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Nailfold capillaroscopy microscopy

What Reasons Why microcirculation microscope is a Good Idea

What is microcirculation microscope?

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

Technical parameters

1.magnification over 400 times

2. built-in camera380 000 pixels

3. light source LED

4.brightness of the light source over 600cd/m2

5. Stage X-Y double layer compound mechanical stage

6. Color LCD monitor 8.5inch (4:3) Color LCD monitor 7 inch (16:9)

7.AC input 100-240V50/60Hz DC output DC12V,2A

8. Package aluminum box (Size 40x29x36cm)

9. Gross weight 6.8kg

Testing conditions

1) Check the room temperature and humidity. Room temperature and humidity

should be kept relatively constant. room temperature should be maintained in the 22-24 degree , relative humidity about 70%

2) the patient generally take seats, keep the height of the hand the same with heart

3) Preparation of paraffin oil or cedar oil.Drop 2 drops in the nailfold skin. (Purpose prove light

microcirculation microscope
microcirculation microscope price
microcirculation diagnosis microscope
nailfold microcirculation microscope

transmission, and reduce skin scattering)

4)Testing generally be in the morning or afternoon, and review should at the same time every day .

5) the patient should

a.Avoiding intense activity or manual labor within one hour before testing

b. Take a rest about 15-30 minutes before testing

c.Can not take any drug which will affect the cardiovascular vessels before testing

d. Does not smoke , wash hands or eat within an hour before testing

e.Pay attention to the influence of the Female menstrual

 

What is microcirculation microscope Benefit?

1.in 5 seconds can be observed in the microvascular circulation, simple operation and fast;
2.the microscopic image is stable, clear, do not shake;
3.400 times the microcirculation of a dedicated high-resolution lens of the microscope;
4.handheld ultra-light design, so that the observation of more mobility;
5.with micro-focus wheel, free to adjust the focus length, the use of more convenience
6.lens built-in LED cold light source, accurate projection illumination on an object;
7.using non-invasive way, to observe the microcirculation of human body in time;
8.observing the microcirculation for any part of human body.

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

What can analysis microcirculation microscope?

(1) Hypertension: Enter sticks spasm, slender, showing hook-shaped pipe loop. Reduce the number of blood vessels, blood flow velocity faster.

(2) coronary artery disease: to reduce the number of loop tube, severe deformity, lower output and papillary venous plexus branch expansion, stasis. Erythrocyte aggregation, slow blood flow, blood plasma separation, severe blood was sand-like.

(3) hypotension: pipe loop hidden, more gentle, stiffness, redness of the skin lighter, slow blood flow or stagnation.

(4) chronic bronchitis, asthma, pulmonary heart disease: reducing the number of pipe loops, loop short loop or only see the top or disappear, pipe loop deformity, nipple vein dilation, blood flow is slow. Senile chronic bronchitis, which pipe loop than normal, but between milk under severe venous plexus dilatation.

(5) Diabetes: pipe loop fuzzy, deformity, the wall is not smooth, common flocculent pipe loop, blood viscosity is high, the flow rate is slow, sometimes dotted line shape.

(6) Liver: pipe loop deformity, not smooth, oozing or bleeding, severe red blood cell aggregation, blood flow is slow, severe venous plexus obvious.

(7) peripheral vascular disease (vasculitis): reduce the number of pipe loops, deformity, loop top bleeding, oozing or bleeding, blood flow is slow uneven.

(8) Rheumatology: pipe loop length extension spasms disappeared, pulse movement dilated, blood, red blood cell aggregation, thrombosis obvious, slow flow.

(9) Kidney Disease: pale background, loop week exudation, bleeding, blood stasis classes, reducing the number of pipe loops is not clear, uneven thickness, pipe loop tortuous twisting, spasms end arterioles, venules end opposite the relaxation, flow It slowed down.

(10) atherosclerosis: pipe loop deformation, distortion, wall coarse “twist” and “cross” shape more and bigger blood viscosity, slow blood flow level.

 

How to use microcirculation microscope ?

1.Fix the screen on the top of the mechanical machines.

2.Plug in the power line and vidao line to the interface of the base.

3. Connect the plug, the plug shows green lights. Press the “Power” button of the screen, wait 3 seconds, the screnn will light.

4.Paint three drops of oil at the position of the intersection of the ring finger nails and skin. Put the oil coated finger in finger hold.

5. Adjust the coarse hand wheel, when the screen displays images, then adjust fine handwheel. Picture becomes clearer. The bigger one is the coarse adjustable wheel and the small wheel is the fine handwheel. When the machine is about 2-3cm away from the finger, there will be a transparent image on screen.

6.Then, adjust platform lateral movement hand wheel to et a correct position of the first line of the vessel( capillary tube ) and adjust the fine coarse hand wheel to get a clear picture of the vessel. Your fingers will move from left to right on the double loading platform. So try to find the first line of vessels by rotating the platform lateral movement handwheel to change the position of the finger. And finally rotate the fine hand wheel ( the position is showed in the structure ) to get a clear picture of the vessels.

7.If there is spot on the screen, rotate the camera right and left to eliminate it.

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

What Reasons Why microcirculation microscope is a Good Idea

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.

 

Nailfold Capillaroscopy in 430 patients with Rheumatoid Arthritis

Background: Microvascular changes are one of the first obvious steps in numerous inflammatory diseases such as rheumatoid arthritis (RA). Nailfold video capillaroscopy (NFC) is an easy, reliable and safe method for evaluating peripheral microangiopathy. The objective of this study was to examine nailfold microcirculation in RA patients, assess morphological and structural changes quantitatively and qualitatively, and recognize useful changes.

Methods: A total of 430 patients diagnosed with RA were examined in a period of 4 years. NFC was performed on all fingers of both hands in each patient. Different parameters indicating microvascular changes were detected and analyzed; such as microvascular architecture, capillary distribution disturbances, capillary morphology, capillary density, efferent/afferent limb ratio, subpapillary venular plexus and morphological abnormalities. The obtained results were categorized into normal pattern, nonspecific morphological abnormality and scleroderma pattern.

Results: The mean age of participants was 51.03±14.54 (19-87 years) that consisted of 359 females and 71 males. Based on the findings, angiogenesis (74.7%) was the most pathological condition observed after tortuosity (99.5%). 7.2% and 20.9% of patients were categorized into normal and scleroderma pattern group, respectively. Among morphological abnormalities, angiogenesis, isolated enlarged loop, irregular enlarged loop and architectural derangement were significantly more frequent in scleroderma than normal pattern (p<0.001).

Conclusion: NFC may play an important role in monitoring RA disease and patients’ follow-up. Therefore, in our opinion it could be considered in the course and follow-up of rheumatoid arthritis.

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

microcirculation microscope

The model diagram of abnormal changes of the nail fold capillaries.

The straight line flow
The short line flow
The dotted line flow
A granule-form flow
The wadding-form flow
The expansion and congestion in the ansa cupula
The large congestion in the vein arm
A hat-form bleed in the half ansa cupula
A stub-form bleed in the half ansa cupula
The vein arm remittence

The sketch diagram of tiny blood flow disturbance. The sketch diagram of microcirculation abnormal capillary ansa.

 

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