Oliver Wilhelm, 7, of West Virginia, was born prematurely and developed a kink in his bowel that necessitated the surgical removal of more than a foot of bowel. Because of his short gut syndrome, he wasn’t able to eat very much at all as a child. Oliver was listed for a small bowel transplant, which he received at Children’s Hospital on March 4, 2009. Recently, Oliver returned to Children’s Hospital for a follow-up appointment and to visit the nurses and other staff who cared for him.

Oliver, who is back to being a rambunctious, fun-loving boy, had plenty to say and plenty of hugs to go around.

A Life Without Limits

It was October 2009, and inflammation continued to ravage Julie Stierer’s colon. Medications prescribed to control it had stopped working months earlier, turning the cheerful life of a 9-year-old into one of frequent diarrhea, fatigue, anemia, and dehydration. More and more mornings came when she’d be too sick to go to school. Dance and other activities she once enjoyed were out of the question.

“Everything stopped,” says her mother, Kari Stierer. “She was lucky to get through the day.”

Although medications had failed, a surgical option to relieve Julie’s condition remained. Children’s Hospital of Pittsburgh of UPMC surgeon R. Cartland Burns, MD, explained to the family that in a series of operations he could remove Julie’s chronically inflamed colon and reconstruct her small intestine so she would feel better and have normal bowel function.

As difficult as it was to accept the idea that Julie needed major surgery, her parents found some comfort in the fact the operations would be performed as minimally invasive procedures, rather than conventional open surgeries. That meant much smaller incisions — the longest being less than two inches long — and an easier, much quicker recovery.

A few days after her colon was removed, Julie was back home. “She felt better instantly,” says her mother. One week later, Julie was back in school telling her teacher and classmates all about her operation.

A Better Way of Doing Surgery
Children’s Hospital is a national leader in minimally invasive procedures. Nearly half the hospital’s 13 surgical suites are equipped with state-of-the-art minimally invasive technologies. Children’s Hospital surgeons are also among the nation’s most experienced in minimally invasive surgery. Today, they are performing an increasing number of these procedures, which range from more common operations such as appendectomies to complex neonatal, abdominal, and chest surgeries.

The term “minimally invasive” describes the key reason patients like Julie benefit from this type of surgery. In conventional, “open” surgery, surgeons usually make a large incision to create an opening big enough to see what they are doing and to perform the operation with conventional surgical tools.

But minimally invasive surgery requires much smaller incisions. That’s because surgeons perform the operation using tiny surgical instruments that can be threaded through very small openings. Surgeons also insert a small tube-like telescope — either a laparoscope or a thoracoscope — and a camera through the same small incisions. These imaging technologies allow them to see inside the patient’s body and send highly detailed images to a series of movable television screens in the operating suite.

For surgeons, using a laparoscope has certain advantages over conventional open surgery. “There are certain parts of the body that are hard to reach because they are under the ribs or way toward the back of the body or down near in the pelvis where you can’t see easily,” says Dr. Burns, associate professor of surgery at the University of Pittsburgh School of Medicine and co-director of the Intestinal Care and Rehabilitation Center at Children’s. “With the laparoscope, you have the ability to drive up into those areas and look around. In some of these operations, you see so much more than you ever saw before. a lot of the things we used to do by feel, we now do by seeing.”

For patients, the much smaller incisions used in minimally invasive surgery usually means less time spent under anesthesia, less pain, less time on narcotics to control pain, much less scar tissue, shorter, easier recovery, and a much shorter time between their operation and when they can return to full activity, including sports.

“Minimally invasive surgery isn’t a deviation from the gold standard,” says Dr. Burns. “It’s an improvement above it for those reasons.”

Tiny Instruments, Big Benefits
Symptoms of the disease that required Julie Stierer to have minimally invasive surgery surfaced in late 2008, when she and her parents began to notice blood in her stool. At first, it was believed she had Crohn’s disease, an inflammatory bowel disease without a known cure that causes inflammation of the lining of the digestive track and leads to abdominal pain, severe diarrhea, and other problems.

Medications prescribed to keep it under control worked at first. But by May of last year, her symptoms had returned, including the discomfort, blood in her stool, frequent diarrhea that kept her up most of the night, anemia from blood loss, and the constant risk of dehydration.

