Science topic

Delivery of Health Care - Science topic

Delivery of Health Care is the concept concerned with all aspects of providing and distributing health services to a patient population.
Questions related to Delivery of Health Care
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Dear Researchers and Scholars,
I am seeking collaborative partners for a research study focusing on integrating AI-powered HR systems in two critical sectors: Education and Healthcare. This study will explore the strategic impacts, ethical considerations, and human readiness for AI adoption within these fields.
The study aims to:
  1. Assess how AI technologies are reshaping HR practices in educational and healthcare institutions.
  2. Examine the readiness of human resources professionals and employees to integrate AI-driven systems.
  3. Investigate the ethical implications of AI adoption, including privacy, bias, and decision-making transparency.
  4. Develop a framework for the sustainable and ethical implementation of AI in HR functions.
Areas of Interest:
  • AI in HR and organizational transformation
  • Human-centered AI adoption in education and healthcare
  • Ethical challenges in AI and automation
  • Multi-sector impact studies
Who should collaborate? I am looking for researchers and academics with expertise in:
  • Human Resource Management (HRM)
  • Artificial Intelligence (AI) applications
  • Educational Technology and Policy
  • Healthcare Management and Ethics
  • Organizational Development
If you are interested in collaborating on this interdisciplinary research project or if you would like more details, feel free to message me directly. Let's explore the opportunities and challenges that AI integration presents to HR systems in these vital sectors!
Looking forward to hearing from potential collaborators!
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Dear Prof.Asim Shamoon,
Thank you for your thoughtful message and encouraging words. I truly appreciate your willingness to collaborate and your interest in the research. I'm excited about the potential of working together on a meaningful and impactful research project.
Thank you also for your understanding regarding the APC — it’s reassuring to know we can explore suitable publication options together. I look forward to continuing our discussion and shaping a strong research direction.
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Currently gathering data on the following question on Telehealth .
1. Is Telehealth Secure ?
2. Can Telehealth reduce Time on physical consultation?
3.What are the basic Problem Telehealth Solve?
4. Can Telehealth Provide quality health care solutions?
5. How can Telehealth be improved if in Used ?
These are few question i want a discussion on. How can we solve Problem using the Approach and providing seamless healthcare solutions .
Please i need your suggestion
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For Health Apps, Questions Over Privacy and Efficacy
Apps that help track health information, provide diagnostic assistance, and facilitate care may have benefits, but with a patchwork of regulations, there’s potential for harm. Experts say more oversight is needed...
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Which programming code would you use to design a program to actively search for nosocomial infections in a healthcare institution's electronic records system? Do you know of any examples of institutions that already perform this screening?
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It cant be easy. As rarely it would be mentioned in a diagnosis section or be part of terms used to describe medical issues of patients. So simple text search will not be helpful.
Maybe the code , filter out the patients based on risk factors such as age, length of hospitalization and then apply second level of filters based on lab findings and/or type of antibiotic given etc...
These are just some of thoughts... I do not know of any such codes/ searches being carried out.
Not an easy task.
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In my master's degree, I am working on a line of research, which will include the development of a HUB of healthcare solutions, based on the use of AI and Blockchain.
I am developing the skills to implement these technologies with a focus on health, and what would be the best path forward, so that scalability is fluid throughout the entire development process.
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That sounds like a really promising research direction. Combining AI and blockchain for healthcare has a lot of potential, especially in improving data security, diagnostics, and system interoperability. To make sure your solution can scale smoothly, I’d suggest focusing on building it in a modular way where different parts of your system (like the AI models or blockchain components) can function independently and be upgraded or expanded over time.
For the blockchain side, using a permissioned ledger could be a good choice. For AI, think about models that can be accessed via APIs or even deployed at the edge, depending on the use case.
So overall, I’d say: keep it modular, plan for compliance, and think about automation early. That’ll make your solution more flexible and scalable in the long run.
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Myself and colleagues have conducted 3 focus groups of international professionals to review a new assessment tool in healthcare. One of us made detailed notes throughout the focus groups and then the recordings were listened afterwards and further notes were made.
These notes were then used to inform the next phase of review of the tool and we made many changes based on the focus groups feedback. Once completed, the tool was then sent back to the participants for member checking/review.
Originally we were going to summarise our changes to the tool and use quotes from the focus groups to support the changed areas or additions to the assessment tool.
The question is, should we also analyse the focus group transcripts for qualitative themes? Or is what we have done sufficient?
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Agree with the above.
If you feel there's some really interesting data about the topic itself, you could consider a second study analysing that, but it depends e.g., on what ethical consent you have from participants, whether the methodology is rigorous and appropriate for that kind of study. Is it a seam of gold or random nuggets?
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- In which situations do employees of healthcare facilities find the coaching style of managers particularly beneficial, resulting in a positive influence on their commitment?
- Research elements of the coaching style
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Healthcare employees find managers' coaching style particularly beneficial during transition periods or when adapting to new protocols, such as the introduction of updated clinical guidelines or digital systems. In these situations, managers who adopt a coaching approach provide clarity, reassurance, and structured support, helping staff confidently navigate changes. By breaking down complex tasks into manageable steps and offering personalised guidance, managers reduce anxiety and foster a sense of competence. This not only enhances employees' ability to deliver safe, effective care but also strengthens their commitment to the organisation, as they feel supported in their professional growth.
The coaching style is also highly valued in high-pressure scenarios, such as staffing shortages or critical incidents, where employees may feel overwhelmed or uncertain. Managers who actively listen, acknowledge challenges, and collaboratively explore solutions empower their teams to handle stress more effectively. This approach cultivates trust and resilience, reinforcing employees' dedication to their roles. Additionally, coaching proves beneficial for junior staff or newly qualified professionals, as it provides them with mentorship and constructive feedback, helping them integrate into the team and develop their skills with confidence. In such contexts, the coaching style directly contributes to higher job satisfaction and long-term retention.
I hope this helps.
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This discussion is a follow up of our paper at
We aim to drive effective policy change through the following objectives:
Aim 1:
To assess the environmental impact of personal protective equipment (PPE) waste in infection control practices.
  • Objective 1: To quantify the amount of PPE waste generated in healthcare settings.
  • Objective 2: To evaluate the environmental footprint of various PPE materials (e.g., plastic, latex, etc.).
Aim 2:
To identify sustainable alternatives to traditional PPE materials in infection control.
  • Objective 1: To review existing research on eco-friendly PPE options.
  • Objective 2: To analyze the feasibility of replacing conventional PPE with sustainable alternatives in healthcare environments.
Aim 3:
To develop strategies for minimizing PPE waste while maintaining effective infection control.
  • Objective 1: To investigate best practices in waste reduction without compromising infection control standards.
  • Objective 2: To propose actionable guidelines for healthcare facilities to adopt more sustainable PPE management practices.
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PPE's are a minor and irrelevant part of solid waste and should be disposed as simple solid waste.
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This question seeks to analyze the impact of health policies on the quality of interventions in an essentially social profession.
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Health policies play a crucial role in shaping the quality of healthcare social workers' interventions by defining access to resources, service delivery standards, and professional guidelines. Policies that ensure adequate funding, staffing, and training programs enhance social workers' ability to provide comprehensive support, crisis intervention, and care coordination for patients. Conversely, restrictive policies, bureaucratic inefficiencies, and inadequate healthcare coverage can limit their capacity to deliver timely and effective interventions, especially for marginalized populations. Additionally, policies addressing mental health, disability rights, and social determinants of health directly influence the scope and effectiveness of social work practice. When health policies prioritize integrated care models, interdisciplinary collaboration, and patient-centered approaches, social workers can better advocate for clients, address systemic barriers, and improve overall health outcomes. Thus, the quality of their interventions is deeply tied to how inclusive, well-funded, and effectively implemented health policies are.
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Do the doctors can use the AI In healthcar? How can they do that?
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If your heart stops, this smartwatch-AI can call for help
"A smartwatch can detect if its wearer is having a cardiac arrest — and call for help — using an algorithm trained, in part, on data collected from people who had their hearts deliberately stopped during a medical procedure. The system needs fine-tuning to minimize false positives, but researchers say that it could save lives..."
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The issue of specialized vs. interchangeable Operating Rooms (OR) caused a controversy in the literature on healthcare improvement. Specifically, if surgical cases include both scheduled (elective) and unscheduled emergency surgeries starting at random times, is it more efficient to reserve specialized operating rooms (OR) dedicated separately for scheduled and emergency surgeries, or is it better to perform both types of surgeries in any available OR using interchangeable OR arrangement?
The attached short document addresses this issue.
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As in my earlier reply, you must provide evidence or data to support your statements. Without evidence, your recommendations are not justified and have no basis. My analysis was based on discrete event simulation modeling. You are supposed to do the same or reference someone else's analysis. See also the Bottom line in my attached document.
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Hi,
I have been worked with Healthcare customers for several years and have experience over the typical data protection and privacy challenges.
Combining IAM with AI / ML models, we can create robust health security system. Please check this research and let me know your thoughts...
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Yes, that's a quite emerging issue to address. Ethical AI building is as much necessary as much as building new AI model
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I'm and undergraduate student in Purdue Global and a Healthcare Specialist in the military. I would like display my work here on this platform but I'm not sure if doing so would be discouraged, especially if this is secondary research and not original work. Some academic advice from the fine scholars on this platform would be greatly appreciated.
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If your papers or presentations are ready for a wider academic audience, and you’ve confirmed that you have the rights to share them, ResearchGate can be an excellent platform for increasing the reach and impact of your work. Just be sure to consider the content’s readiness, any copyright restrictions, and the context of your specific field before posting.
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To what extent does the ageing of the population, especially in developed countries, lead to problems such as the burden on pension and health systems, labour shortages and changes in the social structure? How can this process, which is detrimental to the national economy, be slowed down? What are the solutions to increase the birth rate in society? Is financial support for large families a good solution to increase the birth rate as a social policy instrument?
