With the rapid development of medical technology, various advanced tools and equipment have been applied in the surgical process, aiming to improve the safety and effectiveness of surgery. Medical ultrasound scanners are one of them, playing an important auxiliary role in parathyroid surgery. This article will explore in detail the application of medical ultrasound scanners in parathyroid surgery, as well as their impact on improving surgical results and ensuring patient safety.

Parathyroid surgery is widely used to treat thyroid related diseases, such as thyroid tumors, hyperthyroidism, and parathyroid diseases. Accurate identification and protection of the parathyroid gland is crucial during surgery, as it is an important gland for controlling calcium balance and bone health. Traditional surgical methods mainly rely on the experience and palpation of doctors to determine the position and shape of the parathyroid gland, but this method has certain limitations and risks.

Medical ultrasound scanners use ultrasound technology to generate images, enabling real-time observation and monitoring of the internal structure and organs of the human body. In parathyroid surgery, medical ultrasound scanners can help doctors accurately locate the parathyroid gland and identify and protect the surrounding nerves and blood vessels.

Firstly, medical ultrasound scanners can provide clear images to help doctors accurately locate the parathyroid gland. Before surgery, doctors can use a medical ultrasound scanner to conduct a comprehensive examination of the parathyroid gland, observing its shape, position, and blood flow. This can help doctors accurately determine the size, shape, and position of the parathyroid gland, and plan surgical plans. During surgery, doctors can also observe the images of medical ultrasound scanners in real-time to ensure the accuracy and safety of surgical operations. This real-time observation can help doctors adjust surgical strategies in a timely manner to avoid unnecessary damage to the parathyroid gland.

Secondly, medical ultrasound scanners can help doctors identify and protect the neural and vascular structures surrounding the parathyroid gland. The parathyroid gland is an important organ and tissue adjacent to the thyroid gland and neck, including the recurrent laryngeal nerve and cervical blood vessels. The damage to these structures may lead to serious complications such as hoarseness, tracheal injury, and bleeding. Using a medical ultrasound scanner, doctors can clearly observe the position and distribution of these structures, as well as their relationship with the parathyroid gland. In this way, doctors can specifically protect these structures during surgery to avoid damage and complications.

In addition to the recognition and protective effects mentioned above, medical ultrasound scanners can also be checked and evaluated after surgery. By using images from medical ultrasound scanners, doctors can check the integrity and function of the parathyroid gland to ensure the success of surgery and the normal functioning of the parathyroid gland.

In summary, the application of medical ultrasound scanners in parathyroid surgery can effectively improve the accuracy and safety of the surgery. By providing clear images, medical ultrasound scanners help doctors accurately locate the parathyroid gland and identify and protect the surrounding neural and vascular structures. This is crucial for preventing complications and improving the success rate of surgery. Therefore, the use of medical ultrasound scanners in parathyroid surgery is a highly recommended auxiliary method. Medical institutions and doctors should strengthen the learning and mastery of relevant technologies to improve the level of parathyroid surgery and ensure the health and safety of patients.