Out of options, her parents agreed to a series of three minimally invasive operations to be performed by Dr. Burns at Children’s Hospital. During the first, which was done in October, Julie’s inflamed colon was removed and her small intestine attached to the wall of her abdomen, in a procedure called an ileostomy. The ileostomy allows digestive waste to exit the body through a small hole in the abdomen called a stoma and into a bag that can be emptied. In Julie’s case, this was done as a temporary solution.

After the tissue of Julie’s colon was examined, it was determined that she had ulcerative colitis, another kind of inflammatory bowel disease. Unlike Crohn’s disease, ulcerative colitis usually attacks only the colon. That meant that once Julie’s inflamed colon was removed, she was unlikely to ever again experience the symptoms of the disease.

As part of the process, Children’s staff made sure Julie and her parents were educated about her condition, how her body has changed, and the care she needed. This included teaching them how to live with and care for her ileostomy during the few months she needed to use the external bag. In fact, she was given a special doll that helped explain it.

Had Julie had conventional surgery to remove her colon, she probably wouldn’t have been able to return to full activity for six weeks and would likely have needed narcotics to manage pain for up to a week after returning home.

But after her minimally invasive operation, Julie experienced minimal pain and only needed one or two doses of pain medicine, her parents say. She had the operation on a Wednesday and was home on Saturday. “She was back in school a week later with her ileostomy doll, explaining everything to her class,” says her father, Ray Stierer. “That shows you how quickly she was feeling better and that she was at peace with everything.”

A second minimally invasive operation was performed in December so that Julie wouldn’t have to live with the ileostomy bag for much longer. Using the same tiny instruments that required only small incisions, Dr. Burns created a pouch in part of her small intestine and attached it to the cuff of the rectum during a two-hour operation called an ileoanal anastomosis, or ileoanal pull-through. The pouch acts as a reservoir that allows a patient to pass waste normally and not wear an ileostomy bag.

Patients such as Julie receive long-term observation at Children’s Hospital. Three months after her final surgery, Dr. Burns described her prognosis for living life free of the symptoms of her disease as excellent. “Now she’s back to being a kid,” says her mother. “She’s playing softball for the first time, she goes to school, she rides her bike — everything.”

Read more in Promises.

Julie Stierer (left) and her friend, Bella Janowiak

R. Cartland Burns, MD, Clinical Director, Division of Pediatric General and Thoracic Surgery

Children’s Hospital has one of busiest trauma programs in the entire country and receives patients from throughout the tri-state region. Zachary’s story is a good example of why families should be reassured they’re in good hands.

Zachary Weight, Age 16

In September 2009, Zachary Weight was riding his dirt bike at his home in Belle Vernon, Pa., when the family’s dog ran out in front of him. To avoid a collision, Zach slammed on the brakes, falling directly onto the handlebars as he was thrown from the vehicle.

Having witnessed the crash, Zach’s father, Dan, rushed to his side. Moments later his mother, Christy, called for an ambulance. Zach was taken directly to the Pediatric Trauma Center at Children’s Hospital of Pittsburgh of UPMC, where pediatric radiologists determined he severely lacerated his liver, fractured a rib, and lacerated his spleen.

Due to the severity of his injuries and his strained breathing, doctors feared Zach’s body would be unable to handle major surgery. He was sent instead to the Pediatric Intensive Care Unit for recovery, where he endured abdominal drains to remove the large amount of fluids overwhelming his body. “From the trauma team to the housekeeping staff, everyone was so kind, they truly cared,” says Christy.

For 45 days, Zach underwent continuous testing and treatment including physical and respiratory therapy before he was sent home after a full recovery. Zach has since returned to playing soccer, football, and wrestling for his high school teams.

Zach with his dog Taz

A lightbulb went off for Jeff Goff, pharmacy director at Children’s Hospital of Pittsburgh of UPMC. When pharmacists pull medications from the 2,000 or so dispensers at the hospital, they visually inspect each medication they pick to make sure it’s the right medication, the right preparation, etc. By adding another sense into the equation – in this case, sound – he could improve patient safety and reduce the risk of medication errors.

Twenty-five dollars later, he and systems analyst Fred Roberts had a prototype. Now they have a patent application, and a safer pharmacy.

The Department of Pediatric Radiology at Children’s Hospital collaborated with General Electric and the Betty Brinn Children’s Museum in Milwaukee to create an unparalleled experience for each patient and family in need of imaging services. Our Adventure Series of imaging equipment creates a unique journey for every patient that makes the radiology experience more exciting, interactive, and fun. Our goal is to decrease a child’s anxiety during an imaging study and to address fears that occur before, during, and after the hospital experience.

