At Blackman Legal Group, our personal injury attorneys help seriously injured California residents and tourists get financial compensation for the catastrophic injuries they have suffered. We bring over 32 years of specialized experience in personal injury litigation to clients throughout San Francisco, Oakland and the Bay Area. Because we have worked with victiims of traumatic injuries for decades, we have an extensive network of experts and professionals to help us build your case. Our lawyers have extensive experience successfully litigating claims involving serious personal injuries, from head and neck injuries to paralysis, broken bones, and loss of limb. Because of our consistent and detail-oriented approach to personal injury claims, we have obtained many verdicts or settlements in excess of  million for our clients. Contact the Blackman Legal Group to schedule a free case evaluation. We understand the emotional challenges you face and will aggressively fight for your rights.

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Archive for the ‘paraplegia’ Category

Berkeley Injury Lawyers | Grad Paralyzed in Car Accident Walks for UC Diploma

Monday, May 16th, 2011
Berkeley Paralysis Lawyers
Paralyzed U.C. Berkeley student Austin Whitney used an exoskeleton to walk over and pick up his diploma. (Photo: ABC News)

A Cal student who was paralyzed four years ago in a car accident walked across the stage — with the help of an exoskeleton designed by engineering students — and accepted his diploma Saturday at commencement exercises in Berkeley.

•   Four years ago Austin Whitney, who had just graduated from high school, got behind the wheel after drinking with friends and crashed his vehicle into a tree. His spinal cord was instantly severed and he was paralyzed.

•   Whitney — who has told his cautionary story to thousands of high schoolers in several states — graduated from U.C. Berkeley on Saturday. He used an exoskeleton to walk over and pick up his diploma.

•   The device was developed by a team of engineering students. Whitney was on the team. They named the device after him.

Austin Whitney had just graduated from high school when his spinal cord was severed in a drunk driving accident in 2006. He was the drunk driver.

Whitney’s father told the Daily Californian that the teen had been partying with friends when he decided to get behind the wheel. A few blocks from home, he lost control of his vehicle and crashed into a tree. The impact instantly severed his spinal cord and rendered him paraplegic.

“If somebody told me four years ago that I’d be walking at this graduation, I would have never believed them in a million years,” Whitney told ABC News on Saturday. But Whitney persevered. He enrolled in a community college a week after the accident. The following semester he studied at U.C. Santa Barbara before transferring to U.C. Berkeley for his sophomore year.

Whitney shares his story at high schools so teens can see the risks of drinking and driving. He has spoken to over 40,000 students in three states so far, in hopes that other teens might learn from his mistake, the Daily Cal reported.

“If one does, that gives all of this purpose and meaning,” Whitney told the Berkeley newspaper.

Last fall, Whitney heard that some graduate engineering student were working with Professor Homayoon Kazerooni to develop an exoskelton that would be both affordable and easy for paraplegics to use in everyday life. He joined the team as a sort of consultant, trying the device repeatedly to advise them about what did and didn’t work.

Mechanical designer Wayne Tung told the Daily Cal that Whitney squeezes handles to tell the computer in the back of the exoskeleton what he wants to do. The computer relays the message to two motors that power the mechanism in the hip and knees. Whitney can even control what type of steps he wants to take — full, short, feet together, and so on.

“I know that machine like it is my own legs,” Whitney told ABC News. Nevertheless, he was nervous and excited about walking across the stage to accept his diploma. ”Everything over the last four years and all the emotions of it are really going to be climaxed in those two seconds,” he said.

When the big moment came, Whitney pressed a button on his walker that signaled the exoskeleton to step forward — and the crowd burst into cheers. The proud graduate got a little too excited and didn’t shift his weight properly, which meant he was able to take only a few steps. But he was not disappointed.

“I’m still speechless,” Whitney told the Daily Cal. “Less than fours years ago, I was in a hospital bed thinking I was going to die. I can think of no greater gift.”

The exoskeleton, which the team intends to put on the market, will cost about the same amount as a motorized wheelchair. It’s name? Austin.

The trial attorneys at Blackman Legal Group, a California-based law firm founded by renowned trial attorney Clifford Blackman, have been representing spinal cord injury victims for 35 years.  The nationwide toll-free number to call for a free consultation is 1-866-692-8126.

California Spine Injury Lawyers | Paraplegics Can Walk With Bionic eLegs

Thursday, October 14th, 2010

A battery-powered bionic exoskeleton called eLegs, unveiled last week by Berkeley Bionics, will allow many paraplegics to get out of their wheelchairs and walk again.

“To take my first step in the eLegs was just astounding because I bent my knee for the first time in 18 years,” said Amanda Boxtel, who has been paralyzed since a 1992 skiing accident. “And then I placed my heel on the ground. And then I transferred my weight and then I took another step and another one. It was so natural and that was what really gripped me.”

The controller for the battery-powered, rechargeable e-Legs system is mounted in a backpack, according to a cNet report. The robotic legs have motorized hips and knee joints, and crutches that use a gesture-based human-machine interface and sensors to observe the wearer’s moves and establish a gait that is natural for the user.

