NEWS
Despite the development of NLS in ocular tumors – Biophilia Tracker
In the case of a hypothetical ocular tumor, the ophthalmologist must not only detect its organ affiliation, but also perform a reasonable assessment of the blood circulation. In this regard, the 3D NLS imaging Biophilia Tracker offers a great opportunity for oncology ophthalmology. The purpose of the given report is to communicate experience with the clinical application of 3D NLS imaging in the comprehensive assessment of tumors of the eye and orbital cavity.
Despite the development of NLS in ocular tumors – Biophilia Tracker X4 MAX
In the case of a hypothetical ocular tumor, the ophthalmologist must not only detect its organ affiliation, but also perform a reasonable assessment of the blood circulation. In this regard, the NLS imaging Biophilia Tracker X4 MAX offers great opportunities for oncology ophthalmology. The purpose of the given report is to exchange experience with the clinical application of NLS imaging in the comprehensive evaluation of tumors of the eye and orbital cavity.
Detección temprana y resolución de molestias físicas
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Development of an NLS Approach for HPDA Disease Using the Biophilia Intruder
In recent years, researchers have developed algorithms to examine patients with HPDA organ disease using the NLS approach. NLS imaging was performed using the Biophilia Intruder system, which features 2D and 3D visualization of HPDA organs.
Development of Meta Hunter Diagnostics
Nonlinear analysis was originally used in organic chemistry to determine the composition of complex compounds. Sviatoslav Pavlovich Nesterov introduced the trigger sensor and thus the concept in 1988 and is considered the originator of NLS diagnostic equipment (Meta Hunter). Active work began immediately to develop and improve the NLS diagnostic system. Clinical testing of early devices took place from 1990 to 1995. Commercial production of the device grew rapidly in the late 1990s, and the quality of the results produced suddenly soared.
Development of NLS diagnosis for primary duodenal papilloma using the Biophilia Tracker
Recent technological innovations in nonlinear diagnostic equipment and software have led to a fundamental expansion of NLS research applications and improved image quality. A promising direction for the development of NLS diagnostics using the Biophilia Tracker is a multidimensional virtual reconstruction modality of NLS images, allowing visualization of transects and anatomical reconstructions of the study area, which remain invisible during 2D application only scans. This method offers the possibility of data processing, using rotation and scaling, to present the true anatomy of the organ in direct projection. Compared with 2D visualization, 3D NLS scanning has certain technical and practical advantages in the visualization of anatomical and pathological structures. This method allows transecting of acquired images, such as frontal images, or isolating individual regions in fast vision mode. It visualizes the internal structure of parenchymal organs, and if there is an area of influence within the investigation area, the operator can isolate and magnify the parenchymal area to see tissue ingrowth in NLS ultrascanning mode. The Spectral Entropy Analysis (SEA) mode allows the morphological features of the study area to be defined by comparing spectral similarity with etalon processes.