Posts Tagged spine surgery
Minimally Invasive Surgery: Houston, Kingwood, Spring, Woodlands, Katy, Memorial City, Humble: 281-713-6296
Minimally Invasive Spine Surgery
Until relatively recently back surgery required large incisions accompanied by long periods of physical rehabilitation in post-operative care. With recent surgical advancements, however, new procedures have resulted in much shorter periods of physical rehabilitation. These surgical procedures—termed minimally invasive surgery or laporoscopic surgery—have revolutionized the way physicians approach not only back surgery, but several other varieties of major surgery as well.
Neurosurgeons specializing in spine surgery, Dr. Gary Kraus MD and Dr. Masaki Oishi MD PhD, at the Kraus Back and Neck Institute in Houston TX, have a vast experience in performing minimally invasive surgery of the spine. The procedures can be used to treat low back pain, neck pain, herniated discs of the spine, as well as sciatica. In some cases, spinal stenosis and spondylolosthesis can also be treated with minimally invasive techniques. Patients throughout the Houston and surrounding areas, including Katy, Spring, Woodlands, Sugar Land, Memorial City and the Texas Medical Center have trusted the neurosurgeons at the Kraus Back and Neck Institute for treating their spine with minimally invasive surgery. Call 281-713-6296 for an appointment.
Minimally invasive surgeries typically involve one or more small incisions into which physicians insert thin plastic tubes. The tubes then provide the means for small observation cameras to be inserted. Using these cameras, surgeons can continuously adjust their technique during the operation, minimizing scarring and ultimately decreasing the patient’s post-operative pain levels and length of recovery. New robotic surgical assistants further contribute to the process by plotting optimal routes of incision and minimizing the number of physical adjustments a surgeon makes.
Many types of back surgery, however, do not have minimally invasive equivalents. Thorough medical consultation should be a top priority for patients considering minimally invasive surgery, as a misdiagnosis could result in a less effective procedure. Should the patient be a good candidate, a shorter, less expensive hospital stay and a faster recovery is the norm. This makes physical therapy all the more necessary—patients may feel that they can skip the process entirely given that their pain levels during post-operative care are much lower. Patients are advised to follow up on their physical therapy sessions as well as any subsequent visits to their spinal specialist. This will minimize the possibility of additional back surgery as well as maximize the chances for an effective recovery.
Physical rehabilitation for minimally invasive surgery is often similar to other kinds of surgery. In the case of most back surgery, core strengthening is often emphasized to assist in load-bearing activities (lifting, sitting, and standing) as well as to pressure from the spinal discs. Patients will also receive information on how to change their daily lifestyles to minimize the chances of re-injury and subsequent surgery.
Neurosurgeons Dr. Kraus and Dr. Oishi, at the Kraus Back and Neck Institute, would be available for consultation to any patients suffering from low back pain, neck pain, sciatica, herniated discs, or any other spinal disorders. Even though they offer minimally invasive surgical approaches to the spine, they are able to treat many of their patients without the need for surgery. Patients from the Houston and surrounding areas including Katy, Spring, Woodlands, Sugar Land, Memorial City and the Texas Medical Center, can be seen without any prior testing or imaging studies.
Keywords: physical rehabilitation, minimally invasive surgery, spine surgery, back pain, back surgery, sciatica, Houston, katy, spring, texas medical center, Woodlands, Sugar Land
Spinal Surgery: Reality and Myths
Spinal surgery can be one of the most costly, physically taxing methods of treatment on the healthcare market today. Fortunately, many patients overestimate the need for such serious measures. Many types of neck and back pain can be addressed and resolved with other methods of treatment, such as physical therapy, pain medication, exercise, and healthy dieting. These are typically the courses of action prescribed by physicians as well, given that spinal surgery may have unintended side effects on the patient’s daily life.
Some patients, however, will find that their pain and / or structural problems are not resolved by these treatment plans. With advancements in modern medical technology, there are now dozens of different spinal surgical procedures available to correct many types of structural problems. Disk degeneration, spinal tumors, bone spurs, spinal stenosis—all of these disorders and others may necessitate spinal surgery should they have a substantial negative impact on a patient’s quality of life.
For example, patients who have advanced degeneration of the spinal disks
(the shock-absorbing pads between our vertebrae that break down naturally over time) may be candidates for artificial disk implantation. During this procedure, an artificial disk mimicking the body’s natural shock absorber is implanted in the spine. Spinal fusion, a procedure that fuses vertebrae thus eliminating the possibility of further damaging the disks between them, may also be an available option. Patients are advised to seek thorough medical consultation when considering spinal surgery. Several imaging techniques, such as CT scans, X-rays, and magnetic resonance imaging, may be prescribed to evaluate courses of action. Specialists may be referred to address problems that have not been corrected through physical rehabilitation.
Post-operative care is crucial for patients who have undergone spinal surgery. Many surgical procedures require long recovery times with periods of mandatory rest and physical rehabilitation. Several subsequent post-operative visits to primary care physicians and specialists are necessary to monitor the patient’s recovery.