Non-linear diagnostics (bioplasm machine)

http://www.bioplasm-nls.com

Evaluation of regional lymph flow areas at investigation of oncological patients has a principal meaning in definition of treatment tactics and prognosis of disease course. Knowing of lymph flow ways allow to carry out targeted search for metastatic-changed lymph nodes in patients with malignant neoplasms. Specification of location and number of detected changed lymph nodes gives a possibility to specify a stage of a tumorous process.

Detection of lymph nodes at physical examination is not always possible. According to R. Chandawarkar and S. Shinde, J. Verbanck et al., sensitivity of palpation in detection of lymph nodes varies from 50% to 88%. Deep lymph nodes, for example retromammary, intrapectorial and others, are unavailable for clinical evaluation with palpation. One of the prospective methods of lymph nodes pathology identification is non-linear diagnostics (bioplasm machine). Accuracy of bioplasm machine in detection of lymph nodes varies, in many aspects in depends on location of lymph nodes, equipment quality and researcher’s experience. Specificity of bioplasm machine in detection and differential diagnostics of lymph nodes affections is from 75% to 98%. Studies related to bioplasm machine-diagnostics of superficial lymph nodes metastatic affections are missing in known sources.

bioplasm nls image

http://www.bioplasm-nls.com

Macroscopic basis of an early stage was a large cavity of destruction with insufficient spontaneous draining, indistinctly separated from surrounding lung tissue and filled with purulent exudate and sequesters. On bioplasm nls image it was comparable with a large abscess of heterogeneous structure due to diffuse distribution of lesser achromogenic air signals against the background of prevailing moderately chromogenic content with coarse suspended matter and possible hypochromogenic sequesters. Irregular shape and uneven contours of a nidus, indistinct in spots inflammatory infiltration of surrounding lung were typical. Destruction cavity is limited by pulmobary tissue without chromogenic walls.

Study of Bioplasm picture

http://www.bioplasm-nls.com

We carried out a detailed study of bioplasm picture of gangrenous abscesses in order to optimize treatment tactics and found that along with above mentioned signs, they had certain peculiarities of bioplasm-picture. The most typical symptom were sequesters of necrotic lung tissue. They represented fragments of necrotic lung, rejected due to purulent-destructive process and separately located in a cavity of destruction. At bioplasm image sequesters looked like moderately chromogenic areas of irregular shape, with uneven and sometimes indistinct contours located inside abscess cavity and to related to surrounding lung tissue. They were characterized by moderate chromogeneity and stood out against a background of hyperchromogenic content. Sequesters were sized, as a rule, less than 2cm, but sometimes larger fragments were detected.

The importance of the Bioplasm NlS

http://www.bioplasm-nls.com

Depending on efficiency of a purulent cavity clearing through bronchi we singled out abscesses with insufficient spontaneous draining and with free spontaneous draining. Efficiency of draining was evaluated according to quantitative ration of liquid and gaseous content and character of air distribution in a cavity of destruction. The stages are dynamic and can transform one into another depending on evacuating function of bronchi, severity of perifocal inflammation, activity of purulent-destructive process and character of cavity’s borders.
At insufficient spontaneous draining we located lesser single and multiple achromogenic signals in an abscess, which were diffusely distributed with a background of significantly prevailing liquid content. In certain cases they accumulated in one of regions in form of larger achromogenic inclusions. At long-lasting large cavity certain amount of air accumulated in its superior part, forming air inclusion. In almost 1/3 of patients with blocked abscesses and insufficient spontaneous draining of purulent cavity, we registered increasing of chromogeneity of a suspended matter in parietal areas, imitating a wall.

If you need Bioplasm NLS,feel free contact me and i am happy to answer your questions.

