Practice News

By Russell Ashinoff, M.D.

Breast reconstruction after breast cancer surgery is one of the most commonly performed procedures at The Institute for Advanced Reconstruction.   Traditional mastectomy procedures involve removing the breast tissue and the nipple, which is  usually followed by the first step of the breast reconstruction process.  The process culminates with a separate procedure to reconstruct the nipple and areola up to one year later.  A recent study reported in ScienceDaily (Oct. 27, 2011) suggests that some women undergoing a mastectomy may be eligible for a nipple sparing procedure. This eliminates the need for an additional procedure to reconstruct the nipple and areola and expedites the reconstructive process.

Nipple sparing mastectomy (NSM) involves the removal of the breast tissue while leaving the breast skin and nipple areola complex, which includes the nipple and darker pigmented circle of skin that surrounds it. The incision is usually make on the edge of the areola, to camouflage the scar.  The breast is usually reconstructed at the time of mastectomy. In the past, there was concern that leaving the nipple intact increased the risk of local cancer recurrence.

To examine the effectiveness of NSM, surgeons conducted a review of patient records for all women receiving the surgery at Georgetown University Hospital (GUH) between 1989 and 2010 including surgeries to either prevent or treat breast cancer. The results are published in the November issue of Plastic and Reconstructive Surgery, the official medical journal of the American Society of Plastic Surgeons.

Of the 162 surgeries performed, doctors found no cancer recurrences and no new cancers in those receiving NSM. However, careful selection of appropriate patients for NSM is important for the success of this procedure.

To read more about this study, go to http://www.sciencedaily.com/releases/2011/10/111027083037.htm

THE SOLOIST OF BRACHIAL PLEXUS INJURY TREATMENT

Dr. Andrew Elkwood of The Institute for Advanced Reconstruction is a renowned expert in the treatment for brachial plexus injury. In his nearly 20 years of medical practice, he has successfully treated countless patients with brachial plexus injuries, including the most complex cases. Dr. Elkwood is the founder and Chairman of the Center for the Treatment of Paralysis and Reconstructive Nerve Surgery at the Jersey Shore Medical Center, which was established to deal with brachial plexus and other nerve injuries. Dr. Elkwood and his colleagues at The Institute for Advanced Reconstruction are among the few or only experts nationally and worldwide to perform all aspects of reconstructive procedures.

In addition to conducting both surgical procedures and research, the mission of the Center is to apply these same techniques to other nerve injuries, such as those to the spinal cord and those resulting from stroke.  Physicians at the Center also perform Bell’s palsy treatment, radial and ulnar nerve surgery, foot drop treatment, and an entire range of other nerve reconstruction procedures.

What is brachial plexus injury?

The brachial plexus (brachial means arm; plexus means communication or meeting point) refers to the nerves that exit the cervical spine and pass down to the shoulder and arm. This network of nerves conducts signals from the spinal cord to the shoulder, arm and hand. Brachial plexus injuries are caused by damage to those nerves. These injuries are not uncommon in adults, and are mostly due to trauma. However, there are other injuries similar to, but not necessarily to the brachial plexus. Brachial plexus is the procedure for which we have received the most attention, but my focus is all peripheral nerve injuries—from the face down to the toes.

Can you explain the various procedures you do for brachial plexus treatment?

Depending upon the seriousness of the injury, treatments for brachial plexus injury range from a “wait and see approach,” with physical therapy, to complex surgical reconstruction. At the Institute for Advanced Reconstruction, we also perform nerve transplant surgery to help patients who have suffered massive injuries to the brachial plexus, or other types of paralysis.

Can you clarify the various procedures?

Technically, transplant is transferring something from one place to another. (In reality, the medical profession considers transplant taking from one person to another.) Taking something from within the body and putting it somewhere else actually is considered grafting. A transfer is taking a nerve from the general locale and using it within that locale, without completely disconnecting that nerve. I perform all of these procedures.

A patient’s surgical treatment regimen needs to be personalized, as it is often a complex, multi-step undertaking. Some patients are not candidates for nerve surgery, and some patients have maximized the benefits from nerve surgery, but if necessary, the plan should not end there. There are many procedures that can be undertaken to help. Muscle transfers, tendon transfers, muscle flaps, and joint fusion are some of the procedures that may also benefit patients with paralysis.

What advice would you give to those seeking treatment for brachial plexus injury?

As with any illness or injury, the type of treatment selected is potentially a very emotional topic. Because of the complexity of the treatment, I believe the most important aspect of a search for care is to consider a complete approach to a solution, rather than a solely compartmentalized one.

Using a true team approach to care is the hallmark of our practice. You need a team to integrate all the modalities I have described. There are very few institutions that truly use this approach. I consider myself a “soloist” in brachial plexus and peripheral nerve surgery procedure. I personally perform all of these procedures with my team’s support. By being the lead surgeon in each of these modalities, I can best integrate an overall care plan for the patient. This is very critical and counter to those who advertise the “team approach,” but merely hand the patient off from one team member to another.

You call yourself a “soloist” of brachial plexus surgery. What exactly do you mean?

I know of no other surgeon that performs all aspects of this type of surgery. There are a number of steps and surgeries I explore with every patient, and I don’t quit until every treatment or surgical option has been considered and, if relevant, performed.

