Multifunctional 3D ultrasound imaging system
JHU Ref #: C17859
Value Proposition:
· Generation of high resolution 3D images for detection and diagnosis of diseases.
· Overcomes previous required use of media (water) to image.
· Media-less imaging ability allows for integration of other imaging techniques (MRI, PET, CT).
Unmet Need
· The field of tumor imaging relies on X-ray, MRI, CT, or PET scans which all have their limitations in developing high resolution images at low costs. Ultrasound tomography (UST) uses acoustic and visual signals to generate images with high spatial resolution. However, current UST systems require the use of a media such as water to submerge the tissue being imaged. This dramatically limits the tissues that can be imaged and restricts the ability to use other imaging techniques alongside the UST system. A system that does not require the use of a media and can be used with other imaging systems would allow for a more comprehensive imaging that would enhance early detection of tumors.
Technology Description
· Researchers at Johns Hopkins have developed a multi-modal ultrasound tomography (UST) imaging system. The disclosed technology has developed a UST imaging system that eliminates the need for acoustic coupling enabling further integration of imaging systems. This system uses multiple light sources which allows for more detailed detection of light excitation and acoustics. Data collected in this manner eliminates the need for media during imaging.
Stage of Development
· Computational programming is complete and ready for integration with UST systems
Data Availability
· Data available upon request
Publication
N/A
