Types of minimally invasive surgery
Innovative therapeutic approaches with less pain, faster recovery, and improved quality of life.
Fiber Optic Nucleoplasty
Innovative technique that reduces disc herniation without the need to remove the disc or cut muscles.
Nucleolysis with Ozone
A minimally invasive procedure that uses ozone to reduce disc volume and relieve pressure on the nerves.
Minimally invasive procedures for treating herniated discs represent a safe and effective alternative to traditional surgeries, providing relief from back pain with or without radiation to the arms and legs. They are particularly indicated for patients who have not responded adequately to conservative therapies, namely pharmacological, physiotherapy, osteopathy, acupuncture, etc.
Performed using advanced, high-precision techniques with minimal tissue damage along the surgical path, resulting in a faster and more comfortable postoperative recovery.
Low-risk interventions with disc preservation and accelerated recovery
Characteristics of Minimally Invasive Treatments:
Lower risks and complications
As the name suggests, these procedures have a significantly lower risk of serious complications compared to conventional surgery;
No need for general anesthesia.
The procedure can be performed under local anesthesia or conscious sedation, which reduces risks and recovery time;
Without removing the disc
The technique may involve excluding fragments of the herniated disc or reducing the volume of the herniated disc without the need for its complete removal, thus preserving the integrity and dynamic balance of the spine;
No visible scar.
Minimally invasive procedures that leave no visible scars or marks at the treatment site;
High success rate
In many cases, these treatments offer significant pain relief and improved quality of life;
It does not rule out future surgeries.
If minimally invasive treatments are not effective in the long term, the patient may still be a candidate for more invasive surgery, if necessary.
SUITABLE FOR:
Clinical indications for non-invasive spinal treatments.
Patients with back pain or pain radiating to the limbs, resulting from herniated discs;
Patients with a poor response to physiotherapy and pharmacological treatments (analgesics, anti-inflammatories, etc.);
Patients who have previously undergone traditional surgery and experience persistent pain and/or recurrence of a herniated disc;
Users who are not candidates for traditional surgery and who have chronic pain.
Important Considerations:
Although promising, these treatments are not suitable for all cases. Patients with very large hernias, more severe spinal deformities, or specific clinical conditions may require a more thorough evaluation to determine if they are candidates for minimally invasive techniques.
If you know someone with symptoms related to herniated discs, a thorough medical consultation is essential to determine the best treatment plan.
Fiber Optic Nucleoplasty is an innovative and minimally invasive technique used in the treatment of herniated discs, especially in the cervical and lumbar regions. It consists of applying energy precisely to the herniated disc through an advanced fiber optic system, guided by high-definition images. The goal is to reduce the internal pressure of the disc, returning the herniated disc to its original position, relieving pressure on the nerves and consequently, pain.
This technique does not require disc removal or muscle dissection, and is free from the typical risks of traditional surgeries. Furthermore, it is safe, with a short hospital stay (maximum of 2 days) and allows for rapid recovery, both for daily and professional activities.
Ozone nucleolysis is a minimally invasive approach for treating various spinal conditions, such as herniated discs. This procedure involves injecting an oxygen-ozone mixture directly into the affected intervertebral disc.
The goal is to relieve pressure on the compressed nerve, helping to reduce pain and other associated symptoms, such as changes in sensation and loss of muscle strength.
This type of intervention offers several advantages, such as:
To be minimally invasive:
Unlike traditional surgeries, ozone nucleolysis requires only a small needle to administer the oxygen-ozone mixture, which means less risk of complications, less recovery time, and less impact on the body;
Anti-inflammatory and analgesic properties:
The action of ozone on inflamed tissue can help reduce inflammation and relieve pain, which can have a significant effect on alleviating symptoms, especially when it comes to pain radiating to the arms or legs;
Disk volume reduction:
Because ozone has the ability to reduce the volume of the intervertebral disc, it can decrease pressure on compressed nerve roots, relieving pain and discomfort.
Although it is a safe and effective option for many patients, like any medical procedure, it can present some risks or side effects, such as temporary pain at the application site.
It is always important to discuss treatment options with a qualified specialist to assess the benefits and potential risks based on each specific case.
Although it is a safe and effective option for many patients, like any medical procedure, it can present some risks or side effects, such as temporary pain at the application site.
It is always important to discuss treatment options with a qualified specialist to assess the benefits and potential risks based on each specific case.