The ageing of the population, especially in developed countries, is a demographic process that brings with it a number of challenges. Longer life expectancy and low birth rates lead to changes in the age structure of the population, with older people accounting for an increasing proportion. This phenomenon has far-reaching consequences, affecting the pension and healthcare systems as well as the labour market and social structure. The strain on pension and healthcare systems is due to the fact that a decreasing number of people of working age must finance benefits for a growing number of pensioners and people in need of care. This, in turn, puts pressure on the state budget and may lead to higher contributions, lower pensions or restricted access to medical services. The shortage of labour is another problem associated with an ageing population. Many sectors of the economy may experience a shortage of skilled workers, which will affect their competitiveness and ability to grow. Changes in the social structure are a natural consequence of the ageing process. The increasing proportion of older people affects intergenerational relationships, the consumer market and the demand for certain services. In order to meet the challenges of an ageing society, it is necessary to implement comprehensive solutions, such as reforming pension and healthcare systems, promoting active ageing, encouraging immigration and supporting families with children. In the country where I work, the Family 500 Plus programme was introduced a few years ago, now 800 Plus as a government programme of financial support from the state public finance system, a social programme that was supposed to contribute to an increase in fertility. However, after several years of the programme's operation, fertility has not increased. Only the scale of poverty in large families has decreased. Research plays an important role in solving the problem of an ageing society by providing the knowledge and analysis necessary to develop effective strategies.
I am researching this issue. I have described the research results in the following articles:
FAMILY 500 PLUS PROGRAMS AND FLAT PLUS WITH KEY INSTRUMENTS FOR PRIVATE SOCIAL POLICY IN POLAND
IMPORTANCE OF INTRODUCING THE 500 PLUS FAMILY PROGRAMME AS A SIGNIFICANT FACTOR OF A COMPREHENSIVE INVESTMENT POLICY FOR FAMILIES IN POLAND / ZNACZENIE WPROWADZENIA PROGRAMU RODZINA 500 PLUS JAKO ISTOTNEGO CZYNNIKA KOMPLEKSOWEJ INWESTYCYJNEJ POLITYKI RODZINNEJ W POLSCE
Current and future goals of family-friendly social policy based on the 500 Plus Family programme / Bieżące i perspektywiczne cele prorodzinnej polityki społecznej opartej na programie Rodzina 500 Plus
The financial and economic situation of households in Poland and the significance of introducing the ‘Family 500 Plus’ programme as part of a comprehensive pro-family social policy / Sytuacja materialno-ekonomiczna gospodarstw domowych w Polsce oraz znaczenie wprowadzenia programu "Rodzina 500 Plus" w ramach kompleksowej prorodzinnej polityki społecznej
And what is your opinion on this matter?
What is your opinion on this issue?
Please reply,
I invite everyone to the discussion,
Thank you very much,
Best wishes,
I invite you to scientific cooperation,
Dariusz Prokopowicz
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The aging of the population can have significant implications for the development potential of an economy.
  1. Labor Force Shrinkage: As a higher proportion of the population retires, the labor force can shrink, leading to potential labor shortages. This can hinder economic growth, as businesses may struggle to find enough workers with the necessary skills.
  2. Increased Dependency Ratio: An aging population typically leads to a higher dependency ratio, meaning there are more dependents (elderly and, in some cases, children) relative to the working-age population. This places a greater financial burden on the working population to support pensions, healthcare, and social services.
  3. Healthcare Costs: Older populations tend to require more healthcare services, leading to increased public and private spending on healthcare. This can divert funds from other productive investments in the economy, such as education, infrastructure, or technology, thereby weakening economic development.
  4. Pension Systems Strain: Many countries operate on pay-as-you-go pension systems, where current workers' contributions pay for retirees' benefits. An increasing number of retirees relative to workers can create unsustainable pressure on these systems, leading to potential pension shortfalls or increased taxation.
  5. Impact on Consumption Patterns: As the population ages, consumption patterns change. Older individuals tend to spend less than younger populations, particularly on durable goods and housing, which can slow economic growth since consumer spending is a crucial component of GDP.
  6. Slower Innovation and Entrepreneurship: Younger populations are typically more inclined to start new businesses and innovate. An aging population may reduce dynamism in the economy, as older individuals may be less likely to engage in entrepreneurial activities.
  7. Need for Re-Training and Skill Development: With an aging workforce, there may be a critical need to re-skill older workers to maintain productivity. This requires investment in training and education, which can be resource-intensive.
  8. Regional Disparities: In many countries, aging is more pronounced in rural areas, which can exacerbate regional inequalities. As younger people migrate to urban areas for better opportunities, rural economies may further decline.
  9. Social Cohesion and Intergenerational Tensions: As resources become constrained, there could be tensions between different age groups regarding the distribution of benefits and services. This can affect social cohesion and the political landscape.
  10. Reduced Economic Productivity: An aging population may lead to a decline in overall productivity if not accompanied by technological advancements or improvements in work processes.
To mitigate these challenges, policymakers can consider several potential solutions:
  • Encouraging higher birth rates through family-friendly policies and incentives.
  • Promoting immigration to bolster the working-age population.
  • Investing in automation and technology to improve productivity.
  • Reforming pension systems to ensure sustainability.
  • Fostering a culture of lifelong learning to enable older adults to remain active and employable.
While an aging population presents significant challenges, proactive planning and policies Dariusz Prokopowicz can help mitigate its negative effects on economic development.
__________
Japan actually is an aging population, and so as the population has aged, they have had a lot more problems with health.
- Shigeru Miyamoto
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The integration of Artificial Intelligence (AI) and Machine Learning (ML) in healthcare has revolutionized patient care, diagnosis, and treatment. The emergence of smart e-healthcare systems leverages AI and ML algorithms to enhance medical decision-making, automate administrative tasks, and provide real-time monitoring and predictive analytics. This discussion highlights key advancements, challenges, and future directions in AI-driven smart healthcare systems.
For more information regarding healthcare improvement with Machine Learning, follow the post below
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Dear Rydhm Beri ,
Healthcare systems are rapidly evolving due to the adoption of advanced technologies such as the Internet of Things (IoT), machine learning (ML), a subset of AI focused on enabling machines to learn from data and improve their performance, artificial intelligence (AI), blockchain, and edge computing, which brings computational power closer to the source of data to enable faster processing and real-time analytics. These innovations are reshaping how healthcare services are delivered, managed, and experienced by patients and providers alike. This article explores the transformative role of these technologies, their impact on different players in the healthcare industry, and the challenges that accompany their implementation.
Regards,
Shafagat
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I am planning to evaluate the outcomes of an intervention by extracting data from healthcare facility logbooks.
Data will be collected for 3 months pre-intervention and 3 months post-intervention to capture any changes over time.
I intend to include all cases during this period, but the number is likely to be quite large. Is that okay, and how should I determine the appropriate sample size and statistical power for this type of study?
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ALSalam Alykom, Dr. Mariam
What I understood from what you said, this would be a retrospective cohort study.
The sample size calculation will be as classic cohort sample size calculation and depending also on other factors such as type of the outcome variable, number of outcome variables, etc.
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Hi!
I'm interested in understanding the differences between BCBA (Board Certified Behavior Analyst) and QABA (Qualified Applied Behavior Analyst) certifications, specifically in the context of India.
Could anyone please clarify the following:
1. Eligibility criteria and educational requirements for BCBA and QABA certifications in India?
2. Scope of practice and job roles associated with BCBA and QABA certifications?
3. Differences in certification requirements, training, and examination processes?
4. Recognition and acceptance of BCBA and QABA certifications by Indian organizations, schools, and healthcare institutions?
Additionally, could you please guide me on:
1. How to find training centers in India that offer BCBA and QABA certification programs?
2. What are the key factors to consider when selecting a training center for BCBA or QABA certification in India?
Thank you.
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The BCBA (Board Certified Behavior Analyst) and QABA (Qualified Applied Behavior Analyst) certifications are both credentials in the field of applied behavior analysis (ABA), but they differ in terms of the organizations that offer them, requirements, and scope of practice.
BCBA: This certification is offered by the Behavior Analyst Certification Board (BACB). It’s the more widely recognized and established certification for behavior analysts.
QABA: This certification is offered by the Qualifying Behavior Analyst Board (QABA). It’s a relatively newer certification compared to BCBA and tends to be more specific to certain settings, such as working with individuals with autism.
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Throughout history, physicians have played a pivotal role in gathering and analyzing information about human health and disease. From the earliest written records to the present day, meticulous documentation of clinical cases has been instrumental in advancing medical knowledge and improving healthcare.
Physicians, like true Sherlocks, have maintained the tradition of sharing clinical observations in letters to colleagues, books, and medical journals, a practice that has greatly contributed to humanity's clinical-pathological knowledge. Even in the modern era, where diagnostic methods and tools are more sophisticated, individual case reports or case series remain invaluable, especially when dealing with rare or little-known diseases.
However, it is concerning that politicization and extremist polarization are increasingly affecting science, including medicine. The Havana Syndrome is a clear example of how political debates and ideological agendas can influence the perception and study of public health phenomena.
In an environment where objectivity and impartiality are fundamental for scientific advancement, it is crucial that healthcare professionals remain true to ethical principles and seek the truth without being influenced by political or ideological considerations. This involves being alert to potential biases and working to maintain integrity and objectivity in research and clinical practice.
Despite the challenges science faces due to politicization and polarization, it is important to remember that medicine remains a discipline dedicated to understanding, preserving, and improving human health. Physicians and other healthcare professionals have the responsibility to continue this noble mission, committing to uphold high standards of ethics and scientific rigor in their daily work.
Havana Syndrome refers to a set of medical signs and symptoms used to describe a series of unexplained health incidents reported by U.S. and Canadian diplomats and other personnel stationed in Havana, Cuba, starting in late 2016.
The synonymy used has been varied and includes: “Unexplained Health Incidents (UHI)”; “Anomalous Health Incidents (AHI)”; “Directed Energy Syndrome” and “Persistent Postural-Perceptual Dizziness (PPPD)”.
While the exact cause of these incidents remains unknown, there are several reasons why Havana Syndrome may indeed exist:
Consistency of Symptoms: Multiple individuals have reported a consistent set of similar symptoms across different locations and times, suggesting a pattern of illness rather than isolated incidents. This consistency strengthens the argument and lends credibility for the existence of a distinct syndrome.
Documented Medical Evaluations: Many of the affected individuals have undergone medical extensive evaluations that have confirmed the presence of health issues, including neurological impairments due to physical changes in the brain, such as changes in white matter tracts that are involved in processing sensory information. These evaluations provide empirical evidence supporting the reality of the syndrome.
Corroboration by Medical Experts: Medical experts, including neurologists and other specialists, have independently examined the cases and affirmed the validity of the reported symptoms and have generally agreed that the symptoms and clinical findings are real and cannot be easily explained by other known medical conditions. Their expertise lends credibility to the existence of Havana Syndrome as a genuine medical condition.
