17d nls can test human body health

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The main difference between chronic abscess and acute one was a presence of moderately chromogenic wall which was more distinctly visualized at the level of air content in the upper part of a cavity and less distinctly – in the lower part against the background of hyperchromogenic purulent exudate with suspensions. A wall had homogeneous chromogenic structure (4 points at Fleindler’s scale), even thickness (up to 8 mm), distinct external and indistinct internal contours.

The greatest diagnostic difficulty was represented by pseudo-tumorous form of chronic abscess, which had, as a rule, homogeneous hyperchromogenic structure because of dense purulent content and distinct contour imitating peripheral lung cancer. Etiology of a nidus was defined by SEA results and confirmed by puncture biopsy.

17d nls cantest human body health,it can improve human body health.

Comparison with acquired bioplasm 9d nls-picture

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An abscess with air cavity was registered after cleaning out of purulent exudate from remained cavity of destruction with formed solid capsule. In the spot where it touches a thoracic wall we detected arcual strip with uneven, jugged surface. To evaluate such air cavities roentgen examination is preferable, because it allows to visualize the whole cavity, not only a mural spot.
In case of cleaned cavity collapse and at its cicatrization, at the place of an abscess was formed a fibrous area of irregular shape with uneven and indistinct contours and isochromogenic structure because of separate hyperchromogenic inclusions against the background of moderately chromogenic fibrous tissue. Maximum size of such area was less than 2 cm. At significant adhesive changes at the level of an abscess locally thickened hyperchromogenic pleura (4-5 points at Fleindler’s scale) of up to 6 mm was visualized.

We have carried out comparative analysis of 62 acute purulent and 32 gangrenous abscesses and defined criteria for their differential diagnostics, which were: efficiency of spontaneous drainage, presence of hyperchromogenic wall and necrotized sequesters of lung tissue. All patients suffering from gangrenous abscesses were subjected to surgical treatment (thoracoabscessotomy), that allowed to evaluate visually macroscopic structure of purulent cavity. Comparison with acquired bioplasm 9d nls-picture we singled out early and advanced stages of gangrenous abscess, associated with various efficiency of spontaneous drainage and presence of a wall.

Bioplasm machine-semiotics and classification of lungs abscesses

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Traditional roentgenologic methods still remain the basic in diagnostics of pulmonary organs diseases, but non-linear diagnostic research (Bioplasm machine) of thorax organs opens conceptually new prospects for evaluation of lungs and pleura changes. Information about a pathological process is presented in a form of three-dimensional image with strict differentiation of various in spectral properties biological structures, at the same time application of ultramicroscopic scanning makes possible to study researched object in every detail. The study is not related to radiation exposure, it does not require expenses for additional equipment if a standard set of Bioplasm machine-diagnostic devices is available. That is why at the present moment it finds more extensive application in diagnostics of lungs and pleura diseases and with increasing frequency becomes a topic of scientific works.

Until today Bioplasm machine-semiotics and classification of lungs abscesses have not been developed, there are no strict criteria of their differential diagnostics.

The objective of this study is research Bioplasm machine-semiotics of purulent-destructive diseases of lungs and pleura.

Blocked abscess was visualized

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Blocked abscess was visualized as roundish neoplasm with hypechromogenic liquid content in which we detected isochromogenic suspensions (4-5 points at Fleindler’s scale), loosely distributed throughout a cavity of destruction (suppurative detritus), without achromogenic signals of air. At acute course a capsule of an abscess was not visualized. Purulent cavity was limited by lung parenchyma itself, which along with preserved air content was of the form of hypochromogenic line (2-3 points at Fleindler’s scale), but when air content was lost because of pneumonic infiltration, it was visualized as moderately chromogenic tissue (3-4 points). A width of this line varied depending on clarity of abscess limiting and significance of perifocal changes in a lung.

Burst of purulent content into bronchi meant start of open stage of abscess development with heterogeneous structure due to appearance of achromogenic signals against the background of hyperchromogenic fluid with suspensions. The efficiency of spontaneous drainage was evaluated by a quantity and a character of achromogenic inclusions (air) distribution in a purulent exudate. The drainage was considered insufficient at single or multiple lesser achromogenic cavities, diffusely distributed throughout the whole cavity of an abscess against the background of significantly prevailing hyperchromogenic content.