Sensory Systems
ran journal logo
  • About
  • Ethics
  • Reviewing
  • Article Submission
  • Archive
  • Subscription
  • Русский
  • 2023 (Vol.37)
    • #1
  • 2022 (Vol.36)
    • #1
    • #2
    • #3
    • #4
  • 2021 (Vol.35)
    • #1
    • #2
    • #3
    • #4
  • 2020 (Vol.34)
    • #1
    • #2
    • #3
    • #4
  • 2019 (Vol.33)
    • #1
    • #2
    • #3
    • #4
  • 2018 (Vol.32)
    • #1
    • #2
    • #3
    • #4
  • 2017 (Vol.31)
    • #1
    • #2
    • #3
    • #4
  • 2016 (Vol.30)
    • #1
    • #2
    • #3
    • #4
  • 2015 (Vol.29)
    • #1
    • #2
    • #3
    • #4
  • 1996 (Vol.10)
    • #1
    • #3
    • #4
  • 1995 (Vol.9)
    • #1
    • #2-3
    • #4
  • 1994 (Vol.8)
    • #1
    • #2
    • #3-4
  • 1993 (Vol.7)
    • #1
    • #2
    • #4
  • 1990 (Vol.4)
    • #2
  • 1989 (Vol.3)
    • #1
  • 1988 (Vol.2)
    • #2
  • 1987 (Vol.1)
    • #1

Volume 10 #1

Contents

  1. Fyodorova Responses of noctuid tympanal organs (Amphipyra perflua: Noctuidae) to the impulse ultrasound signals
  2. Endolymph diffusion as a possible mechanism of vestibular perception
  3. Analyzis of structure changes of the spyral organ evoked by vybrations
  4. Perception of visual entire objects
  5. Reception of low-frequency acoustic oscillations by cutaneous mechanoreceptors
  6. Reception of low-frequency acoustic oscillations by visceral mechanoreceptors
  7. Computer testing of the human binocular visual System. I. Potential possibilityes and perspectives
  8. Computer testing of the human binocular visual system. II. Direct testing of the main clinical parameters
  9. Computer testing of human binocular visual system. III. Using of indirect appraisals
  10. Mechano-activated ion currents of sensilla chaetica in the floor - beetle antennal
  11. Endolymph diffusion as a possible mechanism of vestibular perception
  12. Low - frequency bioacoustics