What Is Thermocoagulation?

The most advanced method of treating disc herniation at present -------- RF thermocoagulation target

Radiofrequency coagulation target

Right!

Radiofrequency thermocoagulation target is currently the most advanced method for treating disc herniation. It is accurately positioned under a C-ray machine, constantly monitored under digital subtraction, and the nucleus pulposus of the protruding part is directly degenerated under the precise guidance of the navigation system. , Solidification; shrink to reduce volume and relieve compression. This method removes wherever there is disease, and does not hurt the place where there is no disease.

The most advanced method of treating disc herniation at present -------- RF thermocoagulation target

Radiofrequency thermocoagulation target location is accurately positioned under a C-ray machine, constantly monitored under digital subtraction, and the precise guidance of the navigation system directly degenerates and solidifies the nucleus pulposus of the protruding part; shrinks to reduce volume and relieve compression. Does not damage normal nucleus pulposus, repairs the rupture of the fibrous ring, inactivates the supersensitive nerve endings of new lesions in the disc, directly blocks the release of glycoproteins and proteins in the nucleus pulposus, and warming It plays a good role in treating the damaged fibrous rings, edema nerve roots, and inflammatory reactions in the spinal canal. After treatment, the symptoms disappear immediately or alleviate. This method removes wherever there is disease, and does not hurt the place where there is no disease. The dedicated RF electrode for the nervous system is only 0.7mm. Like an acupuncture needle, the entire treatment does not require anesthetics, analgesics, antibiotics, and hormones. It is a physical change process without any side effects on the human body, making the treatment greener and more human. Into. These security measures are not available in any minimally invasive equipment and methods. The safety and treatment issues that doctors and patients are most concerned about are brought to the extreme, so that doctors can perform spine surgery to cure disc herniation as easily and naturally as walking and nagging. At the same time, the history of the treatment of intervertebral discs was changed, and the treatment method with the main purpose of accelerating regression was changed to the treatment method with the main purpose of repair. The treatment of disc herniation, cervical spondylosis, and cervical spondylosis of the spinal cord has pushed to the top of the medical community. There are many paraplegia patients who have not been cured by open surgery for more than six months. After radiofrequency thermocoagulation target treatment, patients return to work and become the biggest miracle and highlight of spine surgery in the 21st century. The most minimally invasive, the safest, the least painful, the fastest and the lowest risk treatment.

treatment method	Principle	Puncture needle diameter	Puncture positioning	Postoperative infection	Damage blood vessels or nerves	Damage to normal nucleus pulposus
Radiofrequency target therapy	Direct decompression, inactivation of inflammatory factors, repair of damaged fibrous rings	0.7 mm	Imaging equipment, built-in impedance monitoring, electrophysiological test system, thermophysiological test	No, warming effect can kill germs	No, small diameter of puncture needle, with impedance monitoring and electrophysiological testing system	Very few
Collagenase nucleolysis	Soluble collagen	0.7 mm	Imaging positioning	possible	possible	many
Discectomy	stress reliever	1.4 cm	Imaging positioning, endoscope	many	may	Massive
Percutaneous aspiration	Disc center	3.4mm / 5.4mm	Imaging positioning	a lot of	may	Massive
(Laser Gasification) PLDD	Disc center	> 1 mm	Imaging positioning	possible	may	Massive
Ozone nucleolysis	Decompression, inactivation of inflammatory factors	1 mm	Imaging positioning	No, ozone has bactericidal function	may	Massive
Radiofrequency ablation	Disc center	1 mm	Imaging positioning	possible	may	less
IDET	Repair broken fiber loops	1.2 mm	Imaging positioning	no	may	many

Efficacy comparison

treatment method	trauma	operation time	Intraoperative pain	Length of stay (Simple disc herniation)	complication	Excellent rate	relapse	side effect
Radiofrequency target therapy	Extremely small	15-20 minutes	Minimal pain	3 days	no	93%	Very few	no
Collagenase nucleolysis	small	15 minutes	small	5 days	More, such as postoperative pain, spinal instability, etc.	78-88%	may	More, such as allergies, accidental entry
Discectomy	Big	50-90 minutes	Big	7 days or more	Spinal instability, postoperative pain, infection	80-90%	may	Bleeding, damage to blood vessels, nerves
Percutaneous aspiration	Larger	20-30 minutes	Big	7 days or more	Spinal instability, postoperative infection	80%	may	Bleeding, damage to blood vessels, nerves
(Laser Gasification) PLDD	Big	30-60 minutes	small	3 days	Electrode rupture, lumbar hematoma	80-90%	may	Thermal damage
Ozone nucleolysis	small	5 minutes	Big	3 days	No serious complications have been found so far	0.8	may	By mistake, it can cause serious irreversible damage to blood vessels and internal organs
Radiofrequency ablation	small	10 minutes	small	3 days	Mild spinal instability and narrowed gaps	0.81	may	Improper operation can cause thermal damage to the nervous system
IDET	Big	10 minutes	Big	3 days	No serious complications have been found so far	52%	may	Improper operation can cause thermal damage to the nervous system

Radiofrequency target thermocoagulation sheath sheath approach approach medial edge of the small joint, lateral approach, nerve root exit approach, in short, a personalized approach 1. discogenic low back pain 2. in addition to cauda equina syndrome, intervertebral disc crisis, Disc herniation other than spinal canal stenosis, 3. Peripheral neuralgia 4. Soft tissue pain 5. Tendon syndrome 6. Sympathetic nerve damage 7. Cancer pain 8. Neurosurgical application 9. Except posterior longitudinal ligament ossification syndrome Cervical disc herniation

Collagenase dissolves the nucleus sheath space, the posterior epidural space, the medial border of the facet joint,

Safe triangle approach (intra-disc) Mild to moderate disc herniation is effective for patients with prolapsed nucleus pulposus

Intervertebral disc sheath sheath approach approach to the ipsilateral approach to the spinous process, severe disc herniation, mild prolapse, root canal, spinal canal stenosis

Percutaneous incisional sheath-to-sheath approach safety triangle approach tolerant mild to moderate disc herniation

PLDD sheath gap approach safe triangular approach inclusive, high tension mild to moderate disc herniation

Ozone nucleolysis sheath sheath approach

Safe triangle approach with mild to moderate disc herniation, disc edema

Full-fiber ring angioplasty does not perform safe triangular discogenic low back pain

Radiofrequency ablation nucleus pulposynthesis sheath sheath approach safe triangle approach mild to moderate disc herniation

IDET has not performed safety triangle-induced low back pain ^[2]