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Category Archives: Cerebral Palsy

Cerebral palsy – Doctor NDTV

Posted: September 2, 2017 at 7:44 am

Tue,14 Dec 2004 05:30:00

Cerebral palsy is a group of disorders resulting from brain damage that occurs before, during or shortly after birth. It is characterised by loss of movement and nerve functions. Those affected by it have problems in mobility (crawling, creeping, walking), use of hands (eating, writing, dressing) and communication.

Tue,14 Dec 2004 05:30:00

Tue,14 Dec 2004 05:30:00

Tue,14 Dec 2004 05:30:00

Tue,14 Dec 2004 05:30:00

Early diagnosis is important so that the child can be given help in the early years of development. Regular visits to the doctor are thus important, who confirms the diagnosis with detailed questions about the child’s abilities, behaviour and observing the child’s muscle coordination and posture. The paediatrician may on his discretion order the following tests such as the MRI, CTscan, blood and urine tests, BERA and VEP to check the hearing and vision, amongst other things. If there is the suspicion of epileptic fits, EEG or electroencephalography to detect their presence may be done.

Tue,14 Dec 2004 05:30:00

Above all, the parents need to understand and come to terms with the problem that their child has, in order to help him in the best possible way. They can join a support group (like the

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Cerebral palsy teen’s bullock was as quiet as a lamb at Limerick Show – Limerick Leader

Posted: at 7:44 am

THERE was no better handler of cattle at Limerick Show than 16-year-old Jason Teague.

While many grown men and women struggled with headstrong heifers and belligerent bulls, Jason was calmness personified, just like his pedigree bullock.

When the Leader asked if we could take a photograph, Jason manoeuvred his wheelchair around, untied his Limousin X bullock from the gate and led him over like an old Labrador.

Jason, who has cerebral palsy, is on a winning streak.

I got champion at Mohill Show last week and reserve champion at Iverk Show on Saturday, said James, from Abbeyshrule in County Longford.

No sooner were they home from Kilkenny that night they were planning for Limerick Show on the following morning.

I was up at 5am and we left for Limerick Show after 6am. Ive been going to shows all my life, said Jason, who has no fear of holding on to an animal weighing over 500kgs.

He is as quiet as a lamb, smiles Jason, who was dressed in the show persons uniform of crisp white shirt, tie and trousers.

He keeps a close eye while his bullock is shown in the ring. Sadly his prized possessionwas out of the places at Limerick Show but Jason really enjoyed his day in the thick of the action.

His mum, Jacinta said she and husband James are very proud of Jason. Grandmother, Maureen, also made the journey to Limerick Racecourse.

Jason loves cattle and shows, absolutely loves it – thats his hobby. We had a great day at Limerick Show. It is a long journey and an early start but he doesnt mind once he is going with his bullock. He was awake at 5am and has to wear his whites.

He holds the animals halter while we comb and wash the bullock. Itwould stand for him because he is an auld pet and is used to Jason. Jason has been around him since he was a calf, said Jacinta.

And the bond between boy and gentle beast was there for all to see.

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Homestead’s Bedwell overcomes cerebral palsy to continue soccer … – WANE

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Massena teen with cerebral palsy donates hair through ‘Locks of Love’ – North Country Now

Posted: August 27, 2017 at 3:41 am

Massena teen with cerebral palsy donates hair through Locks of Love

Saturday, August 26, 2017 – 8:27 am

MASSENA A Massena teen with cerebral palsy recently decided to give back by donating her hair.

Madison A. Coller, 14, donates her hair when it gets 12 inches long, her parents said in an email. Madison is the daughter of Beck Tessier and Jason Coller.

We have donated three times already and this will make the fourth time, the email said.

We have donated her hair to Locks of Love in the past but this year we decided to donate it to a different foundation called Wigs For Kids. They are both great foundations which help children that have lost their hair due to cancer or illness. We couldnt be more proud of Maddie. Maddie is in Girl Scout Troop 50403 and the Wigs For Kids foundation is sending her a Girl Scout patch for donating her hair.

