Tag: neurological rehabilitation

  • Emilia Clarke Reflects on Brain Hemorrhages and Long Road to Recovery 15 Years Later

    Emilia Clarke Reflects on Brain Hemorrhages and Long Road to Recovery 15 Years Later

    Actress Emilia Clarke has spoken candidly about the lasting impact of the two brain hemorrhages she suffered in her twenties, revealing how the life-threatening medical emergencies affected her physical and emotional well-being long after she appeared to have recovered.

    Speaking at the inaugural Variety Power of Women: London event, where she was honored for her advocacy work, Clarke reflected on the challenges she faced following brain hemorrhages in 2011 and 2013. The actress, best known for her role as Daenerys Targaryen in the hit television series Game of Thrones, said it took years before she was able to fully understand and accept what she had experienced.

    Clarke explained that she initially kept her diagnosis private because she felt overwhelmed and ashamed, admitting she struggled to comprehend the severity of her condition at the time. Although she was able to return to work quickly after both incidents, she later realized that surviving the hemorrhages did not mean she had fully healed.

    The 39-year-old actress revealed that she spent years dismissing symptoms including chronic fatigue, hormonal issues, anxiety, unexplained body pain, and episodes of blacking out during demanding filming schedules. Believing these challenges were simply the result of stress and a hectic career, she said neither she nor her doctors initially connected them to the long-term effects of brain trauma.

    Looking back, Clarke said she now understands that brain injuries are far more complex than many people realize and that recovery often continues long after a patient appears physically healthy. She noted that many survivors struggle with invisible symptoms that can significantly affect their quality of life.

    Her personal journey inspired the creation of SameYou, a charity dedicated to improving rehabilitation and support for people recovering from brain injuries and strokes. Clarke said the organization has built a community of tens of thousands of survivors who often describe recovery as a lonely and uncertain process.

    The actress also credited neuroscientist David Putrino and his work at Mount Sinai Hospital with helping her regain the energy and optimism she once had in her twenties.

    During her speech, Clarke emphasized the profound connection between brain health and personal identity, noting that brain injuries can leave survivors questioning who they are and whether they will ever feel like themselves again. Through her advocacy, she hopes to raise awareness about the hidden challenges of recovery and encourage greater support for those living with the long-term effects of brain trauma.

  • Breakthrough Brain Therapy Helps Paralyzed Patients Walk Again

    Breakthrough Brain Therapy Helps Paralyzed Patients Walk Again

    Breakthrough Brain Therapy Helps Paralyzed Patients Walk Again

    A groundbreaking study has demonstrated that deep brain stimulation (DBS) could restore mobility in patients with spinal cord injuries. Conducted by researchers at EPFL (Swiss Federal Institute of Technology Lausanne) and Lausanne University Hospital in Switzerland, the study has given new hope to individuals with paralysis.

    Unveiling a Surprising Target for Stimulation

    Unlike previous DBS treatments, which focus on areas of the brain associated with movement disorders like Parkinson’s disease, this therapy targets the lateral hypothalamus—a region traditionally linked to sleep and appetite. The results, published in Nature Medicine, highlight a new understanding of the brain’s role in locomotion.

    Lead researcher Dr. Jocelyne Bloch, a neurosurgeon at Lausanne University Hospital, described the dramatic impact of the therapy. “Once the electrode was in place and stimulation began, the first patient immediately reported, ‘I feel my legs,’” Bloch said. The stimulation even triggered an instinctive desire to walk, a breakthrough moment for the team.

    Patients Experience Restored Mobility

    One participant, 54-year-old Wolfgang Jäger from Austria, suffered a spinal cord injury in 2006 that left him wheelchair-bound. After undergoing DBS therapy, Jäger regained the ability to walk short distances and perform everyday tasks like reaching for items in his kitchen.

    “Last year on vacation, it was no problem to walk a couple of steps to the sea using the stimulation,” Jäger shared in the press release.

    Even more promising, patients reported lasting improvements in mobility, even when the stimulation was turned off. Researchers attribute this to a reorganization of nerve fibers, further enhancing motor abilities.

    Combining Brain and Spinal Stimulation

    Looking ahead, the researchers plan to integrate DBS with spinal implants to develop a comprehensive recovery strategy for individuals with spinal cord injuries. Dr. Grégoire Courtine, professor of neuroscience at EPFL and co-director of the NeuroRestore center, said, “Our findings show that this approach induces a lasting reorganization of nerve fibers, leading to sustained recovery.”

    Courtine and his team aim to build on this dual approach to push the boundaries of paralysis treatment further.

    Expert Reactions

    Dr. Ann Murray, director of the Comprehensive Movement Disorder Clinic at WVU Rockefeller Neuroscience Institute, called the findings “surprising and exciting.” She emphasized that advancements in DBS therapies have the potential to revolutionize treatment for neurological injuries.

    “The brain communicates via electrical signaling, and technologies like deep brain stimulation help restore normal connectivity,” Murray said. “The potential for these technologies is truly endless.”

    A Path Toward Precision Medicine

    While the research shows immense promise, experts acknowledge its limitations. As the therapy is highly specialized, widespread application may require further refinement. However, this breakthrough highlights the potential of precision medicine in restoring mobility and transforming lives.

    This innovative use of deep brain stimulation offers hope to millions affected by paralysis, marking a major step forward in neuroscience and rehabilitation therapies.

    Source : Swifteradio.com