Fort Lauderdale. Imaging Diagnostic Systems, Inc. announced that Schering AG,
Germany, has requested an additional CTLM(R) system as part of their collaborative efforts with IDSI to continue their studies of fluorescent compounds in their quest of
breast cancer detection.
Schering AG and Imaging Diagnostic Systems previously signed a collaborative agreement designed to evaluate the advantages of new
fluorescence dyes developed by Schering AG for the potential use of detecting breast cancer. Imaging Diagnostics' CTLM(R) system will be used in conjunction with Schering AG's dyes during Schering's
clinical trials. The collaboration will assist in determining the potential benefits of using both technologies adjunctively to further enhance the CTLM(R) systems' capabilities in detecting breast cancer.
Schering AG is a research-based pharmaceutical company. Its activities are focused on four business areas: Gynecology&Andrology,
diagnostics & Radiopharmaceuticals,
dermatology, as well as Specialized Therapeutics for disabling
diseases in the fields of the
central nervous system,
oncology and cardiovascular system. As a global player with innovative products, Schering AG aims for leading positions in specialized markets worldwide. With in-house R&D and supported by an excellent global network of external partners, Schering AG is securing a promising product pipeline. Using new ideas, Schering AG aims to make a recognized contribution to medical progress and strives to improve the quality of life.
Imaging Diagnostic Systems has received CE Marking, UL listing, ISO 9001:2000 certification and
FDA export certification for its CT Laser Breast imaging system. The CTLM(R) system is the first patented breast-imaging system that utilizes state-of the-art laser technology and patented algorithms to create 3-D cross-sectional images of the breast. The Company is seeking PreMarket Approval (PMA) from the
food and Drug Administration (FDA) for its CTLM(R) system to be used as an adjunct to mammography. The CTLM(R) system is a non-invasive, painless examination that does not expose the patient to
radiation or require breast compression.