Non-Invasive Detection of Prostate Cancer by Electromagnetic Interaction

Effects of pulsed electromagnetic fields on benign prostate hyperplasia

“…Furthermore, the nonlinear resonance radiofrequencies of prostate with various lesions revealed different electromagnetic properties between malignant, hyperplastic, and normal prostatic tissue, which can be used for the diagnosis of prostate cancer [17]. Frequencies emitted by the device used are in the band of radiofrequencies and possibly resonate with the abnormal prostate tissue.…”

Research and Therapeutic Innovation: Tissue Resonance InterferoMeter Probe in Early Detection-Screening for Rectal Cancer

“…Bellorofonte moreover reported a significant difference between patients with benign Organ Sensibility Specificity V.P.P. prostatic hyperplasia and patients with prostate cancer (Bellorofonte et al, 2005). Trimprob was also tested for detection of breast cancer (De Cicco et al 2006), bladder cancer (Gervino et al 2007), rectal malignant lesions (Vannelli et al 2009), carcinomas in patients with multinodular goiter (Sacco et al 2007a), and gastric cancer (Sacco et al 2007b).…”

“…Any diagnostic method has to detect important parameters disturbed by cancer process. A new diagnostic method developed by Vedruccio utilizes frequency selective (resonant) absorption of electromagnetic waves in malignant tumors (Bellorofonte et al 2005). In malignant tumors, therefore, we should expect to find structures oscillating at the frequencies of the emitted signals, whose dissipation is different from that of healthy tissue.…”

“…Diagnostic accuracy of the Bioscanner was evaluated in several clinical studies. (Bellorofonte et al, 2005;Da Pozzo et al, 2007;Tubaro et al, 2008;and Gokce et al, 2009) performed studies focused on the diagnosis of prostate cancer at 465 MHz. Trimprob diagnostic findings were compared to those resulting from the standard prostate cancer diagnostic methods including digital rectal examination, biopsy, and prostate-specific antigen (PSA) level.…”

In‐vivo measurements of the dielectric properties of breast carcinoma xenografted on nude mice

“…4 Breast cancer diagnosis using harmless microwaves has been under investigation for quite a while to figure out specific electromagnetic characteristics of breast cancer tissues in response to microwaves, which can be used for cancer diagnosis. [5][6][7][8][9][10][11][12][13] Despite the efforts, results from previous studies appear to be inconclusive in terms of the diagnostic capability of microwaves. Inconclusiveness mainly appears to come from limited bandwidths used in each study and high variability shown in the dielectric parameters between measurements, as well as between studies.…”