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X-ray/Fluoroscopy
 

Since their discovery in 1895, x-rays have been a vital scientific tool, revealing previously concealed worlds.   Because of their great penetrating power, x-rays can also be used to study the structure of living organisms.

One of the earliest applications of x-rays was in medicine, where they were used for both diagnosis and therapy.   They penetrate soft tissues but are stopped by bones, which absorb them.   Thus if a photographic plate that is sensitive to x-rays is placed behind a part of the body and an x-ray source is placed in front, x-ray exposure will result in an image of the bones and internal organs.   When the radiograph, or plate, is developed, a negative image is produced.   Tissues that are easily penetrated by x-rays appear dark, while bones and dense tissues show up as light or white regions.

Although bones are the most opaque structures, there are many dense tissues, such as tumors, that can also show up unusually light in radiographs.   These images can be used to study damaged or broken bones, inspect dental cavities, detect foreign objects in the body, and diagnose diseases.

To utilize x-rays for the investigation of other, less dense tissues of the body, such as the gastrointestinal tract, the tissues must first be made opaque to x-rays.   Generally, patients are asked to drink a mixture containing an opaque substance, such as barium, so that the outline of the digestive tract becomes visible with x-rays.

The clinic also offers fluoroscopy, a similar technique that uses x-rays to observe a particular organ in action, such as the heart.   The patient is placed in the fluoroscope between the x-ray source and a screen that is coated with a fluorescent substance.   The image that appears when the x-rays strike the screen is brightened by an electronic device called an image intensifier.

 

| ScanHealth | Open MRI | High-field MRI | MR Angiography | Helical CT | CT Angiography | Calcium Scoring |
| 4D CT Reconstruction | Dental Scan | 4D Ultrasound | Nuclear Medicine | PET Scan | DEXA Bone Density | X-ray |


Facts about services at AIC

1.     The only community-based, private-practice, physician-operated imaging facility in the Antelope Valley, just like any other private practice medical office.   Not belonging to any hospital or outside imaging network.   This means more personal and caring service.

2.     AIC was the first MRI-accredited site in the Antelope Valley ... approved by the American College of Radiology's MRI Accreditation Committee.

3.     Dr. Ray Hashemi is the only radiologist in the area with fellowship training in ALL aspects of MRI, including neuro and musculoskeletal MRI.

 

Why is AIC the PIONEER in advanced medical imaging in the Antelope Valley?

1.     AIC was the first to introduce a high-quality OPEN MRI (open-air or open-sided MRI) to the Antelope Valley (January 1998).

2.     AIC was the first to introduce Short-bore OPEN High-Field (1.5 Tesla) MRI to the Antelope Valley (January 1999).

3.    AIC was the first to introduce multi-slice CT (MSCT) to the Antelope Valley (August 1999); upgraded to a 16-slice CT in 2003.

4.     AIC was the first to introduce revolutionary 3D Ultrasound to the Antelope Valley (April 1999); upgraded to a GE 4D Ultrasound in 2004.

5.     AIC was the first to introduce a PET scanner to the Antelope Valley (July 1999).

6.     AIC was the first to achieve MRI Accreditation in the Antelope Valley (July 2000).

Call us at one of our three locations: Lancaster (661) 949-8111, Palmdale (661) 456-2020 or Valencia (661) 255-0060

copyright © 2004 ray h. hashemi, m.d., ph.d.