Although the names sound similar they are in fact two totally different things. One of our physicians was very surprised when a surgeon that he was working with years ago made a 3 inch incision in the neck for what was termed "cervical spine microsurgery". When he questioned the surgeon about the description of the surgery, her response was," it is microsurgery because I am using the microscope.

No, depending on the condition of the bones, severity of injury and size of the patient, not everyone is a candidate for this procedure. It is important to make sure the patient has the best chance for recovery, therefore employ the correct method for their situation. Patients must focus on all aspects to ensure you get the best outcome from a combination of the right implant and tools, minimal tissue trauma, proper pain management and possibly accelerated rehabilitation.

A minimally invasive procedure is an alternative to traditional, or what is known as “open” surgery, in which a large incision must be made to expose the area of the body to be operated on. The minimally invasive procedure eliminates the need for this long incision. Small incisions are made to accommodate small tubes called trocars. These create a passageway for special surgical instruments and a laparoscope.

It is a new procedure involving smaller incisions that are approximately 3-4 inches, versus the traditional method that requires a 12 inch incision.

The LAP-BAND® System procedure is performed laparoscopically. The cameras and instruments our surgeon uses offer superior visibility and access for precise dissection of tissues and associated blood vessels. The operation is completed in a relatively short period of time (approximately 1 hour) and with minimal blood loss. The benefits of using these minimally invasive methods are that patients experience less pain, easier breathing, minimal scarring and a quicker recovery.

While uncommon, complications can occur during and after surgery. Some complications include, but are not limited to, infection, blood clots, implant breakage, misalignment and premature wear, any of which may necessitate implant replacement surgery. While these devices are generally successful in attaining reduced pain and restored function, they cannot be expected to withstand the activity levels and loads of normal healthy bone and joint tissue.

MIS is surgery typically performed through small incisions, or operating ports, rather than large incisions, resulting in shorter recovery times, fewer complications, reduced hospitalization costs and reduced trauma to the patient. MIS has become standard-of-care for particular surgical procedures, it has not been widely adopted for more complex or delicate procedures – for example, prostatectomy and mitral valve repair.

Since the small incisions used in minimally invasive procedures do not cut across large tissue areas, scarring tends to be significantly reduced. Patients who are appropriate candidates for a minimally invasive procedure usually stay in the hospital from one to three days, instead of the five to seven days required for open surgery. In many cases, recovery time can be as little as one to two weeks, as compared with four to six weeks for open surgery.

After the surgery, patients can expect some pain in their abdomen where small incisions were made, but this is usually tolerable and goes away in several days. Trouble swallowing is also a potential side effect and can vary from no problems at all to the ability to swallow only liquids. This can persist from several days up to several months, but usually gets better with time.

This operation can be done by a minimally invasive approach and the invasion can be kept to less than 10cms. The operation also involves minimal damage to bone.

MicroSpine surgery or minimally invasive spine surgery has been defined as surgery that involves an incision of less than one inch. Any spinal surgery with an incision of greater than an inch is conventional surgery by this definition. Thus ask if your surgeon can perform microspine surgery and whether the incision will be less than an inch. There is a huge difference between a 1/2 inch incision and a three inch incision.

The term minimally invasive surgery is used to describe abdominal surgery performed without making a large incision through the skin and muscle to open the abdomen. Instead, a scope is inserted through a trochar inserted into the abdomen through a 1/2 inch incision. The abdomen is insufflated with CO2 gas to distend it like a tent, allowing visualization of the abdominal organs.

The decision to return to work should be individualized to the patient, as well as the patient's occupation. For patients with sedentary jobs, such as office work, a minimally invasive discectomy would allow that patient to begin part-time work within 1-2 weeks. For a larger surgery such as a fusion, this may take 4-6 weeks. Again, return to work is much faster using minimally invasive surgery vs. standard open surgery but this decision is individualized to special needs of each patient.

Traditional hip replacement usually uses a 6-to-8-inch incision. The length depends on the size of the patient. This type of surgery has been done for over 40 years. The success rate is above 90 percent even 10 years after surgery. quot;Minimally invasive" hip replacement is new since around 2003. There is no accepted definition of "minimally invasive"—it means different things to different surgeons.

Minimally invasive surgery to the hip and knee is a new, comprehensive approach to replacement of worn joints that is much more than simply a smaller skin incision. Not all surgeons have been trained to use the specialized instruments required to reliably and safely replace joints through smaller incisions with minimal disruption to the surrounding tissues. Zimmer Corporation, the makers of the implants that Dr.

This is a new procedure, and there isn't a lot of peer-reviewed scientific literature yet comparing results of minimally invasive hip replacements with traditional hip replacements. The existing scientific literature is mixed on whether minimally invasive hip surgery offers significant long-term benefit over traditional hip surgery.

Yes, all insurances, including Medicare, pay for MIS total hip surgery. There is no difference in the surgical code used to bill for the MIS total hip surgery. It is the same as for a traditional hip replacement.

Patients, with a few exceptions, are able to start putting full weight on the operative side the same day as surgery. Typically, patients are walking 100-200 feet by the second day after surgery. A walker or crutches are recommended until patients feel confident enough and are stable enough to go to a cane - typically at one to two weeks after surgery. Many of the younger or more fit patients are walking up to a mile without a cane or crutch by six weeks after surgery.

This will depend on your age and level of fitness prior to the surgery. If you have a spouse at home that can help with meals and household activities, it may be possible to go home as early as two or three days after surgery. If patients are older and live alone, a short stay in the Transitional Care Facility, a step-down hospital, may be appropriate for a period of seven to ten days prior to going home.

All of our physicians have been specially trained and have been performing these types of biopsies for many years. At some facilities, women may never even be given the option for ultrasound guided or stereotactic guided biopies because the physicians do not perform them or because they do not have the equipment. At Montclair Breast Center, all state of the art options are given to a patient who then can make her own decision based on personal needs/preferences.

This surgery is not truly "minimally" invasive, but, more accurately, "less" invasive. There is a smaller incision and less muscle work involved.

The term you are seeking is cryotherapy for prostate cancer. It is relatively new. Prostate cryotherapy is surgery, but it is minimally invasive, using freeze and thaw cycles to destroy the disease.

Minimally invasive knee replacement is really a cartilage replacement with an artificial surface. The knee itself is not replaced, only the damaged tissue on the ends of the bones. The replacement implants include a metal alloy on the end of the thighbone and polyethylene (plastic) on the shinbone and kneecap. The implants create a new smoothly functioning joint designed to prevent painful bone-on-bone contact.

Results will vary depending on the quality of the surrounding tissue, the severity of the arthritis at the time of surgery, the patient‘s activity level and the patient‘s adherence to the doctor‘s orders.