2015年6月23日 · This article summarizes the ultrasound technique and protocol for evaluation of the groin to include evaluation of the hip joint, anterior hip musculature, the iliopsoas bursa, the inguinal lymph nodes, the pubic symphyseal region, and the inguinal region for hernias.

The present pictorial review presents an overview on the use of ultrasonography in the evaluation of inguinal hernia with a particular emphasis on the regional anatomy, relevant scanning tips, identification of subtypes, postoperative follow-up, and diagnosis of …

We show sonographic techniques for evaluating inguinal, femoral, and spigelian hernias and include surgically proven examples. CONCLUSION. Understanding healthy inguinal anatomy is essential for diagnosing inguinal region hernias. Sonography can diagnose and differentiate between various inguinal region hernias.

2024年3月25日 · Ultrasound imaging has become an important tool in the diagnosis and management of inguinal hernia. Its ability to provide detailed, real-time images of the abdominal wall makes it an excellent choice for detecting hernias and guiding treatment decisions.

The groin can be defined as the area at the junction of the lower abdomen and the in-ner thigh; therefore, ultrasound of the groin should include evaluation of the hip joint, anterior hip musculature, iliopsoas bursa, in-guinal lymph nodes, pubic symphyseal re-gion, and inguinal region for hernias.

Ultrasonography (USG) is an accepted and reliable tool for the assessment of groin hernias. However, USG of the groin is operator dependent and challenging. The anatomy of this region is complex and the normal sonographic findings can be difficult to interpret.

Ultrasonography has emerged as the most convenient imaging tool for diagnosing inguinal hernia due to its advantages, such as portability and absence of radiation. The present pictorial review presents an overview on the use of ultrasonography in.

To evaluate groin and/or inguinal region for hernia, lymphadenopathy, or other mass. Linear array transducers with a frequency range of 10-12 MHz and large field of view (5 cm). Linear, sector, or curvilinear transducers with a frequency range of 2-9 MHz may be required for appropriate penetration and resolution depending on patient’s body habitus.

This article summarizes the ultrasound technique and protocol for evaluation of the groin to include evaluation of the hip joint, anterior hip musculature, the iliopsoas bursa, the inguinal lymph nodes, the pubic symphyseal region, and the inguinal region for hernias.

2021年1月2日 · Clinical examination can reveal the majority of inguinal hernias. Small inguinal and femoral hernias (in women) may be missed. Dynamic inguinal ultrasound (DIUS) can fill this diagnostic gap. A standardized technique of DIUS is, therefore, important and will be described.