So, you gave capillaroscopy machine-ing a shot? Didn’t work out? 12 things to try next.
What is capillaroscopy machine Observation?
What is capillaroscopy machine Observation?
Introduction: The AVACEN 100 continues to warm the blood passing through the treatment palm, which then circulates throughout the entire body increasing core body temperature. When core body temperature rises, pre-capillary arterioles dilate causing normally collapsed capillaries to open further improving microcirculation throughout the body. This allows excess heat to be dissipated by convection and radiation into the cooler ambient environment until the blood becomes cooler.
Hypothesis: If the AVACEN 100 is effecting the entire body, then distant capillaries from the AVACEN treatment hand should exhibit increased blood flow (microcirculation) after treatment.
Materials and Methods: A microcirculation microscope (Shenzhen GH Biotechnology Development Co. model 380, with Cargille immersion oil type A), was used to observe capillary blood flow on the right hand ring finger in an area just below the finger nail (“Before” figure). The left hand was then treated using the AVACEN 100 medical device to infuse heat into the circulatory system for 20 minutes. Immediately following the AVACEN 100 treatment of the left hand, the same capillary area on the right hand was observed (“After” figure). To make sure the same capillaries were observed pre and post treatment, the finger was inserted into the stationary finger holder up to the point where a stop secured to the bottom side of the finger preventing further forward movement. All focusing and platform adjusters remained in the identical setting.
Results: A significant increase in capillary blood flow in the right hand immediately after AVACEN 100 treatment of the left hand palm was observed.
capillaroscopy machine: A Basic Screening Tool in Raynaud’s Phenomenon
capillaroscopy machine: A Basic Screening Tool in Raynaud’s Phenomenon
The term “Raynaud’s phenomenon” refers to a defined triphasic colour change pattern (white, blue, red) of the skin of the fingers. The initial pallor, which may lead to cyanosis (blue coloration) of the digits, is followed by reactive hyperemia and can be accompanied by numbness, paresthesias and pain. Raynaud’s is triggered by exposure to cold, emotional stress and specific drugs. Pathophysiologically it is characterized by an excessive vasoconstrictive response (dominance of vasoconstrisctive over vasodilatory factors) of the small arterioles and the digital arteries.Etiologically it can be classified as primary or secondary, mainly either to systemic sclerosis and related diseases, or to the thoracic outlet syndrome. As such, Raynaud’s phenomenon represents an important clinical manifestation of microvascular involvement. Rare cases of paraneoplastic Raynaud’s have been described, the pathogenesis of which remains unclarified, has however been most likely attributed to neuroendocrine substances secreted by the tumor.Despite the evolution of the technology involved over the decades, nailfold capillaroscopy remains very simple in principle. The term refers to the non-invasive observation of the nailfold capillary bed. Nailfold capillaroscopy can be performed with basic equipment such as a magnifying lens, an ophthalmoscope, a dermatoscope/ stereomicroscope or a conventional wide field microscope; the nailfold video capillaroscope, however, is the gold standard tool, and provides the technology for the visualization and analysis both of morphological as well as rheological parameters of the skin microvasculature. Qualitative and quantitative microangiopathic parameters that can be recorded and analyzed include, among others, microhemorrhages, plexus morphology, capillary density, and morphologic anomalies of the end row loops. In normal conditions, or in primary Raynaud’s, the normal nailfold capillaroscopic pattern shows a regular disposition of the capillary loops along with the nailbed. In subjects suffering from secondary Raynaud’s phenomenon, alterations of the capillaroscopic findings should alert the physician of the possibility of a connective tissue disease or other conditions not yet detected.This review aims to outline the major characteristics of the normal nailfold microvascular network and the healthy variations that may be encountered in relation to age, race, employment etc, and highlight its applicability not only as a powerful tool in the screening of a variety of vascular disorders, in particular of autoimmune origin, but also as a potent tool in the follow-up of patients with established microvascular disorders in response to treatment.As microcirculation involvement is attracting increasing interest in chronic vascular diseases such as diabetes mellitus or hypertension, as a prognostic marker for macrovascular disease and target organ involvement, the acquaintance with and application of techniques assessing microvascular compromise gains particular significance. The advantages of capillaroscopy (low cost, uninvasiveness, repeatability, high sensitivity, good specificity and easy interpretation of the results) render this technique a valuable asset for the clinician.
capillaroscopy machine Application Application
capillaroscopy machine Application Application:
1. nail wall distal microcirculation observation
2. cutaneous distal microcirculation observation
3. tongue microcirculation observation
4.the auricle distal microcirculation observation
5.lips microcirculation observation
6.the other parts of the microcirculation observed
7.sweat glands observed
8.hair follicles observed
9.bamboo charcoal commodity microcirculation efficiency testing
10.far- infrared commodity microcirculation efficiency testing
11. the germanium titanium micro-circulation of goods performance detection
12.ore commodity micro-cycle efficiency detection.
Who and where need the capillaroscopy machine?
Who and where need the capillaroscopy machine?
Experts in holistic health and anti-aging – both doctors and alternative practitioners
Experts and consultants working in the field of wellness and healthy lifestyle
Experts in detoxification and removal of contaminants
Experts in work with addictions (smoking and food addictions)
Experts in the field of quantum medicine
Experts working in the field of practical psychology and psychosomatics
Experts and consultants working with energy diagnostics and healing
Experts and consultants working with yoga practices
Experts and consultants working with meditation practices
Experts working with practitioners of martial arts
Experts and consultants working with the energy appliance developments for agriculture
Experts and consultants working in the field of geopathogenic anomalies research
Experts and consultants working in the field of research of liquid environments
Where and who need the capillaroscopy machine?
Where and who need the capillaroscopy machine?
The microcirculation microscope is widely used in the field of hospitals, school laboratories, clinics, etc., as the best auxiliary testing equipment. And it is also used in health food industry, as a communication platform for product promotion when, making money equipment, beauty industry.
For it is non-invasive, only to observe the end of the finger armor section, you can do the blood microcirculation review. You can observe microcirculation pipe loop patterns, the number of pipe loop, blood flow, bleeding, etc., help determine the sub-health status and blood stasis and brain / cardiovascular related diseases.
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