Reproductive system: Rad Tech

Reproductive system imaging focuses on visualizing pelvic and genital structures with clarity and care. As a radiologic technologist, your work may involve performing or assisting with contrast studies used to outline reproductive anatomy, identify abnormalities, or confirm device placement. Contrast studies commonly evaluate the uterus, fallopian tubes, and vagina, while ultrasound is frequently used to assess structures such as the ovaries, testes, prostate, seminal vesicles, and other pelvic anatomy.

Whether you’re imaging for infertility workups, evaluating fistulas, confirming device placement, or assessing pathology, your goal is to produce high-quality diagnostic images while prioritizing patient safety and dignity. Because these examinations often involve sensitive anatomy, professionalism, communication, and respect are just as important as technical accuracy.

Okay, let’s review standard projections and their clinical purpose. In reproductive imaging, hysterosalpingography, or HSG, is one of the most common studies. Contrast outlines the uterine cavity and fallopian tubes, and the goal is to assess tubal patency or identify signs of obstruction. You may also evaluate contraceptive devices, such as copper and hormone‑releasing intrauterine devices, which appear radiopaque due to embedded metallic components.

Vaginography outlines the vaginal canal to identify fistulas or congenital variations. Depending on the suspected location, anteroposterior or AP, oblique, or lateral projections may be obtained.

Ultrasound also plays a major role in reproductive imaging, since it doesn’t use ionizing radiation. It's commonly used to evaluate pelvic structures, assess early pregnancy, and confirm an intrauterine gestation. In select clinical situations, additional imaging may be needed to answer specific diagnostic questions while prioritizing patient care.