Factors related to behavioral control by stimuli presented during sleep.
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Acoustic Stimulation↗
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Results for “Behavior Control”
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Effects of positive and negative feedback on behavior control in hyperactive and normal boys.
The hypothesis that hyperactive boys have relatively less response to negative feedback than to positive feedback was studied. Sixteen hyperactive boys and 16 controls were compared on two tasks under different feedback conditions. Feedback conditions were no feedback, positive feedback, and negative feedback. Tasks were symbol encoding and correcting spelling words. Hyperactives and controls were compared in amount of time on-task and amount of work correctly completed. Hyperactives were on-task significantly more under conditions of negative feedback than under positive feedback, but negative feedback significantly increased errors on the spelling correction task. Controls were equally responsive to positive, negative, or no feedback. Hyperactives accomplished significantly less than controls on the coding task, but performed as well as controls on the spelling correction task, which was administered to each boy at his own level of spelling ability. The results imply that while consistent negative feedback can reduce off-task behavior for hyperactives, it can also decrease the accuracy of the work they are doing.
Behavior Therapy↗
Postinspiratory neuronal activities during behavioral control, sleep, and wakefulness.
Cells that discharge in early expiration and inhibit other respiratory cells purportedly cause a separate phase of the respiratory cycle that has been named "postinspiration." Our objective was to study these postinspiratory cells in the intact unanesthetized cat during sleep, wakefulness, and behavioral inhibition of inspiration, but we were unable to find cells with strong and consistent activity confined to early expiration. Instead, we found that various cell types were active in early expiration. They included inspiratory-expiratory phase-spanning cells, retrofacial augmenting expiratory cells with bursts in early expiration, retrofacial decrementing expiratory cells, tonic expiratory cells, and cells with variable activity in the early part of expiration. Just as the cell types active during early expiration were heterogeneous so too were their activities during behavioral inhibition of inspiration and during sleep. These results suggest that the state of early expiration is determined by many different cell types rather than a single class of postinspiratory cells.
Animals↗
Genital stimulation as a trigger for neuroendocrine and behavioral control of reproduction.
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Amines↗
Rate-dependent effects of drugs: modification by discriminative stimuli of the effects of amobarbital on schedule-controlled behavior.
Food-deprived pigeons responded under a 10-min fixed-interval schedule of food presentation. During even-numbered minutes of the schedule, the discriminative stimuli were the same as those present when food was delivered. During odd-numbered minutes there was either a change in keylight color or a change in overhead illumination, either for the entire duration of the odd-numbered minutes, or for 3-sec after each response. Responding during even-numbered minutes showed the usual pattern of positive acceleration; responding during odd-numbered minutes was similarly graded, but rates were much lower. The response-rate-increasing effects of amobarbital were inversely related to control rates of responding for both even- and odd-numbered minutes. However, when the stimulus change during odd-numbered minutes was either keylight color or a change from a darkened to a brightly illuminated chamber, increases in responding were considerably less than predicted on the basis of the effects on responding during even-numbered minutes. When the stimulus change was from a darkened to a dimly illuminated chamber, control rates of responding changed little, but increases in responding during odd-numbered minutes after amobarbital were considerably greater, and of the approximate order expected on the basis of control rate.
Amobarbital↗
Some effects of sub-acute exposure to toluene on schedule-controlled behavior.
Behavioral effects of repeated exposure to toluene have been assessed on mice responding under an FI 60-sec schedule of milk presentation in a hermetically sealed chamber. Sessions consisted of alternating 10 min periods where milk was available under the FI schedule and 25 min periods where responding had no scheduled consequences. Mice were exposed to 500, 1000 or 2000 ppm toluene, for the last 4 hrs of five consecutive daily sessions. At concentrations of 500 ppm toluene had little effect on responding, on any of the 5 days of repeated exposure. Concentrations of 1000 ppm consistently increased rates of responding during each session and each day of repeated exposure. Concentrations of 2000 ppm consistently decreased responding after the first exposure series during daily exposures; increases in responding were seen at the beginning of sessions during the initial days of exposure. Consistent concentration-dependent effects of toluene were obtained over 4-hr exposure periods with schedule-controlled responding in mice.
Animals↗
Reproductive and behavioral control in the male and female cat with progestins: long-term field observations in individual animals.
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Animals↗
[Development of behavioral control in at-risk children--results of the Rostock longitudinal study after 10 years].
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Brain Damage, Chronic↗
Tolerance to effects of cocaine on schedule-controlled behavior: effects of fixed-interval schedule parameter.
Tolerance to the effects of cocaine on key pecking by pigeons, maintained by differently valued fixed-interval schedules of food presentation, was studied. Key pecking was established on a multiple fixed-interval 5-sec fixed-interval 30-sec fixed-interval 120-sec schedule. Cocaine (1.0-10.0 mg/kg) was administered acutely and then chronically (i.e., before each session) in 5.6 mg/kg doses. Acute cocaine administration produced dose-related decreases in response rates under all three schedules. When cocaine was administered chronically, response rates either recovered fully, or increased to the extent that no reinforcers were missed during the sessions. The development of tolerance was not systematically related to the schedule value. Considered in relation to previous research, these results indicate that different control rates of reinforcement, within the schedules and parameters studied, do not contribute to tolerance to cocaine's behavioral effects.
