This study examines the impact of intraoperative recurrent laryngeal nerve monitoring signal changes on the postoperative voice quality of thyroid surgery patients. By analyzing extensive surgical data and postoperative voice recordings, the investigation seeks to identify patterns in the variations of these signals and their correlation with voice quality outcomes. The goal is to enhance clinical understanding and surgical practices, allowing for more precise assessments of nerve function, informed surgical interventions, and improved postoperative patient well-being.
This research project conducts a detailed exploration into the fluctuations of intraoperative recurrent laryngeal nerve monitoring signals during thyroid surgery and their subsequent effects on the voice quality of patients after surgery. The study meticulously analyzes a comprehensive dataset comprised of surgical records and voice analyses conducted before and after the procedure. The primary objective is to pinpoint specific trends and changes in the nerve monitoring signals and to determine how these alterations correlate with the postoperative acoustic characteristics of patients' voices. By establishing a clear link between intraoperative signal dynamics and postoperative voice outcomes, the investigation aims to advance the field of thyroid surgery. This includes providing surgeons with critical insights for the precise evaluation of recurrent laryngeal nerve functionality, enabling targeted interventions during operations, and ultimately contributing to the enhancement of patients' quality of life following surgery. Through this rigorous analysis, the study seeks to contribute valuable knowledge to the surgical community, facilitating improved patient care and outcomes in thyroid surgery.
Study Type
OBSERVATIONAL
Enrollment
100
The patient undergoes traditional thyroid surgery with concurrent intraoperative nerve monitoring technology.
Fujian Medical University Union Hospital
Fuzhou, Fujian, China
RECRUITINGIntraoperative electromyographic signals.
Recording intraoperative electromyographic signals, including vagus nerve V1 and V2 signals, recurrent laryngeal nerve R1 and R2 signals.
Time frame: During the surgery, record R1 and V1 signals when initially identifying the recurrent laryngeal nerve or vagus nerve. After the surgery, record R2 and V2 signals upon re-identification of the recurrent laryngeal nerve or vagus nerve.
Voice analysis data(SPL)
Recording data(SPL) of voice tests before and after the surgery, sound pressure level in dB(A)
Time frame: Before the surgery, 2 weeks after the surgery, 2 months after the surgery, 4 months after the surgery, and 6 months after the surgery.
Voice analysis data(F0)
Recording data(F0) of voice tests before and after the surgery, F0 in Hz
Time frame: Before the surgery, 2 weeks after the surgery, 2 months after the surgery, 4 months after the surgery, and 6 months after the surgery.
Voice analysis data(Jitter)
Recording data(Jitter) of voice tests before and after the surgery, Jitter in percentage
Time frame: Before the surgery, 2 weeks after the surgery, 2 months after the surgery, 4 months after the surgery, and 6 months after the surgery.
Voice analysis data(Shimmer)
Recording data(Shimmer) of voice tests before and after the surgery, Shimmer in percentage
Time frame: Before the surgery, 2 weeks after the surgery, 2 months after the surgery, 4 months after the surgery, and 6 months after the surgery.
RBH
Conducted by an otolaryngologist, the RBH assessment includes R (Roughness), B (Breathiness), and H (Hoarseness).
Time frame: Before the surgery, 2 weeks after the surgery, 2 months after the surgery, 4 months after the surgery, and 6 months after the surgery.
VHI-30
Voice Handicap Index, including a scale with 30 items.The full, non-abbreviated title of the VHI-30 scale is the "Voice Handicap Index-30," and it is translated as the "Voice Disorder Severity Index." The scale ranges from a minimum score of 0 to a maximum of 120, with higher scores indicating poorer outcomes.
Time frame: Before the surgery, 2 weeks after the surgery, 2 months after the surgery, 4 months after the surgery, and 6 months after the surgery.
Neural Width
Recorded width of the recurrent laryngeal nerve in millimeters.
Time frame: During surgery.
Is there branching
Note if the recurrent laryngeal nerve branches.
Time frame: During surgery.
Number of neural branches
If there are branches in the recurrent laryngeal nerve, record the number of branches.
Time frame: During surgery.
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