3. Control of Living Organisms by Natural and Simulated Environmental
Electromagnetic Energy
(pp. 60-76)
Introduction
(pp. 60-61)
Evolution of Life
(pp. 62-66)
Positional and Navigational Aids
(pp. 70-74)
Biological Cycles
(pp. 66-70)
References
(pp. 75-76)
Part Three: Laboratory Studies of the Adaptability of Organisms to
Electromagnetic Energy
4. Electrical Properties of Biological Tissue
(pp. 79-95)
Introduction
(p. 79)
Energy Bands
(pp. 79-81)
Piezoelectricity
(pp. 81-84)
Superconductivity
(pp. 84-86)
Techniques of Application of Electromagnetic Fields
(pp. 86-91)
Summary
(pp. 91-92)
References
(pp. 92-95)
5. Effects of Electromagnetic Energy on the Nervous System
(pp. 96-111)
Introduction
(p. 96)
Direct Effects
(pp. 97-102)
Behavioral Effects
(pp. 102-105)
Summary
(pp. 105-107)
References
(pp. 107-111)
6. Effects of Electromagnetic Energy on the Endocrine System
(pp. 112-121)
Introduction
(pp. 112-115)
The Adrenal Cortex
(pp. 115-117)
The Thyroid
(p. 117)
The Adrenal Medulla and the Pancreatic Islets
(pp. 117-119)
Summary
(pp. 119-120)
References
(pp. 120-121)
7. Effects of Electromagnetic Energy on the Cardiovascular and Hematological Systems
(pp. 122-133)
Introduction
(p. 122)
ELECTROMAGNETISM & LIFE - 2