CEREBRAL PALSY

This study tested a special intensive therapy program for children aged 2-6 with severe brain damage or cerebral palsy. The program aimed to improve the child's daily living skills and help parents feel more empowered. 93 families took part, and researchers measured changes in th…

This study tested whether a single infusion of a child's own stored umbilical cord blood could improve movement in children with spastic cerebral palsy. 63 children aged 1 to 6 years received either cord blood or a placebo, and their motor skills were measured over a year. The go…

This study tested whether multisensory environment stimulation therapy can improve postural control in children aged 9-12 with spastic hemiplegic cerebral palsy. 38 children participated, and the therapy involved exposing them to various sensory stimuli (like lights, sounds, and …

This study looked at whether a home-based exercise and education program helps children with cerebral palsy recover better after leg tendon release surgery. Forty children aged 4-18 who could walk (with or without aids) took part. Researchers measured pain, fear of movement, bala…

This study looked at 44 very preterm babies (born before 28 weeks) to see if their brain waves and general movements could predict cerebral palsy. Researchers stimulated the babies' hands or feet and measured brain activity. The goal was to improve early diagnosis of cerebral pal…

This study tested a new training program to help infants and toddlers with cerebral palsy move better. 42 children aged 12-36 months took part. The program aimed to improve gross motor skills and balance compared to standard care.

This study looked at whether a robotic device called Lokomat can improve walking in 59 children and young people with movement disorders from brain injuries. The robot helps guide their legs during walking exercises. Researchers measured changes in walking speed, step length, and…

This study looked at whether Nordic walking—walking with poles like ski poles—can help children with hemiparesis (weakness on one side) due to cerebral palsy walk more symmetrically. Forty children aged 6 to 10 took part. Researchers used video software to measure walking pattern…

This small study tested a home-friendly robotic walking trainer that uses sound cues to help adults with cerebral palsy improve their walking. Five participants completed 6 training sessions, and researchers measured walking speed, endurance, and joint movement. The goal was to s…

This study tested whether wearing a special pressure sleeve for 6 months could improve hand function in children with cerebral palsy. The study included 101 children aged 5 to 10 years. The sleeve was designed to provide gentle pressure to the arm, and the researchers measured ch…

This study tested a 3-week intensive walking program for 7 children with cerebral palsy (ages 2-12). The program focused on improving how well they could move, perform daily activities, and take part in everyday life. Researchers measured changes in motor skills, muscle activity,…

This study looked at two different exercise programs for children with spastic diplegia, a type of cerebral palsy that affects the legs. Thirty children aged 3 to 5 were split into two groups: one did moderate-intensity training and the other did high-intensity interval training.…

This study compared robot-assisted walking training (Lokomat) with standard physical therapy and a combination of both for 68 children with cerebral palsy aged 5-18. The goal was to see which approach best improves walking skills, balance, and quality of life. Results will help f…

This study tested whether the drug valbenazine can reduce chorea (uncontrolled, jerky movements) in children and adults with cerebral palsy. 86 participants received either valbenazine or a placebo for 14 weeks. The goal was to see if the drug improves movement control and overal…

This study compared nerve gliding exercises (neural mobilization) to standard physical therapy in 40 children aged 5–18 with cerebral palsy and leg spasticity. The goal was to see if these exercises improve joint movement, pain, and daily function. Results may offer a new therapy…

This study tested whether shining a special light (photobiomodulation) on the calf muscles can reduce spasticity in children with cerebral palsy. Twelve children aged 2 to 18 received either real or placebo light therapy once a week for two months, alongside their usual care. The…

This study tested whether training the muscles used for breathing can help children with cerebral palsy breathe better, improve trunk control, arm function, and swallowing. Twenty children aged 5-18 with mild to moderate CP took part. The goal was to see if this simple, non-drug …

This small pilot study tested the Petö Method, a teaching-therapy approach, in 13 children aged 4-9 with cerebral palsy. The goal was to see if it could improve gross motor skills like walking, sitting, and using their arms and legs. Results showed meaningful improvements in move…

