Mali Interdisciplinary Hospital in Bangkok, Thailand, offers specialized rehabilitation and regenerative medicine for Klumpke's palsy. Diagnostic costs include lab tests around $130 and MRI scans of a single area for about $1,100. The facility holds GHA and AACI accreditations and treats 50,000+ patients every year across 14 specialized departments.
Diagnostic services for nerve evaluation
Accurate assessment of the brachial plexus is necessary before starting treatment. The hospital provides precise imaging and laboratory analysis to determine the extent of nerve damage in the hand and forearm.
- Chest X-ray. This imaging may cost around $30 to check for associated injuries.
- Lab tests. Essential blood work is available for around $130.
- MRI of one area. High-resolution imaging for nerve evaluation typically runs $1,100.
Rehabilitation and neuromuscular treatments
The clinic focuses on non-invasive recovery methods to restore hand and arm function. These outpatient therapies help activate weakened muscles and manage nerve pain without surgery.
- Peripheral magnetic stimulation (PMS REHAB). This technique uses electromagnetic stimulation to strengthen muscles. It is helpful for hand paralysis and muscle weakness. Packages are available for 1, 5, or 10 sessions.
- Selective nerve root blocks (SNRB). Physicians use targeted injections at specific nerve roots. This method provides precise pain relief for localized nerve conditions.
- Physical therapy programs. Recovery tracks are divided into basic, standard, and ultra courses. These exercises focus on reducing pain and restoring functional movement.
Regenerative medicine and expertise
Dr. Withoon Wirojskoolchai, the hospital CEO, leads the rehabilitation efforts with over 30 years of experience. He studied under Dr. Thierry Hertoghe and represents the World Society of Anti-Aging Medicine in Thailand. Under his leadership, the hospital uses regenerative techniques to support tissue repair.
- Platelet-rich plasma (PRP) therapy. This treatment uses the patient's own blood components to support nerve recovery.
- Hyperbaric oxygen therapy (HBOT). Patients breathe pure oxygen in a pressurized chamber to improve tissue healing and reduce inflammation.
- Adipose-derived stem cells (ADSCs). This regenerative method uses cells derived from fat tissue to assist in natural healing.
To learn more about personalized recovery plans for Klumpke's palsy, you may request a consultation through Bookimed.
Individual treatment program and cost estimate
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