In order to use eLegs, candiates must be able to transfer themselves from their wheelchair into the device. Also, they have to be between 5-feet, 2-inches tall and 6-feet, 4-inches tall and weigh less than 220 pounds to fit into the device.

Berkeley Bionics initially made robotic exoskeleton legs (with Lockheed Martin) for the military. Those legs, called Human Universal Load Carrier or HULC, were designed to give soldiers superhuman strength so they could carry loads up to 200 pounds for extended periods.

The eLegs system allows users to walk in a straight line at speeds in excess of 2 mph, stand from a sitting position, stand for an extended period of time, and sit down from a standing position. Within a year, the company hopes wearers will also be able to make tight and wide turns. Berkeley Bionics CEO Eythor Bender told cNet the company hopes eLegs will cost around $50,000 — about half the price of high-end wheelchairs.

The trial attorneys at Blackman Legal Group, a California-based law firm founded by renowned trial attorney Clifford Blackman, have been representing injury victims since 1976, and have special expertise in cases involving catastrophic injuries.  The nationwide toll-free number to call for a free consultation is 1-866-692-8126.

California Spine Injury Lawyers | Researchers Regenerate Spinal Cord Nerves

Wednesday, August 11th, 2010
mice-spinalcordregeneration
(Photo: Wikimedia Commons/David Mcllwain/Victoria Hoke)

For the first time ever, researchers have found a way to regenerate functioning nerve tissue in the injured spinal cords of lab mice.  The breakthrough discovery could eventually lead to therapies that may reverse paralysis and loss of function caused by spinal cord injuries.

The new study, published online Sunday in Nature Neuroscience, was conducted by a research team from U.C. Irvine, U.C. San Diego and Harvard. Researchers successfully “turned back the clock” in a molecular pathway critical for the growth of corticospinal tract nerve connections, according to Science Daily. They accomplished the feat by deleting an enzyme called PTEN, which prevents healthy spinal cord nerve cells from regenerating after they have been damaged.

The idea for the research started with Zhigang He, a senior neurology researcher at Children’s Hospital Boston and Harvard Medical School. He discovered in 2008 that blocking PTEN in mice regenerated connections from the eye to the brain after optic nerve damage.

He then teamed up with Oswald Steward of U.C. Irvine and Binhai Zheng of U.C. San Diego to try the same approach on injured spinal cord nerves.

“Until now, such robust nerve regeneration has been impossible in the spinal cord,” Steward said. “Paralysis and loss of function from spinal cord injury has been considered untreatable, but our discovery points the way toward a potential therapy to induce regeneration of nerve connections following spinal cord injury in people.”

Science Daily notes that a spinal cord injury the size of a grape can lead to paralysis and complete loss of function below the level of injury.

“All these lost functions could be restored if we could find a way to regenerate the connections that were damaged,” Steward said.

The same research team is now studying whether deleting the PTEN will actually restore motor function in mice with spinal cord injury. If it does, they will look at the optimal timing and drug-delivery system for the therapy, according to the Science Daily report.

The trial attorneys at Blackman Legal Group, a California-based law firm founded by renowned trial attorney Clifford Blackman, have been representing injury victims since 1976, and have special expertise in cases involving spinal cord injury.  The nationwide toll-free number to call for a free consultation is 1-866-692-8126.

Carlsbad Spine Injury Lawyers | Lacrosse on Wheels

Monday, June 21st, 2010

There’s a new game in town. The nation’s first wheelchair lacrosse league started 16 months ago in San Diego, California, and it’s opening new doors for paraplegics, according to organizer Ryan Baker.

“Everything I’ve done before this — snow skiing, hitting golf balls, sailing, surfing — it’s all individual sports or activities,” Baker told the San Diego Union-Tribune. “Lacrosse is a team-oriented game, and it’s all about working together, developing relationships and learning more about myself through the other players. I really like that.”

A car accident crushed Baker’s spinal cord 20 years ago. Less than a year later he was playing golf from a specially designed wheelchair-golf cart. He sails with Challenged America, an adaptive sailing program for people with disabilities. He surfs using a modified body board, and snow skis on a monoski with a seat. And he is a top-level wheelchair tennis player.

He came up with the idea of adapting lacrosse to a tennis court.

“I thought, if I’m pushing (a wheelchair) with a tennis racket in my hand, what would keep me from using a lacrosse stick?” he explained to the Union-Tribune.

Within two weeks he had a team together. Soon there were a number of teams and now there is a league. Baker is working with the U.S. Lacrosse Association to develop a rulebook for the adaptive sport. There’s a page on Facebook and a channel on YouTube. For more information, visit the official Wheelchair Lacrosse website.

The trial attorneys at Blackman Legal Group, a California-based law firm founded by renowned trial attorney Clifford Blackman, have been representing injury victims since 1976, and have special expertise in cases involving spinal cord injury.  The nationwide toll-free number to call for a free consultation is 1-866-692-8126.

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Spinal cord injury caused by speeding driver with only a $50,000 policy.

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Berkeley Injury Lawyers | Grad Paralyzed in Car Accident Walks for UC Diploma