X-ray imaging has been in use for over 100 years. But the introduction of digital X-ray technology represents a quantum leap in making the images most useful to doctors and patients.
 For over a century, doctors have been using X-rays to produce images of tissues within the human body.
But a major advance in X-ray technology, now in use at Phoebe, uses digital technology in place of old, cumbersome film systems.
Digital X-ray produces an extremely high-resolution image on a computer screen (instead of film) that can be electronically sent to a doctor anywhere instantly.
Until the introduction of digital technology, X-ray imaging used basically  the same technology discovered by Roentgen in 1895. Heavy film was exposed, developed, coded, placed in large envelopes, then stored for review. Processing the film, packaging and transporting it all took valuable time from the diagnosis process, especially when more than one doctor was involved in the diagnosis.
Digital X-ray images, viewed on a high-resolution computer screen, are faster, produce better quality images and are available to doctors for evaluation within minutes of the production of the image, no matter how far the doctor may be from the X-ray site.
Digital X-ray offers several advantages to doctors and their patients.
- Many doctors can instantly access the images
and share in a patient's diagnosis.
- Lower dosage X-rays can often be used to
achieve the same quality image as film.
- Reduced cost (no film or processing) can allow
production of more images showing more detail.
- Storage and retrieval is much simpler and
quicker - one compact disk can hold the same number of images as a large file drawer of films.
Phoebe is among the early leaders in adopting digital X-ray technology, as well as in other diagnostic imaging. Now, doctors serving patients all across Southwest Georgia can receive images and diagnostic information from radiologists much more quickly. This means more accurate decisions on treatment can be made more quickly, a concrete benefit to patients.
CT Scanning
Magnetic Resonance Imaging (MRI)
PET Scanning
Ultrasound
Nuclear Medicine
Digital Mammography
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