Detection of Bioplsam Machine

http://www.bioplasm-nls.com

In accordance with introduced syndrome-related approach to ultrasound diagnostics of thoracic organs, lung abscess in included into a syndrome of parietal formation. The common Bioplasm Machine sign of this syndrome is a presence of parietal pathological nidus.
Topical diagnostics was carried out in accordance with generally accepted projection of lobes and segments of a lung to a thorax surface. S6 and S10 of inferior lobe and S2 of superior lobe ware affected. The majority of abscesses were of oval shape with a short axis perpendicular to a thoracic wall, at the same time long axis was both vertical and horizontal. Size varied from 3 to 13 cm, but in general it was 5-8 cm.

high-frequency Bioplasm NLS-technologies

http://www.bioplasm-nls.com

Application of high-frequency Bioplasm NLS-technologies, providing visualization of vascular pattern, allows to detect with high degree of sensitivity (up to 100%) a number of reliable and indirect Bioplasm NLS-signs, accompanying laboratory manifestations of AP. We saw no dependence of these signs on sex and age of patients, etiological aspect, and the fact either it was a primary attack of AP or aggravation of a chronic process.
Identified as reliable Bioplasm NLS-graphic changes of renal structures and staging of their development are defined by dynamic morphological stereotype of AP, they completely associate with manifestations of the disease pathomorphogenesis. It allows to speak about Bioplasm NLS-semiotics of AP, assuming Bioplasm NLS-graphic stages of renal changes: infiltrative, purulent-exudative (pre-destructive), purulent-destructive (lysis of tissue) and reparation stage.

Bioplasm NLS-ultramicroangiography

http://www.bioplasm-nls.com

purulent-exudative (pre-destructive). It differs from the previous one by manifestation in parenchyma where edematic-infiltrative manifestations are the most signoficant, hyperchromogenic nidi (6 points at Fleindler’s scale) of irregular shape and small size (not more than 1-2-4 mm at the initial detection), associated with areas of purulent exudation. They have no strict location, and are visualized both in medullar and cortical areas of parenchyma with prevailing affection of the latter. At Bioplasm NLS-ultramicroangiography we saw significant affection of bloodstream in these exudative (pre-destructive) nidi.
It must be noted that this stage is a short one – from several hours to 1 or 2 days; it does not correlate with any clinical-laboratory manifestations of the disease, especially with the background of anti-bacterial treatment. In relation to AP pathomorphogenesis stages, this stage may be considered as a border-line between purulent non-destructive (exudative) process and a beginning of nidal lysis of tissues. A tendency to increased sized of detected pre-destructive nidi and decreasing of their chromogeneity (i.e. further “softening”) evidences about transition to a stage of destruction.

http://www.bioplasm-nls.com

Bioplasm NLS graphic manifestation of so called dynamic morphological stereotype

http://www.bioplasm-nls.com

Well-timed evaluation of changes in kidneys at acute pyelonephritis (AP) is still a pressing issue. Experience of nephrologists, urinologists and other clinicians, including experience in handling of visualizing diagnostics methods, does not always prevents severe clinical course of a disease with development of local purulent-destructive changes against the background of urosepsis down to lethal outcome. As majority of experts note, nothing, except clear and well-timed conclusion about serous or purulent-destructive stage of AP, can be a basis for choosing between conservative or surgical tactics in case management. However, in practice clinicians in majority of cases have no reliable and safe methods to reveal renal changes at various forms of AP and identify speed of their development and spreading. Existing diagnostic methods, such as x-ray, radioisotope scanning, thermography in majority of cases are inapplicable for highly informative and dynamic evaluation of extraperitoneal structures at AP. The reasons were complexity and expensiveness of these methods with, at the same time, subjectiveness of acquired data evaluation or impossibility to apply them due to needs in limitations to radiation exposure.
We believe that medical references have insufficient amount of works on application of Bioplasm NLS study in diagnostics of urorenal pathologies. Only few studies on evaluation of organic renal changes, including nidal manifestations at acute and chronic inflammatory processes were published. However they give no clear methods for revealing and interpretation of renal changes at AP in relation to morphogenesis stages of this disease, leaving open a question about accuracy of Bioplasm NLS-graphy data. Thus a problem of well-timed differentiation of local serous and purulent-destructive changes at AP is still unsolved for therapists and Bioplasm NLS-specialists.

