BU010ZZ
Plain Radiography Fallopian Tube, Left to None with None, High Osmolar Approach
Procedural Specifications
| Clinical Axis | Detail Definition |
|---|---|
| Section | B Imaging |
| Body System | U Female Reproductive System |
| Operation | 0 Plain Radiography |
| Body Part | 1 Fallopian Tube, Left |
| Approach | 0 High Osmolar |
| Device | Z None |
| Qualifier | Z None |
Operation Definition
Planar display of an image developed from the capture of external ionizing radiation on photographic or photoconductive plate
Procedure Overview
Plain radiography of the female reproductive system uses a brief burst of external X-rays captured on a plate to create a flat, two-dimensional image of pelvic structures. It has largely been supplanted by ultrasound and MRI for evaluating the uterus and ovaries directly, but a plain film is still used in specific situations, such as locating a retained intrauterine device, assessing pelvic bony anatomy alongside soft tissue, or as part of a hysterosalpingogram sequence.
The test is fast and produces a single static image rather than a moving or layered view, so it works best for questions with a clear anatomic answer - is a device present, has an object migrated, are there calcifications - rather than for characterizing soft-tissue masses. Because it uses ionizing radiation, it is avoided during pregnancy unless clinically necessary.
Anatomy & Axis Detail
Fallopian Tube, Left
The left fallopian tube extends from the uterine cornu to the region of the ovary and, like its counterpart, is a thin-walled structure that blends radiographically with adjacent bowel loops and soft tissue. A plain radiograph of this side is obtained less to visualize the tube directly than to detect radiopaque findings overlying the left adnexa, such as calcified fibroids pressing on the tube, sterilization clips, or a dislodged intrauterine device. Because the left tube lies near the sigmoid colon, overlying stool and gas can further obscure any relevant shadow, so positioning and bowel preparation notes are often part of the coded encounter. This film functions as a screening or localization study rather than a definitive assessment of tubal anatomy or patency.
Contrast: High Osmolar
High Osmolar identifies imaging studies performed using a high-osmolar iodinated contrast agent, an older class of media with osmolality well above that of blood plasma. These agents carry a comparatively higher risk of adverse reactions and are used less often today than Low Osmolar agents, which produce similar radiographic enhancement with better patient tolerance. The value simply records which contrast class, if any, was administered for the study.
Coding & Documentation
Coders assign this family based on documentation that a static X-ray image, not a real-time or contrast-enhanced fluoroscopic series, was obtained, and that the field of view included female reproductive structures specifically. A common error is coding a hysterosalpingogram here when the procedure actually involved continuous fluoroscopic contrast imaging, which belongs in the fluoroscopy family instead. The report should also specify whether contrast material was used, since plain radiography by definition does not include contrast administration.
Commonly Confused With
The closest point of confusion is fluoroscopy of the female reproductive system, particularly hysterosalpingography, which looks similar in intent (imaging the uterus and tubes) but uses continuous real-time X-ray with contrast rather than a single static exposure. Ultrasonography and MRI of the same body system are also often ordered for overlapping indications but rely on sound waves or magnetic fields instead of ionizing radiation, and typically offer superior soft-tissue detail.