Kyphoplasty Cost in Thailand

A. Kyphoplasty in Thailand is offered by multiple hospitals across the country. The following are some of the most renowned hospitals for Kyphoplasty in Thailand:

• Vejthani Hospital
• Bangkok Dusit Medical Services
• Bangpakok 9 International Hospital (BPK 9)
• MALI Interdisciplinary Hospital
• Phyathai 2 International Hospital
• Kasemrad Hospital Ramkhamhaeng

A. Upon discharge from the hospital after Kyphoplasty in Thailand, the patients are advised to stay for about 30 days for recovery. This period is important to conduct all the follow-up tests to ensure that the surgery was successful and the patient can go back to the home country.

A. Kyphoplasty is a technique used to repair compression fractures, which are typically brought on by spinal tumors or osteoporosis. In less than an hour, this minimally invasive technique provides pain relief in a few days. Soon after you return home, you'll be able to resume your normal activities.

A spinal compression fracture is treated by kyphoplasty. Osteoporosis, the thinning and weakening of the bones, or a spinal injury are the most common causes of these fractures. Additionally, pathologic fractures—broken bones brought on by an underlying illness—associated with multiple myeloma or spinal tumors can be treated with this treatment.

A. Not all fracture types can be treated with kyphoplasty. Candidates are limited to patients with compression fractures. However, kyphoplasty might be a wise option for people whose compression fractures don't heal on their own.

A. Kyphoplasty is a technique used to repair compression fractures, which are typically brought on by spinal tumors or osteoporosis. In less than an hour, this minimally invasive technique provides pain relief in a few days.

A. The objectives of the treatment are to increase spinal stability, reduce pain, and restore vertebral height. The main advantages of kyphoplasty are as follows:

• Immediate discomfort relief: Following the operation, several patients report feeling significantly less discomfort. By reducing pressure on nearby nerves and stabilizing the fractured vertebra, kyphoplasty helps to lessen discomfort.
• Height Restoration: In kyphoplasty, the fractured vertebra is filled with a balloon that is inserted and inflated to restore its height. Bone cement is injected once it has been realigned to its original place to stabilize the vertebra.
• Increased Spinal Stability: By giving the fractured vertebra structural support, bone cement (polymethylmethacrylate) injections lessen instability and stop further collapse.
• Fast Recovery and Shorter Hospital Stay: Following surgery, patients can usually return to light activities and everyday duties in a short amount of time, however, particular recommendations may change depending on each patient's unique recovery.
• Better Mobility and Ability to Participate in Daily Activities: Pain relief and increased spinal stability lead to increased mobility and a higher quality of life.
• Decreased Risk of Future Fractures: Although kyphoplasty does not treat the underlying problem of low bone density, it can be used in conjunction with other therapies, such as lifestyle modifications or medication, to strengthen bone health and lower the risk of fractures in the future.

A. Patients are better able to make decisions and get ready for the operation when they are aware of these risks. The following are the main dangers connected to kyphoplasty:

• Infections within the spine or at the site of the incision are possible, albeit they are uncommon.
• It is possible for people who are on blood thinners or who have compromised health to bleed excessively during or after the treatment.
• The bone cement used in kyphoplasty carries a danger of seeping into the surrounding tissues, such as the spinal canal or vertebrae next to the damaged vertebra.
• The surgery carries a minor risk of nerve damage or injury, especially if the cement leaks or if the spinal components are excessively manipulated.
• The changed spine biomechanics and stress distribution during kyphoplasty may increase the risk of fractures in the vertebrae next to the treated vertebra.
• Kyphoplasty might not always be able to completely relieve the discomfort or symptoms brought on by the spinal compression fracture.
• Following the treatment, some patients may feel pain or discomfort at the location of the incision or in the treated vertebra.
• Any surgery involving anesthesia carries some inherent risks, including those specific to general anesthesia such as allergic responses or respiratory difficulties.

A. Within 48 hours of the operation, kyphoplasty patients typically experience less discomfort and increased mobility. In rare circumstances, you might experience instant pain alleviation. The operation itself should not cause pain for two to three days.

• Medicine for pain management will be given to patients; this medicine may consist of over-the-counter, prescription, or anti-inflammatory treatments.
• It is recommended that patients initiate light walking and mild exercises promptly to enhance blood flow and avert problems.
• Within a few weeks following the treatment, physical therapy usually starts with exercises designed to strengthen the back, increase mobility, and aid in healing.
• The surgeon will plan follow-up appointments regularly to check on healing, evaluate the procedure's success, and handle any lingering problems.
• Imaging: To verify correct cement placement and assess the stability of the treated vertebra, further imaging examinations, including X-rays, may be conducted.

