The nature of optokinetic reactions in mammals and their significance in the experimental analysis of the neural mechanisms of visual functions.
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[1] K. Smith. THE RELATION BETWEEN VISUAL ACUITY AND THE OPTIC PROJECTION CENTERS OF THE BRAIN. , 1937, Science.
[2] J. Ohm. Der Nystagmus bei der totalen angeborenen Farbenblindheit und seine Beziehungen zum Augenzittern der Bergleute nebst Bemerkungen zur Erklärung der Farbenblindheit , 1937 .
[3] Karl U. Smith,et al. The Development of Visual Acuity in the Cat , 1937 .
[4] Karl U. Smith. The Postoperative Effects of Removal of the Striate Cortex upon Certain Unlearned Visually Controlled Reactions in the Cat , 1937 .
[5] J. B. Hursh,et al. MOVEMENTS OF THE EYES WHEN THE LIDS ARE CLOSED , 1936 .
[6] E. Spiegel,et al. THE CORTICAL INNERVATION OF OCULAR MOVEMENTS , 1936 .
[7] E. Wolf,et al. ON CRITICAL FREQUENCY AND CRITICAL ILLUMINATION FOR RESPONSE TO FLICKERED LIGHT , 1936, The Journal of general physiology.
[8] K. Spence,et al. THE EFFECTS OF OCCIPITAL LOBECTOMY ON VISION IN CHIMPANZEE , 1936 .
[9] N. Miller,et al. THE CORNEO-RETINAL POTENTIAL DIFFERENCE AS THE BASIS OF THE GALVANOMETRIC METHOD OF RECORDING EYE MOVEMENTS , 1935 .
[10] L. B. Clark. THE VISUAL ACUITY OF THE FIDDLER-CRAB, UCA PUGNAX , 1935, The Journal of general physiology.
[11] E. Wolf,et al. THE VALIDITY OF TALBOT'S LAW FOR THE EYE OF THE HONEY BEE , 1935, The Journal of general physiology.
[12] D. Marquis. PHYLOGENETIC INTERPRETATION OF THE FUNCTIONS OF THE VISUAL CORTEX , 1935 .
[13] E. Spiegel,et al. THE INTERACTION OF CORTICAL AND LABYRINTHINE IMPULSES TO OCULAR MUSCLE MOVEMENTS , 1934 .
[14] George Wald,et al. THE VISUAL ACUITY AND INTENSITY DISCRIMINATION OF DROSOPHILA , 1934, The Journal of general physiology.
[15] P. Stephen,et al. THE MAIN AFFERENT FIBER SYSTEMS OF THE CEREBRAL CORTEX IN PRIMATES , 1934 .
[16] H. Strauss. Über die hirnlokalisatorische Bedeutung des einseitigen Ausfalls des optokinetischen Nystagmus und der hemianopischen Aufmerksamkeitsschwäche , 1933 .
[17] E. Spiegel. RÔLE OF VESTIBULAR NUCLEI IN THE CORTICAL INNERVATION OF THE EYE MUSCLES , 1933 .
[18] E. Wolf. THE VISUAL INTENSITY DISCRIMINATION OF THE HONEY BEE , 1933, The Journal of general physiology.
[19] J. C. Fox. DISORDERS OF OPTIC NYSTAGMUS DUE TO CEREBRAL TUMORS , 1932 .
[20] H. Grundfest. THE SENSIBILITY OF THE SUN-FISH, LEPOMIS, TO MONOCHROMATIC RADIATION OF LOW INTENSITIES , 1932, The Journal of general physiology.
[21] J. Lebensohn. NYSTAGMUS OF OCULAR ORIGIN , 1931 .
[22] Edmund Jacobson,et al. ELECTRICAL MEASUREMENTS OF NEUROMUSCULAR STATES DURING MENTAL ACTIVITIES: III. Visual Imagination and Recollection , 1930 .
[23] J. C. Fox,et al. OPTIC NYSTAGMUS: III. CHARACTERISTICS OF THE SLOW PHASE , 1930 .
[24] S. Hecht,et al. THE VISUAL ACUITY OF THE HONEY BEE , 1929, The Journal of general physiology.
[25] J. C. Fox,et al. OPTIC NYSTAGMUS: II. VARIATIONS IN NYSTAGMOGRAPHIC RECORDS OF EYE MOVEMENT , 1929 .
[26] I. L. Meyers. ELECTRONYSTAGMOGRAPHY: A GRAPHIC STUDY OF THE ACTION CURRENTS IN NYSTAGMUS , 1929 .
[27] A. Kleyn. Einige experimentell-klinische Bemerkungen über die kalorische Reaktion , 1929 .
[28] J. C. Fox,et al. OPTIC NYSTAGMUS: TECHNICAL INTRODUCTION, WITH OBSERVATIONS IN A CASE WITH CENTRAL SCOTOMA IN THE RIGHT EYE AND EXTERNAL RECTUS PALSY IN THE LEFT EYE , 1928 .
[29] J. C. Fox,et al. OPTIC NYSTAGMUS AND ITS VALUE IN THE LOCALIZATION OF CEREBRAL LESIONS , 1926 .
[30] H. Strauss. Die diagnostische Bedeutung des optomotorischen (Eisenbahn-) Nystagmus für die Neurologie , 1925 .
[31] H. Ehlers. ON OPTICALLY ELICITED NYSTAGMUS , 1925 .
[32] E. P. Lyon. ON RHEOTROPISM. I. — RHEOTROPISM IN FISHES , 1904 .
[33] R. Dodge,et al. The angular velocity of eye movements , 1901 .
[34] E. B. Delabarre. A method of recording eye-movements. , 1898 .
[35] A. Kleyn,et al. Experimentelle Untersuchungen über den optokinetischen Ny stagmus , 1939 .
[36] R. C. Travis. The latency and velocity of the eye in saccadic movements. , 1936 .
[37] J. C. Fox,et al. Spontaneous nystagmus—a study in neural rivalry and competition. , 1936 .
[38] Carleton F. Scofield. The effects of mild doses of alcohol and caffeine on optic nystagmus. , 1936 .
[39] O. Mowrer. A comparison of the reaction mechanisms mediating optokinetic nystagmus in human beings and in pigeons. , 1936 .
[40] O. Mowrer. The nystagmic response of the pigeon to constant angular acceleration at liminal and supraliminal intensities. , 1935 .
[41] K. Lashley,et al. The mechanism of vision. X. Postoperative disturbances of habits based on detail vision in the rat after lesions in the cerebral visual areas. , 1934 .
[42] O. Mowrer. The modification of vestibular nystagmus by means of repeated elicitation , 1934 .
[43] Miles A. Tinker,et al. Apparatus for Recording Eye-Movements , 1931 .
[44] R. Dodge,et al. The Latent Time of Compensatory Eye-movements. , 1921 .
[45] R. Dodge. A Mirror-recorder for Photographing the Compensatory Movements of Closed Eyes. , 1921 .
[46] M. Minkowski. Experimentelle Untersuchungen über die Beziehungen der Grosshirnrinde und der Netzhaut zu den primären optischen Zentren, besonders zum Corpus geniculatum externum , 1913 .
[47] C. H. Judd,et al. General introduction to a series of studies of eye movements by means of kinetoscopic photographs , 1905 .
[48] W. Garrey. A SIGHT REFLEX SHOWN BY STICKLEBACKS , 1905 .
[49] C. Judd,et al. Eye-movements and the Aesthetics of Visual Form. , 1903 .