This study looked at whether injecting botulinum toxin into two leg muscles (rectus femoris and semitendinosus) can improve walking and reduce stiffness in children with cerebral palsy. Twenty-three children aged 7 to 17 who could walk (with or without aids) took part. Researcher…

This study tested an early, intensive therapy program (HABIT-ILE) for children aged 1 to 4 with bilateral cerebral palsy. The therapy focuses on improving both hand and leg function through structured play and exercises. Researchers measured changes in gross motor skills and dail…

This study tested a home-based therapy program that uses sensors to help children with cerebral palsy improve the use of their arms and hands. 29 children aged 6 to 12 took part. The program was delivered remotely, meaning families could do the therapy at home without traveling t…

This study tested a special balance training program for 30 children (ages 8-10) with hemiplegic cerebral palsy. The training uses unexpected movements to help kids improve their trunk control and balance. Researchers measured changes using a balance machine and a pediatric balan…

This small study tested a therapeutic ballet program for 9 children with cerebral palsy, ages 9 to 15. The goal was to see if adapted dance could improve coordination, posture, muscle strength, and thinking skills like memory and focus. The study focused on whether the program wa…

This study tested a home-based therapy program for infants and toddlers with cerebral palsy, where parents delivered daily exercises guided by a therapist. Twenty children aged 3 to 24 months participated over 18 weeks. The goal was to improve hand function and caregiver satisfac…

This study tested whether special video games that read muscle signals (EMG) can help children with cerebral palsy improve their walking. Thirty children aged 2 to 10 played these games while doing physical therapy. The goal was to help them better control their ankle muscles and…

This study looked at whether watching videos of movements (action observation therapy) can help children with cerebral palsy improve muscle stiffness, gross motor skills, balance, and daily participation. 36 children aged 5-13 with spastic diplegia or hemiplegia took part. The th…

This study tested whether combining virtual-reality cycling with non-invasive brain stimulation could improve arm and hand function in children and teens with cerebral palsy. Thirty-six participants aged 5 to 20 completed the training. The goal was to see if these techniques coul…

This study tested a home-based program for children with cerebral palsy who have trouble chewing. Twenty-two kids did chewing exercises, and half also watched videos of chewing actions at home with a therapist's guidance. The goal was to see if the video training improved chewing…

This study tested whether playing motion-sensor video games (Xbox Kinect) could improve hand function and daily activity participation in 24 children aged 7-13 with hemiparetic cerebral palsy. Half received standard therapy plus gaming sessions, while the other half had standard …

This small study looked at whether metformin, a diabetes medicine, is safe and practical for children aged 5 to 18 with cerebral palsy. Only 3 children took part, and the main goal was to see if families would join and stick with the treatment. Researchers also checked if metform…

This study tested whether a 6-week home-based virtual reality exercise program is acceptable and beneficial for young people with cerebral palsy who are overweight and inactive. Four participants used a head-mounted display and off-the-shelf games to exercise. Researchers measure…

This study tested a 12-week exercise program set to music for 108 adults with physical disabilities like spinal cord injury, stroke, or multiple sclerosis. Participants were randomly assigned to the music exercise group or a waitlist. The goal was to see if the program improved h…

This study tested a new type of leg brace designed to help children with cerebral palsy and other movement disorders walk more easily. The brace was adjustable to fit each child's needs. Researchers measured how well children walked with the brace by looking at knee angle, walkin…

This study tested whether giving the steroid dexamethasone during a nerve block could extend pain relief after ankle or foot surgery in children. 90 children took part. The goal was to see if it delays the first need for strong pain medicine and reduces overall opioid use.