Assisting patients throughout this adventure are four distinctive characters: Haley the Hippo, Tillie the Tiger, Marcellus the Monkey, and Tara the Toucan. Patients and families embark on a safari adventure for Nuclear Medicine, relax at “Cozy Camp” for PET scans, take a trip to outer space for MRI scans, explore the ocean for CT scans, and discover the beach for Radiation Oncology.

Distraction Therapy
The focus of the Adventure Series is to provide successful distraction therapy that will appeal to all five senses. Three-dimensional decorative elements were created for an enhanced viewing effect, and lights, sounds, and aromatherapy were added to create a one-of-a kind experience for each and every patient.

Themed educational coloring books for each modality are under way to better prepare children for their procedure in an entertaining way. A relaxation CD for “Cozy Camp” is in the beginning stages of production from Children’s own Music Therapy Department. “Cozy Camp” postcards, signed by the radiology staff, are given to patients after their PET scans to tie in their themed adventure.

The Department of Pediatric Radiology at Children’s Hospital is a leader in transforming the pediatric imaging experience by engaging children and their families in this interactive, unique adventure.

Ryder McDermitt’s mom, Karrie, sensed something was wrong with her son from the time he was an infant. She became increasingly concerned when, at 16 months of age, Ryder seemed to be getting sick a lot but not recovering.

He seemed to do well when he was taking antibiotics but when he finished a course of medication, he would become sick again.
“It was as though he didn’t have an immune system to fight it off,” Karrie explains.

Two months later, Karrie noticed that Ryder he had begun to bruise easily, and as she became more concerned, she insisted that Ryder undergo blood testing to determine if there was an underlying cause for the bruising and his seemingly weakened immune system.
Worst Fears Confirmed

Karrie’s worst fears were confirmed when she received the devastating diagnosis. Ryder had Acute Myeloid Leukemia, a blood cancer that is more commonly diagnosed in adults and more challenging to treat in children.

It was June 2007, a time of year when Ryder should be playing outdoors. Instead, he was at Children’s Hospital where he underwent five rounds of intensive chemotherapy treatments.

A round of chemotherapy for Ryder involved being hospitalized for four to six weeks. During the first week, he would receive chemotherapy daily, and over the next three to five weeks, Ryder would recover. His length of stay in the hospital following each round of chemotherapy was dependent upon how sick he got from the treatment. After each round of chemotherapy, Ryder would go home for two weeks before starting all over again.
Following all five treatments, Ryder’s leukemia was in remission.

A Set Back
In August 2008, Karrie noticed that Ryder’s eye seemed to be swollen. She immediately called Children’s Hospital to have Ryder seen. His leukemia was back.
“He underwent a hard round of chemotherapy, and then we were able to go home for two weeks,” Karrie remembers. “When we came back to the hospital, he had five days of full-body radiation, and then three days of chemotherapy.”

Many children don’t survive the intensive radiation and chemotherapy because it severely weakens their immune system.

A Risky Procedure
In order to boost his immune system, Ryder had to under a risky cord blood stem cell transplant. The odds of finding a perfect match – which is ideal for a successful transplant – was nearly impossible but Children’s Hospital doctors found a perfect match through the National Cord Blood Stem Cell Bank.

Physicians informed Ryder’s parents of the risks associated with the procedure transplant, and they knew that his chance of survival was slim but he underwent the cord blood stem cell transplant on October 17, 2008.

It would be a long recovery for him, but the transplant provided his family with hope.

The Journey Home
Over the next several weeks, Ryder made rapid progress and while he had to remain in Pittsburgh for a few more months, he was discharged from the hospital in late November.

He continued to make trips back to the hospital three days a week to undergo blood work and check-ups to ensure that he was still cancer free, and he was able to spend his first Thanksgiving outside of the hospital. His extended family traveled over two hours from their home in Duncansville, Pennsylvania, to Pittsburgh to celebrate the holiday with him and his mom.

Looking at Ryder, the family had much for which to be thankful.
At Christmas, and Ryder and his mom were permitted to go home to Duncansville for two days and, although the visit was brief, it was joyous and invigorating for both Karrie and Ryder.