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Babytalk: Cerebral Palsy – ABC Local

Posted: at 3:41 am

Every 15 hours a child is born in Australia with cerebral palsy. Considering Australian children are three times more likely to suffer from cerebral palsy than a childhood cancer, this is a disability that needs all our support. Cerebral palsy is an umbrella term that refers to a group of disorders affecting a persons ability to move it’s due to damage to the developing brain either during pregnancy or shortly after birth.

In Australia one in every 500 babies is born with cerebral palsy, it’s a permanent, lifelong condition caused by injury to the brain, with no known cure but new research into early detection and early intervention techniques working with babies very adaptable and developing brains have shown very hopeful results in Australia.

In this week’s Babytalk podcast we are going to meet Professor Iona Novak Head of Research at Cerebral Palsy Alliance and one of their shining stars: Ben Tudhope an Australian Paralympian who competed in para-snowboard cross at the 2014 Winter Paralympics in Sochi. His selection at the age of 14 meant that he became Australia’s youngest Winter Paralympian. He was the youngest competitor at the 2014 Winter Paralympic Games from any country. Ben has hemiplegia on the left side of his body and damage connecting nerve tissue vital for movement. He attends Shore Grammar School SCEGS and is 17 years old.

This is a podcast about the research being done at the Cerebral Palsy Alliance and the hard work being done by families living with the effects of cerebral palsy and a determination to never give up.

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‘I’m getting over hating myself’: how to front a punk band with cerebral palsy – The Guardian

Posted: at 3:41 am

People often assume that the lead singer of Culture Abuse is wasted. In fact he has cerebral palsy. They think Im fucked up no matter what, says David Kelling, so Ill just act like Im partying to make people more comfortable.

Kellings disability affects his movement on the right side of his body he walks with a limp and often finds it hard to get on and off stage. His five-piece band signed to Epitaph in June and have been in Europe since they supported Green Day in Hyde Park in July, at the personal request of lead singer Billie Joe Armstrong; this weekend they play the Reading and Leeds festivals.

We meet as they begin their UK tour they are relying on friends for places to crash between shows. Lining up pints of Guinness, Kelling explains that cerebral palsy, a condition that reduces muscle strength and motor skills, affects everything in his life. People stare at him on the street, he learned to play the guitar with his fingers because he cant hold a pick, and almost every venue he plays at has stairs that are difficult for him to navigate.

The bands latest album, Peach, released last year, was about various issues in the band members lives. Our rent kept going up, one of our friends died, theres a drought in California, and my mum has a terminal heart condition. But our fans kept saying how positive it was, says Kelling, smiling. Originally from San Francisco but now living in LA, he says it feels weird to be in Europe, writing cute love songs when the US is in political turmoil, but believes that as a band they offer hope. Last weeks tweet proclaiming fuck Donald Trump and fuck racism lays out their political stall.

So Busted, the bands latest single, is seemingly about the pain of liking someone who doesnt like you back, but Kelling, who says hes still getting over hating myself, explains its also about his insecurities.

He wrote it when he started seeing his girlfriend. She is the most beautiful woman I have ever seen, but I still question why she is with me, [because] Ive never seen the kid with the disability get the girl, he says. Id keep asking: Are you sure? Is it just because the bands doing good?

Kelling says he is happy to be an ambassador for disability. There are female musicians, there are black musicians almost everyone can find someone who is like them. But disabled people have no role models at all. There could be more, there should be more.

While there are campaigns for gender-neutral public bathrooms, Kelling argues that theres no equivalent for disabled facilities. Five flights of stairs to get to a venue how does someone in a wheelchair get up them? And who is talking about that? he asks. It never stopped me going to gigs when I was younger, but sometimes Id trip and fall and feel like I didnt want to be there anymore.

