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PubMed1977

Morphine-induced rotation (circling behavior) in rats and mice: species differences, persistence of withdrawal-induced rotation and antagonism by naloxone.

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Animals↗

PubMed2002

A sequence of two rotations--50 degrees torso flexion followed by +/-120 degrees of head axial rotation--was monitored using (essentially) goniometers and simultaneously measured by Euler XZY an YZX decompositions of marker data from an electromagnetic system (Flock of Birds).

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Cervical Vertebrae↗

PubMed1976

Determination of rotational correlation times of proteins in solution from carbon-13 spin-lattice relaxation measurements. Effect of magnetic field strength and anisotropic rotation.

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Animals↗

PubMed1956

The distance problem in rotation therapy with special reference to the construction of an optimal all-purpose cobalt bomb (with an analysis of the fundamental limit of rotation therapy).

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Bombs↗

PubMed1992

[Time course of nystagmus reactions after rotational stimulation (modified Veits long rotation method). I. Comparison of the nystagmus reactions of probands with normal equilibrium with those of patients with vestibular disorders].

In the present study, all the nystagmus reactions following the rotatory test are represented graphically after being split up into successive time intervals of 5 seconds each. The range of reactions is illustrated by comparing healthy subjects with patients with acute lesions of the vestibular system. It has been shown that during the rotatory test no signs of habituation were to be seen. The use of the parameter "fast phase velocity" (FPV) of the nystagmus to analyze the nystagmus reactions did not prove meaningful. In particular the findings in patients with acute vestibular lesions show that the nystagmus reactions following rotatory stimuli of appropriate intensity increase only to a limited extent. When interpreting the results, the influence of spontaneous nystagmus which usually underlies acute vestibular disease, is discussed in detail.

Electronystagmography↗

PubMed1992