Biological Plausibility: While the precise mechanism behind Havana Syndrome remains unclear, there are plausible biological explanations, including exposure to toxins or directed energy sources. Research into the effects of directed microwave energy, for example, suggests that it could potentially cause reported symptoms. This theory is considered biologically plausible, as exposure to microwave energy can cause the type of symptoms reported.
In summary, Havana Syndrome exists as a recognized phenomenon characterized by a pattern of unexplained health incidents affecting diplomatic personnel and others. While the precise cause remains unknown, the consistency of reported symptoms, documented medical evaluations, corroboration by experts, government investigations, biological plausibility, international recognition, and ongoing research all contribute to the validity of its existence.
Despite my initial skepticism regarding the so-called "Havana Syndrome," not due to the atrocities that totalitarian regimes such as those in Cuba, Russia, or China can commit, but due to the objective technical difficulty of grouping everything into a nosological entity, I believe it is important to recognize the need for thorough investigation of this phenomenon. The reports of symptoms experienced by those affected are consistent and concerning, and they warrant our attention and study.
As professionals in related fields, we have the responsibility to approach these cases with an open mind and a rigorous scientific focus. Although the name "Havana Syndrome" may be a subject of debate, it provides a starting point for our research and allows us to refer to this set of symptoms in a coherent manner.
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Perhaps this could be of interest.
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Ransomware attacks are a growing threat to healthcare organizations, jeopardizing patient data and operational continuity. I am looking for insights into the most effective strategies and technologies currently used to prevent these attacks. Please share any research, case studies, or best practices you recommend."
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The most effective strategies for preventing ransomware attacks in healthcare organizations include:
  1. Regular Backups: Ensure frequent, secure backups of critical data, with offline or cloud-based storage to prevent encryption by ransomware.
  2. Employee Training: Educate staff on recognizing phishing attempts, suspicious emails, and safe online practices to reduce human error.
  3. Multi-Factor Authentication (MFA): Implement MFA to add an extra layer of security for accessing sensitive systems and data.
  4. Patch Management: Regularly update and patch software, operating systems, and applications to close vulnerabilities that ransomware can exploit.
  5. Network Segmentation: Isolate critical systems from general networks to limit the spread of ransomware within the organization.
  6. Endpoint Protection: Use advanced antivirus and anti-malware tools to detect and block ransomware threats at the endpoint level.
  7. Incident Response Plan: Develop and test a comprehensive incident response plan to quickly contain and mitigate any attacks.
  8. Access Controls: Limit access to sensitive data and systems based on roles and need-to-know principles to reduce potential attack surfaces.
These strategies, when implemented together, can significantly reduce the risk of ransomware attacks in healthcare organizations.
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Sustainable healthcare: a priority for the future of health provision as recognised by the WHO in 2015 the biggest challenge to health of hte 21st century. We are now a quarter of the way through the 21st century and 10 years on from this public recognition. What are we doing about creating professionals ready for the future?
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Sustainable Healthcare: Teaching to Create Sustainable Health Professionals in the Context of SDGs
Sustainable healthcare is integral to achieving the United Nations Sustainable Development Goals (SDGs), particularly Goal 3: Good Health and Well-being, which aims to ensure healthy lives and promote well-being for all at all ages. To create sustainable health professionals, education must focus on fostering a holistic understanding of healthcare that incorporates environmental, social, and economic sustainability. Key strategies include:
  1. Integrating Sustainability into Medical Education: Curriculum development should emphasize the principles of sustainable healthcare, including resource-efficient practices, eco-friendly healthcare technologies, and the impact of climate change on health. This will help future health professionals understand the interconnectedness of health, the environment, and society.
  2. Promoting Preventative Care and Health Equity: Teaching health professionals to prioritize preventative care, health promotion, and equitable access to healthcare services ensures long-term health outcomes while reducing the strain on healthcare systems. This approach aligns with SDG 10: Reduced Inequalities and SDG 3: Good Health and Well-being.
  3. Encouraging Interdisciplinary Collaboration: Sustainable healthcare requires collaboration across sectors, including public health, environmental science, and social policy. Training health professionals to work with diverse teams promotes innovative solutions to global health challenges, such as antimicrobial resistance, non-communicable diseases, and health disparities.
  4. Fostering Leadership in Sustainability: Health professionals should be trained as leaders who advocate for sustainable practices within their institutions and communities. This includes supporting policies that promote health system resilience, climate adaptation, and sustainable healthcare infrastructure.
  5. Promoting Global Health Awareness: Teaching health professionals to understand global health challenges and their role in addressing them through sustainable practices will contribute to SDG 17: Partnerships for the Goals. This includes fostering collaboration with international organizations, governments, and communities to tackle health issues that transcend borders.
  6. Sustainable Resource Management: Health professionals must be educated in the efficient use of resources, such as reducing medical waste, conserving energy, and utilizing sustainable medical technologies. This contributes to SDG 12: Responsible Consumption and Production.
By embedding these principles into healthcare education, we can cultivate a new generation of health professionals who are not only skilled in their clinical practice but also equipped to lead and innovate in creating sustainable, equitable, and resilient healthcare systems that contribute to achieving the SDGs.
4o mini
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Hi everyone, I’m a final-year Software Engineering student working on a project focused on Machine Learning (ML) and Artificial Intelligence (AI). I want to solve a real-world problem through my project but need some guidance on how to get started effectively.
My main question is:
  • What steps should I follow to identify and solve a real-world problem using ML/AI?
  • Are there specific domains (e.g., healthcare, education) where impactful ML/AI projects are currently needed?
Could you suggest:
  • Potential real-world problems to focus on?
  • Tools, frameworks, or datasets that could help?
  • Resources to improve my project’s impact?
Thank you for taking the time to read this! I’m looking forward to hearing your insights. 😊
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To approach real-world problem-solving for a final-year AI project:
  1. Identify a Relevant Problem: Choose a real-world issue that can benefit from AI, such as healthcare, finance, or sustainability.
  2. Define Clear Objectives: Set specific goals, like improving efficiency, accuracy, or automation.
  3. Research Existing Solutions: Review current AI methods or tools used to address similar problems.
  4. Data Collection: Gather and preprocess relevant data for model training.
  5. Choose the Right AI Techniques: Select algorithms (e.g., machine learning, deep learning) suited to the problem.
  6. Develop and Test Models: Build and evaluate models, refining them based on performance metrics.
  7. Validate Results: Ensure the solution is practical, scalable, and addresses the problem effectively.
  8. Document and Present: Provide clear explanations of the methodology, results, and potential real-world impact.
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I do a 2-dimensional electrophoresis for a human tissue. My steps were as follows:
  1. Whole protein extraction from 4 samples by grinding tissue in liquid nitrogen and solving proteins in rehydration buffer (7M urea, 2M thiourea, 1.5% SB-14, 4% CHAPS, 65mM DTT)
  2. Protein concentration
  • Save samples in -20 Frizzier for 3 days.
  1. IPG rehydration with 450 micrograms of protein for 18 hour
  2. Isoelectric focusing by Ettan IPGphor3 system (GE Healthcare)
  3. Save IPGs in -20 frizzier for 3 days.
  4. SDS PAGE with GE healthcare system on 25 cm Acrylamide/bisacrylamide gels (12%) and ladder input
  • At the beginning of the SDS PAGE, we had to stop the running several times because of leakage from the upper buffer to the down buffer. Finally, blocking all seams, we successfully ran the SDS PAGE for about 1.5 hours after sitting IPGs on 12% gels.
  • Problem: Unfortunately, after overnight staining by CBB R250, I found no protein spot; however, some smears appeared in the gels. I want to know why my gels did not have protein spots?
  • *My finger hints to ladder place
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Thank you Debajit Das, your words are helpful and I am going to check the parameters related to running buffer pH and ionic strength of the rehydration buffer.
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This question is to discuss about the practical applications of AR in healthcare, as well as the challenges and future possibilities, encouraging a comprehensive and insightful conversation.
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Augmented Reality can enhance patient outcomes and surgical precision by providing surgeons with real-time, 3D visualizations of a patient’s anatomy, guiding them through complex procedures and helping to avoid errors. It enables better preoperative planning, intraoperative assistance with vital data overlays, and post-surgery rehabilitation through interactive exercises. However, challenges such as high costs of equipment, integration with existing medical systems, the need for specialized training, and concerns around data security and privacy hinder widespread adoption. Additionally, regulatory issues and technical limitations, such as system reliability and precision, must be addressed for Augmented Reality to reach its full potential in healthcare.
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This study examined the effectiveness of telemedicine in improving patient health outcomes in rural areas.By analyzing patient data and administering a questionnaire, we assessed the accessibility of telemedicine services and quality of care.Results showed that telemedicine significantly improved patient access to care, reduced travel time, and enhanced patient satisfaction.Many patients reported improvements in their chronic disease management.These findings underscore the potential of telemedicine to enhance healthcare delivery in rural areas, but challenges such as technology access and training still need to be addressed to maximize its benefits.
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The biggest barrier is the healthcare providers themselves. Not many are motivated to deliver telemedicine due to policies, lack of political will/financial incentives and limited time.
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How can AI/ML models be designed to prioritize ethical decision-making while ensuring robustness in real-world applications, particularly in high-stakes domains like healthcare, law or governance?
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AI/ML models can embed ethical decision-making by integrating fairness constraints, transparency mechanisms, and diverse training data to minimize biases. Ensuring robustness requires rigorous validation, stress testing, and continuous monitoring in real-world, high-stakes environments.
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What is the role of silver nanoparticles and quantum materials in predictive analytics for healthcare and solar cells?
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silver nanoparticles help in absorbing sunlight in solar cells
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Are you working on groundbreaking research in the medical or healthcare fields and looking for a reputable journal to publish your work? Medical Innovation is a peer-reviewed, open-access journal based in Canada, dedicated to advancing cutting-edge research across clinical practice, public health, biomedical sciences, and more.
We invite original research, review articles, case reports, and other submissions.
Have any questions about the submission process or how Medical Innovation could be the right platform for your research? Feel free to reach out, and let's discuss!
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Most welcome! The journal also warmly welcomes submissions from graduate students and early career researchers.
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We're excited to announce an upcoming book that delves into the critical prognosis of neuro ambience and mental health practices. This comprehensive work will be published by Springer, offering valuable insights for researchers, professionals, and graduate students in neurology, computational neuroscience, and AI/ML in healthcare.
