COMPARISON OF OXIDANT-ANTIOXIDANT LEVELS WITH STRESS HORMONES IN SPINAL ANESTHESIA AND GENERAL ANESTHESIA IN LAPAROSCOPIC TUBE LIGATION

Laparoscopic procedures are usually performed as day surgery. General and regional anesthesia; It is used successfully and safely when care is taken in the use of short-acting drugs, ensuring cardiovascular stability, rapid recovery and mobilization, postoperative nausea, vomiting and pain treatment.

Although the common procedure in laparoscopic surgeries is surgery under general anesthesia, it has been reported that regional anesthesia methods can be used safely within certain limits.

Regional anesthesia; It is advantageous due to rapid recovery, less nausea and vomiting and postoperative pain, short hospitalization, reduced cost, increased patient satisfaction, early diagnosis of complications and less hemodynamic changes. General anesthesia complications such as sore throat, muscle pain and airway trauma are not observed.

There are some limitations when regional anesthesia methods are applied in laparoscopic surgeries. Problems in the operating room cause the patient's anxiety, pain and discomfort to increase, causing the need for intravenous sedation support. Pneumoperitoneum effect may cause sedation, hypoventilation and decrease in arterial oxygen saturation.

One of the indications for regional anesthesia is laparoscopic tubal ligation. Procedures requiring many puncture points, important organ manipulations, steep inclination of the operating table, development of pneumoperitoneum make it difficult for the patient to breathe spontaneously and regional anesthesia should not be applied in these cases.

Spinal anesthesia is the simplest and most reliable regional anesthesia technique. Spinal anesthesia, which is a primary technique for laparoscopic gynecology, has many advantages over general anesthesia.

The patient position depends on the area to be operated on. In gynecological procedures, the Trendelenburg position is applied for the pelvic organs. In laparoscopic surgeries, the operator must be experienced in order to apply spinal anesthesia. Trendelenburg position may cause spinal block to spread to the head, increase sympathetic block, bradycardia and hypotension. In rare cases, intubation material and general anesthesia devices should be immediately available to ensure deep hypotension and respiratory continuity.

Regional anesthesia has advantages such as minimal effect on the respiratory system and prevention of the spread of pathogens related to intubation to the lower respiratory system.

Reduced thromboembolic complications and reduced surgical stress response. By using regional anesthesia techniques, aerosol-generating procedures can be avoided with less risk for healthcare personnel.

Low-dose spinal anesthesia is a good alternative to general anesthesia with desflurane in outpatient gynecological surgeries. Postoperative pain and cost are less in spinal anesthesia, while recovery is faster. When compared to general anesthesia with propofol total intravenous infusion, recovery time was found to be shorter in low-dose spinal anesthesia. With the development of gasless laparoscopy and microlaparoscopy techniques, the place of spinal anesthesia in laparoscopies will increase over time.

Inclusion criteria

• ASA I-II Women aged 18-45 Patients undergoing laparoscopic tubal ligation

Exclusion criteria

• Patients with psychiatric illness, Patients who developed complications during laparoscopy, Patients who converted from spinal anesthesia to general anesthesia