Upgrading Radiological Care with a PACS Workstation

Pacs monitor

Healthcare professionals the world over are using x rays and other wave length based imaging sources to found innovations in the medical profession. Radiology has become a necessity in any modern hospital and a linchpin in the medical profession. Without its use hospitals around the world would literally be taking a step back into the 1800s. The most recent developments in picture archiving and communication systems, or PACS workstations, are moving radiology forward and solidifying its place as a cornerstone within the medical profession.

In one application or another the practice of radiology has been around longer than you may think, and was kicked off with the discovery of x-ray technology. X-rays or x-radiation as it was originally called by its discoverer Wilhelm Roentgen in 1895, were first happened upon by accident. Experiments with electron beams led Roentgen to realize that his beams were making certain of his surroundings glow. He then realized that those beams were actually passing through his surroundings. He took objects and placed them behind a tarp. Sure enough those objects were shown silhouetted through the tarp. Eventually Roentgen exhausted his testable materials and resorted to sticking his hand behind the tarp. He discovered his bones silhouetted just the same as the other objects had been from behind the tarp. Thus the study of scientific images of the human body was inaugurated, and the first dental x-rays took place shortly afterward.

What were Roentgen’s first experiments missing most? Lead. As Roentgen well noticed the tarp was no match for his newly discovered high energy x-ray beams. Any radiology technician can tell of the necessity of protection products, like lead aprons and leaded glasses.

Radiology has come a long ways since its fortunate, if not crude, beginnings. Now many medical treatments mandate the use of radiological tests to reach a diagnosis and begin treatment. Radiologists can now use picture archiving and communication systems instead of the print outs of teeth that that are doled out by general dentists. This has the effect of furthering the specialty of radiology by putting it in a more functional place.

The technological base of this practice necessitates the constant upkeep and innovation of technologies. The discovery of radiology may have been far more crude than it is today, but radiology still comes with its own set of side effects. In order to continue helping patients to the best ability of your practice you need to provide the most up to date preventative technology.

Not only do patients need their radiology to be safe, they often need their results quickly and efficiently. To this end, radiological equipment should be checked regularly to ensure proper maintenance. Radiology workflow can be made easier and quicker by streamlining the workspace with a pacs workstation. The pacs workstation has its roots in the need to be efficient in the medical profession, and has been serving that purpose for nearly twenty years. The pacs workstation can free doctors and technicians from the burdensome jaunt, if not full on run, to the film library. What was once a hassle is now made easy, and even easier by pairing a PACS workstation with medical grade computers with pacs monitors. Because every moment can count, small differences like these can be the difference between success and complication.
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