Shoulder surgeries among professional baseball players are about as common as foul balls but they don’t always end careers. Zaun injured his shoulder in April when he collided on a plate, but opted to play through the pain. Last month in Pittsburgh, Zaun aggravated the injury while batting. The surgery will repair a torn labrum.

Labrum repair surgeries are not uncommon and can often return players to the field after rehabilitation. But not all patients have been as lucky. Last Fall, the Food and Drug Administration (FDA) issued a warning to health care professionals that during such surgeries, pain pumps should not be used.

Pain pumps are balloon-like devices that are filled with anesthetics and rest outside the body. In many instances, a catheter is placed inside the cartilage at the surgical site, where it drips medication for up to 72 hours. This use has never been approved by the FDA, but pain pump manufacturers instructed surgeons to use them in this manner. As a result, numerous people who had shoulder repair surgeries began complaining of stiffness, a decreased range of motion, and pain. Doctors found that the cartilage in these patients’ shoulders had worn away, causing bone to rub against bone. This painful, debilitating and irreversible condition is known as chondrolysis.

Source: The Canadian Press

SOURCE: Pain Pumps › Zaun to undergo season-ending shoulder surgery

Shoulder chondrolysis is a condition that more and more people who have had previous shoulder repair surgery have been diagnosed with. It was the surgeons who first realized that what caused these patients to develop the serious shoulder ailment was the pain pump device used during and after surgery to deaden pain in the shoulder joint. Doctors later learned that pain pump manufacturers were instructing surgeons to use the devices in a manner that was not approved by the Food and Drug Administration (FDA). Unfortunately, there is no cure for chondrolysis and many patients who suffer from the condition must undergo shoulder replacement surgery.

For Justin, relief came in November 2008, when he had a humeral head transplant. The surgery was performed by Dr. Brian Cole with The Cartilage Restoration Center at Rush. Since then, Justin’s right arm mobility has been restored and he is back to living an active lifestyle.

Source: Life Active with Rush

SOURCE: Pain Pumps › Chondrolysis sufferer finds relief with humeral head transplant

“It’s a growing problem,” Dr. Charles Metzger, an orthopedic surgeon specializing in the upper extremities in Houston, told the Palm Beach Post. “It’s very common for younger and younger players to come in with elbow and shoulder pain and miss playing games as a result.”

One reason why more young children are complaining of elbow and shoulder injuries is because children are specializing in one sport or one position at younger and younger ages, leaving them more susceptible to injuries from overuse. They also play longer seasons, about 6.3 months on average for children age 7 to 15 years. And these young athletes are throwing curve balls and sliders at younger ages, which strains the shoulder joint. In some cases, these injuries may require physical therapy or even surgery. The best medicine, Dr. Metzger said, is prevention.

Experts say resting the arm regularly, cross-training instead of specializing in one sport or activity, and stretching the throwing arm after play can help minimize injury.

“If we can make it required that kids stretch after pitching a game, we can significantly lower the number of kids who have to quit baseball because [of] their arms pain or injury,” Metzger said. “My take-home message here is to do your stretches. They help.”

SOURCE: Pain Pumps › More young children suffering shoulder injuries from baseball

The condition caused Moore pain and limited mobility in her shoulder, and left her little choice but to close her business. She even has to asks friends to do small chores for her, like cut the crust of a piece of pie. “Until this injury, I was in pretty prime physical condition,” Moore told the New York Times. “It’s a whole flip of my world.”

Moore is one of hundreds of victims of what a handful of studies say is a condition caused by the use of pain pumps. The devices look like balloons that are filled with anesthetic that sit outside the body. Attached to the pump are catheters that are placed in the wound site during surgery to drip painkillers in the shoulder during and after surgery. After 48-72 hours, the medication runs out and the patient simply pulls the catheter out.

