Chronobiotechnology and Chronobiological Engineering [E-Book] / edited by Lawrence E. Scheving, Franz Halberg, Charles F. Ehret.
High blood pressure (BP) (with fats and smoking) is one of the three roots of cardio-cerebro-renovascular disease affecting up to 25% of the adult population. Hence, high blood pressure should be recognized and treated, to reduce any complications and prolong life, as noted by Michael Weber of the V...
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Full text |
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Personal Name(s): | Ehret, Charles F., editor |
Halberg, Franz, editor / Scheving, Lawrence E., editor | |
Imprint: |
Dordrecht :
Springer Netherlands,
1987
|
Physical Description: |
476 p. online resource. |
Note: |
englisch |
ISBN: |
9789400935471 |
DOI: |
10.1007/978-94-009-3547-1 |
Series Title: |
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NATO ASI Series, Applied Science Institutes Series ;
120 |
Subject (LOC): |
- Perspectives in Chronobiology and Modern Drug Administration Devices
- Perspectives of chronobiologic engineering
- Modern drug administration devices for the chronobiologic optimization of conventional treatment modes
- Implantable and programmable drug administration system for chronopharmacological applications
- Pumps for providing insulin
- Drug Delivery technologies at 3M
- The mini-osmotic pump as a tool in chronobiology
- Implantable systems for local chronic administration of drug application in neuropharmacology
- Potential usefulness of intelligent drug administration systems in improving antiarrhythmic therapy
- Endocrine disorders: Need for new instrumentation
- Analysis of Time Series Data
- Chronobiologic data analysis systems with emphasis in chronotherapeutic marker rhythmometry and chronoepidemiologic risk assessment
- Selection of data analysis methods in chronobiology
- A biodata acquisition recording system (BIDARS)
- Computing in medical chronobiology; practical aspects of data collection, analysis and instrumentation
- Chronology of Instrumentation for Body Temperature Monitoring
- Human thermometry in health and disease: The chronobiologist’s perspective
- “State of the Art” In the Monitoring of Rhythms in Psychological Functions and Motor Activity
- The measurement of circadian rhythms in psychological functions
- The design of human activity monitors
- Monitoring and Quantification of Eye-Movements of REM Sleep
- The synergetics of the eye-movements of REM sleep
- Recording, automated detection, and quantification of rapid eye movement (REM) patterns during human REM sleep
- Instrumentation and Data Analysis Methods Needed for Blood Pressure Monitoring in Chronobiology
- Instrumentation and data analysis methods needed for blood pressures monitoring in chronobiology
- Noninvasive chronobiological blood pressure measurements’ clinical value and perspective
- Repetitive blood pressure measurements: Clinical issues, techniques and data analysis
- Hyperbaric impact gauges excess blood pressure during pregnancy
- The non-invasive automatic 24-h monitoring of blood pressure gains universatility by the implementation of data analysis systems developed by chronobiology
- Chronobioengineering for human blood pressure
- Blood pressure self-measurement in schools for chronobiologic discriminant analysis between two groups of children with and without family history of hypertension
- Instrumentation for human blood pressure rhythm assessment by self-measurement
- Chronobiologic electrocardiographic monitoring : Implications to screening and treatment the in coronary artery disease
- Circadian and Ultradian Monitoring of the Cardiovascular System
- Overview: Chronobiologic ECG Monitoring
- A case for clinical concentration upon the ultradian frequency domain
- “State of the Art” Monitoring of Chronobiotechnology and Chronobiological Engineering in Laboratory Medicine
- Requirements for chronobiotechnology and chronobiologic engineering in laboratory medicine
- Chemiluminescence immunoassay: A new diagnostic technology
- The application of chronobiologic techniques to studies in the digestive system
- Gastric continuous pH monitoring: A new apparatus in chronobiological research
- Hardware and software needs for the eventually ambulatory clinical chronobiologic laboratory
- Data Acquisition Systems for Studies of Rhythms in Animals
- Multiparameter data acquisition systems for studies of circadian rhythms
- A cage designed to improve coherence of data from meal-fed groups of laboratory rodents
- Long term recording of animal behaviour as a tool in circadian rhythm research
- Measurement of brain indoleamine release invivo: Application to chronobiology
- Automatic monitoring of oxygen utilization in insects
- Controlled release devices
- Electrophysiological recordings from ciliates
- Author Index
- List of Participants.