🔬 Key Topics:
  • Deep Generative Techniques in Neurological Conditions
  • Neuroimaging and Deep Learning
  • AI-Driven Mental Healthcare
  • Early Diagnosis of Alzheimer's and Neurodisabilities
  • Adversarial Models in Neuroscience
  • Large Neurological Dataset Management
  • Ethical Considerations in AI Diagnostics
  • GANs, VAEs, and Autoregressive Models in Neuroscience
  • Contactless Human Sensing for Personalized Healthcare
📝 We invite chapter submissions on these and related topics. This is your chance to contribute to a groundbreaking resource in the field!
💡 Ideal for: Researchers, healthcare professionals, and graduate students in neurology, computational neuroscience, bioinformatics, and AI/ML in healthcare.
🌟 Your work could shape the future of neurological diagnostics and mental health practices!
Interested? Comment below or DM for more details on submission guidelines and deadlines.
#Neuroscience #AIinHealthcare #CallForChapters #MentalHealth #ComputationalNeuroscience #DeepLearning #Springer #AcademicPublishing #NeurologicalResearch #HealthTech
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What's the (profound) question, please?
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Machine learning (ML) is increasingly utilized in healthcare for predictive analytics, personalized medicine, and improving diagnostic accuracy. ML algorithms can identify patterns in large datasets that may not be apparent through traditional statistical methods.
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Building on Mohomad Cassim Ruseik Rahumath's points, I’d like to highlight another key aspect.
From a pathology perspective, machine learning can be viewed as a powerful tool for capturing and analyzing the complex, dynamic nature of diseases. Conventional statistical methods often struggle to account for these dynamic changes, which may oversimplify the progression and interactions within a disease process. For instance, cancer progression is highly heterogeneous, involving variables like genetic mutations, epigenetic changes, tumor microenvironment interactions, and treatment responses that can fluctuate over time.
In traditional statistics, analyzing such a high-dimensional dataset is often limited by the need for predefined assumptions about the relationships between variables. This can lead to model overfitting or underfitting, depending on the complexity of the dataset and how well it aligns with the assumptions made by conventional models such as regression analysis or survival models like the Cox proportional hazards model. These methods might fail to capture non-linear interactions or dynamic time-dependent effects within disease trajectories.
On the other hand, ML excels in working with large, multidimensional datasets without needing prior assumptions about the data structure. Techniques like random forests and neural networks can effectively learn from non-linear relationships, missing data, and complex interactions among clinical, genomic, and imaging features. For example, in cancer research, ML algorithms can utilize longitudinal patient data, including evolving tumor characteristics, molecular markers, and treatment responses, to predict survival more accurately than traditional models like Kaplan-Meier curves or Cox regression.
By leveraging these capabilities, researchers can better predict outcomes, personalize treatment plans, and enhance our understanding of disease mechanisms, ultimately leading to more tailored and effective therapeutic strategies.
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I wonder what specific technologies or approaches could be used and how they could effectively analyze data and design solutions.
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for health care AI can contribute to avoid compliance and dosing errors in the elderly population and to avoid untoward effects due to the same. Signal monitoring of the vitals could be feasible in mandate situations in self implied manner.
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Hello everyone,
I am currently conducting research on the use of productive artificial intelligence in healthcare. My aim is to assess ethical awareness regarding AI applications in health services.
However, I am struggling to find a suitable ethical awareness scale for my study. If anyone has information about existing scales or related studies, I would greatly appreciate your insights and recommendations.
Thank you in advance for your help!
Best regards,
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Hello Sir, It’s great to hear about your research. For assessing ethical awareness regarding AI applications, you might consider adapting existing scales from related fields. One option is the "Ethical Awareness Scale" developed for general contexts, which you can modify to focus on healthcare. Additionally, the "Healthcare Professionals’ Attitudes Toward AI" scale may offer relevant insights. It’s also worth exploring studies in bioethics and technology ethics literature for frameworks that assess ethical considerations specifically related to AI in health services. Engaging with organizations like the American Medical Association or the World Health Organization might yield valuable resources as well.
I wish you all the best for your research.
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Explain to me the calculation of time driven activity based costing to reduce the cost of hospitalization of pediatric patients.
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Let me note that everything I wrote refers to TDABC and not to the classic ABC model. The calculation procedure is not the same.
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How should healthcare systems prioritize patient care when faced with limited health resources, and what ethical considerations arise from these decisions?
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Healthcare systems can improve patient care prioritization under resource constraints by adopting ethical frameworks, utilizing evidence-based decision-making tools, and addressing systemic challenges. By fostering transparency and accountability in the prioritization process, healthcare organizations can better meet the needs of their populations while ensuring equitable access to care.
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In the Rural communities, better and quality health service became the major problem in such areas. Both infrastructure and services are not quality or provided, which increases health and related issues. They mostly have less privilege for health service, education, and infrastructure. This results in the selling of medicines and also the doing of self-prescription from unqualified or untrained personalities in such communities because they find it difficult to access healthcare professionals or providers. Furthermore, healthcare services are expensive for them to be able to afford. Some even refuse to attend to hospitals or prescribed medication.
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Based on the research I have conducted in rural areas the needs differ per country. In LMIC the biggest challenge in rural areas is road infrastructure and coverage of health services, which limits access to health services. My main recommendation for LMICs is strengthening of community based services, which would move healthcare from facilities to where the most vulnerable people are. This can be achieved through strengthening of mobile health care, and health teams or community health workers (CHW). Ideally well trained CHWs should be allocated to all rural/hard to reach areas in LMICs.
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Describe a case in which a patient’s social determinants of health significantly impacted their treatment outcomes. How did you address these factors in the treatment plan, and what were the results? Include considerations such as socioeconomic status, access to healthcare, and cultural beliefs.
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In one study involving the wellbeing of palliative care workers, we found that young and female respondents, those engaged in hospital based palliative care, having a poor work environment, facing recent unemployment, having less experience, working for more number of hours, and having more number of patients dying in the previous month, all had a lower level of wellbeing.
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effective in measuring mental workload in healthcare settings?
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The methods for measuring mental workloads include that of asking them cogent qestions about their perceotion and their knowledge about their mental health is very paramount.
This could be in form of Research questions or hypothesis.
This could also be in form of Focus group discussions, Key informant interviews, indepth interviewa and observations of participants.
It could also br via the use of structured questionnaires which could be self administered
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Dear All,
*Call for Papers:*
The *Annual International Conference on Recent Trends in Healthcare Innovation*, often abbreviated as AICRTHI, stands as a pivotal event on the global healthcare calendar. This conference is organizing by *Department of Information Science & Engineering, Vidyavardhaka College of Engineering*, Mysuru, Karnataka, India.
We invite submissions of original research, case studies, and innovative ideas for presentation at the *AICRTHI-2024.* Selected papers presented at the conference will have the opportunity to be included in the conference proceedings of *CRC Press, Taylor & Francis Group (Scopus Indexed).*
The conference aims to cover a wide range of topics related to machine learning and computing systems, including but not limited to :
• Pharmaceutical Research and Drug Discovery
• Patient-centric care and Personalized Medicine
• Healthcare Analytics and Population Health Management
• Case Studies and Real-World Applications
• AI in Healthcare Operations and Management
• Support Systems (CDSS)
• Electronic Health Records (EHR) and Data Integration
• Natural Language Processing (NLP) in Healthcare
• Telemedicine and Remote Patient Monitoring
• Healthcare Robotics and Automation
*Important Dates:*
*Submission Deadline: 30th July 2024*
*Notification of Acceptance: 15th September 2024*
*Conference Dates: 24th and 25th October 2024*
For inquiries or assistance regarding paper submissions, please contact
Dr. Prema N S, at premans@vvce.ac.in.
We look forward to receiving your submissions and welcoming you to *AICRTHI-2024!*
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Good afternoon ma'am, May you specify
the mode of the conference.
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  1. Public Health, Scope: Public health encompasses a broad range of activities aimed at improving the health of populations as a whole. This includes policies, research, disease prevention, health education, and health promotion on a national or global scale. Focus Areas: It deals with issues like epidemics, health policies, environmental health, and global health initiatives. Public health professionals work on reducing health disparities, improving healthcare systems, and conducting health research.
  • Community Health, Scope: Community health focuses more narrowly on the health and well-being of specific communities or populations within a larger society. It involves localized efforts to address health needs and issues unique to that community. Focus Areas: This includes activities like community health education, local health programs, access to healthcare services, and addressing specific health issues prevalent in the community. Community health practitioners often work directly with individuals and groups to improve health outcomes at the local level.
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Thank you for raising this insightful question about the distinctions between Community Health and Public Health. I would like to provide some perspective on this topic.
Public Health and Community Health are complementary fields, each playing crucial roles in promoting health and well-being but differing in scope, focus areas, and methodologies.
Public Health:
Scope: Public health operates on a macro level, encompassing a wide array of activities aimed at enhancing the health of populations on a national or global scale. It involves policy development, health education, disease prevention, and health promotion. Public health professionals engage in research to understand health trends and develop strategies to address emerging health issues.
Focus Areas: Key areas include epidemic control, health policy development, environmental health, and global health initiatives. Public health efforts often aim to reduce health disparities, improve healthcare systems, and promote health equity. This field is heavily influenced by epidemiological research, which provides data-driven insights to guide policy and intervention strategies.
Community Health:
Scope: Community health, on the other hand, is more focused and localized. It targets specific communities or populations within a larger society, addressing health needs and challenges unique to those groups. Community health practitioners work at the grassroots level, often tailoring interventions to the cultural, social, and economic contexts of the communities they serve.
Focus Areas: This includes community health education, local health programs, and ensuring access to healthcare services. Community health initiatives often address prevalent health issues within the community, such as chronic diseases, mental health conditions, and access to preventive services. Practitioners work directly with individuals and groups, fostering trust and collaboration to improve health outcomes.
Interconnectedness: While public health provides the overarching framework and resources necessary for broad-scale health improvements, community health ensures that these resources are effectively utilized at the local level. For instance, public health research might identify mental health disparities across a country, while community health initiatives develop and implement targeted interventions to address these disparities within specific communities.
Example in Mental Health and Psychiatry:
In my field of mental health and psychiatry, public health efforts might focus on national mental health policies, large-scale epidemiological studies, and broad mental health promotion campaigns. Community health initiatives, however, would implement these policies and findings at the community level, providing localized mental health services, conducting community-specific mental health education programs, and addressing barriers to mental health care access in underserved areas.