Doctors were advised by pain pump manufacturers to place the catheters directly into the joint space, but what doctors later learned is that that use of pain pumps was not approved by the Food and Drug Administration (FDA), and was, in fact, turned down on more than one occasion for further safety studies.

Pain pump manufacturers now find themselves embroiled in a mass of lawsuits claiming they are responsible for the serious injuries, which in some cases requires total shoulder replacements and often a lifetime of pain.

SOURCE: Pain Pumps › Woman’s life turns topsy turvy after shoulder surgery

The pinching of the shoulder cuff muscle is one of the most common types of shoulder injury suffered by athletes who use repetitive overhead throwing motions, such as baseball and tennis players. This injury is generally caused by a muscle imbalance that can be righted with specialized training but worsened by the wrong training, according to Dr. Brughelli of SPARTA Performance Science in Menio Park, California.

The shoulder can internally rotate as fast as 7,000 degrees per second during a baseball pitch. With an injury, range of motion is reduced, compromising performance and causing pain. To avoid such injuries, Dr. Brughelli recommends that swimmers perform upper-body exercises that increase shoulder range of motion and increase strength of the scapula muscles, such as overhead pressing exercises, rowing exercises, pull-ups, chin-ups and Olympic lifts.

Most importantly, athletes should be properly trained and supervised to ensure that they are doing the exercises correctly. “With proper training and diagnosis, shoulder pain can be prevented, controlled or possibly eliminated,” Dr. Brughelli says.

Source: San Jose Mercury News

SOURCE: Pain Pumps › Swimmers can suffer shoulder injury from repetitive overhead movements

One of the complainants, Glen Gore, says a Stryker pain pump was implanted in his shoulder after repair surgery in December 2002. After using the pain pump, he was had lost almost all of the cartilage in his shoulder joint, is unable to raise his arm above shoulder level, and now needs replacement surgery.

Gore is among hundreds of patients who are suing the manufacturer of the pain pumps used in shoulder surgery after the pain pumps caused serious and likely permanent injury to their shoulders. The problem dates back to the early 2000s, when pain pump manufacturers began instructing doctors to place the catheter of the pain pump directly into the shoulder joint. The Food and Drug Administration (FDA) had previously approved its use with the catheter placed in the shoulder tissue but had rejected the manufacturers’ request to have the alternative catheter placement approved, citing the need for studies to ensure the safety.

Placed in the shoulder joint, the catheter dripped medicine that began eating away at the cartilage. Doctors soon began to make the connection between the pain pumps and a condition known as chondrolysis, or specifically Postarthroscopic Glenohumeral Chondrolysis. As a result, pain pump manufacturers like Stryker are facing numerous lawsuits from individuals who have been irreversibly harmed by their product.

Source: Boston.com

SOURCE: Pain Pumps › More lawsuits filed against maker of shoulder pain pumps

The nine are among a growing number of lawsuits filed against the makers of shoulder pain pumps that were used in patients following shoulder surgery. The devices have a catheter that is implanted into the surgical site and delivers regular does of anesthetics to the wound for up to 72 hours. Doctors soon began to see a connection between the use of the devices and a painful and debilitating condition known as chondrolysis.

The pain pumps were approved by the Food and Drug Administration (FDA) with the catheters placed in the shoulder tissue, but in the 1990s pain pump manufacturers sought approval from the FDA to have the catheters placed directly in the shoulder joint.

“To the FDA’s credit, they said no,” says Frank Woodson, shareholder with Beasley Allen Law Firm. “The FDA said, ‘If you want permission to do that, you’re going to have to do safety studies to determine whether or not that is a safe practice or a safe method to use your product.’ The companies did not do that and just went ahead and started advising physicians to place the pain pump catheter in the joint space.”

When the catheters were placed in the shoulder joint instead of the tissue, the medication began to eat away at the cartilage in the joint, causing the painful condition known as chondrolysis.

