Comparația terapiei țintite prin termocoagulare cu radiofrecvență cu alte terapii

Principiul diametrul acului de puncție Consumabile chirurgicale Terapie de termocoagulare țintă de radiofrecvență pentru decompresie directă, inactivarea factorilor inflamatori, repararea inelului fibros deteriorat 0.7 mm canulă de puncție (aproximativ 360 de yuani/buc),

Poate fi sterilizat în mod repetat și utilizat de aproximativ 50 ori de nucleoliza colagenazei pentru a dizolva colagenul. Preparat de colagenază de 0,7 mm, o dată-utilizare, aproximativ 500 de yuani fiecare 3,4 mm

5.4mm incision and suction device, reusable PLDD central indirect >1mm therapeutic electrode thousands of yuan/piece, one-time use of ozone nucleolysis for decompression and inactivation of inflammatory factors 1mm puncture needle for radiofrequency ablation nucleoplasty The central indirect 1mm therapeutic electrode in the interdisc is several thousand yuan/piece, the one-time use of IDET to repair the ruptured annulus fibrosus 1.2mm therapeutic electrode is more than 10,000 yuan/piece, the comparison of one-time use of radiofrequency target thermocoagulation therapy and other minimally invasive spine therapies ——Comparison of safety performance After puncture positioning, infection injury blood vessels or nerve injury normal nucleus pulposus tissue radiofrequency target thermocoagulation imaging equipment, self-contained impedance monitoring, electrophysiological test system, no thermophysiological test, thermal effect can kill No sterilization bacteria, small diameter of puncture needle, electrophysiological testing system, very little collagenase nucleolysis, imaging localization is possible, multiple intervertebral disc endoscopy imaging localization is possible, endoscope is more likely to be large, percutaneous suction imaging localization is possible Imaging localization of PLDD may be possible with a large number of ozone nucleolysis imaging localization No, ozone has strong bactericidal function may be a large number of radiofrequency ablation nucleoplasty imaging localization may be less IDET imaging localization is not possible Multiple radiofrequency target thermocoagulation therapy Comparison with other minimally invasive spine therapies—comparison of patient acceptancetrauma operation time, intraoperative pain, hospitalization time, complications, operation cost, radio frequency targeted thermocoagulation therapy, minimal 5 minutes, minimal pain duration

Comparison of Minimally Invasive Therapies——Comparison of Curative Effects Excellent Rate, Complications, Recurrence, Side Effects, Radiofrequency Targeted Thermocoagulation Therapy 93 percent , no recovery, very little collagenase nucleolysis, 78-88 percent , such as postoperative pain, spinal instability, etc. , such as allergies, mistaken entry into the subarachnoid space, 80-90 percent spinal instability, postoperative pain, infection and bleeding, damage to blood vessels and nerves, 80 percent of spinal instability, postoperative infection and bleeding, and damage to blood vessels. , Nerves may PLDD80-90 percent electrode rupture, psoas hematoma thermal damage may be ozone nucleolysis 80 percent No serious complications have been found to enter blood vessels, internal organs, etc., which can cause serious irreversible damage, may cause radiofrequency ablation nucleoplasty81 percent Mild spinal instability, narrowing of the gap Improper operation can cause thermal damage to the nervous system, possibly IDET52 percent Improper operation can cause thermal damage to the nervous system. Possible comparison of radiofrequency targeted thermocoagulation therapy with other minimally invasive spine therapies—adaptation Symptom comparisonCervical puncture site Lumbar puncture site Indications Radiofrequency target thermocoagulation therapy The intrathecal space approach The medial edge of the facet joint, the lateral approach, the nerve root outlet approach, in short, the individualized approach 1. Discogenic low back pain 2. Disc herniation other than cauda equina syndrome, intervertebral disc crisis, and bony stenosis of the spinal canal, 3. Peripheral neuralgia 4. Soft tissue pain 5. Tendon terminal syndrome 6. Sympathetic nerve damage 7. Cancer pain 8. Neurosurgery Application 9. Cervical disc herniation other than posterior longitudinal ligament ossification syndrome, including spinal collagenase nucleocapsular space, medial border approach of facet joint in retrodural space,

Abordarea triunghiulară sigură (intradiscală) pentru hernia de disc ușoară până la moderată este eficientă pentru un nucleu pulpos prolapsat. Stenoză spinală aspirație percutanată abord spațiu intratecal abordare triunghiulară sigură inclusiv hernie de disc intervertebrală ușoară până la moderată PLDD abordare spațiu intratecal abord triunghiular sigur inclusiv, hipertonică hernie de disc intervertebrală ușoară până la moderată soluție de ozon Chirurgie nucleară abord spațiu intratecal abordare fațetă abord margine medială articulară

Abordare triunghiulară sigură pentru hernie de disc ușoară până la moderată și edem de disc intervertebral Anuloplastie totală fără triunghi de siguranță Lombalgie discogenă nucleoplastie ablație cu radiofrecvență IDET nu conduce triunghi de siguranță Lombalgie discogenă

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