Bioplasm NLS Health Analyzer method in the diagnosis of vascular disease
The article presents modern principles of three-dimen-sional virtual pictures rendering on the basis of NLS-method data. It gives a generalized evaluation of diagnostic efficiency of Bioplasm NLS-graphy for revealing vascular pathology in comparison with angiography.
Today there is a world-wide tendency towards a steady rise in death rate caused by occlusive vascular diseases, especially by cerebrovascular disorders which are in the third place among death causes1,2. This is due to a growing number of elderly and aged patients. From another point of view, many individuals even at 40 have atherosclerotic lesion of great head arteries and so need to be under clinical observation.
The most simple and at the same time infor-mative method of noninvasive diagnosis of occlusive lesion of peripheral vessels appeared to be the Bioplasm NLS-method, which has been in clinical practice just in recent years1-4. Using this method, we can evaluate the condition of certain sections of great vessels in low extremities and that of brachiocephalic vessels5-8.
It is possible to investigate not only the condition of vessels but also the condition of the valvular ap-paratus of deep veins5,6. 205 patients were examined in 2010-2011 in order to reveal valvular insufficiency of deep veins affected by varicosis. The patients were from 20 to 69 years old. Among the examined patients there were 52 men (25.4%) and 153 women (74.6%)3. The investigation was carried out by means of “Meta-tron” apparatus using digital trigger sensors with a frequency of 4.9 GHz and a feature of three-dimen-sional visualization of organs and tissues. Valvular insufficiency of the femoral vein was revealed in 63 patients, and insufficiency of both femoral and po-pliteal veins was diagnosed in 87 patients. Bioplasm NLS Health Analyzer enables to assess the condition of the valvular appar-atus of deep veins in low extremities on a noninvasive and objective basis which is very important for the surgery tactics to be chosen and can be used as an alternative to phlebography9,10.
http://www.bionlsdiagnostics.com/products/diagnosis_device/
Today there is a world-wide tendency towards a steady rise in death rate caused by occlusive vascular diseases, especially by cerebrovascular disorders which are in the third place among death causes1,2. This is due to a growing number of elderly and aged patients. From another point of view, many individuals even at 40 have atherosclerotic lesion of great head arteries and so need to be under clinical observation.
The most simple and at the same time infor-mative method of noninvasive diagnosis of occlusive lesion of peripheral vessels appeared to be the Bioplasm NLS-method, which has been in clinical practice just in recent years1-4. Using this method, we can evaluate the condition of certain sections of great vessels in low extremities and that of brachiocephalic vessels5-8.
It is possible to investigate not only the condition of vessels but also the condition of the valvular ap-paratus of deep veins5,6. 205 patients were examined in 2010-2011 in order to reveal valvular insufficiency of deep veins affected by varicosis. The patients were from 20 to 69 years old. Among the examined patients there were 52 men (25.4%) and 153 women (74.6%)3. The investigation was carried out by means of “Meta-tron” apparatus using digital trigger sensors with a frequency of 4.9 GHz and a feature of three-dimen-sional visualization of organs and tissues. Valvular insufficiency of the femoral vein was revealed in 63 patients, and insufficiency of both femoral and po-pliteal veins was diagnosed in 87 patients. Bioplasm NLS Health Analyzer enables to assess the condition of the valvular appar-atus of deep veins in low extremities on a noninvasive and objective basis which is very important for the surgery tactics to be chosen and can be used as an alternative to phlebography9,10.
http://www.bionlsdiagnostics.com/products/diagnosis_device/
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