EBCT Background

History and Significance of EBCT

EBCT, also known as Electron Beam Tomography (EBT), emerged in the 1980s as a specialized form of computed tomography (CT). Its primary purpose was to image the heart and coronary arteries. Unlike conventional CT scanners, which use mechanically rotating X-ray tubes, EBCT employs a stationary electron beam that rapidly sweeps along a tungsten anode to produce X-rays. This design allows for high-speed, high-resolution imaging, making it particularly valuable for capturing images of the heart, which is in constant motion.

Imatron Inc.

Imatron Inc., a pioneering company founded in the early 1980s, played a crucial role in developing and commercializing EBCT technology. Imatron designed, manufactured, and marketed high-performance EBCT scanners used globally for cardiac imaging and other diagnostic purposes. In 2001, GE Medical Systems acquired Imatron, integrating its technology into a broader portfolio of medical imaging solutions.

Imatrex Inc.

Imatrex Inc., established in 2015 and based in Las Vegas, Nevada, focuses on advanced imaging solutions. Imatrex develops low-dose CT scanners and image-guided cancer therapy devices. Their products offer real-time tumor tracking and non-invasive imaging of the heart and coronary arteries, aiming to improve access to medical imaging while maintaining cost-effectiveness.

Heartscan Inc.

Heartscan Inc., a subsidiary of Imatron Inc. founded in 1993, specialized in non-invasive diagnostic services using EBCT technology. Heartscan’s services included coronary artery scans (calcium scoring), lung scans, and virtual colonography. Their mission was early detection and preventative care for cardiovascular diseases. Operating a network of diagnostic centers across the United States, Heartscan leveraged EBCT’s rapid imaging capabilities for comprehensive risk assessments.

EBCT’s legacy persists despite newer technologies, and the contributions of companies like Imatron, Imatrex, and Heartscan continue to shape cardiac imaging.

TeleSecurity Sciences Inc. http://www.telesecuritysciences.com

TeleSecurity Sciences is a leader in the development of advanced imaging solutions for the Homeland Security Market. Their security products include top-performing scanner-independent Automated Threat Detection algorithms for checked and checkpoint imaging systems, cargo, and whole-body scanners. These algorithms enhance security by identifying potential threats efficiently. Additionally, TeleSecurity Sciences offers liquid detection/identification, electronic unpacking software for CT scanners, and the Common Workstation. TSS possesses extensive expertise in GPU-driven EBCT software and particularly in the use of Convolutional Neural Network AI for automated image analysis.

Nautilus X-ray Inc. http://www.nautilusxray.com

Nautilus X-ray has introduced a novel modular X-ray imaging platform that revolutionizes CT technology. Here are some key features:

1. Ultra-Compact: The Nautilus X-Ray CT technology eliminates bulky and heavy components found in conventional CTs. Its slim and open gantry design allows for applications beyond current CT capabilities.

2. Inspiringly Fast: By removing the need for rotating heavy X-ray tubes, Nautilus achieves unprecedented temporal resolution. This breakthrough opens new possibilities in cardiovascular CT imaging.

3. Perfectly Modular: The Nautilus platform supports various CT configurations to address diverse clinical needs and price points. A single platform reduces costs across the product line, providing customized solutions for unique clinical requirements.

Nautilus X-ray was incorporated in Las Vegas, Nevada, and has filed patents for its innovative technologies. Their imaging system produces full-field-of-view CT-quality images, and the technology is synergetic with other innovations like photon counting detectors, dose reduction, and AI.