A new approach, termed the Biofield test, may have the potential to augment the process of
diagnosing breast cancer. This technique is based on the analysis of skin surface electrical …

The biofield breast examination (BBE) is a new, noninvasive and cost‐effective method for
diagnosing breast lesions currently undergoing multicenter evaluation in the USA and …

The purpose of this study is to evaluate the efficiency of the Biofield Diagnostic System
(BDS) as an adjunct to established diagnostic techniques such as mammography and …

The division of breast cancer cells results in regions of electrical depolarisation within the
breast. These regions extend to the skin surface from where diagnostic information can be …

This chapter describes the initial clinical experiences with Breast Biophysical Examination
(BBE) in two European countries: Germany and Italy. The primary aim of these feasibility …

Objective. Cancer cells exhibit altered local dielectric properties compared to normal cells,
measurable as different electrical conductance and capacitance using electrical impedance …

Breast cancer is the most frequently occurring malignancy in women. It is characterized by a
high mortality rate. For the purpose of detecting this life threatening disease, research efforts …

The aim of this study was to quantify the clinical value of using electrical impedance
scanning (EIS) as an adjunct to other diagnostic techniques in order to identify cancerous …

Extensive literatures have shown significant trend of progressive electrical changes
according to the proliferative characteristics of breast epithelial cells. Physiologists also …

The present paper focuses on electrical impedance scanning. The basic science behind the
new modality, measurements of breast tissue impedance in vivo and in vitro, and the studies …