After being absorbed, transmitted, transformed and utilized by organisms with the same absorption spectrum in human cells, biological effects can be produced, which can enhance microcirculation, promote metabolism, adjust the state of trace elements, ion concentration and cell level in vivo, promote the metabolism of biological information, repair human pathological changes and improve self-immunity.
Extended data:
The difference between tdp and infrared ray
1. The differences in basic characteristics are as follows:
In the spectrum, the wavelength from 0.76 to 400 microns is called infrared light, also known as infrared light. In the medical field, it is often divided into: near infrared region 0.76~3 microns; The mid-infrared region is 3~30 microns; The far infrared region is 30~ 1000 micron.
TDP belongs to the far infrared category and can only act on the body surface. The reason is that a large amount of water contained in the tissue has a particularly high absorption rate of far infrared rays, and the skin surface temperature will rise rapidly, which is easy to cause burns if used for a long time. In order to avoid burns, we can only turn down the power or stay away. The spread is shallow, the therapeutic effect is limited, and it can keep warm and prevent catching cold.
The wavelength near infrared lamp is 0.76-2 microns, which has low water absorption, deep transmission and sufficient therapeutic effect.
2、? The differences between therapeutic principles and disease uses are as follows:
The principle of TDP treatment is trace element effect, enzyme system effect, information effect, electromagnetic wave effect and thermal effect. Suitable for closed soft tissue injury (contusion, joint ligament strain, synovium, tendon sheath, joint capsule, fascia and other tissue injuries; Acute and chronic muscle strain; Chronic neck, shoulder, back and leg pain, discomfort or dysfunction), scapulohumeral periarthritis, acute rheumatoid arthritis, chronic rheumatoid arthritis and infantile diarrhea.
The therapeutic mechanism of infrared ray is to produce photochemical effect on the body, which makes it have important biological effect and therapeutic effect. The absorption of red light by mitochondria in human cells is the largest. After red light irradiation, the catalase activity of mitochondria increases, which can increase the metabolism of cells. It can increase glycogen content, protein synthesis and adenosine triphosphate decomposition, thus strengthening cell regeneration ability and promoting wound and ulcer healing; At the same time, it can also increase the phagocytosis of white blood cells and improve human immune function.
Baidu encyclopedia -TDP lamp