Animals↗
Effects of narcotic abstinence on schedule-controlled behavior in dependent rats.
Female Sprague-Dawley rats were trained to lever press for food on a variable interval one minute schedule of reinforcement. Four of these rats were then made tolerant to and physically dependent on morphine by a series of automatic IV injections. Four other rats were made tolerant to and physically dependent on LAAM. During the dependence state behavioral tolerance was exhibited to the suppressant effect of morphine on lever pressing, but not to the suppressant effect of LAAM. Abstinence was induced by discontinuation of injections. During both the morphine and LAAM abstinence states from the fourth through twelfth days mean lever presses per session were significantly higher than pre-drug control values. However, there were quantitative differences. Mean lever presses per session were significantly higher during morphine abstinence than during LAAM abstinence. This difference in degree of increased lever pressing observed during morphine and LAAM abstinence in this study extends our previous reports which demonstrated that in the rat morphine abstinence was associated with more severe behavioral disruptions than LAAM abstinence.
Animals↗
Neurotransmitter basis of mollusc behavior: control of choice between the orienting and the defense response to the presentation of an unfamiliar object.
The role of the serotoninergic and opioid systems in the choice between a passive defensive and an orienting response of the mollusc Lymnaea stagnalis to the presentation of an unfamiliar object was studied. Under the influence of 5-HTP, a metabolic precursor of serotonin, orienting and investigatory behavior was activated; the number of protective reactions decreased. Under the influence of naloxone, an antagonist of opiate receptors, the proportion of orienting responses decreased, and the number of passive defensive avoidance and freezing reactions increased. The influence of the agents investigated on the attitude of the snail to a novel object was found to be well coordinated with their influence on other forms of behavior and the behavioral state of the mollusc as a whole.
5-Hydroxytryptophan↗
Behavioral control of visual fixation of the rhesus monkey.
A paradigm for the control of visual fixation of the macaque monkey in vision experiments was described. Using a Maxwellian view, the procedure permits the placement of discrete test-light stimuli in a specific area of the retina as the monkey fixates a primary target. This procedure holds foveal fixation as other behaviorally significant visual stimuli are presented to the visual field. By a methods-of-limits procedure, the sensitivity of the monkey eye was measured at different retinal locations under both photopic and scotopic visual adaptation.
Acoustic Stimulation↗
The effects of acute and chronic phencyclidine on schedule-controlled behavior in the squirrel monkey.
The effects of acute and chronic administration of phencyclidine (PCP) were examined in five male squirrel monkeys trained to respond on a chain fixed-interval fixed-ratio schedule of food presentation. Acute PCP (0.01-0.60) mg/kg i.m.) produced dose-related decreases in response rate during both components of the schedule. Both components were equally affected by the drug. The effects of the drug on fixed-interval response rate were dependent on the control rate of responding in corresponding segments of the interval. After the initial dose-response determination, the subjects were placed on an individualized regimen of chronic PCP administration lasting from 82 to 126 days, beginning with daily injections for 2 days alternating with saline injections for 2 days, progressing to four injections daily. No evidence of physical dependence was seen upon withdrawal of the drug. Redetermination of the dose-response function for PCP (0.03-1.0 mg/kg i.m.) demonstrated a nearly 2-fold shift to the right of both the fixed-interval and fixed-ratio dose-response curves, indicating tolerance. In addition, the subjects' behavior recovered sooner from a dose of PCP (0.60 mg/kg i.m.) given after the chronic regimen than from the same dose given before the chronic regimen. The results demonstrate that tolerance can occur to the behavioral effects of PCP in the squirrel monkey.
Animals↗
The effect of phencyclidine and ketamine on schedule-controlled behavior in the pigeon.
Pigeons were trained under a multiple schedule of food presentation with alternating 30-response fixed-ratio (FR-30) and 10-minute fixed-interval (FI-10) components. Average rates of responding were 2.9 and 0.55 responses/sec, respectively. Both phencyclidine (0.03-3.0 mg/kg i.m.) and ketamine (0.1-30.0 mg/kg i.m.) increased response rates at low doses while decreasing response rates at high doses during the FI-10 component. Only a dose-related decrease in response rates was seen in the FR-30 component with both phencyclidine and ketamine. In individual birds, the maximum rate increases in the FI-10 component ranged from 110% to 163% of the control rate. The rate increases in the FI-10 component depended on the control rate of responding. The effects of phencyclidine and ketamine were qualitatively similar to d-amphetamine (0.1-10 mg/kg i.m.).
