NEWS
3D NLS study of Biophilia Tracker X3 and malignant bladder tumors
In recent years, computed tomography, magnetic resonance tomography, and transurethral ultrasonography have primarily been used as corrective diagnostic methods to determine the depth of bladder tumor invasion. Based on information provided by Nesterova V. and others, a recent approach to 3D NLS studies using the Biophilia Tracker X3 may become critical in determining bladder cancer prevalence and conducting case surveillance. The advantages of this method, including its availability, painlessness, and lack of radiation exposure, allow for multiple studies to be performed while monitoring cases.
3D NLS-Graphy of Biophilia Intruder in Bladder Tumors
In recent years, computed tomography, magnetic resonance tomography, and transurethral ultrasonography have primarily been used as corrective diagnostic methods to determine the depth of bladder tumor invasion. Based on information provided by Nesterova V. and others, recent 3D NLS research methods may become critical in determining bladder cancer prevalence and case monitoring. The advantages of this method, including its availability, painlessness, and lack of radiation exposure, allow for multiple studies to be performed while monitoring cases.
A good helper for disease prevention BIOPHILIA TRACKER
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About NLS Scanner
The Non-Linear System (NLS) uses the most advanced Resonance spectroscopy analysis, Quantum resonance analysis,Acoustic resonance analysis,Tomography scanning available today. Modern day research on energy fields around plants and animals has concluded th
About NLS Scanner
The Non-Linear System (NLS) uses the most advanced Resonance spectroscopy analysis, Quantum resonance analysis,Acoustic resonance analysis,Tomography scanning available today. Modern day research on energy fields around plants and animals has concluded th