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Imaging in Medicine

Through medical imaging methods, it is possible to obtain detailed views into the body. This is a major advantage for the early detection of diseases. For example, using magnetic resonance and computer tomography, medical personnel can recognize changes in the internal organs, bones or blood vessels without having to touch the patient. Ultrasonic waves produce three-dimensional pictures of a baby in its mother's womb and virtual coloscopy is possible without an endoscope. In the future, all instruments and methods will be faster, more precise and diagnostically more reliable.

 

Medical Imaging: Forecasts

According to expert opinion, the revenues of diagnostic systems could rapidly increase in the future. According to a S. G. Cowen analyst report, molecular diagnostics and the implementation of decentralized, miniature diagnostics should trigger the growth of a market currently valued at 23 billion euro to over 35 billion in 2010. The strongest growth is expected in the areas of infectious diseases, oncology and cardiovascular diseases. In particular, the use of chip-based diagnostics (biochips) should bring additional impulse to the market.

 

Medical Imaging at Siemens

With the latest Siemens computer tomograph, Heart View CT, doctors can virtually freeze the heart between beats and, thus, detect the smallest deposits in blood vessels or other early warning signs for a cardiac infarction. For prophylaxis, the special imaging methods and biochips could also be used to track the smallest disorder symptom to the molecular level. As a result, diseases such as cancer can be detected years earlier than they are now and, consequently, the chances for recovery are much higher. The newly developed virtual coloscopy facilitates intestinal cancer prevention. A computer-animated journey through the large intestine without an endoscope spares the patient from the unpleasant conventional procedure. Another example of improved cancer screening is the digital mammography, which promises fast and reliable diagnoses. The pictures are available immediately after the examination and can be evaluated and processed by the doctor directly on the computer screen or forwarded with a mouse click. A 4-D ultrasound method is almost ready for the medical market. The method shows moving, spatial 3-D images of the body interior: expectant mothers can follow the movements of the baby in their bodies.

 
 
 
 
 

Further Information (external)

 

Contact

Siemens Communications 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