Biomedical subjects
W G Reese
Publications and source records attributed to W G Reese.
Physiological concomitants of affect during psychiatric interviews.
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Autonomic responses in psychiatric patients.
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Intrasession adaptation and intersession extinction of the components of the orienting response.
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Evasion of responsibility by physicians in planning health services.
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Gantt, Pavlov and Freud: a comparison.
Contrasts between classical Pavlovianism and classical psychoanalysis have been emphasized, but there are also significant similarities of which I write. A recent edition of a textbook of psychiatry which is widely used in the United States (Kaplan and Sadock 1985) indexes neither Pavlov nor Gantt, although it provides extensive coverage of psychoanalysis.
Horsley Gantt: through the camera eye.
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Early history of the Pavlovian Society. Twentyfive plus twentyfive. (W. Horsley Gantt).
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Familial vulnerability for experimental neurosis.
This summary review of work from one specialized laboratory provides background for the ensuing theoretical discussion concerning experimental neurosis in one inbred strain of purebred pointers. These animals respond selectively to negative reinforcements provided adventitiously in the laboratory environment. The inherited vulnerability of this neurotic strain is contrasted with the high "immunity" of a parallel line in the same laboratory environment.
Immobility reactions: a modified classification.
This theoretical paper sets the stage for subsequent experimental reports on mobility and immobility in the Arkansas Line of Nervous Pointer dogs as contrasted with kennel mates of the normal line. Exactly opposite to the normal animals, the nervous dogs show marked inhibition of heart rate and musculoskeletal responses to man, including reduced ambulation and durable immobility following inversion and brief manual restraint in an open sling. The sling immobility of the nervous dogs (which may not differ basically from their freezing in upright position) might be designated as "tonic immobility" (TI). We hypothesize that such immobility, common in laboratory and natural conditions in many species, should be divided into two classes: hypotonic (cataleptic) and hypertonic (catatonic). We provide examples of such behaviors, particularly in man and dog, and cursorily review TI studies of other species. Neurophysiologic and neurochemical studies which bear on possible immobility mechanisms are briefly noted. We suggest that inconsistencies in reported concommitants of TI might result from failure to discriminate between types of behavioral responses.
Immobility experiments with dogs of the Arkansas Line of Nervous Pointers.
As demonstrated in four experiments, dogs and pups of the Arkansas Line of Nervous Pointers, in contrast to kennel-mate dogs of the normal line, respond to manual inversion and brief restraint in an open sling with prolonged, mainly hypertonic, immobility. This response is consistent and replicable. At least in 4-month-old pups, the duration of sling immobility is positively correlated with the degree of behavioral pathology as determined by the objective Human Interaction Test. We found no evidence of basic difference between upright freezing and supine immobility.
"Don't count the bricks". Scientific contributions of W. H. Gantt.
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Assessment of pointer dog behavior. Drug effects and neurochemical correlates.
Studies of behavioral traits of the "Arkansas Line of nervous pointer dogs" are well documented (Murphree et al. 1969). Demonstrations of drug effects on these traits, as measured on the standardized behavior test and expressed as "Morbidity Score," have been disappointing, despite other evidence of effectiveness of drug treatments such as modification of operant performance (Murphree et al. 1974c). A simple reproducible test with high interrater reliability is presented here. Subjects were nine nervous dogs that received placebo, pimozide, and chlordiazepoxide in a double-blind crossover design. Both drugs significantly attenuated "human avoidance," a nervous trait. Placebo had no effect. The chlordiazepoxide effect was maximal on the first day of administration, returning to baseline three to four days after the last dose. The pimozide maximal effect was on day 4, with return to baseline six to nine days after the last dose. In addition to the aberrant behavior of the nervous pointer, hyperresponsiveness to dopaminergic stimulation and increased levels of L-DOPA in the cisternal spinal fluid were observed.