Cancer Imaging Archive on the Move
The archive's transfer coincided with the appointment of Fred Prior, PhD, a cancer imaging expert, as chair of the newly established Department of Biomedical Informatics in the UAMS College of Medicine. Dr. Prior also left his previous position at Washington University.
“The recruitment of Dr. Fred Prior as the chair of the new Department of Biomedical Informatics is a major step forward for UAMS and the College of Medicine,” said UAMS Chancellor Dan Rahn, MD “Having this database on campus will highlight the important work our researchers are engaged in.”
Through the archive, UAMS gains important linkages to all of the NCI-designated cancer centres in the U.S. and to many other cancer centres around the world. "“This puts UAMS and our expertise in biomedical informatics right at the centre of cancer imaging research,” according to College of Medicine Dean Pope L. Moseley, MD.
Biomedical informatics uses computers rather than traditional laboratories to extract knowledge from large sets of data. The department develops computational tools to assess and manage medical and public health information for patient care and research programmes. Research using the archive has produced about 250 academic papers in recent years.
Cancer researchers can use the archive’s data to develop new analysis techniques to advance scientific understanding of cancer. For educators, the data serves as a teaching tool to introduce students to medical imaging technology and types of cancer. The public can access the archive and see how cancer appears in diagnostic images as well as learn about the instruments physicians use to diagnose cancer and measure the success of treatment.
An important area of research that makes intensive use of The Cancer Imaging Archive is computer-based image analysis or radiomics.
“For instance, we are extracting tens of thousands of data points from one CT scan, and then analysing these image features to identify disease signatures,” Dr. Prior explained. “We are comparing genomic feature sets with the imaging feature sets to try to understand how to identify different disease subtypes that may require different therapies.”
That comparative analysis using biomedical informatics has the potential to greatly speed up the process of choosing the best course of treatment for someone with cancer and improving his or her prognosis.
Source: University of Arkansas for Medical Sciences
Image credit: The Cancer Imaging Archivel; UAMS
Published on : Thu, 10 Dec 2015
Print as PDF
Sectra's reporting module, developed with complex oncology cases in mind, facilitates overview of relevant priors together with the current request and report text. It also offers support for resident workflows and embedded links to images in the rep...
The iViz is a lightweight Point Of Care (POC) ultrasound solution, specifically designed for emerging sub-segments where there is need for a highly accessible and mobile solution that is capable throughout key areas of the patient care path. The iViz...
Introducing a new chapter in ultrasound visualization technology. X-Porte was developed from the ground up to incorporate a breakthrough, proprietary beam-forming technology: XDI (Extreme Definition Imaging). This signal analysis algorithm shapes X-Porte's...
The TE7 touch screen ultrasound system is designed to provide superior quality imaging for rapid patient-care decisions. Intuitive gesture controls and efficient focused point-of-care exams minimize the user learning curve, with no need to navigate a...
The SonoSite SII features a new touchscreen user interface with a clinician-driven menu logic that adaptively adjusts to your imaging needs – “what you need, is what you see”. An embedded dual transducer connector allows you to quickly switch between...