You referred to the various surgeries you perform for brachial plexus injury. What are they necessary?

There is a hierarchy of care. Ideally, I want to get the patient as close to the way God designed him or her as possible. Sometimes, additional nerve surgeries are necessary. Often I do muscle transfers, tendon transfers, muscle flaps, and joint fusion.

In the majority of cases, I have to go beyond the first and most obvious step to ensure the best possible results. One procedure results in improvement, but to maximize results, a patient often requires a multi-faceted approach. It’s a process, not an event. There are multiple goals: One goal is to return movement; then, another goal is to restore feeling.

The most important goal, which is often overlooked, is to decrease pain. Paralysis can be very painful.  Most patient complaints aren’t the paralysis, it’s the pain. You know the feeling when you hit your funny bone and that initial pain takes your breath away. Imagine hitting your funny bone and living with that initial pain 24/7. Alleviating that agony alone is huge.

With so many possible procedures, how do you define success?

The way I define success is that patients are happy they had surgery. If they don’t need to take narcotics for pain, if they gained movement—they’re happy. If there is an improvement in their quality of life—they’re happy.  I am proud to say that the vast majority of my patients are glad that they had surgery and would do it again.

Can you give a specific example of what sets you apart in your approach to brachial plexus surgery?

I treated a college student from North Carolina with a gunshot wound who had previously undergone a vascular reconstruction of his right arm. The fact the doctors kept his arm alive was fantastic. However, his arm was limp, basically useless. His doctors, who had after all saved his arm, doubted there was anything else that could be done. Unfortunately, this is what often happens. He was referred to me through his neurologist. I did an initial surgery and about 80% of the nerve damage was improved. But I realized more could be done (he still did not have the use of his hand).  I went through the hierarchy, and performed several surgeries. He got back the use of his hand. This was a young man who need not have “settled” for a partial cure, or get sent on his way because a surgeon couldn’t advise him beyond that person’s specialty.

Why did you take on the aspect of multi-level care of this injury?

I see, and treat, these procedures from “soup to nuts.” It’s just the way I see the world.  That’s why, for example, in addition to my medical training, I went to Columbia University to get my MBA—to perfect my understanding of health policy issues. As remarkable as it may seem, nerve surgery can be unsophisticated in a certain sense. These days, medical professionals tend to be specialized, so often the care is not particularly integrated. Very few want to take on complex, multi-layered procedures. My interest is in system accessibility: filling the gaps.

Is there a final message you want to communicate?

From the least to most complicated cases, I am dedicated to return patients to the best quality of life possible. I have devoted my career to this specialized surgery, and hope that this explanation will assist those who require brachial plexus treatment. I particularly pride myself in taking care of patients who have been told that nothing can be done, or that they have maximized their treatment, but I can take them to the next level. It’s rare that I see someone that I say there is nothing I can do. I’m going to get them better than they were—that’s my obsession.

SHREWSBURY, NJ – MAY 27, 2010 – The Plastic Surgery Center today announced the successful results of a complex reconstructive surgery performed by Dr. Russell Ashinoff to repair a man’s injured hand. Following the two-stage procedure, Mr. John Johnstone reports that he has regained full function in his left hand, which was severely damaged in a November 2009 wood-cutting accident.

Mr. Johnstone commented, “As a New Jersey State Trooper for the past 24 years, having the use of my left hand is critical to the success of my job. I am thrilled with the results of the surgery, which has allowed me to return to my daily activities.”

On November 29, 2009, Mr. Johnstone suffered fractures, severed tendons and lost part of a finger in his left hand as a result of a backyard wood-cutting accident. A resident of Manasquan, New Jersey, he was taken to Jersey Shore Medical Center in Neptune, New Jersey for emergency surgery. During the procedure, Dr. Ashinoff utilized advanced reconstructive techniques to re-attach the tendons and rebuild Mr. Johnstone’s hand. After the initial surgery in November, Dr. Ashinoff performed a second procedure in April 2010 to remove the remaining scar tissue, completing the process that successfully restored function to his hand.

About Dr. Russell Ashinoff

Dr. Ashinoff is highly skilled in all aspects of cosmetic, reconstructive, and hand surgery, and specializes in breast reconstruction and body contouring after massive weight loss. Dr. Ashinoff has expertise in the latest minimally invasive techniques for rejuvenation and reconstruction of the face, breasts, and body.

About The Plastic Surgery Center

Dr. Ashinoff is a part of the medical team at the Institute for Advanced Reconstruction at the Plastic Surgery Center, which is comprised of a group of surgeons who are highly skilled in nerve transplantation, microsurgery and advanced reconstruction. They perform a number of unique operations to help patients suffering from life-altering medical conditions who are often told there are no treatment options available. Some of these conditions include:

• Lymphedema
• Paralysis resulting from accidents and strokes
• Diabetic neuropathy
• Paralyzed diaphragm/ventilator-based breathing
• Facial reanimation
• Nerve decompression for migraine headaches

For further information, please visit:

www.DrAshinoff.com;

www.advancedreconstruction.com;

www.facebook.com/ThePlasticSurgeryCenter;

www.twitter.com/PlasticSurgNJ