• 1990 (Vol.4)
  • 1989 (Vol.3)
  • 1988 (Vol.2)
  • 1987 (Vol.1)

Volume 7 #1

Contents

  1. Investigation of specificity chemoreception damage in search behavioral reactions of model objects under the action of different doses of the main classes of toxicants
  2. Temperature reception as a specialised form of mechanoperception
  3. On the peripheral code of temperature information
  4. Selective averaging of single trials – as a method of acoustic analisis
  5. Functional organization of inputs and outputs of the lateral vestibular nucleus of Deiters
  6. The influence of neuropeptides on intestinel interoreceptors
  7. Alteration of lingual mechanosensory formations in the process of ontogenesis in humans
  8. The role of carrier frequency in the perception of acoustic signals of different rhythmic structure
  9. Hearing sensitivity change as a result of focused ultrasound stimulation
  10. A comparsion of skin sensitivity of finger in normal and blind subjects
  11. Analysis of saccadic processing stages in monkey by means of double step stimuli
  12. Investigation of human saccadic eye movements bu means of combined double step stimuli and gap paradigm
  13. An influence of acoustic noise and subject’s functional state on long-latency auditory evoked potencials in man
  14. The mathematical modelling peripherical part of vestibular analyzer
  15. Role of hippocampus in estimation of sound signals spatial characteristics
  16. The dependence of gaze shift parameters on eye position in the orbit
  17. Sensory physiological of sea animals

Investigation of human saccadic eye movements bu means of combined double step stimuli and gap paradigm

© 1993 B. M. Sheliga, A. A. Kustov, V. V. Shulgovsky

Cite: Sheliga B. M., Kustov A. A., Shulgovsky V. V. Issledovanie glazodvigatelnykh reaktsii u reloveka pri kombinirovanii metodik posledovatelnogo predyavleniyakh dvukh zritelnykh stimulov i zaderzhki predyavleniya perifericheskogo zritelnogo stimula [Investigation of human saccadic eye movements bu means of combined double step stimuli and gap paradigm]. Sensornye sistemy [Sensory systems]. 1993. V. 7(1). P. 60-67 (in Russian).