Also during that month, Ryder received an injection of chemotherapy in his spine to further ward off the leukemia that nearly took his life. On March 20, 2009, Ryder and his mom moved back home but continued to make the monthly drive to Children’s Hospital to receive his chemotherapy injections until June 2009.
A Healthy, Happy Child

While his chemotherapy ended in June, its effects did not. That same month, while running and playing, Ryder fell and broke his arm that was left brittle from all of the chemotherapy he received. After surgery and two pins in his arm, Ryder is now good as new.

Now as a healthy, active four-year-old, Ryder continues to be monitored regularly and is thriving among family and friends.

Read more about how Ryder was selected for Children’s Miracle Network’s Champions Across America.

Genre Baker, 9, of Irwin, was diagnosed with leukemia at Children’s Hospital of Pittsburgh of UPMC on Memorial Day of 2009. He quickly realized during his lengthy hospitalizations that video games and other distractions helped pass the time in the hospital. So he started Genre’s Kids with Cancer Fund to raise money for hand-held video game systems like Nintendo DS. Since then, he’s been working with the Child Life Department at the hospital to provide systems to all the cancer patients that pass through our doors. The gaming systems are provided to individual patients (not to the hospital) so patients can actually take the systems with them.

If you’re interested in reading more about Genre and his program, visit Genre’s Kids with Cancer Fund.

The transplant unit at Children’s Hospital of Pittsburgh of UPMC is getting a multimedia makeover thanks to Make Room for Kids, a social media-driven fundraising project, and local Microsoft employees. Working with the Mario Lemieux Foundation, the group partnered to raise money and multimedia donations to outfit the transplant unit with gaming equipment and laptops. On Thursday, April 29, they delivered 24 Xbox consoles, two Xbox kiosks, extra controllers and dozens of games to the hospital’s transplant unit. Each patient room on the transplant unit was outfitted so that all patients have access to gaming and computers during their hospitalizations.

Make Room for Kids chose the transplant unit for their multimedia project because patients on that unit often are in isolation due to their compromised immune systems. Their average length of stay is nearly five weeks. Make Room for Kids was started by Ginny Montanez of the popular Pittsburgh blog That’s Church, who encouraged her readers to donate. In a week, they raised more than $15,000 for the patients at Children’s Hospital.

Local Microsoft employees, including Luke Sossi, heard about the effort and donated the Xbox consoles, controllers, games, etc. on their own. The money raised will be used to buy laptops and other items that will be delivered at a later date.

At 20 months and 30 pounds, Austin Ball is tall for his age and bursting with energy. It’s hard to believe he’s the same child who, at 5 months, arrived at Children’s Hospital of Pittsburgh of UPMC on life support, his future uncertain.

Before his birth, Austin had been diagnosed with a large tumor in his left ventricle that prevented his heart from working normally. Within hours of his birth at Georgetown University Medical Center in Washington, D.C., Austin was whisked off to the cardiac intensive care unit (CICU) at Children’s National Medical Center in Washington.

“I didn’t even get to hold him,” remembers his mother, Cher. “They were worried that he might immediately go into cardiac arrest.” Two weeks later, when Ms. Ball took Austin home to Waldorf, Md., he was on 12 heart medications. Austin ate and slept well, but his heart often beat much faster than normal.

Surgery to remove Austin’s tumor would be risky. So at 4 months old, Ms. Ball took Austin to Johns Hopkins Medical Center in Baltimore to begin the evaluations necessary to place him on its heart-transplant waiting list.

At Children’s National in September, Austin had a procedure to measure the pressure in his heart, one of the last steps before being added to the transplant waiting list. Austin’s tumor made the procedure especially delicate. Two days later, in the CICU, he had a cardiac arrest.

Doctors worked feverishly to revive Austin. “Finally, our cardiologist said ‘There’s one more thing we can try. I’m not sure it will work. They don’t use it often — it’s called ECMO,’” Ms. Ball says.

ECMO — extracorporeal membrane oxygenation — is an advanced form of life support where a machine adds oxygen to blood and pumps it through the body. ECMO allows time for a patient’s own heart and lungs to heal or for a donor heart to be found. A patient can remain on ECMO for only about two weeks without a risk of serious complications.

Children’s National did not (in the fall of 2008) have an active heart transplant program, so Austin would have to be moved, on ECMO, to another hospital for a transplant. Children’s Hospital of Pittsburgh of UPMC is one of few children’s hospitals in the United States that will transport children on ECMO.