Kelling writes all the bands music, which he has previously described as the Clash and the Ramones mixed with some Nirvana, but says it took him until the age of 30 to be confident to go public with it. He now wants to fight the media narrative of a normal human, then you have a disabled person and show parents that their kid can be a hero too.

He is confident that he will be the only disabled frontman to perform at Reading and Leeds this weekend. I was always afraid of singing, he says. But I feel like a freak anyway, so I may as well get up on stage in a dirty T-shirt, spit all over myself and just embrace it.

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Robotic Exoskeletons Show Promise As Tool to Help Kids with … – Scientific American

Posted: August 25, 2017 at 5:43 pm

In the first clip, the boy appears to drag his feet as he walks, while his kneesparticularly the left onestay bent throughout his steps.

In the second clip, his knees remain bowed inward. But his legsnow clad in a robotic exoskeletonswing more as they move, and his feet lift off the ground and his knees bend and flex in time with his step.

The boy is one of seven children with cerebral palsy who were outfitted withexoskeletonsin hopes that the robotic devices could improve their crouched posture, making it easier for them to take simple steps. Those steps will otherwise become more difficult over time; 50 percent of people with cerebral palsy stop walking when they reach adulthood.

Ina studypublished Wednesday in the journal Science Translational Medicine, researchers reported that the exoskeletons helped most participants straighten their legs as they walked, alleviating the permanent knee bend that causes the crouching disorder known as crouch gait. The researchers also found that while the exoskeletons provided support when it was needed, participants were still in control of their own steps.

The study was an initial attempt to show that exoskeleton technology should be explored further as a tool to help children with cerebral palsy maintain mobility, said Thomas Bulea, a biomedical engineer at the National Institutes of Health and one of the papers authors. Now, researchers want to determine whether long-term use of the exoskeleton, including outside of a research setting, could ease crouch gait even when the exoskeleton isnt being worn. The hope is that such extensive training could enable people with cerebral palsy to walk on their own for much longer.

We want to transfer the walking patterns we see with the exoskeleton to walking without the exoskeleton, Bulea said. If we can correct or treat this crouch gait at a young age, then throughout their life, we may be able to increase their mobility.

Cerebral palsy is a neurological condition that leads to problems with movement and coordination. With crouch gait, children can often walk on their own, adapting to taking steps in a crouched position. Its often treated with therapy, surgery, or injections that relax the knee flexors. But still, as people get older and get bigger, it becomes harder to walk.

The new research is a long way from showing that exoskeletons would be an effective clinical solution, and many outstanding questions remain.

For the study, researchers only recruited children who were still able to walk well independently. They want to investigate whether an exoskeleton could help children who have already lost more mobility, as well as with children with other conditions that lead to mobility problems, such as spina bifida or muscular dystrophy.

It may be useful for some of those kids, but more severe kids may not benefit, said Dr. Bruce Dobkin, the director of the UCLA Neurological Rehabilitation and Research Program, who was not involved with the study.

Moreover, there is the concern that exoskeletons may not help preserve mobility as children age. That has also been the case with some surgeries and medications, Dobkin said. In those cases, the interventions may not be worth the effort or cost, in part because children have an amazing ability to compensate and walk with gait problems while they are still ambulatory, he said.

Still, those are concerns that a longer and larger study could help answer. In this study, six of the seven participants saw improvements in their crouch gait and knee extension, gaining an average of about 13 degrees in knee angle as they stepped. The children also saw improvements over the course of their training sessions, which Bulea said suggests that further gains may be possible with additional exoskeleton use.

The researchers hope that they can refine the exoskeletons so they can be worn outside the lab. That could provide the amount of training necessary to extend benefits even when the device isnt being worn.

The study is one of the first attempts to bring exoskeleton technology to children and adolescents. So far, exoskeleton trials have largely been aimed at restoring movement in adults who were paralyzed after a stroke or spinal injury, including the exoskeleton-wearing man who kicked a soccer ball at the start of the 2014 World Cup.