This study tested a treatment called functional electrical stimulation (FES) in 11 children aged 3-6 who had a stroke around birth and have trouble using one arm. FES uses small electrical currents to help weak muscles move, allowing kids to practice reaching and grasping. The go…

This study tested a high-intensity home exercise program for children with cerebral palsy, using rhythmic movements to music adapted for wheelchair users. 42 children aged 6-17 participated. The goal was to see if this fun, accessible program could improve cardiorespiratory fitne…

This study looked at why walking takes so much energy for children with cerebral palsy. Researchers measured oxygen use in 34 kids while they walked on a treadmill with and without support. The goal was to understand the extra effort needed for balance and stability, which could …

This study looked at 126 children and young adults (up to age 25) with serious, non-progressive brain conditions like cerebral palsy or traumatic brain injury. Researchers wanted to understand when and how a pediatric palliative care team first gets involved. The goal is to impro…

This study looked at how young children with Down syndrome, cerebral palsy, or other motor delays first use mobility devices like a bodyweight support system and a powered wheelchair. Researchers measured how much of a play space the children explored and their muscle activity. T…

This study looked at why people swing their arms when they walk, especially in people with conditions like multiple sclerosis, stroke, or Parkinson's disease. Researchers had 25 participants walk on a special treadmill to measure how arm movement relates to body motion. The goal …

This study looked at whether a new device can reliably measure knee muscle strength and electrical activity in 20 children with cerebral palsy, aged 5 to 16. The goal was to see if the tool works well in a clinic. The study did not test a treatment, but rather aimed to improve ho…

This study looked at 60 parents of infants at high risk for cerebral palsy, such as premature babies or those with certain brain injuries. Researchers measured parental stress, satisfaction, and how often families used healthcare services during the first two years after the baby…

This study tested a new group program called ENCOMPASS for parents and carers of children under 5 with complex neurodisability, like cerebral palsy. Fifteen parents in East London attended ten group sessions led by a healthcare professional and a parent with lived experience. The…

This study looked at whether doing virtual reality exercises with other people (multi-player) is more motivating than doing them alone. It included 86 participants: healthy teens, children and adults with movement problems, and older adults with breathing conditions. The goal was…

This study looked at how anxiety relates to balance, muscle tightness, and daily function in 40 children with cerebral palsy aged 4 to 8. Researchers measured anxiety levels, spasticity, and balance using standard tests. The goal was to understand if anxiety makes movement proble…

This study followed 60 babies at high risk for cerebral palsy from birth to 18 months old. Researchers used wearable sensors and robotic tools to measure how the infants learned to move—from early kicks to crawling and walking. The goal was to understand how motor skills develop …

This study looked at 40 children with cerebral palsy to see if the quality of their early movements as babies could predict their motor skills later in childhood. Researchers used video recordings of the babies' movements and compared them to a standard test of gross motor functi…

This study tested whether a device that tracks heart rate changes (called the Analgesia Nociception Index) can detect pain in 17 children with cerebral palsy. The children were watched during painful procedures like injections and physical therapy. The goal was to see if this too…

This study followed 188 children who had seizures shortly after birth to see how they develop over time. Researchers measured thinking skills and daily living abilities to find risk factors for disabilities like cerebral palsy or intellectual disability. The goal is to better und…

This study looked at tiny nerve fibers in the skin of 203 children to establish normal values and see if children with neurodevelopmental disorders (like mitochondrial disease, cerebral palsy, or developmental delay) have fewer nerve fibers, which could cause pain or autonomic pr…

This study looked at 53 children with cerebral palsy (ages 8-18) to understand how trunk control and balance are connected to arm function. Researchers measured sitting balance, upper limb skills, and standing balance using standard tests. The goal was to gather knowledge to help…

This study looked at how well children with cerebral palsy (CP) can sense the position of their trunk (the main part of the body). Researchers measured trunk control and how it relates to daily independence in 78 children aged 6 to 12. The goal was to better understand these conn…

This study tested two community-based wellness programs for 130 adults with disabilities such as spina bifida, cerebral palsy, spinal cord injury, or traumatic brain injury. Researchers measured changes in health, mood, quality of life, and healthcare costs over up to 24 months. …

This study involved 20 children with cerebral palsy to measure how quickly they react and move in response to lights and symbols. Using special sensors and cameras, researchers tested these abilities before and after rehabilitation treatments like occupational therapy. The goal w…