Nonlinear diagnostic systems (NLS) have been widely used recently and are gaining popularity. Even in the few cases where clinical symptoms appear very typical, diagnostic methods provide additional information on the extent of the impact and allow for prognostic considerations. In most cases, it is crucial for diagnosis and subsequent selection of the correct treatment.
Nonlinear analysis was originally used in organic chemistry to determine the composition of complex compounds. Sviatoslav Pavlovich Nesterov, who introduced the trigger sensor and thus the concept in 1988, is considered the originator of the NLS diagnostic device (metatron). 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 ramped up in the late 90s, and the quality of the results produced suddenly soared.
Thanks to the introduction of some new devices equipped with digital trigger sensors, NLS diagnostics have not only become more time-saving, but are also completely different in terms of quality. It is clear that some runtime techniques, such as tree-dimensional visualization of survey results, will soon become routine practice. Negative testing is just one example of an off-the-shelf implementation. The method is so widespread that we would rather talk about the definite extent of its use than just its popularity.
The NLS method advances not only along the path of technological innovation, but also along the path of new applications. Some minor surgical procedures, such as biopsies, have long been monitored using ultrasound, fluoroscopy or computed tomography. Today, we have the opportunity to perform a biopsy for NLS monitoring. By the way, many surgeons specialize in using this method to assist in major surgery.
The equipment cost of NLS diagnostics remains very low compared to some other hardware-based methods. This should promote wider use of the method in countries with low living standards. Among all hardware-based diagnostic methods, NLS provides the closest representation to pathological anatomical maps. This feature of the method, together with its innocuous nature, has facilitated the rapid development of NLS diagnostics.
More and more devices now use NLS diagnostic technology, such as the
Metatron hunter 4205 NLS. They play an important role in people's health problems.
