Function – News Journos

New Technology Restores Function for Restaurant Owner Post-Stroke

News Editor — Sat, 13 Sep 2025 00:48:31 +0000

This article is published by News Journos

In a remarkable story of resilience, restaurateur Tommy Fello faced a life-altering event after suffering a stroke on Christmas Eve. While on his way home, he realized that his physical state was deteriorating, ultimately leading to significant loss of movement. Through innovative treatment involving the FDA-approved Vivistim System, Fello has begun to regain functionality and hope. This breakthrough technology, which employs vagus nerve stimulation during rehabilitation, marks a significant advancement in stroke recovery.

Article Subheadings
1) Fello’s Initial Stroke Experience
2) The Innovative Vivistim System
3) The Implant Surgery and Recovery
4) Progress and Future Prospects
5) Implications for Stroke Rehabilitation

Fello’s Initial Stroke Experience

On Christmas Eve, at 71 years old, Tommy Fello experienced a life-changing stroke after a long day of preparing a holiday buffet at his restaurant in Ohio. Fello had been awake since 4 a.m. and thought the heavy fatigue and difficulty steering his truck home was simply due to a flat tire. However, once he arrived home and attempted to disembark from his vehicle, he struggled to maintain his balance.

Realizing that his unsteadiness was not related to the vehicle but rather a result of his own health, Fello consulted his family. Concerned, they called 911 just five minutes after he reached home. Paramedics quickly took him to a nearby hospital, where he tragically lost all movement in his left arm and leg. Describing his condition, Fello remarked,

“They were literally just like appendages on me. I could not feel them and could not do anything.”

Despite the efficiency of a clot-busting drug that reversed the stroke, Fello continued to face challenges, including numbness on the left side of his body and difficulty swallowing, eating, or drinking. Physical and occupational therapy provided minimal improvements, leading Fello to reflect on his ordeal and evaluate the severity of his limitations. His occupational therapist, Dr. Sharon Covey, noted the extensive pain he experienced due to the position of his arm, which had become stuck in a bent position with curled fingers.

The Innovative Vivistim System

In January 2024, while participating in a rehabilitation program, another stroke survivor mentioned the Vivistim System to Fello, sparking his interest. This FDA-approved device, developed by MicroTransponder Inc., employs vagus nerve stimulation to enhance rehabilitation outcomes for stroke survivors. The vagus nerves control involuntary bodily functions and are the longest cranial nerves, with one present on each side of the body.

The Vivistim System operates by having therapists send wireless signals to the device, which then delivers a brief pulse to the vagus nerve in conjunction with rehabilitative tasks. Patients are also required to perform at-home exercises. The goal is to leverage the increased neuroplasticity associated with vagus nerve stimulation, potentially leading to more significant and quicker improvements in motor function.

Neurosurgeon Dr. Erez Nossek, who specializes in stroke recovery, commented on the potential of this therapy, stating,

“There is no other FDA-approved technology proven to boost neuroplasticity for stroke survivors, creating new connections in the brain, which is theirs to keep, even after the device is no longer in use.”

This sentiment has been echoed by many in the medical community, as it represents a critical advancement in stroke recovery techniques.

The Implant Surgery and Recovery

Fello made the decision to consult with the Cleveland Clinic, where he met Dr. Mark Bain, a cerebrovascular neurosurgeon experienced in stroke recovery. Fello qualified as a candidate for the Vivistim System, making him the first patient at the Cleveland Clinic to receive the implant on April 29, 2025. Describing his feelings about the surgery, Fello admitted, “It didn’t really scare me to try and do it. I was anxious to see how it worked.”

The hour-long surgical procedure involved placing the device close to the vagus nerve, which resides just below the carotid artery. The surgical team made a small incision to conceal the scar in a natural fold of Fello’s neck. Less than a week later, the device was activated, allowing Fello to resume rehabilitative therapies with Dr. Covey.