As a result, more than 140 lawsuits have been filed in state and federal courts against manufacturers of pain pump devices. “I hope this litigation will continue to educate the medical community to use pain pumps in a proper manner because if it is done in that way, then we should stop seeing these injuries occur,” Woodson said.

SOURCE: Pain Pumps › Lawsuits seek more than $68 million from pain pump manufacturers

But during a game in October 2006, McKeown’s left shoulder was injured while trying to recover a fumble. Doctors implanted the catheter of a On-Q PainBuster pain pump manufactured by I-Flow into his shoulder joint. For up to 72 hours, medication gradually dripped into his shoulder and slowly began eating away at the cartilage.

But McKeown was tough. He rehabbed quickly and bulked up to 300 pounds. He lead the team in weightlifting statistics, bench pressing a maximum of 460 pounds. His chances at making to the NFL one day seemed promising.

Even as he worked out, he ignored the burning pain in his shoulder, refusing to admit to anyone how badly it hurt. And then he injured his shoulder again. Once again, he was put on an I-Flow pain pump that dripped medication into his shoulder joint. A follow up MRI revealed a horrible mess. The promising athlete’s shoulder cartilage had been worn down so badly that repairing it was impossible. McKeown’s hopes for a professional football career were ruined.

McKeown is now suing I-Flow, the manufacturer of the pain pump, after he and his doctor learned that a 2006 study had revealed that by inserting the pain pump’s catheter in McKeown’s shoulder joint instead of the muscle tissue, the medicine essentially destroyed his shoulder. The Food and Drug Administration (FDA) had granted approval to have the pain pump’s catheters inserted into the muscle tissue, but denied manufacturers’ request to instruct surgeons to place the catheters in the shoulder joint. As a result, countless patients have suffered similar fates as McKeown.

Source:
Cincinnati.com

SOURCE: Pain Pumps › Athlete’s hopes of playing pro ball dashed by shoulder pain pump

Once the pain pumps were removed, the officer continued to have stiffness, but only in her left shoulder. The continued stiffness and pain caused her to have two additional surgeries on her left shoulder, hoping these surgeries would be the end to her shoulder problems. But when the second surgery was performed, the doctors noticed that the articular cartilage in her shoulder was nearly gone. Even after the second surgery, her left shoulder was still stiff and still in pain.

A physical examination was given to the officer post surgeries to test the flexibility and rotation of her shoulders. The difference between the movement of the right and left shoulder was staggering. The right shoulder (the one in which the pain pump leaked) had 140 degrees of forward elevation, 60 degrees of external rotation and internal rotation of T12. The left shoulder was extremely stiff and only had a 30 degree arc of rotation and flexion/extension.  Even if you do not understand medical jargon, these numbers are quite different.

The officer was given multiple cortisone injections, five viscosupplementation injections, physical therapy and narcotics, all of which did nothing to alleviate her pain and stiffness.  With little hope of her left shoulder ever being the same, the officer is currently considering her options of what to do next.

The article from UW Medicine, a publication of the Univeristy of Washington School of Medicine, shows in this particular case how the right shoulder that did not receive the pain medication did not show any problems post surgery. However, the left shoulder that did receive the pain medication is left with little to no cartilage and stiffness that might not ever go away. With her symptoms, the officer may suffer from Postarthroscopic Glenohumeral Chondrolysis (PAGCL), an extremely painful condition involving the deterioration of cartilage in the shoulder joint.

PAGCL has been linked to numerous cases where pain pumps were inserted after shoulder surgeries and is the most common complication following should surgeries, according to The American Journal of Sports Medicine. Unfortunately, the only treatment for PAGCL is more surgeries, and they cannot be arthroscopic.

When and if you decide on shoulder surgery, know the risks and outcomes of using a pain pump. A small device used to alleviate pain post surgery may result in more surgeries and never-ending shoulder problems.

