Patients were randomly assigned to tow groups: infrainguinal ultrasound guided iliaca fascia block (FIBSI) and femoral nerve block (FNB) for FIBSI, the probe is placed transversely between anterior superior iliac spine (ASIS) and the pubic spine. The transducer is translated laterally to identify the Sartorius muscle. Cephalic inclination of the probe. The medial end of the transducer faces towards the umbilicus, which is the final position. The 100mm neurostimulation needle is advanced in the In Plan approach to pass through the iliac fascia. Once the correct position is confirmed, 30 ml of 1% Ropivacaine is gradually injected between the iliac fascia and the iliac muscle. For FNB, the probe was placed under the inguinal ligament. The femoral vessels and the nerve section are visualized; The 100mm neurostimulation needle is advanced in the In Plan approach and 30ml of 1% Ropivacaine has been injected along the nerve sheath
Patients were randomly assigned to tow groups: infrainguinal ultrasound guided iliaca fascia block (FIBSI) and femoral nerve block (FNB) for FIBSI,the probe is placed transversely between the EIAS and the pubic spine,The transducer is translated laterally to identify the sartorius muscle. Cephalic inclination of the probe: The iliac muscle is located at the medial border in the shadow of the superior anterior iliac spine.The medial end of the transducer faces towards the umbilicus, which is the final position. The anatomy identified, from superficial to deep, consisting of subcutaneous fat, internal oblique muscle, transverse abdominal muscle, iliaca fascia covering the iliac muscle. The 100mm neurostimulation needle is advanced in In Plan approach to cross the iliaca fascia. With the tip of the needle just below the iliaca fascia, 2 ml of local anesthetic was injected to confirm the location of the tip. Once the correct position is confirmed, 30 ml of 1% Ropivacaine is gradually injected between the iliac fascia and the iliac muscle. for FNB,The probe was placed under the inguinal ligament. Femoral vessels and sectional nerve are visualized. The nerve was located, an 100mm neurostimulation needle is advanced in In Plan approach, and 30 ml of 1% Ropivacaine was injected along the nerve sheath.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
BASIC_SCIENCE
Masking
SINGLE
Enrollment
100
the supra-inguinal fascia iliaca block versus the femoral nerve block
Mechaal Benali
Nabeul, Mrezga, Tunisia
Positioning pain before performing spinal anesthesia
Pain in positioning was assessed by measuring the simple verbal scale (0= no pain- 4= worst pain possible) after 20 minutes for realization block
Time frame: 20 minutes after realization of blocks
Postoperative pain
Postoperative pain was assessed by the Simple Verbal Scale (SVS) at the third, sixth, twelfth and twenty-four hours postoperatively
Time frame: at the third, sixth, twelfth and twenty-four hours postoperatively
quality of patient placement in the sitting position
The quality of patient positioning was subjectively rated as unsatisfactory, good or optimal depending on the ease of positioning for spinal anesthesia
Time frame: after 20 minutes of realization of block
The level of sensory block at 20 minutes after realization of block
The quality of the sensory block was evaluated by the PinPrick Test in the external, internal and anterior part of the thigh in comparison with the same stimulation at the level of the contralateral limb. using a sterile needle at 20 minutes after realization of block on the territory of femoral, obturator and lateral cutaneous nerve of the thigh
Time frame: before and 20 minutes after realization of blocks
Patient satisfaction
Patient satisfaction was evaluated after completion of spinal anesthesia by using a two-point score: 1= good, if necessary, I'll repeat it and 2= bad, I will never repeat it again.
Time frame: five minutes after the end of the realization of spinal anesthesia
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