All articles tagged with #amputation
A Scottish woman with type 1 diabetes developed sepsis after stepping on a dog biscuit, leading to three emergency surgeries and the amputation of her right leg; now a full-time wheelchair user, she is rebuilding her life and urging better foot care and diabetes awareness.
A 13-year-old Kerrville, Texas, girl named Kaydin Ruiz developed life-threatening flu complications when influenza led to a severe strep pneumonia infection that caused clotting and organ failure, resulting in the amputation of three limbs; she remains hospitalized at Texas Children’s Hospital as her family raises awareness of flu risks and doctors urge vaccination to prevent such severe outcomes.
A 13-year-old Kerrville girl developed septic shock and multi-organ failure after influenza and a strep infection, leading to the amputation of three limbs. Her family is sharing her story to raise awareness and emphasize vaccination to help prevent similar outcomes.
Manjit Sangha, a 56-year-old Punjabi-origin woman from the West Midlands, fell critically ill last July after her family’s dog licked a minor wound; within 48 hours she was in a coma and doctors believe sepsis entered her bloodstream. She underwent quadruple amputations (both legs below the knee and both hands), lost her spleen, and battled pneumonia and gallstones. After 32 weeks in hospital she has returned home and is fundraising for advanced prosthetics, with over £22,000 raised so far. Medical experts say such infections are rare but can escalate rapidly.
A 56-year-old UK resident, Manjit Sangha, developed a rapid, life-threatening septic shock—possibly after a dog lick—that led to coma and the removal of her spleen and all four limbs. After 32 weeks in hospital, she was discharged home and is pursuing prosthetics; a GoFundMe has raised about £34,000 (~$45,000) to support her recovery and return to work.
Manjit Sangha, a 56-year-old pharmacy worker from Wolverhampton, spent 32 weeks in hospital fighting sepsis, surviving six cardiac arrests and pneumonia, after doctors suspect an infection from a dog licking a small wound. The ordeal resulted in the amputation of both hands and legs below the knee. Now home and together with her husband Kam, she is fundraising for advanced prosthetics, with GoFundMe and Screwfix workplace campaigns raising over $27,000 for robotic hands and related care.
A three-legged puppy named Candy, found in a Thai jungle and rescued by Happy Doggo, was given medical care and a loving home in Spain after overcoming her initial fears and hardships, including living alone in the wild.
A 19-year-old college student, Ketia Moponda, mistook a severe bacterial infection for the flu, leading to meningococcal septicaemia that caused her to have her legs and fingers amputated. She survived after intensive treatment and is now advocating for awareness and confidence despite her disabilities.
Lily McGarry, a 24-year-old Cardiff medical student and triathlete, faced life-threatening sepsis that led to the amputation of all her limbs after a misdiagnosed flu-like illness resulted in two heart attacks and a coma. Despite her challenges, she remains positive and is exploring adaptive sports to regain her active lifestyle.
New research published in Nature Neuroscience challenges long-held beliefs about brain plasticity, showing that the brain's body map remains stable even years after amputation, which has significant implications for treating phantom limb pain and developing prosthetic technologies.
A recent study published in Nature Neuroscience challenges the long-held belief that the brain's body map reorganizes after limb amputation. Instead, the research shows that the brain's representation of the missing limb remains stable for years, which has significant implications for understanding phantom limb sensations and developing prosthetic technologies. The findings suggest that therapies targeting brain map reorganization may be ineffective, and future approaches should focus on nerve signaling and brain-computer interfaces.
A new study published in Nature Neuroscience challenges the long-held belief that the brain's body map reorganizes itself after limb amputation. Researchers found that the brain's representation of the missing limb remains stable even years after amputation, which has implications for understanding phantom limb sensations and developing prosthetic technologies. The findings suggest that therapies targeting brain map reorganization may be ineffective, and future approaches should focus on nerve signaling and brain-computer interfaces.
A study shows that the brain's map of the body remains unchanged even years after amputation, challenging previous beliefs about brain reorganization and providing hope for brain-computer interfaces and phantom limb pain treatment.
A recent study challenges the long-held belief that the brain's map of the body reorganizes significantly after amputation, showing instead that the brain maintains the circuits for the missing limb even years later, which has implications for future treatments like prosthetics.
A recent study challenges the long-held belief that the brain's body map reorganizes after limb loss, showing instead that the primary somatosensory cortex remains stable even years after amputation, which could impact prosthetic development and pain treatment.