THE HONG KONG MINIMALLY INVASIVE BRAIN & SPINE NEUROSURGERY CENTRE

 
NEUROSURGERY is a highly specialized surgical subspecialty that involves i) medical treatments ii) physical treatments iii) interventional or endovascular procedures and iv) minimally invasive microsurgeries for treating a very wide spectrum of clinical conditions and diseases that happen at our BRAIN and SPINE. Among all, treating STROKE and PAIN are the basics of Neurosurgery daily practices.

In the other words, NEUROSURGEONs, with their knowledges and trainings, together with their sophisticated micro-instruments, utilize their operative skills under the microscope, they treat wide spectrum of clinical conditions and diseases that happen along human nervous systems and its surrounding tissues; skull, spinal column, vessels and related tissues.

The followings are the summary of the common routines in Neurosurgical Practices:

  1. Head trauma and brain injury

  2. Brain tumors and Pituitary tumors:

  3. Stroke: both Ischemic and Hemorrhagic strokes

    1. Stroke Risk Assessment and Stroke Screening

    2. Stroke Prevention:

    3. Stroke Acute Treatment within Golden-Hours;

  4. Neuropathic Pain Treatments and Functional Neurosurgery:

    1. Trigeminal neuralgia
    2. Glossopharyngeal neuralgia
    3. Hemifacial spasm

    Microvascular Decompression (MVD)

  5. Spine:

    1. Spinal Tumor

    2. Spinal Trauma:
       with or without spinal fracture, spinal cord or nerves injury.

      1. Minimally invasive decompression +/- fixation spinal surgery for spine stabilization.

    3. Spinal Herniated Disc:

      with numbness, pain, weakness at arms or legs, sciatica pain at legs.

      1. Spinal injection and radiofrequency treatments for discogenic back pain or sciatica pain at legs.
      2. Microdiscectomy for freeing the impinged nerves
      3. Mini-decompressive Laminectomy for freeing the impinged spinal cord or nerves.

    4. Spinal Stenosis at neck or lower back:

      with spinal cord or cauda equina nerves compressions, causing pain, numbness, weakness at arms or legs, disturbed gait, disturbed urinary habit and bowel habits, disturbed sexual function.

    5. Degenerative Spine Disease:

      with back pain, nerves compressions, spinal instability or scoliosis: 

      Minimally Invasive Spine Fusion Surgery under Microscope:
      1. Transforaminal Lumbar Interbody Fusion (TLIF)
      2. ObliquLumbar Interbody Fusione (OLIF)

Among all Neurosurgeries, minimally invasive spine surgery (MIS Spine Surgery) are the microsurgeries that Neurosurgeons most commonly perform among their routines. 

For all spine surgeries, Neurosurgeons apply their knowledges of nervous system and spinal column, and also their microsurgical skills and techniques, together with their micro-instruments of brain surgeries. Sometimes, Neurosurgeons may also add the technique of Continuous Intra-Operative Neural Monitoring (IOM) to monitor the nerve signal transmission function along brain, spinal cord and nerves during surgery, so as to assure patients’ good neurological outcome in spine surgeries. 

Seeking Second Medical Opinion

With the ever-advancing Medical Technology, seeking a second medical opinion is now the standard practice for all kinds of medical diagnoses. Getting a second medical opinion from another Medical Expert is a decision-support tool for ratification or modification of the medical suggestions from other doctors.

Second medical opinion may have critical impacts on the disease outcome by influencing the followings, namely 5Cs:

Head injury

Brain tumors can be subdivided into non-cancerous benign tumor and malignant cancerous tumor. If a tumor is originated within brain compartment ......

Spine Surgery
Spine Surgery

Tumors can develop in the vertebrae, nerves, and other tissue throughout your spine. Some spine tumors, such as astrocytomas, occur more commonly in children and adolescents......

Stroke Prevention

Given the disease burden of strokes, prevention is an important public health concern. As stroke neurosurgeons, we do not want to treat stroke unless we are forced to do so for acute stroke ......

brain tumor treatment Hong Kong

Brain tumors grow and compress normal brain tissue. Both benign and malignant tumors can cause swelling of the brain and raised intracranial pressure. Headache, dizziness....

Minimally Invasive Spine Surgery (MISS) of Neurosurgeons

What is minimally invasive spine surgery?

Minimally Invasive Spine SurgeryMinimally Invasive Spine Surgery (MISS) Minimally Invasive Spine Surgery (MISS)

Minimally invasive spine surgery (MISS) is a new surgical technique with the following advantages

  1. Much smaller incision of 1.4-1.8 cm (versus 10-15 cm in traditional spine surgery).

  2. Much less invasive approaches than that in traditional open spine surgery. 

  3. Much less harm to spines and its facet joints, and surrounding tissues i.e. muscles, ligaments and less blood loss at surgery. 

  4. Much less wound and muscle pain after surgery.

  5. Much faster recovery: usually patient can be discharged from hospital 1-2 day after MISS spine surgery ( versus 7-10 days in traditional spine surgery).

