ALFRED STEINSCHNEIDER
Biographic Data
| ID | 8870167 |
|---|---|
| NAME | ALFRED STEINSCHNEIDER |
| GIVEN NAMES | ALFRED |
| FAMILY NAME | STEINSCHNEIDER |
| SIGNATURE | STEINSCHNEIDER A |
| AFFILIATIONS | SUNY Upstate Medical University |
| VERIFIED | No |
| TOTAL WORKS | 6 |
| TOTAL CITATIONS | 0 |
| AUTHOR COUNT | 6 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 1960 |
| LATEST PUBLICATION YEAR | 1968 |
| H-INDEX | 0 |
Sound Intensity and Respiratory Responses in the Neonate
This report is concerned primarily with the effect of sound intensity on the respiratory response in newborn infants. Each of 9 infants between the ages of 2 and 5 days was presented repeatedly with a 5-sec. duration white noise stimulus varying in intensity from 55 to 100 db., while cardiac and respiratory activities were continuously recorded. In general, the response to a sound stimulus consisted of a progressive decrease in respiratory cycle …
Individual Differences in Autonomic Responsivity
Proposed measures of autonomic nervous system functioning within an individual were reviewed. An important factor in the choice of such measures is the recognition that the magnitude response to stimulation is influenced, to a large extent, by the state of the individual prior to stimulation. From the point of view of informational content, there is little difference between the use of the magnitude change score and response level as the basic re…
Autonomic Function in the Neonate
The human infant was stimulated repetitively with a standardized stimulus, thus setting a complex chain of central and peripheral receptors and effectors into motion. This approach has provided information regarding the capacities of infants, in general, to restore their cardiac rates to prestimulus levels. Individual infants appear to differ in regard to both the extent and consistency of this capacity. This has been viewed within the general fr…
Autonomic Function in the Neonate
Techniques are described that have been employed in interindividual and intraindividual comparisons of human infants in terms of autonomic nervous system function. With the use of cardiac-rate observations as a model, particular emphasis is given to the analysis of data that are patterned and involve time sequences. Newborn cardiac-rate responses to a short-duration standard stimulus follow a general pattern. From each trial one can derive magnit…
Autonomic Function in the Neonate
Methodologic techniques described in a previous report were explored in a group of 16 newborn infants. Cardiac-rate responses to a standard stimulus provided the data which were analyzed for purposes of differentiation of subjects. Estimates of clearly defined physiologic parameters which were extracted from each response trial can be categorized in two groups: time and magnitude. The former parameters appeared unrelated to prestimulus heart rate…
Autonomic Function in the Neonate
Infants are quieter, sleep more, and have lower heart rates when swaddled under the experimental conditions we employed. When swaddled and experimentally stimulated, some infants show no difference and may even manifest greater responses in heart and respiratory rates than when free to move. Five of the 10 infants responded less when swaddled. Overt motor responses alone do not account for heart-rate responses to stimulation. Swaddling may prove …
No prominent works on this page.
Autonomic Function in the Neonate
Infants are quieter, sleep more, and have lower heart rates when swaddled under the experimental conditions we employed. When swaddled and experimentally stimulated, some infants show no difference and may even manifest greater responses in heart and respiratory rates than when free to move. Five of the 10 infants responded less when swaddled. Overt motor responses alone do not account for heart-rate responses to stimulation. Swaddling may prove …
Autonomic Function in the Neonate
Techniques are described that have been employed in interindividual and intraindividual comparisons of human infants in terms of autonomic nervous system function. With the use of cardiac-rate observations as a model, particular emphasis is given to the analysis of data that are patterned and involve time sequences. Newborn cardiac-rate responses to a short-duration standard stimulus follow a general pattern. From each trial one can derive magnit…
Autonomic Function in the Neonate
Methodologic techniques described in a previous report were explored in a group of 16 newborn infants. Cardiac-rate responses to a standard stimulus provided the data which were analyzed for purposes of differentiation of subjects. Estimates of clearly defined physiologic parameters which were extracted from each response trial can be categorized in two groups: time and magnitude. The former parameters appeared unrelated to prestimulus heart rate…
Autonomic Function in the Neonate
The human infant was stimulated repetitively with a standardized stimulus, thus setting a complex chain of central and peripheral receptors and effectors into motion. This approach has provided information regarding the capacities of infants, in general, to restore their cardiac rates to prestimulus levels. Individual infants appear to differ in regard to both the extent and consistency of this capacity. This has been viewed within the general fr…
Individual Differences in Autonomic Responsivity
Proposed measures of autonomic nervous system functioning within an individual were reviewed. An important factor in the choice of such measures is the recognition that the magnitude response to stimulation is influenced, to a large extent, by the state of the individual prior to stimulation. From the point of view of informational content, there is little difference between the use of the magnitude change score and response level as the basic re…
Sound Intensity and Respiratory Responses in the Neonate
This report is concerned primarily with the effect of sound intensity on the respiratory response in newborn infants. Each of 9 infants between the ages of 2 and 5 days was presented repeatedly with a 5-sec. duration white noise stimulus varying in intensity from 55 to 100 db., while cardiac and respiratory activities were continuously recorded. In general, the response to a sound stimulus consisted of a progressive decrease in respiratory cycle …
Heart rate (6 works) · Internal Medicine (6 works) · Internal Medicine (6 works) · Medicine (6 works) · Autonomic nervous system (4 works) · Blood pressure (4 works) · Heart rate variability (4 works) · Infant Development and Preterm Care (4 works) · Neuroscience of respiration and sleep (4 works) · Psychology (4 works)