In the four months following the surgery, Dr. Covey reported substantial improvement in Fello’s condition, noting that the pain and tension in his arm had vanished. He was able to begin utilizing his left arm to perform actual tasks, an achievement that would have seemed impossible just a few months prior. Fello expressed his exhilaration, stating, “I’m very, very happy to do it, very proud to do it, and I’m glad I did it.”

Progress and Future Prospects

Every year, approximately 800,000 individuals in the United States suffer ischemic strokes, according to Dr. Bain. Technologies like the Vivistim System hold promise for those who struggle to recover through traditional rehabilitation methods. Discussions among experts suggest that the next five to ten years will see an influx of innovative devices and protocols that enable stroke survivors to regain their independence.

Dr. Bain remarked,

“I think the sky’s the limit for what we can expect for stroke recovery.”

At the time of the report, Bain had implanted the device in seven other patients, and Dr. Covey indicated that she was managing the rehabilitation of eight patients currently utilizing the Vivistim System.

While MicroTransponder Inc. did not disclose the precise number of patients who have received the implant, they provided information about numerous healthcare professionals incorporating the technology into their practices. This highlights the growing interest and potential impact of the device across the nation.

Implications for Stroke Rehabilitation

According to Dr. Covey, the Vivistim System signifies not only a new advancement in technology but also a groundbreaking shift in stroke rehabilitation. She stated,

“This is the first real technique that has been available, at least in the last 20 years, for stroke rehab.”

Historically, methods employed by practitioners to enhance the use of affected limbs have not changed substantially over several decades, making this innovation particularly important for the medical field.

As more patients like Fello benefit from the Vivistim’s functionalities, it becomes clear that this technology could revolutionize how stroke rehabilitation is approached. The excitement around the Vivistim System amongst both patients and medical professionals indicates a bright future for rehabilitation strategies that assist stroke survivors in reclaiming their lives.

No.	Key Points
1	Tommy Fello experienced a major stroke on Christmas Eve after a long day working in his restaurant.
2	Fello exhibited severe limitations following the stroke, including loss of movement in his left arm and leg.
3	The FDA-approved Vivistim System uses vagus nerve stimulation to enhance rehabilitation for stroke survivors.
4	Fello underwent the implant procedure on April 29, 2025, and has seen significant improvements in his motor functions.
5	Experts foresee a bright future for stroke recovery as more advanced technologies emerge, highlighting the potential of the Vivistim System.

Summary

The story of Tommy Fello emphasizes the incredible advancements in stroke rehabilitation through technologies like the Vivistim System. As experts explore and implement this groundbreaking approach, the future holds promising potential for numerous stroke survivors seeking recovery and improved quality of life. This progress serves as a reminder of the critical importance of continual innovation in the realm of medical treatment.

Frequently Asked Questions

Question: What is the Vivistim System?

The Vivistim System is an FDA-approved device that utilizes vagus nerve stimulation during rehabilitation to improve hand and arm function for stroke survivors.

Question: How does the Vivistim System work?

The system sends wireless signals to an implant that delivers pulses to the vagus nerve while the patient engages in rehabilitative tasks, thereby enhancing neuroplasticity in the brain.

Question: What are the benefits of the Vivistim System for stroke survivors?

Patients using the Vivistim System may experience faster and more significant improvements in motor function compared to traditional rehabilitation techniques.

ChatGPT’s Impact on Cognitive Function Raises Concerns

News Editor — Sat, 28 Jun 2025 13:17:42 +0000

This article is published by News Journos

In the rapidly evolving world of artificial intelligence (AI), significant developments have emerged that highlight both the benefits and potential risks associated with these technologies. Recent studies conducted by leading institutions such as the Massachusetts Institute of Technology (MIT) have raised concerns about how tools like ChatGPT may be impacting cognitive function. Meanwhile, automotive companies like Tesla are navigating the practical challenges of deploying AI-driven vehicles on public roads. As AI systems continue to integrate into various sectors, from education to autonomous driving, debates on regulation and ethical implications are becoming increasingly critical.