  6. Better long-term spinal stability in MISS spine surgery: as muscle and ligaments along spines are well preserved.

In Minimally invasive spine surgery (MISS), fluoroscopic guidance and special devices i.e. a small tubular retractor for the tunnel-view spine surgery inside a tinny wound is used.

What is special about that Minimally invasive spine surgery (MISS) to be done by Brain and Spine Surgeons i.e. Neurosurgeons?

Neurosurgeons ensure a high degree of protection for patients’ spinal cord and nerves during surgery by:

  1. Applying neurosurgery techniques and skills of brain surgeries into MISS spine surgeries.

  2. Applying special devices and micro-instruments of brain surgeries into MISS spine surgeries.

  3. Applying high quality Neurosurgical Microscope of brain surgeries into MISS spine surgeries.

  4. Applying Continuous Intraoperative Nerve Monitoring (IOM) system of brain surgeries into MISS spine surgeries. The system allow Neurosurgeons to monitor the functions of brain, spinal cord and nerves continuously during the whole process of MISS spine surgeries.

Spinal diseases and commonly performed Minimally Invasive Spine Surgeries MISS by Neurosurgeons are as follows:

  1. Intervertebral disc herniation: Microdiscectomy for nerves decompression.

  2. Anterior cervical disc replacement surgery: Artificial Disc Replacement (ADR).

  3. Anterior Cervical Discectomy and Fusion Surgery: ACDF.

  4. Posterior cervical spine laminectomy or laminoplasty for spinal cord and nerves decompression, with or without spinal fixation or fusion surgery (from skull base occipital bone to the upper or lower cervical spine): with using a small 2cm wound.

  5. Spinal stenosis at cervical, thoracic or lumbar spines (narrowing of the spinal canal causing compression to spinal cord and nerves): with using a small 2cm wound, i.e. mini-laminectomy or foraminotomy, Neurosurgeons can simultaneously decompress up to four segments of impinged spinal cord and nerves at spines.
  1. Spinal deformity (degenerative scoliosis), spinal instability i.e. spondylolysis (a defect in a part of lower vertebrae) or spondylolisthesis: minimally invasive nerve decompression and spinal fusion surgery, i.e.:

    1. Transforaminal Lumbar Interbody Fusion (TLIF)
    2. Oblique Lumbar Interbody Fusion (OLIF)

  2. Spinal fracture with spinal cord or nerves compression or spinal instability: minimally invasive spinal cord and nerve decompression with or without spinal fixation surgery.

  3. Osteoporotic collapse fractures at spines with pain and deformity: Vertebroplasty or Kyphoplasty.

  4. Spinal tumors: intra-dural or extra-dural nerve tumors.
  5. Spinal infection

Minimally Invasive Spine Surgery  Spine Surgery comparison

TMS (Transcranial Magnetic Stimulation)

Transcranial Magnetic Stimulation (TMS) is a newly launched treatment modality for Neuro-Rehabilitation in Stroke. Transcranial stimulation of human brain is with proven clinical beneficial effects for Stroke-Rehabilitation.

TMS is non-invasive. It serves to stimulate both the normal and the injured brain cells to wake up, to recover, to replace for the lost, and possibly to regenerate. By doing so, the lost neurological functions of stroke patients are hopping to be recovered in a faster pace and in a more comprehensive way. In order to achieve the best treatment outcome, TMS for stroke patients has to be clinically applied in conjunction with other conventional Stroke-Rehabilitation Programs i.e. Physiotherapy, occupational and speech therapy, etc.

 

Through intact human skull bone, Transcranial Magnetic Stimulation (TMS) influences neuronal activity at our brains. The stimulation is caused by short magnetic pulses, with a field strength between 2 to 3 Tesla, similar to that of a magnetic resonance imaging (MRI) machine. During TMS treatment, a handheld Butterfly Coil applying over patient’s head will generate a precise and highly focused magnetic pulses. With the concept of electromagnetic induction in physic, a tiny electric current flow will then be induced at the targeted brain areas to activate brain cells.

Through intact human skull bone, Transcranial Magnetic Stimulation (TMS) influences neuronal activity at our brains. The stimulation is caused by short magnetic pulses, with a field strength between 2 to 3 Tesla, similar to that of a magnetic resonance imaging (MRI) machine. During TMS treatment, a handheld Butterfly Coil applying over patient’s head will generate a precise and highly focused magnetic pulses. With the concept of electromagnetic induction in physic, a tiny electric current flow will then be induced at the targeted brain areas to activate brain cells.

 

TMS treatment is safe and effective. The treatment does not require anesthesia or sedatives. Patient stays awake and conscious during treatment. During TMS, some patients may experience mild muscle twitching at face or hands. Some patients may have little transient discomfort, mild pain, tinnitus, minor disturbed neurological functions i.e. hearing and cognition, or even sense of faint. In 1/10000 cases, TMS may induce seizure attack during stimulation. The use of TMS should be with cautions in patients with implanted devices such as cardiac pacemakers or defibrillators

During treatment, the Neuro-Rehabilitation Specialist and Healthcare Team will ensure patient’s comfort and with risks minimized.