A. A vertebral fracture's symptoms can change based on the fracture's location, severity, and underlying etiology. Typical signs and symptoms include:

• One common symptom is sudden and severe back pain, which is frequently characterized as stabbing or acute. Trauma or injury may cause the pain to begin right away after the fracture.
• Sometimes, especially if the fracture is left untreated or if there are complications, discomfort can last for weeks or months.
• Spinal pain and instability can cause patients to have a limited range of motion and trouble carrying out regular tasks.
• A significant kyphosis, or hunched back, can result from a vertebral fracture, particularly if there are several fractures or when a vertebra collapses.
• The back, arms, or legs of patients may feel numb, tingly, or like they have "pins and needles" if the fracture compresses adjacent nerves or the spinal cord.
• Patients may experience a kyphotic deformity, or apparent curvature of the spine, in cases of substantial vertebral collapse. This deformity can generate a perceptible hunch or rounded back.
• Severe fractures, particularly those affecting the thoracic region, may affect the chest cavity and result in decreased lung capacity or trouble breathing.
• Bending, lifting, or twisting are common actions that exacerbate the pain associated with a spinal fracture. With rest, it might get better, but movement can make it come back.

A. The diagnosis of vertebral fractures is as follows:

• Evaluation of Symptoms: The doctor will inquire about any recent trauma, falls, or activities that may have exacerbated the injury, in addition to the beginning, location, and kind of back pain.
• Neurological Examination: To look for indications of nerve involvement, such as weakness, tingling, or numbness, a neurological exam may be performed.
• X-rays: When diagnosing vertebral fractures, they are frequently the first imaging test performed. Vertebral abnormalities, fractures, and indications of compression may be observed with them.
• Computed tomography, or CT scans, helps pinpoint the exact position and size of a fracture by providing finely detailed cross-sectional images of the spine.
• A comprehensive image of the spinal cord, nerves, and surrounding structures can be obtained with magnetic resonance imaging, or MRI, which is a great diagnostic tool for soft tissue problems.
• Bone Scintigraphy (Bone Scan): To evaluate bone metabolism and pinpoint regions of elevated activity—which may point to fractures or infections—a small amount of radioactive material is injected during a bone scan.
• Dual-Energy X-ray Absorptiometry (DEXA): This test measures the density of bone and is mostly used to diagnose osteoporosis, a condition that increases the risk of vertebral fractures significantly.
• Blood Tests: Blood tests may be carried out to assess underlying diseases like calcium or vitamin D deficiencies that may increase the risk of bone loss or fractures, or to rule out diseases like infections or metabolic disorders.

A. The degree of the fracture, the existence of symptoms, the underlying etiology, and the patient's general condition all affect how a vertebral fracture is treated. The following are the main forms of treatment:

• Medication: Over-the-counter painkillers and, if required, prescription painkillers can be used to ease pain. Pain and inflammation can also be lessened by using nonsteroidal anti-inflammatory medications (NSAIDs).
• Bracing: To reduce pain, inhibit spinal mobility, and offer support, a brace or corset may be given. Bracing eases pressure on the fractured vertebra and aids in spinal stabilization.
• Vertebroplasty: To fix a fractured vertebra, bone cement (polymethylmethacrylate) is injected into the affected area. Usually, sedation and local anesthetic are used for this treatment.
• Kyphoplasty: This procedure is comparable to vertebroplasty, but it also involves injecting bone cement after a balloon has been inflated inside the fractured vertebra to restore its height.
• Spinal fusion surgery involves surgically fusing two or more vertebrae to reduce pain and stabilize the spine. In more severe cases or when conservative treatments are ineffective, it might be taken into consideration.
• Decompression Surgery: To alleviate pressure on the nerves or spinal cord, decompression surgery may be necessary in situations when the fracture has resulted in severe nerve compression or spinal cord involvement.

A. Apart from the Kyphoplasty cost, the patient may have to pay for additional daily expenses such as for a guest house after discharge and meals. The per day extra expenses in Thailand per person are about USD 50 per person.

A. Some of the best cities in Thailand which offer Kyphoplasty are:

• Krabi
• Bangkok

A. After Kyphoplasty, the patient is supposed to stay for about 5 days in the hospital for recovery and monitoring. During the recovery, the patient is carefully monitored and control tests are performed to see that everything is okay. If required, physiotherapy sessions are also planned during recovery in the hospital.

A. There are more than 6 hospitals that offer Kyphoplasty in Thailand. These clinics have proper infrastructure for the treatment of patients who require kidney transplants. Such hospitals follow all legal protocols and guidelines as specified by the local medical affairs body when it comes to the treatment of international patients.

A. Some of the top doctors for Kyphoplasty in Thailand are:

• Dr. Yongsakdi Liengudom
• Dr. Wasuwat Sookkee
• Dr. Chakri Thanyonpaporn
• Dr. Nantawat Lerdkittipat
• Dr. Sombat Muengtaweepongsa