Both public health and community health are essential in creating a holistic and effective health system. Public health sets the stage for broad health improvements, while community health ensures these improvements reach and benefit all populations, particularly those at the grassroots level. Their synergy is crucial for achieving comprehensive health and well-being for all.
Thank you for this engaging discussion. I look forward to hearing more thoughts and perspectives on this topic.
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The increasing resistance of bacteria to antibiotics has made many infections difficult to treat, posing not only a threat to public health but also a major challenge to healthcare systems worldwide.
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This suggestion takes into account the community aspect: Educate people about the use and management of antibiotics
· Raise awareness of the need to comply with prescriptions (human and animal health).
· Raise awareness of the serious risks of self-medication in the use of antibiotics.
· Communicate about the risks of managing leftover or out-of-date antibiotics.
· Involve communities: provide information on risky attitudes and their consequences at personal and community level; raise community awareness to commit to the fight against resistance.
· Combine efforts by pooling actions in human, animal and environmental health, as well as agriculture, to combat antibiotic resistance more effectively.
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I'm part of a team developing a healthcare web application that includes features like scheduling appointments, storing medical reports, maintaining detailed medical history, and predicting potential diseases using advanced machine learning algorithms and natural language processing (NLP). We're using technologies such as Django, Node.js, React.js, OpenCV, Google Vision API, spaCy/NLTK, and BERT.
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Integrate spaCy or BERT by first preprocessing medical text data. Install necessary libraries in Django, develop views/APIs to process text inputs, execute NLP tasks (e.g., entity recognition with spaCy, context understanding with BERT), and present results via Django templates/API responses. Ensure data security and compliance with healthcare regulations, optimizing for performance and scalability.
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Yes, the high cost of US healthcare is influenced by liberal capitalism and the high tuition fees of medical schools that admit students after completing a bachelor's degree, rather than directly from high school.
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  1. Indeed, integration is needed.
  2. No, AI is Just a Tool
  3. Yes of Course
  4. Maybe
You can answer according to Your thoughts
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AI has the potential to complement and enhance human labor in professional fields like engineering, healthcare, and medicine, but it is unlikely to replace human workers completely. AI can handle repetitive tasks, analyze large datasets, and assist in decision-making, leading to increased efficiency and accuracy. However, human expertise, creativity, and empathy remain essential, particularly in complex problem-solving, patient care, and ethical decision-making. Therefore, AI is more likely to act as a tool that supports and augments human professionals rather than replacing them entirely.
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As long as commercial profit remains the main goal of healthcare, even a 1\1 doctor patient ratio will not achieve the principles of universal health care.
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This is an important step for isolation of hospital pathogens.
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Nosocomial infections, also known as healthcare-associated infections (HAIs), are infections acquired in hospitals or other healthcare facilities. These infections are typically not present or incubating at the time of a patient's admission. Here are the criteria for identifying nosocomial infection
Timing: The infection must occur at least 48-72 hours after admission. Alternatively, the infection could manifest within 10-30 days after discharge, particularly if it is related to a surgical procedure
Location:The infection occurs in a hospital, nursing home, rehabilitation center, outpatient clinic, or other healthcare facility.
  • Microbiological Evidence:The infection is confirmed by laboratory tests such as cultures, serological tests, or other microbiological evidence.
  • Clinical Symptoms:The patient presents symptoms and signs consistent with an infection (e.g., fever, redness, swelling, pain, discharge, etc.).
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Hello I am researching this topic to obtain resources to write a paper at our facility to reinforce the need to have involvement with the local schools for a topic close to my heart nursing. Reaching out for resources and research others may have. Thank you, Barbara Jean
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Professor Yukna,
Thank you so much for the resources and information.
Barbara Jean
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Call for Chapters:
Innovative Educational Frameworks for Future Skills and Competencies
Editors
Prof. Tahani Aldosemani, Prince Sattam bin Abdulaziz University, Saudi Arabia Prof. Miltiadis Lytras, The American College of Greece, Greece
Call for Chapters
Proposals Submission Deadline: July 11, 2024 Full Chapters Due: September 12, 2024 Submission Date: September 12, 2024
Introduction
In today's rapidly evolving world, the traditional paradigms of education face unprecedented challenges in adequately preparing individuals for the complexities of the future. The landscape of work and society is undergoing profound transformations driven by technological advancements, globalization, and socio-economic shifts, thereby necessitating a fresh perspective on the skills and competencies demanded by the workforce. It is within this dynamic context that the concept of "innovative educational frameworks for future skills and competencies" emerges as a pivotal area of exploration and development.
This book endeavors to delve into and showcase pioneering educational methodologies explicitly tailored to equip learners with the future skills and competencies indispensable for thriving in the 21st century and beyond. Recognizing that the mere transmission of information falls short, we advocate for an education system that fosters critical thinking, creativity, adaptability, collaboration, and above all, a lifelong learning mindset. These "future skills" are not only imperative for professional success but also for active citizenship and personal fulfillment amidst an increasingly intricate world.
Through an amalgamation of diverse perspectives and illuminative case studies, this book seeks to dissect how educators, policymakers, and stakeholders are reconceptualizing education to meet the future's demands. From immersive project-based learning and competency-driven education to innovative interdisciplinary approaches and the integration of cutting-edge technologies, each chapter will offer insights into promising strategies and frameworks poised to prepare learners for the challenges and opportunities of tomorrow.
Furthermore, this book underscores the significance of addressing equity, diversity, and inclusion within educational contexts. Ensuring universal access to high-quality education, irrespective of background or circumstance, is not only a moral imperative but also a cornerstone for nurturing a fairer and more prosperous society. Hence, contributors are encouraged to explore how innovative educational approaches can serve as catalysts for equity and empower learners from diverse backgrounds to excel in an ever-evolving world.
In essence, this book endeavors to be a timely and illuminating resource for educators, researchers, policymakers, and all stakeholders invested in the future of education. By scrutinizing innovative educational frameworks and their potential to cultivate future skills and competencies, our aspiration is to enrich the ongoing discourse and endeavors aimed at revolutionizing education for the betterment of individuals and society at large.
Objective
This book is dedicated to exploring innovative educational frameworks designed to equip learners with the future skills and competencies essential for success in a rapidly evolving world. With a specific focus on future-oriented skills such as critical thinking, creativity, problem-solving, adaptability, collaboration, and digital literacy, the book aims to accomplish the following:
  1. Identify emerging needs: By examining current trends and forecasts regarding the future of work and society, the book seeks to identify the emerging skills and competencies that will be most valuable in the years to come. Through empirical research and expert analysis, contributors will shed light on the skills gap between traditional education and the demands of the future, guiding educators and policymakers in adapting curricula accordingly.
  2. Highlight innovative approaches: By showcasing innovative educational frameworks and pedagogical approaches that are specifically designed to cultivate future skills and competencies. From project-based learning and inquiry-based instruction to design thinking and experiential learning, contributors will share examples of effective strategies for fostering the development of essential future skills in learners of all ages.
  3. Examine pedagogical practices: Through in-depth case studies and empirical research, the book will examine the efficacy of various pedagogical practices in promoting the acquisition and mastery of future skills and competencies. By evaluating the impact of different teaching methods, assessment strategies, and learning environments, contributors will provide insights into how educators can optimize the learning experience to better prepare learners for the challenges of tomorrow.
  4. Bridge research and practice: By bridging the gap between research and practice, the book aims to facilitate knowledge exchange and collaboration among researchers, educators, and other stakeholders. Through a synthesis of theoretical insights and practical implications, contributors will offer actionable recommendations for integrating future-oriented skills into educational settings, fostering a culture of continuous learning and innovation.
  5. Promote lifelong learning: By recognizing that the acquisition of future skills is an ongoing process, the book emphasizes the importance of lifelong learning and professional development. By providing resources, tools, and strategies for self-directed learning, the book aims to empower individuals to proactively develop and refine their future skills throughout their lives, ensuring their continued relevance and adaptability in a rapidly changing world.
Overall, this book seeks to serve as a comprehensive resource for educators, researchers, policymakers, and anyone interested in preparing learners for the challenges and opportunities of the future. By exploring innovative educational frameworks that prioritize the development of future skills and competencies, the book aims to contribute to the advancement of education and society in the 21st century and beyond.
Target Audience
This book is tailored to meet the needs and interests of a diverse range of stakeholders invested in the future of education. The primary target audience includes:
  1. Educators: Teachers, administrators, curriculum developers, and instructional designers seeking innovative approaches to teaching and learning. This book provides insights and practical strategies for integrating future skills and competencies into educational practice.
  2. Policymakers: Government officials, policymakers, and educational leaders responsible for shaping education policy and reform initiatives. The book offers evidence-based recommendations for policy development and implementation to ensure that educational systems are aligned with the demands of the future.
  3. Researchers: Scholars, researchers, and academics engaged in the study of education, pedagogy, and workforce development. The book presents current research findings, theoretical frameworks, and empirical studies that contribute to advancing knowledge in the field.
  4. Practitioners: Professionals working in non-traditional educational settings, such as corporate training programs, lifelong learning centers, and community-based organizations. The book offers practical insights and case studies that can inform the design and delivery of educational programs outside of formal schooling.
  5. Students: Learners of all ages who are interested in developing future skills and competencies to succeed in their academic pursuits, careers, and personal lives. The book provides resources and guidance for self-directed learning and professional development.
  6. Advocates for Equity and Inclusion: Individuals and organizations committed to promoting equity, diversity, and inclusion within education. The book explores how innovative educational frameworks can address systemic barriers and empower marginalized communities to thrive.
Overall, this book aims to appeal to a broad audience of stakeholders who are passionate about transforming education to better prepare learners for the challenges and opportunities of the future. Whether you are an educator seeking practical strategies, a policymaker shaping the future of education, a researcher contributing to the academic discourse, or a learner striving for personal and professional growth, this book offers valuable insights and resources to support your journey.
Recommended Topics
  • Project-based learning: Strategies for implementing project-based learning to develop critical thinking, collaboration, and problem-solving skills.
  • Competency-based education: Exploring competency-based approaches to education and their effectiveness in preparing learners for future challenges.
  • Digital literacy and technology integration: Examining the role of digital literacy and technology integration in fostering future skills such as adaptability and innovation.
  • Inquiry-based instruction: Discussing the benefits of inquiry-based instruction for promoting curiosity, creativity, and lifelong learning.