Article Subheadings
1) The Cognitive Effects of Long-term AI Use
2) Tesla’s Robotaxi Service Faces Teething Problems
3) Salesforce’s Integration of AI in Business Practices
4) Legal Battles Over AI Training Practices
5) The Future of AI in Logistics and Transportation

The Cognitive Effects of Long-term AI Use

A recent study from the Massachusetts Institute of Technology (MIT) has prompted serious discussions about the cognitive effects of using large language models like ChatGPT for extended periods. The research focuses on how repetitive usage to complete tasks, such as writing essays, could impair cognitive abilities over time. Experts are voicing their concerns regarding the long-term implications of reliance on such AI technologies, suggesting that they may inadvertently create dependencies that hinder critical thinking and adaptability.

The study was conducted over a four-month timeline with various participants who utilized ChatGPT for their writing assignments. Initial findings revealed that individuals reported feeling less motivated to engage in critical thinking and problem-solving as they became accustomed to turning to AI for support. This outcome raises vital questions about the balance needed between leveraging AI for assistance and nurturing cognitive development. With the growing dependence on AI for educational tasks, educators are compelled to reconsider how these tools should be integrated into academic settings in ways that do not compromise intellectual growth.

Tesla’s Robotaxi Service Faces Teething Problems

Tesla’s latest venture into autonomous vehicle service, known as the robotaxi program, has faced several operational hurdles shortly after its launch. Passengers have reported a series of erratic behaviors exhibited by Model Y robotaxis under real-world conditions. Footage captured by users has shown the vehicles experiencing abrupt braking, speeding incidents, and even improper lane changes, raising concerns over safety and regulatory compliance.

These incidents present significant challenges for Tesla, prompting discussions around the reliability of AI-driven transportation. Experts contend that while the technology for autonomous vehicles has made considerable strides, the implementation of such innovations in public environments necessitates rigorous testing and safety protocols. As the company works to rectify the issues, the efficacy and public perception of AI in transportation hang in the balance. Tesla’s experience serves as a case study for other companies exploring similar advancements, underscoring the importance of a comprehensive approach to safety and reliability in AI applications.

Salesforce’s Integration of AI in Business Practices

In a revealing statement, Salesforce CEO Marc Benioff disclosed the transformative role that artificial intelligence plays within the company’s operational framework. Salesforce has increasingly relied on AI technologies to streamline workflows and enhance productivity, effectively representing a ‘digital labor revolution’ in the tech sector.

By employing AI-driven systems, Salesforce is able to automate routine tasks, analyze customer data, and improve decision-making processes. This approach not only accelerates work efficiency but also allows employees to focus on higher-level responsibilities. The vast capabilities of AI tools promise to revolutionize various aspects of business operations, from customer service to resource management. However, as companies like Salesforce integrate AI into their frameworks, it is crucial to consider ethical concerns, workforce implications, and the long-term impact on job roles within the industry.

Legal Battles Over AI Training Practices

In the landscape of artificial intelligence development, legal disputes are emerging over the use of copyrighted material for training AI systems. Recently, two AI development companies—Anthropic and Meta—prevailed in court against lawsuits filed by book authors who argued that their works were used without permission to train AI models.

Two federal judges ruled in favor of the AI firms, affirming the notion of ‘fair use’ in the context of developing AI technologies. This decision has sparked significant conversations within the tech community about intellectual property rights, copyright laws, and the ethical use of creative works in algorithm training. As AI capabilities continue to evolve, the legality of using existing intellectual property will undoubtedly remain a contentious issue that could shape the future landscape of digital content creation and utilization.

The Future of AI in Logistics and Transportation

Artificial intelligence is poised to significantly impact the logistics and transportation sector, with companies now exploring the potential of AI for enhancing supply chain efficiency. One of the frontrunners in this domain is Plus Automation, which is advancing autonomous trucking solutions aimed at addressing workforce shortages and logistical bottlenecks.