In those cases, patients needed the exoskeleton to restore lost movement. But in the new study, the exoskeletons were being used in an attempt to assist children who remain ambulatory and who could still control their own steps. Importantly, the researchers found that the participants maintained their muscle activity while wearing the device.

That shows us that these participants were working with the exoskeleton rather than offloading the knee extension to the robot, Bulea said.

Republished with permission fromSTAT. This articleoriginally appearedon August 23, 2017

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Cerebral Palsy –

Posted: at 5:43 pm

Cerebral Palsy

Cerebral palsy, or CP, is a chronic neurological disorder that impairs body movement, coordination, and balance. The condition appears in infancy or early childhood, with most cases diagnosed by the time a child turns three. It is the most common motor disability in childhood, and around 764,000 children and adults are currently living with CP in the U.S.

Cerebral palsy does not always cause impaired cognitive ability. However, as many as 50% of all children living with CP have some level of cognitive impairment requiring additional levels of care.

Cerebral palsy is not life-threatening or contagious. Although there is currently no cure for the disorder, there are many treatments that can improve a patients motor capabilities and quality of life. With the exception of severe cases, most children with CP live long lives.

Cerebral palsy is caused by a non-progressive brain injury or malformation that occurs while the brain is developing. Most cases of CP result before a child is born, but in some instances, a young child can develop the condition as a result of brain damage from an accident or an infection that inhibits proper blood flow.

Symptoms of cerebral palsy vary. At its core, the condition causes physical impairment and difficulty with motor skills. With the exception of severe cases, most children will not show symptoms immediately after birth, meaning CP is usually diagnosed in early childhood. The most obvious sign of CP is issues with developmental milestones, such as sitting up and crawling.

In general, patients with CP can find it difficult to move their arms, legs, or face. Depending on the individual, they may experience issues with one limb, a combination of limbs, or all their limbs. The brain disorder is consistent and will not worsen with age.

If your child shows any symptoms of CP or other developmental issues, it is important to speak to a doctor as soon as possible. An early diagnosis can lead to better treatment and intervention programs that can improve quality of life.

There is no single test to diagnose cerebral palsy, so confirming the disorder takes time. Most cases are diagnosed between the ages of 18 months and two years. Some doctors and specialists will not make an absolute decision until full the brain is fully developed between the ages of three and five.

Doctors diagnose CP by taking into account the full developmental status of the child, and considering where he or she stands with developmental milestones and average growth charts. The doctor will test various body functions, examining reflexes, muscle tone, coordination, fine and gross motor skills, posture, balance, and oral motor function.

After being assessed by his or her primary pediatrician, the child may be referred to a specialist for further tests. Neurologists can use CT scans and MRIs to analyze the brain and rule out other conditions before determining if the child has CP.

Doctors will often classify CP by severity level, identified as mild, moderate, or severe. This is determined by the amount of assistance and treatment the patient will need. Doctors also classify cerebral palsy by the symptoms it causes. These types include:

In addition to classifying the condition and its severity, the doctor will determine how CP affects the childs muscle tone. Hypotonia CP describes patients with low muscle tone and loss of strength, while hypertonia CP describes high muscle tone and rigid limbs.

Treatment for CP varies by type, so these classifications are important for ensuring the child gets the treatment they need.

Cerebral palsy is a chronic condition and cannot be cured. Although there is currently no cure, there are many ways to treat the disorder and improve the patients prognosis and quality of life.

Once a child is diagnosed with cerebral palsy, a team of doctors will prepare a treatment plan. Typically, a number of specialists contribute to the care of a CP patient, including a pediatrician, pediatric neurologist, physical therapist, orthopedic surgeon, speech-language therapist, developmental therapist, mental health specialist, and social worker. This is determined on a case by case basis.

Treatments vary based on specific symptoms, but can include a combination of therapies and medications, such as:

Cerebral palsy is one of the most common disabilities in children, with about three in every 1,000 children diagnosed with the condition. In the U.S., there are currently around 500,000 children under the age of 18 living with CP. Cerebral palsy is seen more often in boys than in girls, and tends to affect African Americans more than white or Hispanic children.

