MRI and NLS studies of Biophilia Intruder are a good way to diagnose soft tissue affect

MRI and NLS studies of Biophilia Intruder are a good way to diagnose soft tissue affect

Nonorganic sarcomas of mesenchymal origin account for less than 1% of total malignant tumors. The clinical presentation of tumors in the early stages of development does not differ in any particular symptom, which is why there is still no significant achievement in differential diagnosis at this stage of its development; errors in dynamic diagnosis are approximately 40% – 60%.

Prognosis for non-negligible forms of the tumor is relatively positive and depends on several factors, including the patient's age, the size and stage of the process, the degree of differentiation, and the extent of the tumor's spread. Local recurrence rates reached 93% after local resection, 49% after extended resection, 73% after repeated extended resection, 20% after radical resection and 6% after amputation. Hardware examination methods play an important role in the diagnosis of soft tissue sarcomas, as the strategy, number, and conditions of surgical intervention are addressed based on the results obtained using these methods. In conclusion, we can say that successful treatment in many aspects depends on timely and accurate preoperative diagnosis even before complications occur, and thus the risks and prognosis of surgical intervention are significantly increased. Magnetic resonance imaging (MRI) has greatly influenced the development of radiological diagnosis of diseases of the musculoskeletal system and still has a large influence on it. This method provides the best visualization of soft tissue and bone marrow compared to other methods. The NLS study of Biophilia Intruder is another method that can be used for tumor diagnosis.

Following the widespread introduction of NLS and MRI into clinical practice, the role and place of hardware approaches in soft tissue tumor research has become even more important. At the same time, these soft tissue tumor research methods face the following goals: 1) tumor detection; 2) tumor identification (differential diagnosis); 3) disease stage identification. Three-dimensional NLS examination together with REA allows us to detect the presence of tumors, their size and structure with high precision. MRI and NLS are nearly equally informative in assessing local spread in soft tissue sarcoma. The strength of the NLS study is the ability to differentiate between solid and cystic tumors when used with REA, which is especially important in the case of myxomas or mixed tumor-like tumors, which may be erroneously interpreted as cysts due to their high water content. CT or MRI. In addition, NLS studies can identify tumor areas most suitable for needle biopsy (to differentiate between hyperpigmented solid areas and necrosis). Another advantage of NLS studies is monitoring patients after surgical intervention and after chemotherapy.