[Quantitative analysis of spatial ventricular gradient. 1. Spatial ventricular gradient in normal subjects].
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Adolescent↗
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[Quantitative analysis of spatial ventricular gradient. 2. Spatial ventricular gradient in essential hypertension].
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Adult↗
Spatial magnitude electrocardiogram in normals and myocardial infarctions: clinical usefulness of spatial magnitude ECG in the diagnosis of old myocardial infarctions.
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Adult↗
A reversal in the direction of detection asymmetry: effects of spatial density, spatial regularity, and retinal eccentricity.
We analyzed detection asymmetry, using openand closed squares as target and contextelements. It was found that varying density, regularity, and target eccentricity not only can modulate the amount of asymmetry, but also can produce a reversal in the direction of the asymmetry. The results suggest that the different stimuli are processed with different grains of analysis,consisting of in some cases, single elements and their properties and, in other cases, larger units of the stimulus array and more globalproperties. A detection task that can utilize the properties that are available with a given grain of analysis would show an advantage over a task for which the given grain of analysis is not as favorable, resulting indetection asymmetry in one direction or another.
Adult↗
Uncertainty about spatial frequency, spatial position, or contrast of visual patterns.
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Cues↗
Lateral inhibition between spatially adjacent spatial-frequency channels?
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Form Perception↗
[Spatial electrocardiography. II. Methods for the determination of cardiac spatial vectors and visualization technics].
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Heart↗
[ON SPATIAL ANALYSIS OF CONDITIONED SOUND STIMULI AND EXPERIMENTAL NEUROSIS CAUSED BY THE SPATIAL APPROXIMATION OF SOURCES OF SOUND STIMULATION].
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Animals↗
The determination of the spatial ventricular gradient; a contribution to the problem of the spatial vector in electrocardiography.
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Electrocardiography↗
[Spatial electrocardiography by means of three lead triangles situated in three spatial planes].
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Electrocardiography↗
Allocentric spatial learning by hippocampectomised rats: a further test of the "spatial mapping" and "working memory" theories of hippocampal function.
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Animals↗
[Spatial circumference electrocardiography--spatial circumference electrocardiogram in normal subjects and left ventricular overloading diseases].
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Adult↗
[Spatial coherences and spatial equilibrium in the carpal region].
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Cartilage, Articular↗
[A case of visual spatial agnosia--an abortive form of Bálint's syndrome with unilateral spatial agnosia].
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Agnosia↗
Study of the functional role of spatial synchronization of neocortical background potentials. II. Role of the level of spatial synchronization of cortical potentials for simple reaction time.
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Adult↗
[Perspective spatializations. I. Directional gradients. "Gradient of horizontality". Spatialization of manipulation and of grasping. Phenomenological perspective].
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Gestures↗
[(Contributions on the development of the primate cranium with observations on the sagittal angle relationships. II. Spatial analysis. 1: Neurocranium. III. Spatial analysis. 2: Viscerocranium].
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Animals↗
[Temporal and spatial analysis of hospitalization for selected diseases in Poland due to certain environmental factors. II. Spatial analysis of environmental differences].
The present study was aimed at assessment of a degree of regional differences in hospitalized morbidity in Poland for some of diseases considered to be related to environmental contamination and its relationship with general environmental characteristic of the regions. The performed analysis has shown that however in recent years there have been substantial differences in the discharge rates between provinces of Poland, these differences are not well explained by differences in general environmental factors. The possible reasons of these results have been discussed.
Congenital Abnormalities↗