Manfred Mackeben

Mackeben, M. ., Colenbrander, A. ., & Schainholz, D. . (1994). Comparison of three ways to assess residual vision after macular vision loss. Low Vision-Research and New Developments in Rehabilitation", Kooijman AC Et al.(eds.), 51–58.

Poggel, D. A., Strasburger, H. ., & Mackeben, M. . (2007). Cueing attention by relative motion in the periphery of the visual field. PERCEPTION, 36, 955-970.

Mackeben, M. ., & Colenbrander, A. . (1994). Mapping the topography of residual vision after macular vision loss. Low Vision - Research and New Developments in Rehabilitation., 59–67.

Mackeben, M. ., & Colenbrander, A. . (1996). Quick assessment of the topography of macular vision loss using a new PC-based field analyzer. Proc. Of the Int’l Low Vision Conference.

Mackeben, M. . (1998). Enhancement of letter recognition by explicit and implicit cueing of transient focal attention. OSA Technical Digest, SaC5, 1, 104-107.

Mackeben, M. ., Colenbrander, A. ., & Gofen, A. . (1999). Use your PC to quickly map remaining vision after foveal vision loss. Perimetry Update 1998 1999, 307–316.

Mackeben, M. . (1999). Sustained focal attention and peripheral letter recognition. Spatial Vision, 12, 51–72.

Eckmiller, R. ., & Mackeben, M. . (1978). Pursuit eye movements and their neural control in the monkey. Pflügers Archiv European Journal of Physiology, 377, 15–23.

Nakayama, K. ., Mackeben, M. ., & Sutter, E. . (1980). Narrow spatial and temporal frequency tuning in the alert monkey {VEP}. Brain Research, 193, 263–267.

Nakayama, K. ., & Mackeben, M. . (1982). Steady state visual evoked potentials in the alert primate. Vision Research, 22, 1261–1271.