Centrifugation of the white-fronted Capuchin monkey, Cebus albifrons /Humboldt/

Acceleration stress in monkeys, and breathing rate, electrocardiographic, and skin temperature measurements during centrifugatio

Isothermal method for volume determination

Isothermal volume measurements for weight computation on monkey

Direction-specific adaptation effects acquired in a slow rotation room

Thirty-eight subjects were required to execute 120 head movements in a slow rotation room at each 1-rpm increase in velocity of the room between 0 and 6 rpm and, after a single-step gradual return to zero velocity, execute 120 head movements either immediately after the return or after delay periods varying from 1 to 24 hours unless, at any time, more than mild symptoms of motion sickness were elicited. A second stress profile differed by the sequential addition of an incremental adaptation schedule in which the direction of rotation was reversed. The experimental findings demonstrated the acquisition of direction-specific adaptation effects that underwent spontaneous decay with a short time constant (hours). Speculations are presented which could account for the simultaneous acquisition of short-term and long-term adaptation effects. The findings support the theory that motion sickness, although a consequence of vestibular stimulation, has its immediate origin in nonvestibular systems, implying a faculative or temporary linkage between the vestibular and nonvestibular systems

Exposure of Tradescantia Microspores to Periodic Vibrations of 40-100 Hertz

Spherical chromosomal fragments determined in exposure of Tradescantia microspores to periodic vibration

The influence of vibrations on chromosomes

Effects of vibrations on chromosomes/cells from various organism

Exposure of man to low intensity magnetic fields in a coil system

Physiological and psychological effects of prolonged exposure to low intensity magnetic field

The Electroencephalogram of the Squirrel Monkey /saimiri Sciureus/ in a Very High Magnetic Field

Electroencephalograms of squirrel monkey subjected to strong homogeneous and gradient magnetic field