As supply chains grapple with increasing demand and decreasing numbers of available drivers, AI-powered self-driving trucks provide a promising alternative. Plus Automation’s innovative strategies leverage advanced AI to improve delivery timelines, reduce costs, and enhance overall operational efficiency. However, widespread adoption of such technologies faces challenges, including regulatory hurdles and public apprehensions regarding safety. Continuous collaboration between tech companies and regulatory bodies will be essential to ensure a balanced approach toward integrating AI into everyday logistics.

No.	Key Points
1	MIT’s study raises concerns about long-term cognitive effects of AI usage like ChatGPT.
2	Tesla’s robotaxi service faces operational challenges, including erratic driving behavior.
3	Salesforce utilizes AI to automate tasks and enhance productivity, marking a digital labor revolution.
4	Courts have ruled in favor of AI firms against authors’ copyright lawsuits, affirming fair use principles.
5	Plus Automation leads initiatives in AI-powered logistics to combat driver shortages and improve efficiency.

Summary

The intersection of artificial intelligence and various sectors presents both remarkable opportunities and significant concerns. As institutions conduct studies revealing the cognitive impact of long-term AI use and companies navigate the practical challenges of integrating these technologies into daily operations, it is clear that responsible AI deployment is crucial. With regulatory discussions underway, it remains vital for stakeholders to engage in dialogue that balances innovation with ethical considerations, ensuring that the evolution of AI benefits society while addressing potential pitfalls.

Frequently Asked Questions

Question: What are the potential cognitive effects of prolonged use of AI tools like ChatGPT?

Studies, including one from MIT, indicate that reliance on AI tools for tasks such as writing may impair critical thinking and cognitive abilities over time.

Question: Why is Tesla’s robotaxi service experiencing operational challenges?

The robotaxi service has faced issues including erratic driving behavior and sudden braking, raising safety concerns among users and necessitating further testing and improvements.

Question: How is AI changing business practices in companies like Salesforce?

Salesforce is leveraging AI to automate routine tasks and enhance productivity, allowing employees to focus on higher-level responsibilities and driving a digital labor revolution.

Doctors Report Declining Neurological Function for Sırrı Süreyya Önder

News Editor — Mon, 28 Apr 2025 22:54:45 +0000

This article is published by News Journos

In a concerning health update, officials report that Sırrı Süreyya Önder, the deputy speaker of the parliament and member of the pro-Kurdish Peoples’ Equality and Democracy (DEM) Party, is experiencing a significant decline in his neurological condition. Önder suffered a cardiac arrest due to a torn aorta at his home in Istanbul on April 15. Following an emergency surgery, he has been in intensive care at Florence Nightingale Hospital, where his medical team struggles to manage his deteriorating health.

Article Subheadings
1) Overview of Önder’s Medical Crisis
2) Emergency Medical Response and Surgical Intervention
3) Updates from Medical Professionals
4) Broader Implications for Political Landscape
5) Community Reactions and Support

Overview of Önder’s Medical Crisis

Sırrı Süreyya Önder suffered a cardiac arrest at his home in Istanbul, an incident that has led to growing concerns about his health condition. The event occurred on the night of April 15, resulting from a torn aorta. Following this critical event, he was rushed to Florence Nightingale Hospital in Şişli district, where he has been under intensive care.

Doctors have warned that Önder’s life-threatening condition is rapidly worsening. After nearly two weeks of treatment, hospital officials stated that his neurological functions were declining, raising fears among his family and political supporters. As a prominent political figure, his health status has considerable implications not only for his family but also for the Kurdish political community and supporters who view him as a crucial figure in their ongoing struggles.

Emergency Medical Response and Surgical Intervention

When Önder first arrived at the hospital, immediate emergency measures were undertaken, including surgery led by Prof. Ertan Sağbaş. The procedure was critical, given the severity of his condition stemming from the aortic tear. After the surgery, Önder’s heart function was maintained with an ECMO machine designed to support both cardiac and lung function.