  • Interdisciplinary learning: Investigating the advantages of interdisciplinary learning experiences in cultivating holistic skills and competencies.
  • Experiential learning: Exploring the value of experiential learning opportunities, such as internships and service-learning projects, in developing real-world skills.
  • Personalized learning pathways: Examining strategies for designing personalized learning pathways that cater to individual interests, strengths, and needs.
  • Assessment for future skills: Discussing innovative assessment methods and tools for measuring future skills and competencies effectively.
  • Teacher professional development: Exploring professional development opportunities and strategies to support educators in integrating future skills into their teaching practice.
  • Equity and inclusion in education: Addressing issues of equity, diversity, and inclusion within educational frameworks and exploring ways to ensure equitable access to future-oriented learning experiences.
Submission Procedure
Researchers and practitioners are invited to submit on or before July 11, 2024, a chapter proposal of 1,000 to 2,000 words clearly explaining the mission and concerns of his or her proposed chapter. Authors will be notified by July 25, 2024 about the status of their proposals and sent chapter guidelines. Full chapters are expected to be submitted by September 12, 2024, and all interested authors must consult the guidelines for manuscript submissions at IGI Global Submission Guidelines prior to submission. All submitted chapters will be reviewed on a double-anonymized review basis. Contributors may also be requested to serve as reviewers for this project.
Note: There are no submission or acceptance fees for manuscripts submitted to this book publication, Innovative Educational Frameworks for Future Skills and Competencies. All manuscripts are accepted based on a double-anonymized peer review editorial process.
All proposals should be submitted through the eEditorial Discovery® online submission manager.
Publisher
This book is scheduled to be published by IGI Global (formerly Idea Group Inc.), an international academic publisher of the "Information Science Reference" (formerly Idea Group Reference), "Medical Information Science Reference," "Business Science Reference," and "Engineering Science Reference" imprints. IGI Global specializes in publishing reference books, scholarly journals, and electronic databases featuring academic research on a variety of innovative topic areas including, but not limited to, education, social science, medicine and healthcare, business and management, information science and technology, engineering, public administration, library and information science, media and communication studies, and environmental science. For additional information regarding the publisher, please visit IGI Global. This publication is anticipated to be released in 2025.
Important Dates
  • July 11, 2024: Proposal Submission Deadline
  • July 25, 2024: Notification of Acceptance
  • September 12, 2024: Full Chapter Submission
  • October 17, 2024: Review Results Returned
  • November 14, 2024: Final Acceptance Notification
  • November 21, 2024: Final Chapter Submission
Inquiries
Classifications
  • Education
  • Life Sciences
  • Social Sciences and Humanities
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This is an interesting topic for me who is involved in Quality Assurance practitioners at Post Graduate level. Please share some additional details of the proposed book. Is there a chance of including a chapter on an evaluation of our Post graduate Certificate in Quality Assurance in Education offered by the Botswana Open University?
Dr Joseph Amooti Kasozi
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Looking for Health care professionals interested in the mental health research study.
Looking for Health care professionals interested in the mental health research study. Empathetic AI Systems for Mental Health Support: Bridging the Human-AI Interaction Gap Greetings, We are currently seeking individuals to participate in an interview focusing on user experiences and empathy dimensions within AI mental health systems. The interview is expected to last approximately 60 minutes. We are specifically targeting participants who are 18 years old and above, including users of existing mental health support apps, healthcare professionals engaged in mental health care, as well as designers and developers working on healthcare and mental health apps or software. By including these diverse groups, we aim to gain comprehensive insights into the effectiveness, empathy, and design challenges of AI-driven mental health systems. As a token of appreciation for your time, each participant will receive a $10 (USD) Amazon gift card. Participation in this study is entirely voluntary, and all responses provided during the interview will be kept strictly confidential and anonymous. The results of this study will be thoroughly analyzed and subsequently published. This study has received the necessary approval from the King Khalid Research Ethics Committee, as indicated by the Ethical Clearance Certificate (ECM#2024-1109). If you meet the aforementioned criteria and are interested in contributing to our research, we cordially invite you to participate. WHO CAN I TALK TO? If you have any questions or concerns about the research, please feel free to contact Dr. Asma Aldrees (edrees@kku.edu.sa) , Dr. Karthik Meduri (karthik.meduri@ieee.org), Durga chavali (durga.chavali@ieee.org)
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Please feel free to take the survey online using below link
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What are the benefits of working as a healthcare professiona?
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Long hours, low pay, short staffing, high cost of education. Sorry if I sound bitter but 35 years as RN then NP and having friends in healthcare as well, is how my opinion is formed.
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CBT has emerged as a powerful tool for addressing mental health challenges worldwide. However, in many African countries, access to CBT networks and training remains limited. Moreover, there is a pressing need to ensure that CBT practices are culturally sensitive and contextually relevant to diverse African populations. In this context, Southern Health NHS Foundation Trust, together with EABCT and WCCBT is supporting the establishment of an African CBT Association (PAN).
This Network, mostly constituted by African colleagues is initiating a first study, named “KOLABO”, led by Dr Peter Phiri, PhD. This study aims to address the feasibility of establishing a Pan-African CBT Association. This association would serve as a platform for promoting the development of CBT knowledge and skills throughout the continent, while also fostering collaboration and inclusivity in CBT practices on a global scale. By participating in this study, you will have the opportunity to contribute to this important initiative.
Who is eligible?
The Pan is seeking input from the West, Global South, and Pan-African countries to include a diverse range of stakeholders. Your insights will help us better understand the needs, challenges, and opportunities related to CBT in Africa and inform the development of a Pan-African CBT Association.
Participating in this study is easy and confidential. It involves completing a brief online questionnaire lasting 10-15minutes.
To complete the questionnaire for individuals delivering physical and/or mental health support in Pan-African countries:
If you are a healthcare practitioner trained in psychological interventions and modalities, lay health worker, volunteer and other delivering psychological therapies, please copy and paste this link into a browser: https://bit.ly/KOLABO_Pan-Africa
To complete the questionnaire for healthcare practitioners in the West and Global South:
If you are a healthcare practitioners trained in psychological intervention and modalities, please copy and paste this link into a browser: https://bit.ly/KOLABO_WestandGlobalSouth
Help share the survey with your networks and/or associations.
The PAN would be extremely grateful for your support in completing the study and sharing it with your global networks. Attached are the adverts above that can be distributed to your networks of healthcare professionals globally. The recruitment materials showcase the aim of the project as well as including a QR code to complete the survey. In addition, please do share the above survey links and QR codes with your networks and associations directly.
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It will be nice having this international collaboration
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Call for Papers
CMC-Computers, Materials & Continua new special issue“Emerging Trends and Applications of Deep Learning for Biomedical Signal and Image Processing”is open for submission now.
Submission Deadline: 31 March 2025
Guest Editors
  • Prof. Batyrkhan Omarov, Al-Farabi Kazakh National University, Kazakhstan
  • Prof. Aigerim Altayeva, International Information Technology University,Kazakhstan
  • Prof. Bakhytzhan Omarov, International University of Tourism and Hospitality, Kazakhstan
Summary
In this special issue, we delve into the cutting-edge advancements and transformative applications of deep learning techniques within the realms of biomedical engineering and healthcare. Deep learning, a subset of artificial intelligence, has emerged as a groundbreaking tool, offering unparalleled capabilities in interpreting complex biomedical signals and images. This issue brings together a collection of research articles, reviews, and case studies that highlight the innovative integration of deep learning methodologies for analyzing physiological signals (such as EEG, ECG, and EMG) and medical images (including MRI, CT scans, X-rays, and etc.).
The content spans a broad spectrum, from theoretical frameworks and algorithm development to practical applications and case studies, providing insights into the current state-of-the-art and future directions in this rapidly evolving field. Key themes include, but are not limited to, the development of novel deep learning models for disease diagnosis and prognosis, enhancement of image quality and interpretation, real-time monitoring and analysis of biomedical signals, and personalized healthcare solutions.
Contributors to this issue showcase the significant impact of deep learning on improving diagnostic accuracy, enabling early detection of abnormalities, and facilitating personalized treatment plans. Furthermore, discussions extend to ethical considerations, data privacy, and the challenges of implementing AI technologies in clinical settings, offering a comprehensive overview of the landscape of deep learning applications in biomedical signal and image processing.
Through a blend of technical depth and accessibility, this special issue aims to inform and inspire researchers, clinicians, and industry professionals about the potential of deep learning to revolutionize healthcare, paving the way for more innovative, efficient, and personalized medical care.
For submission guidelines and details, visit: https://www.techscience.com/.../special.../biomedical-signal
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Dear Paulo Bolinhas Your enthusiasm for the topic is contagious, and we couldn't agree more that this special issue is a treasure trove of ideas and discoveries. We hope it will inspire further research and innovation in the field.
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The protocol should indicate how the study will contribute to advancement of knowledge ,how the results will be utilized ,not only in the publications but also how they will likely affect the health care ,health systems and health policies.
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Please read the protocol chapter of this book: A comprehensive guide to Thesis & Dissertation-Springer (2024).pdf
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In the context of machine learning models for healthcare that predominantly handle discrete data and require high interpretability and simplicity, which approach offers more advantages:
Rough Set Theory or Neutrosophic Logic?
I invite experts to share their insights or experiences regarding the effectiveness, challenges, and suitability of these methodologies in managing uncertainties within health applications.
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I appreciate the resources shared by R.Eugene Veniaminovich Lutsenko.
However, these references seem to focus on a different aspect of healthcare modeling. I'm still interested in gathering insights specifically about the suitability of Rough Set Theory and Neutrosophic Logic for handling discrete data in machine learning healthcare models.
Please feel free to contribute to this discussion if you have expertise in this area. Thank you
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Physician burnout can have far-reaching consequences that extend beyond individual well-being to affect patient care quality, healthcare costs, and the overall functioning of healthcare systems. Understanding and addressing burnout is essential for maintaining a resilient healthcare workforce and ensuring optimal patient outcomes.
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A personal healthcare data visualization system should have features that allow for the collection, management, and visualization of your health history, with shared access between doctors and patients.
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Hi sir, hope you are doing well. according to your question, you can use an IOT-based device. which can collect health data from different types of sensors. After collecting data, the device will send all data to a web platform for data visualization. With the help of this platform, doctors can monitor real-time health data and also he can manage everything with the help of this web platform. and also doctors can give access to patients of these data.