THE TRIP
On a stormy autumn day in Pittsburgh, Kent Kelly, director of Children’s ECMO service, got a call saying that a child on ECMO needed to be transported from Washington, D.C.

“We couldn’t leave for about 18 hours because visibility was bad — we had to wait for clearance for the helicopter to fly,” says Kelly.

The four-member ECMO transport team arrived at Children’s National the next afternoon. Very carefully, Austin was disconnected from the hospital’s ECMO system and connected to the one on which he would be transported to Pittsburgh.

With the ECMO equipment, the transport team, and the flight crew on board the helicopter, there was no room for Austin’s mother. So Ms. Ball kissed her son goodbye and set off to drive to Pittsburgh.

IN PITTSBURGH
When the medical team at Children’s Hospital of Pittsburgh of UPMC met to work out a treatment plan for Austin, a heart transplant wasn’t at the top of the list.

A year earlier, Children’s Heart Center had treated another child with a large tumor in his left ventricle. “We removed the tumor, and the child has done extremely well,” says Steven A. Webber, MBChB, chief of Pediatric Cardiology. The team thought this procedure might work for Austin.

Austin also would be fitted with a special infant-sized heart pump known as a ventricular assist device. This pump is not on the market in the United States, but Austin could have one because Children’s surgeons are taking part in trials testing the device.

Austin remained sedated on ECMO for a week while the pump was shipped from Germany. Then, in a nine-hour operation, Victor Morell, MD, chief of Cardiothoracic Surgery, and his team removed Austin’s tumor and attached him to the pump. Three days later, they performed a second operation to try to shrink Austin’s left ventricle, which the tumor had stretched.

Meanwhile, Austin’s own heart began beating more strongly on its own. The surgeons removed the pump a week later. The next day, they took out the breathing tube — his lungs were working without assistance.

Austin underwent two more open heart surgeries in November and December — one to remove an aneurysm that had formed in his aorta, and another to insert a mechanical heart valve.

As spring approached, Austin no longer needed around-the-clock nursing care. Ms. Ball took him home, where he was reunited with his 7-year-old sister, who had been staying with her grandmother. The
family celebrated Austin’s first birthday on April 29, 2009.

Despite around-the-clock heart medications, Austin’s heart sometimes still beat too fast. He wasn’t eating well. Any exertion made him sweat. In mid-May he was admitted to Children’s National with coughing and vomiting — signs that his heart was failing.

A heart transplant was now Austin’s only option.

BACK TO PITTSBURGH
A five-hour ambulance ride brought Austin and his mother to the new Children’s Hospital in Lawrenceville just three weeks after it opened. Austin was placed at the top of the waiting list for a donor heart.

In a six-hour operation on June 5, 2009, Peter Wearden, MD, PhD, performed Austin’s heart transplant, the first at the new hospital.

When he woke up, Austin started to eat, says his mother. And eat. And eat. By Christmas, Austin had gained eight pounds. “He has so much energy, I feel like I have triplets,” says Ms. Ball. “I’ve traded my
hospital shoes for track shoes.”

Ms. Ball brings Austin back to Children’s every few months for a checkup, and he sees a pediatric cardiologist in Washington, D.C. “He’s on what they call a holiday right now — doing well, no rejection, progressing like a normal kid,” says Ms. Ball. “But I know he might have another bump in the road.”

In the meantime, she’s savoring watching him thrive. “Every day it’s a joy to see how far he’s come.”

Read more in Promises.

What better way to recognize Donate Life Month in April than to share with you the story of 5-year-old Daniel Jaramillo of Oakton, Va. Dani, who was born with a disease that affected his kidneys and eventually his liver, received a liver transplant at Children’s Hospital in February 2010. However, he is still in kidney failure and continues to be dependent on regular dialysis to keep him alive as he waits for a kidney transplant.

Last year, surgeons at Children’s Hospital performed 99 transplants in kids, more than any other center in the country. However, despite all of advancements in the field of pediatric transplantation, we are still limited by the number of organs available for transplant. If you’re not an organ donor, please consider becoming one.

For more information about the Hillman Center for Pediatric Transplantation at Children’s Hospital, visit www.chp.edu/transplant. For more information about organ donation, please visit the Center for Organ Recovery and Education at www.core.org.

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