The clinical applications of TMS are also extended to other neurological diseases and mental health, i.e. dementia, anxiety disorder, depression, etc. Besides, TMS can be used clinically to measure the integrity, the activity and the function of specific brain circuits in humans. The most widely accepted application is for measuring the connection between the primary motor cortex of central nervous system at brain and the peripheral nervous system at spine or limbs, so as to evaluate the structural and functional damages related to past, present or progressive neurologic insults and diseases.

YouTube Video

Repeat Transcranial Magnetic Stimulation(rTMS)& Hand Therapy

TMS on Stroke Rehabilitation TMS TreatmentTMS Diagnose

YouTube Video

How Does Transcranial Magnetic Stimulation work?

YouTube Video

Mechanism of Action

YouTube Video  TMS for Stroke Recovery

Seeking Second Medical Opinion

With the ever-advancing Medical Technology, seeking a second medical opinion is now the standard practice for all kinds of medical diagnoses. Getting a second medical opinion from another Medical Expert is a decision-support tool for ratification or modification of the medical suggestions from other doctors.

Second medical opinion may have critical impacts on the disease outcome by influencing the followings, namely 5Cs:

  1. Correct Diagnosis:

    Patient and Relatives will have less Confusion concerning the disease and Second Medical Opinion helps their Better Understandings.

  2. Completed Investigations:

    Medical Expert will make sure that all of the appropriate studies and tests had completed and interpreted properly.

  3. Complete List of Treatment Options:

    Medical Expert will discuss with Patient and Relatives for all of the available treatment options. The Pros and Cons, Risks and Benefits of each treatment option will be fully informed.  

  4. Commitment for Making a Right Decision:

    Second Medical Opinion will help Patient and Relatives for making a right decision with significant reassurance, peace of mind and confidence. Second Medical Opinion may also eliminate the need for unnecessary invasive procedures or surgeries.

  5. Commencement for Long Term Planning in Cares and Livings:

    After knowing the Natural Course of the disease and its life-long Prognosis, Patient and Relatives will start to plan for their future.

In summary, by Seeking Second Medical Opinion, patients may benefit from treatment optimization within reasonable timeframe and may avoid unnecessary risks of getting wrong diagnosis or receiving inappropriate treatments.

The Questions that Patient and Relatives may ask our Neurosurgeon may include:

  • what does my diagnosis mean?

  • is my diagnosis correct?

  • is the proposed treatment correct?

  • is there more information available about my condition?

  • is there an alternative treatment that would be better for me?

    Patient or their relatives can access our website for healthcare information and on-line booking, or they can call our enquiries hotline (852-8107 1616) and speak to our Neurosurgery Nurse.

MRI Imaging

The SIGNA Voyager – State of the Art 1.5T wide-bore MRI, provides the most comfortable, swift and quiet experience for users.

GE’s proprietary SilentScan technology dramatically reduces scanning noise and includes a Silent Neuro Package with Diffusion Weighted Imaging (DWI), which delivers a completely silent neuro exam, and expanded spine and musculoskeletal imaging.

The wide and low Comfort Plus table and open 70cm design allows patients to rest freely while affording easy access and a comfortable scanning experience.

Our MRI equipment can provide the following services:

Brain MRI Scan

Most radiologists agree that MRI is the best diagnostic tool for evaluation of the Central Nervous System (brain and spinal tumor). In patients suffering from stroke, Diffusion Weighted Scan permits almost immediate visualization of the part of the brain that is not getting adequate blood flow, and allows faster treatment to prevent permanent cell death.

Spine MRI Scan

Spine MRI provides detailed pictures of hard-to-view areas of the spine, including the spinal canal, bony segments, and soft tissue. It can pinpoint problems and show up the exact location of tumors in the spine, spinal cord, or disks. It is an important diagnostic tool for patients suffering from pain or numbness in the back or in the limbs.

MRA (Magnetic Resonance Angiography)

MRA provides a noninvasive method to study blood vessels, such as the carotid, pulmonary, peripheral and renal arteries and the aorta. The test minimizes the needs of invasive procedures such as Conventional Angiogram and avoids older radiological techniques that require puncturing major vascular structures.

Whole Body Imaging

  • For Asymptomic Patients
  • 2 Hours Examination Time 

Other High Resolution Regional MRI Scans

  • Musculoskeletal and Joint imaging
  • Examination of muscles and joints in all angles allow better understanding of the complicated soft tissue structure. MRI provides vital information for orthopedic surgeons, and is an indispensible tool in the management of sports injuries.
  • MR Cholangiogram
  • MRI allows imaging of the entire biliary system. The test is completely non-invasive, and is most useful to investigate the cause of obstruction to the biliary tract.
  • Abdominal and Chest
  • Breath-hold Abdominal and Thoracic Scans allow dynamic study of the abdominal and thoracic structures.

MRI Imaging

SIGNA™ Voyager

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