Boot-scootin’ on a new leg: Patients travel far for prosthetic expertise

Boot-scootin’ on a new leg: Patients travel far for prosthetic expertise

Just minutes after his left leg was all but severed in a farming accident, Albert Hattum says, he accepted the fact he’d probably lose his limb.

What he didn’t accept is that he wouldn’t walk again, drive farm equipment or have a life less full than before his leg was sucked into his John Deere combine after he tried to remove a rock lodged in its blades.

“It was my fault. Being dumb,” Hattum said of the Nov. 7 accident that happened while he was harvesting corn on a 2,500-acre swath of farmland managed by friend Kevin Axtell. Hattum also owns and farms 1,500 acres of corn, soybeans, wheat and small greens in his home of Harrold, S.D.

A little over two months later, Hattum and his wife Vicky drove the 1,200 miles from South Dakota to Jackson, where prosthetic experts at University Rehabilitation Services fitted him with a state-of-the-art lower leg and foot prosthesis they designed and built.

Why choose the University of Mississippi Medical Center, halfway across the country, rather than options at home?

It all has to do with two of Hattum’s farming friends, both amputees. Axtell received a below-the-elbow prosthetic device in Jackson 14 years ago after he slipped and fell into an augur. The other is Gene Melleen, a double amputee whose experience with getting prosthetic legs at home ended badly and left him with no devices more than a decade after his own combine accident.

Vicky Hattum was with her 56-year-old husband when the accident occurred. “To get me out, she called my friend who lost his legs,” Albert Hattum said of Melleen.  “He came in his pickup truck.”

More than a dozen friends and family quickly followed. The bones in his leg, Vicky Hattum said, had shattered. “There wasn’t anything to put back together,” she said.

“My dad was there at the time,” Albert Hattum remembered. “I told him, ‘Dad, it’s gone.’ I adjusted to it right there. You’ve got to treat it like a breakdown. Deal with it, and go on.”

Enter Axtell, who 14 years earlier rejected a local prosthetic shop’s suggestion he get a hook to replace his severed hand. He was several hundred miles away the day of Albert Hattum’s accident.

To find a prosthesis, “Kevin and his wife did the research on where to go,” Albert Hattum remembered. “He saw a YouTube video” and soon arrived at the then-private office of Rick Psonak, now assistant professor of orthopedic surgery and certified prosthetist at University Rehabilitation Services (URS). In that office with Psonak was Richard Boleware, now manager of engineering in the Department of Orthopedic Surgery’s Division of Orthotics and Prosthetics.

Axtell was initially fitted at the office of Boleware and Psonak, who shortly after joined the staff at UMMC.

So far, URS has fitted Axtell, who also owns a trucking company, with three additional prostheses, each more sophisticated than the last. His current one incorporates a microprocessor hand so that all the digits move. 

“These guys wear them out,” said Psonak, who with prosthetic technician Blake Carr customizes devices for 10 or more amputees per month.

“I talked to them, and I really liked them,” Axtell said of choosing Psonak and Boleware. “Richard and Rick have been very good to me.”

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Researchers prove rodent brains can be rewired to treat autism-like symptoms

A team of Mississippi and California researchers have managed to prove something scientists have hoped to be true about the brain.

It can be rewired.

The research teams’ findings, published today in the Proceedings of the National Academy of Sciences (PNAS), could one day translate into an effective treatment for patients with autism spectrum disorders, said the report’s co-author Dr. Rick Lin, professor of neurobiology and anatomical sciences at the University of Mississippi Medical Center.

The findings, for now, are limited to the study’s test subjects – rats. But the results have proven that these animals’ brains can be rewired via intense auditory behavioral training, said Lin.

The intricacies of a brain’s wiring remains one of the largest puzzles before scientific researchers who have spent years to solve pieces of the complex mechanism. Yet for every question answered, more seem to appear. 

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Researchers prove rodent brains can be rewired to treat autism-like symptoms

Anesthesiologist added to faculty ranks

Anesthesiologist added to faculty ranks

The Medical Center is proud to announce the following additions to its faculty and leadership staff:

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