SOURCE: Pain Pumps › Pain pump malfunction saves officer’s right shoulder

According to the October 2007 issue of The American Journal of Sports Medicine, cases have been studied and it has been reported that a strong association between the intra-articular use of high volume pain pumps following arthroscopic shoulder surgery was linked to an unexplainable loss of cartilage in the shoulder joint.

To fully understand why these pumps can cause the loss of cartilage, the reader must understand how the pain pump works. The pain pump, inserted during the surgery, delivers high concentrations of pain medication to the surgical site.

Original product information instructs physicians to insert the pain pump into muscle tissue.  However, many physicians were instructed by representatives marketing the pain pump to insert the pain pump between the joints, into cartilage, to increase the effectiveness of the pump. This usage was never approved by the FDA.

When the pain medication is delivered into the cartilage, it actually kills the cartilage, resulting in severe pain, stiffness in the shoulder and, for most, joint replacement surgeries.

Dr. Charles Beck, an orthopedic surgeon and head of the study of pain pumps, believes that thousands of patients nationwide have been affected negatively by these devices.

SOURCE: Pain Pumps › The pump that doesn’t ease the pain

Shoulder arthroscopy is a rapidly expanding field because it offers a less invasive and less painful option for patients. In arthroscopy, two very small incisions are made, one for instruments and one for a miniature surgical camera to allow the surgeon’s viewing of the area without a large surgical site.

To manage post-surgical pain and extend the deployment of numbing agents, the use of temporary intra-articular shoulder pain pumps was introduced into these types of surgeries.

The procedure involves placing a flexible intra-articular shoulder pain pump catheter into the shoulder joint with the pump remaining in the joint for several days to deliver controlled doses of pain medication, often a combination of bupivacaine and epinephrine. This course of treatment became popular because it reduced recovery time without the need for narcotic pain relievers.

But a few days of relief can result in a debilitating and lifelong condition that causes severe-and often, permanent-pain and mobility loss and the need for constant medication. In some patients, complete loss of the use of the shoulder occurs.

PAGCL, one of the most common complications from shoulder surgeries is a condition where overwhelming damage to the shoulder occurs when cartilage deteriorates following these types of arthroscopic procedures. Without cartilage, there is no bone-to-bone cushion, causing bones to grind together and resulting in intense pain and, in some cases, chronic arthritis.

A study of 152 patients who underwent arthroscopic shoulder surgeries revealed that 12 of the patients developed PAGCL. All 12 PAGCL patients received pain pumps during their surgeries; the use of the pain pump was the only factor that the PAGCL patients had in common. In fact, studies suggest that up to 63% of arthroscopic shoulder surgery patients who received an intra-articular pain pump are at risk for developing PAGCL.

In addition to living with acute pain and daily medication, PAGCL may result in a need for follow-up surgery. Unfortunately, arthroscopic surgery is not an option. The damage that occurs with PAGCL requires the more painful and invasive shoulder joint replacement surgery (arthroplasty), a more intense surgery option over arthroscopy. Arthroplasty involves replacing the joint with plastic and metal components. Surgery lasts two and three hours and patients usually remain in the hospital for three nights. Physical therapy is almost always required following this type of procedure. Despite surgery, many patients never fully regain use of their joint and some patients report increased pain.

No consistently successful PAGCL treatment has emerged and the damage from PAGCL is believed to be irreversible. Unfortunately, pain medications seem to worsen the symptoms of PAGCL and offer no long-term value concerning treatment or cure.

PAGCL tends to develop two to twelve months following surgery. Symptoms include shoulder pain, whether in motion or at rest; increased shoulder stiffness; popping or grinding when the shoulder is in motion; decreased to full loss of range of motion; and loss of joint strength. Diagnosis of PAGCL is confirmed via an x-ray indicating narrowing of the shoulder joint space and indicating additional surgery is required to replace the destroyed joint.

November 15th, 2007

SOURCE: Pain Pumps › Shoulder pain pumps can result in lifetime disability