IJMS-2017v7n37 - page 12

International Journal of Marine Science, 2017, Vol.7, No.37, 366-370
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Lychakov D.V., Rebane T.Y., Lombarte A., Demestre M., and Fuiman L., 2008, Saccular otolith mass asymmetry in adult flatfishes, Journal of Fish Biology, 72:
2579-2594
Lychakov D.V., Rebane Y.T., Lombarte A, Fuiman L.A., and Takabayashi A., 2006, Fish Otolith asymmetry: morphometry and modelling, Hearing Research,
219: 1-11
PMid:16859847
Rahman H., and Anken R.H., 2002, Gravitational biology using fish as model systems for understanding motion sickness susceptibility, Journal of Gravity
Physiology, 9: 19-20
Samarin G.I., 1992, Study of the labyrinth asymmetry and its possible role in the motion sickness genesis (Tezisy Kandidatskoi Dissertazii), Institute for
Biomedical Problems, Moscow, pp.1-33 (in Russian)
Scherer H., Helling K., Clarke A.H., and Hausmann S., 2001, Motion sickness and otolith asymmetry, Biological Sciences in Space, 15: 401-404
PMid:12101366
Takabayashi A., 2003, Functional asymmetry estimated by measurements of otolith in fish, Biological Sciences in Space, 17: 293-297
PMid:15136751
Von Baumgarten R.J., Wetzig J., Vogel H., and Kass J.R., 1982, Static and dynamic mechanisms of space vestibular malaise, Physiology, 25: 33-36
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