IoT BASED must have an Ethernet or wifi peripheral for communicating with the server-side using HTTP or MQTT protocol. and also need some communication ports for collecting data from sensors like rs485,s232, CAN, and Ethernet.
Thank you
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What specific evidence-based strategies, like workload management, mindfulness practices, and organizational support structures, have demonstrated the most significant efficacy in alleviating physician burnout and nurturing enduring well-being within healthcare settings?
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This question is based on the article, "Diagnostic Microbiology from the Beginning to the Future: Regional Antibiograms as Public Health Tools to Slow Down Antibiotic Resistance." The article addresses the special characteristics of infectious diseases in medicine, including the ability to isolate and study the causing agents in conditions similar to those of humans in a laboratory, thereby enabling the identification of the most effective treatments. Through this question, researchers will be able to gain a deeper understanding of how diagnostic microbiology can be used in healthcare systems, specifically to improve patient care and combat antibiotic resistance.
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Antibiotic resistance is a serious worldwide health issue, endangering the effectiveness of antibiotics against bacterial infections. It's vital to promptly and correctly identify bacteria that resist antibiotics to apply the right treatments and stop resistant strains from spreading. A deep comprehension of how resistance works and the development of new medications and vaccines are necessary. This is where national databases and diagnostic microbiology come into play. These tools, referring to national databases and diagnostic microbiology, offer valuable information essential for advancing the development of new medications and vaccines. By compiling data on antibiotic resistance patterns and identifying specific bacterial strains that pose challenges to current treatments, these tools guide researchers in designing novel therapeutic approaches. Additionally, they facilitate the identification of potential targets for drug and vaccine development, enabling scientists to focus their efforts on combating antibiotic-resistant bacteria effectively. In essence, the insights gleaned from national databases and diagnostic microbiology serve as a foundation for innovation in the field of antimicrobial therapeutics, ultimately contributing to the fight against antibiotic resistance.
References:
Uchil, R. R., Kohli, G. S., Katekhaye, V. M., & Swami, O. C. (2014). Strategies to combat antimicrobial resistance. Journal of Clinical and Diagnostic Research. https://doi.org/10.7860/jcdr/2014/8925.4529
Yamin, D., Uskoković, V., Wakil, A. M., Goni, M. D., Shamsuddin, S. H., Mustafa, F. H., Alfouzan, W., Alissa, M., Alshengeti, A., Almaghrabi, R., Fares, M. a. A., Garout, M., Kaabi, N. A., Alshehri, A. A., Ali, H., Rabaan, A. A., Aldubisi, F. A., Yean, C. Y., & Yusof, N. Y. (2023). Current and future technologies for the detection of Antibiotic-Resistant Bacteria. Diagnostics, 13(20), 3246. https://doi.org/10.3390/diagnostics13203246
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Based on the study by Kavulavu et al. (2022), the researchers highlighted the challenges experienced by the Eldoret Regional Blood Transfusion Center (ERBTC) in Western Kenya. These difficulties included understaffing, constrained funding, inadequate equipment, irregular provision of reagents and other laboratory supplies, and the discarding of unsuitable blood donations. Such issues collectively contribute to a significant deficit in the supply of blood. Consequently, collaboration and intervention between various blood banks, healthcare institutions, and regulatory authorities are necessitated. How might collaboration between these three sectors enhance transfusion services? What policies could be implemented to optimize transfusion services? Additionally, could these policies prove applicable in other nations, such as the Philippines?
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Collaboration between blood banks, healthcare institutions, and regulatory authorities is crucial for optimizing transfusion services. This collaboration can enhance transfusion services by ensuring efficient blood collection, testing, storage, and distribution, as well as maintaining high standards of safety and quality.
Implementing standardized protocols for blood collection, testing, and storage across all blood banks and healthcare institutions to ensure consistency and quality. Providing ongoing training and education for staff members involved in transfusion services to ensure they are up-to-date with the latest practices and regulations. Facilitating the sharing of information and data between blood banks, healthcare institutions, and regulatory authorities to improve coordination and decision-making. Implementing quality assurance measures to monitor and evaluate the safety and effectiveness of transfusion services, including regular audits and inspections. Strengthening regulatory oversight to ensure compliance with safety and quality standards, as well as timely reporting of adverse events.These policies could indeed be applicable in other nations, such as the Philippines, with necessary adjustments to account for local healthcare systems, infrastructure, and regulatory frameworks. By promoting collaboration and implementing effective policies, transfusion services can be optimized to better meet the needs of patients while ensuring safety and quality standards are upheld.
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The discussion extends to identifying effective strategies that could be implemented to overcome these challenges, thus ensuring a reliable and sufficient blood supply for healthcare needs. This is crucial for improving patient outcomes and can significantly influence the efficiency of healthcare services globally.
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Ensuring access to blood transfusion services is crucial for the provision of quality healthcare. It is important to note that blood and blood products cannot be artificially created or stored for extended periods of time. It is important to effectively manage the supply and demand of blood in order to ensure the availability of safe and sufficient blood. The mismanagement of blood inventory and the subsequent shortage of blood are viewed as significant health security risks on a national and global scale. Ensuring a sufficient and safe supply of blood is crucial for saving the lives of numerous patients. The potential consequences of blood shortages are severe, potentially resulting in the breakdown of blood transfusion services and the overall health system.
Based on Yahia's research, it has been found that blood banks often encounter various difficulties in fulfilling the need for blood supply. These challenges include a scarcity of well-trained staff or test kits, the utilization of subpar reagents, inadequate cold chain facilities, and insufficient quality assurance measures.
References:
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The inquiry aims to understand and provide guidelines on the storage and management of specimens in the laboratory as it may influence the integrity of delicate samples, as discussed in the article of Rajeshwar Reddy Kasarla and Laxmi Pathak entitled "Tenets of Specimen Management in Diagnostic Microbiology." By scrutinizing specimen handling practices, including storage protocols and laboratory procedures, healthcare practitioners can identify avenues for enhancing the utilization of clinical microbiologist services to ensure accurate diagnostic results and enhance patient care and welfare.
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According to the Review Article of Kasarla and Pathak (2023), if processing of specimen is not done within 2 hours after collection, the specimen should be stored at 4°C. The Cerebrospinal Fluid (CSF) sample should be kept in an incubator at 37°C if delay of testing is inevitable. However, it must be kept in mind to not refrigerate CSF sample as delicate pathogens like Haemophilus influenzae may die.
Reference:
Kasarla, R. R., & Pathak, L. (2023). Tenets of Specimen Management in Diagnostic Microbiology. Journal of Universal College of Medical Sciences, 11(02), 63–66. https://doi.org/10.3126/jucms.v11i02.58133
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Do traditional healers rely on their medicine if they are sick of they do go to clinic/hospitals
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See my research on "non traditional healing in a psychiatric setting" for more details if interested. In my study, Santeria/Espiritismo, etc. the medical providers ended up using these services as well as their own. It became an integrated thoughtful system of healers.
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Analyzing the Role of AI Adoption in Healthcare and Its Implications for Patient Outcomes
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Dear Willy Lima ,
Based on our recent publication (the link is attached at the bottom), the burgeoning integration of artificial intelligence (AI) into the realm of healthcare heralds a profound shift in how we perceive and approach patient care. With the advent of sophisticated machine learning algorithms, natural language processing capabilities, and predictive analytics, healthcare stakeholders are poised to redefine the landscape of clinical decision-making and treatment modalities. These advancements hold the promise of not just enhancing diagnostic accuracy but also revolutionizing treatment protocols by delivering personalized interventions tailored to each patient's unique profile.
Beyond the realm of diagnostics and treatment, AI stands as a beacon of hope in optimizing healthcare delivery systems and catalyzing patient engagement. Virtual health assistants, chatbots, and telemedicine platforms empowered by AI technologies are redefining the patient-provider relationship, offering seamless access to medical expertise and empowering patients to take charge of their health journeys. Also, AI-powered predictive modeling could change healthcare from a reactive to a proactive model by finding people who are likely to have bad health outcomes and taking action before they happen, thereby improving overall patient outcomes and quality of care.
However, amid the promise of AI-driven healthcare, a plethora of ethical and operational considerations loom large. From safeguarding patient privacy and ensuring data integrity to addressing concerns regarding algorithmic bias and transparency, the journey towards realizing the full potential of AI in healthcare is fraught with complexities. Navigating these challenges demands a concerted effort from all stakeholders, such as clinicians, researchers, policymakers, and technologists, to forge a path forward that not only harnesses the transformative power of AI but also upholds the values of equity, fairness, and patient-centered care. Only through collaborative endeavors can we unlock the true potential of AI to revolutionize healthcare and usher in an era of improved patient outcomes and well-being.
I hope this provides insight into responding to this question.
Regards,
Shafik
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a
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*President Bill Clinton *President Barrack Obama & *President Joseph Biden & VP Kamala Harris. *Historical Black Colleges* * Wilberforce University Xenia, Ohio. (ALUMNI) * * Black Farmers History Heritage Month * * 30 Years VOTE Democracy Grand Commemorative *
Bill Gates & Melinda Gates Foundation.
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Microsoft Corporation GlobaI Pediatrics Health Care; Abort Medical Services Corporation; Planned Parenthood of Milwaukee, WI.
Https://www.ncbi.nlm.nih.gov/UNICEF.UN/ Mortality and Primary Causes of Death in
Mothers of Children / NIH / National Library of Medicine / (IaaS) (SaaS) Digital Output; (D) (Qin) flow; impacting Model (IaaS) Community. (PaaS) Maternal Healthcare. (PaaS) Satellite.
(SaaS) Clinics. (CMHSC). (Shared Networking);
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Maternal Healthcare. (PaaS) Satellite. (SaaS) Clinics. (CMHSC). (SaaS) (Shared Networking);
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Buenas tardes. Experiencia: logré asignar un DOI en preprint en Research Gate siguiendo los pasos de ésta plataforma para unos de los artículos de los estudiantes, esperamos tener obervaciones en la plataforma. No la obtuvimos, así que lo postulamos para la publicación en una revista de nuestro medio, en la cual siguió el proceso normal de revisión de pares para la publicación con lo cual se asignó un DOI final.
Me queda la duda si debemos eliminar el DOI inicial del preprint de Research Gate y eliminar los archivos de ésta plataforma y unicamente presentar el DOI y versión final de la publicación en la revista.
Saludos cordiales
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Some AI services are already working in healthcare. They evaluate thousands of radiologic studies every day. It seems clear that radiologists should review some images to monitor the quality of AI services work. Please share your thoughts on how to calculate the minimum sufficient number of images for revision?
