Translation of "Vasomotion" in German

The purpose of these signals is to ensure that the arteriole and venoles move better and faster again, driving vasomotion.

The former Guarded Hotplate measurement process according to ISO 11092 is advanced, so that the vasomotion and sudomotion of the human can be taken into consideration with cold and heat stress.

The rhythmic tensioning and relaxation of the muscles that surround the microcirculation is referred to as vasomotion.

The criterion is the surface area, A, below the envelope of the amplitude-frequency spectrum of the arteriolar vasomotion (a combined oscillation).

The vasomotion energy E can be plotted for the various scaling levels s, as is done in FIGS.

The stimulatory effects caused by the apparatus according to the invention and the amplitude-modulated and frequency-modulated pulsed electromagnetic field produced by means of said apparatus concern local regulatory mechanisms of the microcirculation of the blood, such as the spontaneous arteriolar vasomotion, wherein particular preference is given to immunologically active organs, such as the skin and intestine, and in this connection the tonus regulation of smallest microvessels by means of their own muscles and initiated by the endothelium.

Vasomotion must take place often enough for the blood to enter the relevant areas as needed.

The rhythmic tensing and relaxation of the muscles that surround the microcirculation is referred to in medicine as vasomotion.

They stimulate vasomotion, enabling the vessels to move more and better supply the body's cells.

Vasomotion refers to rhythmic changes in the Diameter of arterioles and small arteries which play the most important role in the distribution of blood in the tissue.

The body heat is generated electrically and the dry heat emission (vasomotion) as well as the heat emission through production of perspiration (sudomotion) is measured.

Local and time dependent diameter changes, pulsations, vasomotion, blood pressure and respiratory dependent changes can be detected.

Through this special Plus Signal, which has been integrated into the normal background signal, the user of the BEMER application achieves additional stimulation of vascular motility (vasomotion) in the smallest vessel sections.

Reliable evidence exists to confirm that the heart, through the release of soluble mediators after myocardial ischemia, plays a decisive role in post-ischemic regulation of vasomotion.

In a healthy person, there are between three and five vasomotions a minute.

In a healthy person, there are between three and five vasomotions a minute, while it will be accordingly fewer in a sick person.

Fewer vasomotions result in the cells and tissue no longer receiving adequate supplies or disposal, and in the long term, this causes the performance of the body and mind to deteriorate.

As the active ingredients of medicines are distributed throughout the blood, and transport is impaired due to the insufficient frequency of these vasomotions, this method of treatment ceases to become an option.

To ensure that enough blood is always transported and that the needs of the cells are met, these vasomotions must be repeated frequently enough.

But how can the vicious circle of rheumatism be broken, and how can the reduction in the number of vasomotions be prevented?

Temporal changes (pulsations: 0,5-2%, vasomotions: 1-4%, circadian changes), blood pressure dependencies, and provoked vessel responses can be detected to CO2-, 02- and rebreathing, intraocular pressure and light changes on single vessel segments (depended on kind of provocation: -14 to +10%).

To ensure that enough blood is always transported through the microcirculation in order to meet the needs of the cells at all times, these vasomotions must be repeated constantly.