The objective of this work is to evaluate Bioplasm NLS-graphic manifestation of so-called dynamic morphological stereotype of studied disease, in other words – to show Bioplasm NLS-semiotics of AP.

http://www.bioplasm-nls.com

Bioplasm Machine of thorax is highly informative method of lung abscesses diagnostics

http://www.bioplasm-nls.com

Bioplasm Machine of thorax is highly informative method of lung abscesses diagnostics, allowing to identify a stage and character of suppurant process, evaluate spontaneous draining of destruction cavity and rate of its separation from pulmonary tissue. At dynamic monitoring this method allows to evaluate efficiency of conservative treatment and define indications for surgical intervention, and to identify possible complication in proper time. Bioplasm Machine of thorax should be more extensively introduced into clinical practice of specialized departments of thoracic surgery, therapeutic and surgical in-patient hospitals.

http://www.bioplasm-nls.com

Bioplasm Machine-graphy of lung

http://www.bioplasm-nls.com

At free spontaneous draining the main volume of exudate was already removed through bronchi, and entered air in sufficient amounts formed large bubbles in a structure of exudate and was accumulated in superior parts of an abscess. This stage was characterized by division of a content into superior gaseous layer and inferior liquid layer. Free air in a cavity of an abscess looked like continuous achromogenic line. At major stickiness of purulent exudate, instead of continuous line we found several achromogenic nidi, located step-by-step next to each other. Liquid content occupied inferior part of an abscess, it contained achromogenic air inclusions, spread diffusely or with a layer of air bubbles.
Hypochromogenic border of a lung around clearly separated abscesses had clear and even contour. At vague bordering a contour of a purulent cavity was very uneven and serrated. Hypochromogenic line disappeared at the level of bordering hyperchromogenic area, corresponding to areas of inflamed infiltration into lung tissue. In these areas a border between exudate and lung parenchyma was vague.

We are Bioplasm 9D NlS Analyzer Manufacturer,if you are interested,feel free contact me and i am happy to answer your questions.

http://www.bioplasm-nls.com

Bioplasm NLS-graphy of lung

http://www.bioplasm-nls.com

Pic. 1. Bioplasm NLS-graphy of lung. Blocked acute purulent abscess with homogeneous structure, represented by::
– isochromogenic content with close-bodied suspended matter;
– hyperchromogenic content with dense suspended matter, imitating peripheral cancer.

Pic. 2. Bioplasm NLS-graphy of lung. Acute purulent abscess intracavitary with metastases. Seminoma in form of oval chromogenic formations of constant shape.
A cavity had no visible wall and was limited by lung parenchyma itself, which, at preserved airiness, was located as a hypochromogenic strip of various width with uneven outer border; at loss of airiness – as a slightly chromogenic tissue around destruction nidus.

Burst of a purulent exudate into a bronchial tree meant beginning of open stage of an abscess with presence of one or several draining bronchi, through which air went to a cavity of destruction and liquid content was removed. This stage is characterized by strictly heterogeneous structure of a nidus due to appearance of multiple achromogenic signals against the background of hypechromogenic content.

Bioplasm Machine semiotics of lung abscesses is diverse

http://www.bioplasm-nls.com

In accordance with introduced syndrome-related approach to ultrasound diagnostics of thoracic organs, lung abscess in included into a syndrome of parietal formation. The common Bioplasm Machine sign of this syndrome is a presence of parietal pathological nidus.
Topical diagnostics was carried out in accordance with generally accepted projection of lobes and segments of a lung to a thorax surface. S6 and S10 of inferior lobe and S2 of superior lobe ware affected. The majority of abscesses were of oval shape with a short axis perpendicular to a thoracic wall, at the same time long axis was both vertical and horizontal. Size varied from 3 to 13 cm, but in general it was 5-8 cm.

