Tag #Pediatric Cardiology

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palermo.repubblica.it

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Jul 17, 13:12

Taormina's Pediatric Cardiology Unit Fights for Survival

Facing potential closure, Taormina's pediatric cardiosurgery department seeks a national derogation to remain operational, prompting a complex negotiation involving the Papardo Hospital in Messina, the regional government, and the Bambino Gesù Institute in Rome, while navigating political pressure a...

Taormina's Pediatric Cardiology Unit Fights for Survival

Facing potential closure, Taormina's pediatric cardiosurgery department seeks a national derogation to remain operational, prompting a complex negotiation involving the Papardo Hospital in Messina, the regional government, and the Bambino Gesù Institute in Rome, while navigating political pressure a...

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What is the immediate impact of the Sicilian government's efforts to maintain the Taormina pediatric cardiosurgery department?

The Sicilian regional government aims to secure a national derogation to maintain its pediatric cardiosurgery department in Taormina, despite the Ministry of Health's request to relocate it to the Papardo Hospital in Messina. This follows a long-standing debate, involving multiple extensions and political pressure, to keep the specialized unit operational. The current plan involves a complex three-way agreement between the Papardo hospital, the provincial healthcare authority, and the Bambino Gesù Institute in Rome.

foxnews.com

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May 29, 13:13

2-Year-Old's Cardiac Arrest Highlights Rare Heart Condition, Leading to Novel Treatment

A 2-year-old Illinois boy suffered sudden cardiac arrest due to Brugada syndrome, a rare heart condition, prompting his mother to perform CPR and leading to the first-ever implantation of an EV-ICD in a child of this age at OSF HealthCare; the child now requires lifelong medication and careful monit...

2-Year-Old's Cardiac Arrest Highlights Rare Heart Condition, Leading to Novel Treatment

A 2-year-old Illinois boy suffered sudden cardiac arrest due to Brugada syndrome, a rare heart condition, prompting his mother to perform CPR and leading to the first-ever implantation of an EV-ICD in a child of this age at OSF HealthCare; the child now requires lifelong medication and careful monit...

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What are the key takeaways from this case regarding the diagnosis, treatment, and implications of Brugada syndrome in young children?

A 2-year-old boy in Illinois experienced sudden cardiac arrest, diagnosed as Brugada syndrome, a rare condition causing irregular heartbeats. His mother, a clinical dietitian, performed CPR, saving his life. The child now has an implanted device to correct abnormal heart rhythms.

spanish.china.org.cn

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Apr 27, 10:11

World's Smallest Artificial Heart Successfully Implanted in Chinese Child

A 7-year-old in Wuhan, China, received a 45-gram magnetic levitation artificial heart, the world's smallest, solving a global problem in treating pediatric heart failure after a 5-hour surgery; the child is now stable.

World's Smallest Artificial Heart Successfully Implanted in Chinese Child

A 7-year-old in Wuhan, China, received a 45-gram magnetic levitation artificial heart, the world's smallest, solving a global problem in treating pediatric heart failure after a 5-hour surgery; the child is now stable.

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What is the significance of the successful implantation of a magnetic levitation artificial heart in a 7-year-old child in China?

A 7-year-old child in Wuhan, China, successfully received a world's smallest magnetic levitation artificial heart, weighing only 45 grams. The device, designed specifically for children, addresses a global challenge in treating pediatric heart failure. This minimally invasive procedure offers a significant advancement in pediatric cardiology.

es.euronews.com

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Apr 6, 13:18

Bioresorbable Mini-Pacemaker Revolutionizes Pediatric Cardiac Treatment

Northwestern University researchers created a bioresorbable, light-activated cardiac pacemaker smaller than a grain of rice (1.8mm x 3.5mm x 1mm), addressing the need for temporary pediatric cardiac pacing, implanted non-invasively via syringe and dissolving naturally after use.

Bioresorbable Mini-Pacemaker Revolutionizes Pediatric Cardiac Treatment

Northwestern University researchers created a bioresorbable, light-activated cardiac pacemaker smaller than a grain of rice (1.8mm x 3.5mm x 1mm), addressing the need for temporary pediatric cardiac pacing, implanted non-invasively via syringe and dissolving naturally after use.

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What are the potential future applications of this miniaturization technology beyond cardiac pacing?

The biodegradable nature of the device, composed of biocompatible materials, eliminates the need for a second surgery to remove it, reducing risks of complications such as infections or blood clots. The pacemaker's power source is a galvanic cell using body fluids, further contributing to its miniaturization and eliminating the need for batteries or receivers. This technology has broader applications in bioelectronics.

roma.repubblica.it

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Jan 14, 16:12

Minimally Invasive Heart Device Saves Five at Bambino Gesù Hospital

Five patients with severe congenital heart disease at Rome's Bambino Gesù hospital received innovative life-saving devices in a minimally invasive procedure, avoiding open-heart surgery and improving quality of life; this follows a compassionate use case in June 2023, and the devices now have CE mar...