Animals↗
Regulation of the right coronary circulation during a controlled behavioral stress in the conscious dog.
Right coronary blood flow (CBF) was measured in 11 mongrel dogs during classical aversive conditioning (a 30 s tone followed by a 1 s 2-6 mA electrical shock). The cardiovascular response consisted of significant (P less than 0.01) increases in: mean arterial pressure (12.9%), systolic right ventricular pressure (RVP, 31.8%), d(RVP)/dt (49.9%) and heart rate (56.2%). The coronary vascular response to behavioral stress consisted of an immediate and significant increase in mean CBF (56.9%) coupled with a significant decrease in mean coronary vascular resistance (CVR, -28.5%). The mean CVR decrease was reduced by cardioselective beta-blockade (CBB) or cardiac pacing and eliminated by right stellectomy (RSGx). The combination of CBB with cardiac pacing resulted in a significant increase in mean CVR. alpha-adrenergic blockade with either phentolamine or prazosin, RSGx, and cardiac pacing significantly reduced the control mean CVR values. Thus, these data suggest that the right coronary response to stress is primarily mediated by the release of metabolic factors secondarily to an increased inotropic or chronotropic state. However, when these metabolic effects were controlled, mean coronary resistance no longer decreased but, rather, increased in response to the aversive stress. This increase could be eliminated by the addition of an alpha-adrenergic antagonist. These data further suggest that the coronary response to behavioral stress activates an alpha-adrenergic vasoconstriction.
Animals↗
[Attitude to death and control behavior of medical students--a cross sectional study].
Within the scope of a cross-section study the Fear of Death Questionnaire (Hensle 1977), the Semantic Differential of the term Death (Potthoff 1980) and the IPC questionnaire (Krampen 1981) were submitted to n = 186 first- and second-year medical students and to n = 151 third- and fourth-year medical students. This was to trace the question how far the attitude toward death and the locus of control of medical students vary in the course of their education. In comparison with most of other respective publications our paper did not show any significant changes of their attitude toward death and their locuis of control neither. After more detailed analysis of the data discerning consideration of the fear of death questionnaire mentioned above is to be demanded prior to further use in medical fields. At least in view of medical students it's value regarding the construct validity is to be questioned. Concerning the Semantic Differential at least one adjective pair should be eliminated in future.
Adult↗
The effects of phencyclidine, ketamine, delta-amphetamine and pentobarbital on schedule-controlled behavior in the mouse.
The response of mice of breaking a light beam onto a photocell was programmed to produce food according to a multiple schedule with alternating 30-response fixed ratio, 300-second fixed interval (FR-30 FI-300 sec) components. Training was standardized for all mice, and stable patterns of responding that were similar to those described for other species and responses under this schedule developed quickly. The effects of pentobaribtal, delta-amphetamine, phencyclidine and ketamine were studied. At some dose, each of the four drugs produced an increase in rate of responding; the increase was proportionately greater at low rates of responding than at higher rates. At some dose range, delta-amphetamine, ketamine and phencyclidine produced dose-related increases in FI average rates were to 1.83, 1.25 and 1.32 times the control rate for delta-amphetamine (1 mg/kg), ketamine (100 mg/kg) and phencyclidine (3 mg/kg), respectively. Phencyclidine and ketamine thus showed some "amphetamine-like" effects in the mouse. Pentobarbital increased (1.25 times the control rate) both the FR and FI response rates at a dose of 3 mg/kg. Higher doses of pentobarbital progressively decreased both FR and FI response rates in a parallel fashion.
Animals↗
Repeated administration of flumazenil does not alter its potency in modifying schedule-controlled behavior in chlordiazepoxide-treated rhesus monkeys.
Previous reports have suggested that the effects of the benzodiazepine antagonist flumazenil diminish over repeated exposure in subjects treated chronically with a benzodiazepine agonist. The current study examined whether the frequency of exposure to flumazenil altered its potency in decreasing rates of responding in monkeys treated with chlordiazepoxide (CDP). Three monkeys responded under a multiple fixed ratio (FR10:FR10) schedule of food presentation and stimulus-shock termination (SST). In untreated monkeys, flumazenil (0.1-3.2 mg/kg) had no effect in either component. After 2 weeks of treatment with 32.0 mg/kg per day of CDP, flumazenil decreased response rates in the food component, with a dose of 3.2 mg/kg decreasing rates to 10% of control; rates in the SST component were not altered by flumazenil. When flumazenil dose-effect curves were redetermined at 28-, 14-, 7-, 4-, 2- or 1-day intervals, there was no further change in the potency of flumazenil in decreasing food-maintained responding. When CDP treatment was terminated, the potency of flumazenil recovered to pre-CDP values within 23 days. These results suggest that dependence develops to CDP, since changes in the potency of flumazenil co-varied with CDP treatment. Moreover, it does not appear as though results from previous reports, that showed a diminished response to frequently-administered flumazenil, can be generalized to all conditions.
Animals↗