Bioplasm Machine semiotics of lung abscesses is diverse and depends on a content of its cavity and a condition of surrounding tissues. The main diagnostic criteria are structure and contours. Bioplasm Machine structure helps to identify liquid or gaseous body of content, and when they are combined – prevalence of one of the components and character of its spreading in purulent cavity, and on the basis of this information to evaluate efficiency of destruction nidus draining by bronchi and make a conclusion about purulent or gangrenous type of a disease. Bioplasm Machine picture of contours allows to judge about duration of existence and degree of delimitation of purulent cavity from surrounding lung, condition of surrounding parenchyma and possible chronisation of a process.

http://www.bioplasm-nls.com

we are Bioplasm 9D NLS Analyzer Manufacturer

http://www.bioplasm-nls.com

Computed tomography creates three-dimensional image with high resolution also, but CT is less available that Bioplasm 9D NLS Analyzer-study, besides, a special attention must be paid to a specific character of contingent of patients with purulent-destructive diseases of lungs and clinical picture of a disease. That is why in practice lung abscess is diagnosed on the basis of clinical symptoms and thorax x-ray data, however with these methods it is not always possible to identify a nature of a nodular shadow in a lung. Application of Bioplasm 9D NLS Analyzer allows to get additional and sometimes decisive information about a pathology, but in this case a therapist must know Bioplasm 9D NLS Analyzer semiotics of lung abscess.
So the objective of this work is to study a picture of lung abscesses and evaluate possibilities of Bioplasm 9D NLS Analyzer of thorax in diagnostics of purulent-destructive process in lungs.
we are Bioplasm 9D NLS Analyzer Manufacturer,if you have any problem,you can cotact with us.thank you.

http://www.bioplasm-nls.com

Bioplasm Machine is a great help for diagnostics of adrenals tumors

http://www.bioplasm-nls.com

Therefore diagnostics of adrenals tumors is quite difficult, i.e. their clinical manifestations are diverse. It hard to overestimate possibilities of Bioplasm Machine diagnostics with SEA, which thanks to easiness of study, safety and high informativity allowed us to set a diagnosis quickly and accurately in 98% of cases. The study has shown that Bioplasm Machine-method may become equal with CT in studies of adrenals tumors. Patients, who have typical for adrenals tumors complaints, first of all must be subjected to Bioplasm Machine-graphy. At detection of Bioplasm Machine signs of adrenals tumors, these patients must be subjected to SEA and in case of positive results – further detailed study with CT and MRI, this scheme will shorten patients check-up time significantly and allow to carry out proper and well timed treatment.
http://www.bioplasm-nls.com

differential diagnostics of benign and malignant tumors of adrenals

http://www.bioplasm-nls.com

According to our data differential diagnostics of benign and malignant tumors of adrenals is extremely difficult. Only in case of heterogeneous internal structure of a formation, limited motility at forced breathing, presence of enlarged regional lymph nodes, metastases into other organs, we may assume malignant character of detected formation. Results of bioplasm nls in this case are diagnostically important aspect.
If you need to know bioplasm nls analyzer price,you can contact with me.i can give you a best price.

http://www.bioplasm-nls.com

Bioplasm nls analyzer for adrenals tumors

http://www.bioplasm-nls.com

Clinical data: from June 2012 till May 2013 we studied 23 patients aged from 25 to 64, in which, in accordance with complaints analysis and clinical-laboratory data, we assumed adrenals tumors. All patients were subjected to kidneys and adrenals study in accordance with standard method with use of Bioplasm nls analyzer  with 4.9 GHz generator frequency and professional software Bioplasm nls analyzer allowing to apply three-dimensional visualization of adrenals. At the same time we carried out spectral-entropic analysis (SEA) of adrenals tissue structure, which helped to identify pathomorphological picture of adrenals affection by comparison of a pathology spectrum to etalon processes.
Analysis of our findings evidences that correct diagnosis was set in 22 cases of 23 (95.6%). In one patient with Itsenko-Cushing syndrome NLS-graphy detected small hyperchromogenic formation (30-35 mm) in superior pole of right kidney, which had homogeneous internal structure and was identified as benign tumor of adrenal gland. CT was not applied, because we saw a typical clinical picture of Itsenko-Cushing syndrome, confirmed by SEA. During surgery we found nidal macronodular hyperplasia of a gland. SEA results were confirmed by histological study of removed formation.
http://www.bioplasm-nls.com