Self-Motion Perception and Motion SicknessMotion sickness typically is considered a bothersome artifact of exposure to passive motion in vehicles of conveyance. This condition seldom has significant impact on the health of individuals because it is of brief duration, it usually can be prevented by simply avoiding the eliciting condition and, when the conditions that produce it are unavoidable, sickness dissipates with continued exposure. The studies conducted examined several aspects of motion sickness in animal models. A principle objective of these studies was to investigate the neuroanatomy that is important in motion sickness with the objectives of examining both the utility of putative models and defining neural mechanisms that are important in motion sickness.
Document ID
19940017424
Acquisition Source
Ames Research Center
Document Type
Contractor Report (CR)
Authors
Robert A Fox (San Jose State University San Jose, United States)
Date Acquired
September 6, 2013
Publication Date
January 1, 1991
Publication Information
Publisher: National Aeronautics and Space Administration
Subject Category
Life Sciences (General)
Report/Patent Number
NAS 1.26:194276NASA-CR-194276Report Number: NAS 1.26:194276Report Number: NASA-CR-194276
IDRelationTitle19940017437WorkThe effects of area postrema lesions and selective vagotomy on motion-induced conditioned taste aversion19940017432WorkMotion sickness elicited by passive rotation in squirrel monkeys19940017435WorkConditioned taste aversion induced by motion is prevented by selective vagotomy in the rat19940017439WorkRole of the area postrema in three putative measures of motion sickness in the rat19940017438WorkExperimental studies of gastric dysfunction in motion sickness: The effect of gastric and vestibular stimulation on the vagal and splanchnic gastric efferents19940017431WorkRecovery of the vomiting reflex following area postrema ablation in squirrel monkeys19940017440WorkInvestigating motion sickness using the conditioned taste aversion paradigm19940017442WorkCurrent status: Animal models of nausea19940017441WorkConditioned taste aversion and motion sickness in cats and squirrel monkeys19940017436WorkImmunocytochemical localization of glutamic acid decarboxylase (GAD) and substance P in neural areas mediating motion-induced emesis: Effects of vagal stimulation on GAD immunoreactivity19940017434WorkEffect of copper sulphate on the rate of afferent discharge in the gastric branch of the vagus nerve in the rat19940017425WorkChanges in plasma vasopressin during motion sickness in cats19940017429WorkGamma-aminobutyric acid (GABA) and neuropeptides in neural areas mediating motion-induced emesis19940017430WorkDetection of emetic activity in the cat by monitoring venous pressure and audio signals19940017433WorkArea postrema ablations in cats: Evidence for separate neural routes for motion- and xylazine-induced CTA and emesis19940017426WorkSusceptibility of the squirrel monkey to different motion conditions19960020463See AlsoSelf Motion Perception and Motion Sickness19940017427WorkRelationship of area postrema to three putative measures of motion sickness19940017878WorkSoftware systems used for unstructured grid generation at NASA Langley19940017879WorkNASA-Ames Research Center unstructured technology development19940017880WorkUnstructured grid research and use at NASA Lewis Research Center19940017881WorkGrid generation requirements at Marshall Space Flight Center19940017882WorkJohnson Space Center CFD grid generation requirements19940017883WorkThe 3-D unstructured mesh generation using local transformations19940017884WorkStatus of VGRID/USM3D aero analysis system19940017885WorkUnstructured low-Mach number viscous flow solver19940017886WorkRobust unstructured grid generation with VGRID19940017887WorkThree-dimensional unstructured grid method applied to turbomachinery19940017888WorkDevelopment of a gridless CFD method19940017889WorkAn advancing-front Delaunay-triangulation algorithm designed for robustness19940017890WorkDynamic mesh adaption for triangular and tetrahedral grids19940017891WorkCartesian-cell based grid generation and adaptive mesh refinement19940017892WorkThe 2D and 3D hypersonic flows with unstructured meshes19940017893WorkUnstructured surface grid generation19940017894WorkThe 3D Euler solutions using automated Cartesian grid generation19940017895WorkAccuracy assessment for grid adaptation19940017896WorkTime-dependent grid adaptation for meshes of triangles and tetrahedra19940017897WorkComputational geometry issues19940017898WorkNASA data exchange standards for computational fluid dynamics19940017899WorkSurface acquisition through virtual milling19940017428WorkReassessment of area postrema's role in motion sickness and conditioned taste aversion