Parathyroid detection method

Abstract

The invention discloses a parathyroid detection method. The method involves an operating bed, an equipment table and a handle probe, and further involves a transmitting optical fiber, a detection optical fiber and a pedal switch, wherein the equipment table is assembled on one side of the operating bed, an integrated display is assembled on the top of the equipment table, a complete set of controller is assembled on the back of the integrated display, a main controller is arranged at the bottom of the integrated display through a bolt, the handle probe is assembled on one side of the complete set of controller through a wire, a probe is arranged at the detection end of the handle probe, the transmitting optical fiber and the detection optical fiber are inserted into the end of the probe, a near-infrared camera is arranged on the probe through a bolt, the probing and shooting end of the near-infrared camera is connected with the tail end of the detection optical fiber, and a probe switch is assembled on the handle probe. According to the method, by means of an infrared imaging instrument, the confidence of a surgeon on parathyroid identification is obviously improved, the operation time is shortened to a certain degree, the operation difficulty is reduced, and fine operation in an operation is well facilitated.

Description

technical field [0001] The invention belongs to the technical field of paraglandular detection, and in particular relates to a paraglandular detection method. Background technique [0002] The incidence of thyroid cancer has increased dramatically in recent years, making thyroidectomy one of the most common surgical procedures. Permanent hypocalcemia caused by parathyroid injury is one of the serious complications of thyroid surgery. The reason is that the parathyroid glands are small in size and vary greatly in anatomical location. They are similar in color to surrounding tissues such as adipose tissue, lymph nodes, and thyroid gland, and are surrounded by surrounding tissues. It is difficult to identify them during operation, and the missection rate is as high as 9.1-15%. [0003] The incidence of permanent hypocalcemia after total thyroidectomy is 0.5-6.6%, which seriously affects the quality of life of patients, and the final consequences are fatal convulsions and renal...

AI Technical Summary

Problems solved by technology

The reason is that the parathyroid glands are small in size and vary greatly in anatomical location. They are similar in color to surrounding tissues such as adipose tissue, lymph nodes, and thyroid gland, and are surrounded by surrounding tissues. It is difficult to identify them during operation, and the miscutting rate is as high as 9.1-15%.

[0003] The incidence of permanent hypocalcemia after total thyroidectomy is 0.5-6.6%, which seriously affects the quality of life of patients, and the final consequences are fatal convulsions and renal failure. Therefore, it is difficult to accurately locate the parathyroid glands in real time. The Most Common and Difficult Problems in Thyroid / Parathyroid Surgery

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