Doctors explained that despite the incorporation of advanced medical technology, complications arose shortly after. Neurologist Prof. Yasef Özsarfati noted a clear decline in neurological function compared to initial assessments, stressing that rapid medical intervention was necessary to address these emerging complications. The emergency medical response team acted promptly to stabilize Önder’s condition. However, during a recent press briefing, concerns about the long-term outlook were flagged, as his neurological state continued to show signs of deterioration.

Updates from Medical Professionals

Regular updates from the medical professionals treating Önder reveal a complex picture. According to Prof. Çavlan Çiftçi, the head of the hospital, Önder’s neurological reflexes have decreased significantly, and there is an ongoing risk of brain edema. During a recent briefing, she stated,

“We have reached another breaking point. Our patient’s neurological reflexes related to the brain have decreased and brain edema continues.”

The medical team remains focused on the short-term data while expressing caution about offering a definitive prognosis.

Prof. Sağbaş highlighted that while the ECMO machine is effectively managing heart and lung functions, this does not eliminate concerns about potential infections. He elaborated on the current status, saying,

“We cannot say anything definitive about his neurological, cardiac, or pulmonary condition. We look at momentary data and organize the treatment.”

The hospital has refrained from sedating Önder for several days now, hoping for any signs of awakening that have yet to manifest.

Broader Implications for Political Landscape

As a deputy speaker and member of the pro-Kurdish party, Önder plays a significant role in the political landscape of Turkey, particularly concerning Kurdish rights. His health crisis has cast a shadow over his political activities, triggering discussions about the future of the party he represents. The possibility of a leadership vacuum looms if he does not recover, raising questions about who will fill his role and whether the party can remain unified in the face of adversity.

The political community, particularly the Kurdish population, is closely monitoring the situation, as many regard him as a beacon of hope for their ongoing struggles. Opinions within the party and broader community have highlighted the need for leadership to navigate the complexities of current political affairs, underlining the urgency of restoring Önder’s health and involving him in decision-making processes once again.

Community Reactions and Support

The news of Önder’s health has sparked a wave of support from various sectors of society, including political allies and grassroots organizations. Vigils and gatherings have been organized in multiple locations to pray for his recovery and to show solidarity with his family. Many consider him a pivotal figure in advocating for peace and the rights of Kurdish citizens.

Statements from fellow political figures confirm that despite their differences, they express concern for Önder’s well-being. These sentiments illustrate the potential for solidarity across party lines, shining a light on shared human experiences. Many supporters have taken to social media to express their hopes and prayers, further emphasizing the emotional resonance of his plight within the public sphere.

No.	Key Points
1	Sırrı Süreyya Önder suffered a cardiac arrest due to a torn aorta on April 15.
2	He has been in intensive care at Florence Nightingale Hospital since the incident.
3	Medical professionals report a significant decline in his neurological condition.
4	His health crisis has raised concerns about the political implications and future leadership.
5	A wave of community support has surged in response to his precarious health status.

Summary

Sırrı Süreyya Önder’s health crisis underscores not only the fragility of life but also the intricate ties between personal health and political realms. As he battles a deteriorating condition in intensive care, the implications stretch far beyond the hospital doors. The Kurdish community and political landscape await further developments with a blend of hope and trepidation, highlighting the connection between public figures and their constituents.

Frequently Asked Questions

Question: Who is Sırrı Süreyya Önder?

Sırrı Süreyya Önder is the deputy speaker of the Turkish parliament and a member of the pro-Kurdish Peoples’ Equality and Democracy (DEM) Party, known for his activism and contributions to the Kurdish community.

Question: What caused Sırrı Süreyya Önder’s health crisis?

Önder suffered a cardiac arrest due to a torn aorta, leading to his admission to intensive care at a hospital in Istanbul.

Question: What are doctors saying about his condition?

Medical professionals report a significant decline in his neurological state and have expressed concerns about potential complications, including infection and lung function issues.