@inbook{de79c96b2ae84f189b72d29524a890e1,
title = "Vestibular Experiments in Space",
abstract = "It is clear that cellular and subcellular constituents of the vestibular pathways are modified in response to altered gravitational stimuli. In the vestibular periphery, opposite structural effects appear to result from hypo- and hyper-gravity stimulation. In the central vestibular system, neural circuits may well exhibit apparently identical structural changes in response to diverse hypo- and hyper-gravity stimuli, reflecting the more dynamic, highly regulated interactions of the central pathways. More research will be needed to resolve the inconsistencies in the current published literature.",
author = "Bernard Cohen and Yakushin, {Sergei B.} and Holstein, {Gay R.} and Mingjia Dai and Tomko, {David L.} and Badakva, {Anatole M.} and Kozlovskaya, {Inessa B.}",
note = "Funding Information: We thank Jun Maruta for assistance. This work was supported by NASA Grants NAG 2-573 (BC), NAG 2-703 (BC), NASA Contract NAS 9-19441(BC), NCC2-1173 (GRH), NAG 2-946 (GRH), NIH Grants: DC02451 (GRH), DC04996 (SY), DC05204, and EY01867.",
year = "2005",
doi = "10.1016/S1569-2574(05)10005-7",
language = "English",
isbn = "0444519076",
series = "Advances in Space Biology and Medicine",
pages = "105--164",
editor = "Gerald Sonnenfeld",
booktitle = "Experimentation With Animal Models In Space",
}