Electromagnetic Radiation: Lasers and Light

Terminology Introduction to Electromagnetic Radiation Physical Properties of Electromagnetic Radiation History of Electromagnetic Radiation Physiological Effects of Electromagnetic Radiation Introduction to Lasers and Light Brief History of Lasers and Light Physical Properties of Lasers and Light Effects of Lasers and Light Promote Adenosine Triphosphate Production Promote Collagen Production Modulate Infl ammation Inhibit Bacterial Growth Promote Vasodilation Alter Nerve Conduction Velocity and Regeneration Clinical Indications for the Use of Lasers and Light Tissue Healing: Soft Tissue and Bone Arthritis Lymphedema Neurological Conditions Pain Management Contraindications and Precautions for Lasers and Light Contraindications for the Use of Lasers and Light Precautions for the Use of Lasers and Light Adverse Effects of Lasers and Light Application Technique for Lasers and Light Parameters for the Use of Lasers and Light Documentation Examples Clinical Case Studies Case Study 12-1: Open Wound Case Study 12-2: Rheumatoid Arthritis Chapter Review Additional Resources Web Sites Books Manufacturers Glossary References