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Digital Health - Digital Assistant Doctors

Information technology is increasingly being applied to the field of medicine and, through this, the physician's burden of managing the ever growing volume of data and extracting relevant information is eased. Increasingly accurate examination methods and tools from the computer world open completely new possibilities. Direct surgical interventions in the human body are being rapidly replaced by high-resolution computer images. Automatic image evaluation improves the early detection of diseases such as cancer. Moreover, computer technology enables the rapid comparison of results from different analytical examinations. In the operating room, computer-assisted tools help doctors carry out examinations and interventions more precisely.

 

Knowledge bases that can be accessed around the world will store medical examination results and offer physicians decision support for making diagnoses. The use of networked software in the health care system helps reduce administrative expenses. In hospitals, all relevant patient information can already be obtained through RFID wristbands. A patient's medical data is stored on a digital health card and is always accessible.

 

Digital Health: Forecasts

According to a study from study von Frost & Sullivan (F&S), European hospitals spend about two percent of their total annual budget on information technology. Thus, the market for IT in hospitals has grown from 2.4 to almost 3.5 billion euros between 2000 and 2004 in Europe alone. In the future, about 80 percent of IT expenditures will be invested in systems with medical applications. The market for automatic image evaluation systems for medicine such as computer-aided detection (CAD) is also predicted to increase through 2008 at an average of 26.5 percent annually; by 2008, the volume will reach approximately $87.5 million. Digital technology that improves the quality of care for patients is high on the wish list of physicians according to F&S.

 

Digital Health at Siemens

Siemens is one of the pioneers of computer-aided detection (CAD). With LungCARE NEV, the researchers and developers of Siemens have introduced a dedicated solution for the localization of small lung nodules to the market. The system is able to detect nodules with diameters of just three millimeters. Software also helps in the evaluation of ultrasound data: thanks to newer algorithms, the outlines of the beating heart can be automatically found and tracked. For surgical interventions on the heart, Siemens developed a magnetic navigation method through which the catheter can be guided more safely and easily through the coronary arteries by means of a joystick. With a new generation of angiographic C-arm systems, Siemens is breaking new ground in 3D-imaging during surgical intervention; for instance, in neuroradiology the patient no longer needs to be transported to different rooms or repositioned.

With the 7-tesla magnetic resonance (MR) tomograph from Siemens, not only individual living cells at work can be observed, but also the path of biochemical molecules can be followed through the brain. MR imaging is expected to contribute to the early and reliable diagnosis of diseases such as Alzheimer's, epilepsy or multiple sclerosis. Images with higher resolution and unmatched quality are delivered by a hybrid CT-SPECT system developed by Siemens. The data from both methods are fused into one image.

 
 
 
 

Further Information (external)

 

Contact

Siemens Communica-tions for Technology and Innovations:

Dr. Ulrich Eberl (Mr.)
Wittelsbacherplatz 2
D-80333  Munich

Tel: +49 (89) 636-33246
Fax: +49 (89) 636-35292

ulrich.eberl@siemens.com