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Time structures in the development of children
Jarmila Siegelova
,
Germaine G Cornelissen-Guillaume
, Othild Schwarzkopff
, Franz Halberg
Physiology
Research output
:
Contribution to journal
›
Article
›
peer-review
8
Scopus citations
Overview
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Keyphrases
Autocorrelation
16%
Blood Pressure
66%
Brno
16%
Child Development
100%
Circadian Change
16%
Circadian Variation
16%
Circaseptan
50%
Circaseptan Rhythm
16%
Continuous Light
16%
Cosinor
16%
Cosinor Analysis
16%
Czech Republic
16%
Diastolic Blood Pressure
33%
Heart Rate
100%
Heart Rate Monitoring
16%
Intensive Care Unit
16%
Intracranial Hemorrhage
16%
Mean Arterial Pressure
33%
Neonate
16%
Newborn Infant
16%
One-cycle
16%
Oscillation
16%
Oscillometric Blood Pressure
16%
Parenteral Infusions
16%
Power Spectral Density
16%
Premature Infant
33%
Pressure Rate
100%
Severely Ill
16%
Spectral Analysis
16%
Sphygmomanometer
16%
Systolic Blood Pressure
33%
Teaching Hospital
16%
Time Structure
100%
Medicine and Dentistry
Blood Pressure
100%
Cerebral Hemorrhage
20%
Circadian Rhythm
20%
Diastolic Blood Pressure
40%
Heart Rate Monitoring
20%
Intensive Care Unit
20%
Mean Arterial Pressure
40%
Neonatal Infant
40%
Neonates
20%
Parenteral Drug Administration
20%
Prematurity
40%
Rhythm
20%
Sphygmomanometer
20%
Systolic Blood Pressure
40%
Nursing and Health Professions
Blood Pressure
100%
Brain Hemorrhage
20%
Diastolic Blood Pressure
40%
Esophagus Tube
20%
Intensive Care Unit
20%
Mean Arterial Pressure
40%
Neonates
20%
Parenteral Drug Administration
20%
Prematurity
40%
Sphygmomanometer
20%
Systolic Blood Pressure
40%
Teaching Hospital
20%
Pharmacology, Toxicology and Pharmaceutical Science
Brain Hemorrhage
50%
Prematurity
100%