HOW IT WORKS
Introducing MammoWave®: an innovative medical device for breast cancer detection
HOW IT WORKS
Introducing MammoWave®: an innovative medical device for breast cancer detection
MammoWave® is a device based on microwave technology, patented and developed by the project partner Umbria Bioengineering Technologies (UBT) S.r.l.
It employs a novel technique which generates images by processing very low power (<1 mW) electromagnetic signals in the microwave band (1-9 GHz).
A safer and accurate solution
MammoWave is an innovative and highly disruptive microwave technology, patented and developed by the project partner Umbria Bioengineering Technologies (UBT) S.r.l.
MammoWave is the only existing solution that can ensure 100% safe, accurate and comfortable breast cancer screening for all women of all ages – it can be performed in any condition and for an unlimited number of times – addressing a medical need that is unmet through traditional mammography.
In fact, it employes a novel technique which generates images by processing very low power (<1 mW) electromagnetic signals in the microwave band (1-9 GHz) .
The exam takes few minutes per breast and is performed with the patient lying in a comfortable facing-down position.
The development of the technique
The development of microwave breast cancer detection technique has been driven by the dielectric properties contrast between cancers and healthy breast tissues. This contrast is shown to be up to a factor of five in conductivity and permittivity. Meanwhile, newer studies suggest the existence of such contrast only between healthy fatty and malignant breast tissues, and a lower contrast between healthy fibro glandular and malignant tissues.
MammoWave® is composed of two antennas which illuminate the breast tissue using electromagnetic fields in the microwave band (1-9 GHz) and measures the correspondent scattered electromagnetic fields.
The software
The technology is supported by a proprietary software augmented by Artificial Intelligence (AI) built around a dedicated imaging algorithm.
Images are dielectric parameters’ homogeneity maps, shown in 2D, azimuthal plane (i.e. coronal plane).
The software is augmented by Artificial Intelligence (AI) and calculates some parameters (such as the ratio between the maximum and the average intensity). The software automatically provides a dedicated label indicating the presence or absence of suspicious findings in each breast.
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Find out the latest news about MammoScreen world and stay up to date with the project.