Spastic CP is the most common type of the disorder, affecting as many as three quarters of all patients. This has been relatively consistent over the past few decades.

Recent studies indicate that over half of all patients with CP are able to walk independently, and another 12% can walk with the use of a mobility device like crutches or a cane. With proper treatment and therapies, cerebral palsy can be effectively managed, so its important to speak to a doctor to learn about your options if your child is showing symptoms of CP.

Cerebral Palsy –

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Robotic exoskeletons improve mobility for kids with cerebral palsy – Engadget

Posted: at 5:43 pm

The exoskeletons are more than just a brace; they actively support a walking posture in kids with cerebral palsy without taking control away from the children themselves. The team wants to do more long-term studies to see if kids’ walking will improve over time by using the robotic assistive devices. They also want to see if using exoskeletons for gait training can improve natural walking, even without the exoskeleton. “We want to transfer the walking patterns we see with the exoskeleton to walking without the exoskeleton,” the NIH’s Thomas Bulea told StatNews. “If we can correct or treat this crouch gait at a young age, then throughout their life, we may be able to increase their mobility.”

Exoskeletons aren’t new, of course. Lowe’s has been testing prototypes to help workers lift heavy objects, Harvard has a soft unit that could help soldiers with heavy packs, Lockheed Martin has tested exoskeletons for the US Navy and Hyundai is looking for ways to make them less expensive. This is the first study to bring the concept to children with cerebral policy, however, and could end up helping tons of kids for their entire lives.

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Robot suit helps children with cerebral palsy to walk better | New … – New Scientist

Posted: at 5:43 pm

A step in the right direction

Functional and Applied Biomechanics Section, Rehabilitation Medicine Dept, National Institutes of Health Clinical Center

By Timothy Revell

If you are a child with the most common childhood physical disability, cerebral palsy, there is only a 50 per cent chance that you will still be able to walk as an adult. Robotic exoskeletons may just be about to change that.

Some clinics already have bulky robotic devices that support children with cerebral palsy so they can practise walking. But these are usually attached to a ceiling pulley system and so cannot be used at home.

The new device, developed at the National Institutes of Health in Maryland, is completely mobile. Sensors on the exoskeleton legs monitor each step, which is then processed by a computer housed in a backpack. At just the right moment, the exoskeletons actuators fire to give a muscular boost, improving posture and easing the strain.


Cerebral palsy is caused by damage to or abnormalities in the developing brain, which lead to movement difficulties. Though many children with cerebral palsy are able to walk, the condition often causes crouch gait, or overbending of the knees. This walking technique requires more strength and energy than would otherwise be necessary. As children grow up and become heavier, their muscles cannot keep up, sometimes leading to complete loss of their ability to walk.

If we can change crouch gait at a young age, we can maintain mobility into adulthood. Using the exoskeleton will only be temporary. We want them to be able to walk without it, says Thomas Bulea at the National Institutes of Health.

Seven children and young adults with cerebral palsy, ranging from 5 to 19 in age, used the device successfully, with none of them falling while using it. After six training sessions, all but one of those taking part saw improvements in their walking that were as good as or better than would be expected if they had had the corrective surgery that is often required. This can range from tendon lengthening to bone fusion.

There are so many children around the world who can be affected by technology like this, says Sunil Agrawal at Columbia University in New York. He also works on exoskeletons for cerebral palsy and created a lightweight model that uses cables to pull on the legs at the right moments. There are pros and cons with each style, he says. Im convinced that one needs to do long-term studies to really find the best approach.

However, one thing is clear: being able to use an in-home exoskeleton without support from therapists for 1 hour a day over the course of a year could give more children access to the sort of physical therapy that could keep them walking in later life.

Journal reference: Science Translational Medicine, DOI: 10.1126/scitranslmed.aam9145

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