21, 377 |
Blachly, C., 329 |
García, M., 341 |
Boden, C., 35, 149 |
García-Feijoó, J., 199, 345 |
Bowd, C., 187 |
García-Sánchez, J., 199 |
Brown, S.M., 51 |
Gardiner, S.K., 31, 33 |
Brusini, P., 151, 389 |
Garway-Heath, D.F., 317, 335 |
Budde, W.M., 287 |
Goethals, M., 399 |
Burth, R., 13, 365 |
Goh, K., 251 |
|
Goldbaum, M.H., 35 |
Calabria, G., 97, 115, 287, 293 |
González de la Rosa, M., 157, 221, 247, |
Capris, P., 21, 97 |
341, 345 |
Chang, K., 35 |
González-Hernández, M., 157, 221, 247, |
Chauhan, B.C., 29, 39, 173 |
341, 345 |
Choong, Y.F., 47 |
Goyal, R., 309 |
Cicinelli, S., 97 |
Grigg, J.R., 277 |
Cioffi, G.A., 251, 329 |
Gu, H., 29 |
Collignon, J., 399 |
|
Corallo, G., 97 |
Hamilton, D.C., 29 |
Crabb, D.P., 31, 33, 83 |
Hård, A.L., 361 |
Crawford, M.L.J., 175 |
Harper, R.A., 299 |
|
Harwerth, R.S., 175 |
Danieli, F., 377 |
Hashimoto, S., 385, 397 |
Dannheim, F., 103 |
Hayamizu, F., 165 |
De Feo, F., 115 |
Hayler, J.K., 287 |
Demirel, S., 251 |
Hellström, A., 361 |
Detry-Morel, M., 399 |
Henson, D.B., xi, 277, 299 |
Deverajan, N., 47 |
Hermann, A., 233, 353 |
Diehm, S., 135 |
Hitchings, R.A., 31, 33, 83 |
|
Hoffmann, M., 91 |
Elphick, J., 47 |
|
402 |
Index of authors |
Iester, M., 115, 287, 293
Iwase, A., 41
Johnson, C.A., 3, 37, 39, 251, 329
Jonas, J.B., 287
Jünemann, A.G., 287
Jürgens, C., 13
Kalaboukhova, L.V., 147
Kani, K., 239
Kawa, P., 129
Kestelyn, P., 399
Kitazawa, Y., 41
Klersy, C., 227
Kolling, G., 135
Kono, Y., 41
Krapp, E., 353
Kwartz, A.J., 277, 299
LeBlanc, R.P., 173
Lee, T.-W., 35
Ley, D., 361
Lindblom, B., 147, 371
Magnusson, G., 365
Mahmood, S., 277
Manoj, B., 47
Mansberger, S.L., 251, 329
Mardin, C.Y., 287
Marsal, K., 361
Martin, L., 361
Mastromarino, A., 97
Matsumoto, C., 385, 397
McLeod, D., 299
Mesa, F., 221
Michelson, G., 293
Migdal, C., 91
Milano, G., 227
Miyake, T., 239
Mizuki, K., 165
Mojon, D.S., 245
Morales, J., 51, 121
Morescalchi, F., 21, 377
Morgan, J.E., 309
Morland, A., 91
Nakagami, T., 165
Nasciuti, F., 115
Newman, S.A., 87
Nishida, Y., 239
North, R.V., 309
Novitsky, K., 251
Nowomiesjska, K., 129, 233
Okano, T., 331
Okuyama, S., 385, 397
Osako, M., 331
Paetzold, J., 69, 75, 233
Parisi, L., 151
Pickering, S., 47
Popovic, Z., 359
Quaranta, L., 21
Rathod, D., 47
Rauscher, S., 69, 233, 353
Richards, I., 47
Rodríguez, J., 341
Rohlfs, E., 365
Rohrschneider, K., 135
Sadowski, B., 353
Sadun, A.A., 207
Sample, P.A., 35, 149, 187
Sánchez, M., 247
Sawyer, C., 121
Schiefer, U., 13, 69, 75, 233, 353, 365
Schiller, J., 69, 75, 233
Sejnowski, T., 35
Sheen, N.J.L., 309
Shimomura, Y., 385, 397
Sjöstrand, J., 359
Sleep, T., 265
Solaro, C., 97
Spencer, A.F., 277, 293
Spry, P.G.D., 3, 37
Strouthidis, N.G., 317
Tachibana, K., 331
Takada, S., 385, 397
Takahashi, D., 41
Tanaka, C., 165
Tosoni, C., 151, 389
Traverso, C.E., 115, 293
Index of authors |
403 |
Turano, R., 377
Uccelli, A., 97
Usui, M., 331
Verdon-Roe, G.M., 335
Vesti, E., 39
Viswanathan, A.C., 83, 335
Vittone, P., 115, 293
Vogt, U., 91
Vonthein, R., 75, 353, 365
Wabbels, B.K., 135
Wall, M., 261, 265
Weinreb, R.N., 35, 149, 187
Westcott, M.C., 335
Wild, J.M.,309
Woodward, K., 261, 265
Yakushigawa, H., 239
Yamada, K., 331
Yamamoto, T., 41
Yamazaki, Y., 165
Zagorski, Z., 129
Zanardi, S., 97
Zangwill, L.M., 187
Zarnowski, T., 129
Zell, A., 13
Zeyen, T., 399
Zulauf, M., 245