Minimally Invasive Heart Device Saves Five at Bambino Gesù Hospital

Five patients with severe congenital heart disease at Rome's Bambino Gesù hospital received innovative life-saving devices in a minimally invasive procedure, avoiding open-heart surgery and improving quality of life; this follows a compassionate use case in June 2023, and the devices now have CE mar...

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How does this minimally invasive procedure improve upon previous treatments for congenital heart disease?

The devices, already used compassionately in June 2023, now have CE marking, enabling wider use in Europe. They address pulmonary valve malfunction caused by conditions like pulmonary stenosis or Tetralogy of Fallot, improving blood flow to the lungs. The procedure increases the number of treatable patients from 40% to 70–80%.

elpais.com

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Jun 6, 16:13

Emergency Heart Surgery Saves Premature Infant During Power Outage

Two pediatric cardiac surgeons from Madrid traveled to Burgos to perform emergency heart surgery on a 29-week-old premature baby weighing 800 grams, successfully completing the procedure minutes before a nationwide power outage; the baby is now home.

Emergency Heart Surgery Saves Premature Infant During Power Outage

Two pediatric cardiac surgeons from Madrid traveled to Burgos to perform emergency heart surgery on a 29-week-old premature baby weighing 800 grams, successfully completing the procedure minutes before a nationwide power outage; the baby is now home.

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What were the immediate consequences of the successful heart surgery performed on the premature infant?

A 29-week-old premature baby in Burgos, Spain, urgently needed heart surgery due to a persistent ductus arteriosus, a condition where a blood vessel connecting the aorta and pulmonary artery fails to close after birth. Two pediatric cardiac surgeons from Madrid successfully performed the surgery in the neonatal unit, just minutes before a nationwide power outage. The baby, weighing only 800 grams, is now home and thriving.

nbcnews.com

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May 10, 16:11

DOD Revokes $6.7 Million Grant for Infant Heart-Defect Device

Cornell University professor James Antaki's $6.7 million grant for his infant heart-defect device, PediaFlow, was unexpectedly revoked by the Department of Defense on April 8th, jeopardizing three decades of research and potentially delaying a life-saving technology.

DOD Revokes $6.7 Million Grant for Infant Heart-Defect Device

Cornell University professor James Antaki's $6.7 million grant for his infant heart-defect device, PediaFlow, was unexpectedly revoked by the Department of Defense on April 8th, jeopardizing three decades of research and potentially delaying a life-saving technology.

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What are the immediate consequences of the Department of Defense revoking its $6.7 million grant for Professor Antaki's PediaFlow device?

James Antaki, a Cornell University professor, had a $6.7 million Department of Defense grant for his infant heart-defect device, PediaFlow, revoked on April 8th, halting four years of planned work. This follows 30 years of research and leaves the project's future uncertain, impacting the development of a critical medical technology for infants.

spanish.china.org.cn

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Apr 17, 16:15

World's Youngest Receives Tiny Artificial Heart in China

A 7-year-old child in Wuhan, China, became the youngest person globally to receive a magnetically levitated biventricular assist device, a 45-gram artificial heart, offering hope in the face of a critical shortage of donor organs for pediatric heart transplants.

World's Youngest Receives Tiny Artificial Heart in China

A 7-year-old child in Wuhan, China, became the youngest person globally to receive a magnetically levitated biventricular assist device, a 45-gram artificial heart, offering hope in the face of a critical shortage of donor organs for pediatric heart transplants.

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How does Junjun's case illuminate the challenges of pediatric heart transplantation in China, and what potential solutions does this technology offer?

Junjun's case highlights the critical shortage of donor hearts for pediatric heart transplants in China, where only less than 100 such procedures are performed annually despite 40,000 children being hospitalized each year for severe heart failure. This innovative device offers a potential solution for bridging the gap between diagnosis and transplantation, significantly improving survival rates.

it.euronews.com

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Apr 6, 16:09

Bioresorbable, Light-Activated Pacemaker Revolutionizes Cardiac Treatment

Northwestern University researchers created a bioresorbable pacemaker smaller than a grain of rice, implantable via syringe, using light activation and powered by bodily fluids, addressing the needs of pediatric cardiac patients requiring temporary pacing.

Bioresorbable, Light-Activated Pacemaker Revolutionizes Cardiac Treatment

Northwestern University researchers created a bioresorbable pacemaker smaller than a grain of rice, implantable via syringe, using light activation and powered by bodily fluids, addressing the needs of pediatric cardiac patients requiring temporary pacing.

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What is the significance of this new pacemaker's size and bioresorbable nature for pediatric cardiac patients?

Researchers at Northwestern University have developed a bioresorbable pacemaker smaller than a grain of rice. Its miniature size (1.8mm wide, 3.5mm long, 1mm thick) allows for non-invasive implantation via syringe, eliminating the need for surgery. This is particularly beneficial for pediatric cardiac patients needing temporary pacing.

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