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To monitor the AI in Radiology we should have an (AI specialist ) and a Radiologist and a Medical physicist and a Radiation health physicist and ALWAYS a reference AI calculation saved or archived in our system
there’s a lot of predictive system already that detect directly a suspicious manipulation inside AI calculations to inform the medical workers.
I hope that my answer is helpful my answer is based on my last webinar in AI in radiology.
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Description: This question invites discussion on the transformative impact of Artificial Intelligence (AI) in healthcare, particularly focusing on diagnostics. It encourages researchers and professionals to share insights, developments, and challenges associated with integrating AI technologies into diagnostic processes. The goal is to explore the potential for AI to improve accuracy, efficiency, and accessibility in healthcare diagnostics, as well as to discuss ethical considerations and the need for regulatory frameworks.
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Benefits of Utilizing AI in Healthcare DiagnosticsArtificial intelligence (AI) tools assess test findings faster than human diagnosis. Furthermore, AI can quickly assess an individual's genetic, metabolomic, and bioinformatic data. It not only reduces expenses but also makes quick medical care possible.Benefits of Utilizing AI in Healthcare DiagnosticsArtificial intelligence (AI) tools assess test findings faster than human diagnosis. Furthermore, AI can quickly assess an individual's genetic, metabolomic, and bioinformatic data. It not only reduces expenses but also makes quick medical care possible.
Regards,
Shafagat
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Increasing AI interpretability is crucial for understanding how decisions are made, especially in high-stakes domains like healthcare and finance.
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To enhance the interpretability and explainability of AI systems, thereby fostering trust and accountability, several strategies and approaches can be adopted. These strategies not only aim to make the decision-making processes of AI systems more transparent but also ensure they are understandable to a broad audience, including those without technical expertise. Here are key methods to achieve this goal:
1. Model Simplification
  • Use Interpretable Models: Where possible, use machine learning models that are inherently more interpretable, such as linear regression, decision trees, or logistic regression. These models provide clear insights into how input variables are related to the output.
  • Feature Importance: For more complex models, use techniques that explain the importance of each feature in the prediction. This helps in understanding which features are most influential in the model's decisions.
2. Explainability Techniques
  • Local Interpretable Model-agnostic Explanations (LIME): LIME can explain the prediction of any classifier in an interpretable and faithful manner, by approximating it locally with an interpretable model.
  • SHapley Additive exPlanations (SHAP): SHAP values provide a way to understand the impact of having a certain value for a given feature in comparison to the prediction we'd make if that feature took some baseline value.
3. Visualization Tools
  • Decision Trees Visualization: Visualizing decision trees can provide insights into the decision-making process, showing how decisions are made at each step.
  • Attention Mechanisms (in Neural Networks): Visualization of attention weights can help understand which parts of the input data the model is focusing on when making decisions.
4. Prototyping and Simulation
  • What-if Analysis: Tools that allow users to change inputs and observe outputs can help in understanding how changes in input data affect the model’s predictions.
  • Counterfactual Explanations: Providing examples of the nearest data point that would change the decision of the model can help users understand what needs to change to obtain a different outcome.
5. Regulatory and Ethical Frameworks
  • Adherence to Standards and Guidelines: Developing and following industry standards, ethical guidelines, and regulatory requirements for AI explainability can ensure a consistent approach to building trust.
6. Collaboration and Stakeholder Involvement
  • Involving Stakeholders: Engaging with stakeholders, including those who will be affected by AI decisions, in the development and review of AI systems can ensure the explanations meet their needs.
7. Documentation and Transparency
  • Model Documentation: Providing comprehensive documentation about how an AI system was developed, trained, and deployed, including the datasets used, can enhance transparency.
8. Continuous Monitoring and Feedback
  • Audit Trails: Keeping detailed records of AI system decisions and the basis for those decisions can help in auditing and reviewing the system’s behavior over time.
  • Feedback Loops: Implement mechanisms to receive and incorporate feedback on AI system outputs and explanations from users to continuously improve interpretability.
Implementing these strategies requires a multidisciplinary approach, combining expertise in AI and machine learning, domain knowledge, ethics, and design. By making AI systems more interpretable and explainable, we can ensure they are used responsibly, ethically, and effectively, thereby increasing trust among users and stakeholders.
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Can you provide articles on behaviors that inhibit team development in healthcare/
Thank you
Pauline
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..
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Dear Doctor
"Generative AI use cases in healthcare
  1. Facilitating medical training and simulation
  2. Assisting in clinical diagnosis
  3. Contributing to drug development
  4. Automating administrative tasks
  5. Generating synthetic medical data"
"Generative AI in drug discovery promises to revolutionize this process by augmenting traditional methods with computational efficiency and accuracy. Here’s how generative AI is being used in drug discovery:
  • Molecule generation: Generative AI models, particularly those based on recurrent neural networks (RNNs) and generative adversarial networks (GANs), can generate novel molecular structures that adhere to specific criteria. This ability to generate a vast number of diverse molecules opens up new possibilities for identifying potential drug candidates that traditional methods may have overlooked.
  • Drug design optimization: Generative AI can also assist in optimizing drug designs by generating modifications of existing compounds. By exploring variations in molecular structures, AI algorithms can identify modifications that enhance a drug’s efficacy, safety, and specificity, making the design process more efficient.
  • De novo drug design: One of the most exciting applications of generative AI in drug discovery is de novo drug design. This involves designing entirely new molecules from scratch to target specific diseases. AI models can be trained on vast databases of known drugs and their properties, enabling them to predict molecular structures that are likely to exhibit desirable properties."
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How can generative AI contribute to solving real-world problems, such as healthcare diagnostics or climate modeling?
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Generative AI, by producing synthetic data and models, plays a crucial role in addressing real-world challenges. In healthcare diagnostics, it aids by generating diverse medical images for training robust models, enhancing diagnostic accuracy and facilitating research. For climate modeling, generative AI contributes by simulating complex environmental scenarios, enabling scientists to analyze potential impacts and devise sustainable solutions. Its ability to generate novel insights from limited data sets makes generative AI a valuable tool for tackling complex problems across various domains, fostering innovation and advancing our understanding of intricate systems.
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AI and ML in healthcare?
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Artificial Intelligence (AI) and Machine Learning (ML) are revolutionizing healthcare by providing advanced tools and technologies. These innovations contribute to improved patient care, streamlined processes, and transformative breakthroughs. From personalized medicine and predictive analytics to drug discovery and virtual health assistants, AI and ML applications enhance diagnostics, treatment plans, and overall healthcare outcomes. With the ability to analyze vast datasets and offer real-time monitoring, these technologies pave the way for a more efficient and patient-centric healthcare system, ultimately advancing the field toward precision medicine and tailored healthcare solutions.
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Introduction:
The advancements in artificial intelligence (AI) have the potential to revolutionize healthcare practices, including nursing care. As AI technologies continue to evolve, there is growing interest in integrating these tools into nursing education. This inquiry aims to explore the prospects of teaching nursing students about the utilization of AI tools in healthcare and when
In recent years, the healthcare industry has witnessed significant developments in AI applications, such as machine learning, natural language processing, and computer vision. These technologies have shown promise in improving patient care, facilitating accurate diagnoses, and enhancing treatment outcomes. Consequently, it becomes crucial to equip future nurses with the knowledge and skills to harness the potential of AI in their practice.
1. When will nursing education incorporate AI tools?
- What are the current efforts and initiatives to introduce AI in nursing curricula?
- Are there any institutions or programs already integrating AI tools into nursing education?
- What are the potential benefits and challenges associated with teaching AI in nursing?
2. Permissibility and Ethical Considerations:
- Are there any legal or regulatory barriers that prevent the integration of AI in nursing education?
- What ethical considerations should be addressed before incorporating AI tools in nursing practice?
- What are the potential risks and limitations of relying on AI technologies in healthcare?
3. Feasibility and Implementation:
- What resources and infrastructure are required to teach AI concepts in nursing programs?
- Are there any limitations in terms of faculty expertise and readiness for AI integration?
- How can nursing educators effectively incorporate AI tools into the existing nursing curriculum?
4. Future Implications:
- What impact might AI integration have on nursing practice and patient outcomes?
- How can AI tools enhance the efficiency and accuracy of healthcare delivery?
- What are the potential roles of nurses in leveraging AI technologies in various healthcare settings?
I know That its too long Question , but Iam sure NOT ONLY me interested..
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As nursing continues to face an uncontrolled staffing crisis, nursing education must ensure that graduates have the skills necessary to provide quality patient care. However, integrating artificial intelligence (AI) tools in nursing education may harm patient outcomes and the nursing profession.
Regards,
Shafagat
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Currently, I am working on a collective book project entitled "Healthcare Supply Chain: Challenges and Opportunities for Improving Healthcare" to be published with Springer as part of "the Integrated Science Series". This project is structured around 4 main parts: Part 1: Modeling & Optimization of the Hospital Supply Chain and Safety of Care Units Part 2: Integrated management of health products: Supply, storage and waste Part 3: Patient flow optimization and transport logistics for healthcare services. Part 4: Revolution of the hospital supply chain: Information systems, artificial intelligence, digital transition and innovative technologies
If you are interested in taking part in this project, please let me know.
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Thank you
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🚀 Exciting Opportunity: Call for Abstracts for The American Journal of Healthcare Strategy's Inaugural Issue! 🚀 Greetings, Healthcare Innovators and Thought Leaders! We're thrilled to announce that The American Journal of Healthcare Strategy is now accepting abstracts for our inaugural issue, set to be published on January 31st. This is a unique opportunity to contribute to a groundbreaking publication that’s ready to redefine healthcare strategy. We have a team of Executive Editors, Consultants, and Executive Experts (with many new team members that we will soon be sharing with you). We are indexed on Google Scholar, ResearchGate, Library of Congress, and many more that are coming soon. Offering both digital and paperback distribution. 🔎 We're Seeking: Original research, reviews, case studies, and thought pieces in healthcare strategy. Innovative approaches, analytics-driven insights, and transformative healthcare solutions. 🎖 Why Submit? Be part of our landmark first issue. Share your work with a global audience of healthcare professionals and decision-makers. Elevate your professional profile in the healthcare community. ✍️ Submission Guidelines: Abstracts should be concise and clearly outline the study's objectives, methods, results, and conclusions. Please adhere to the word limit specified on our submission portal. Ensure your submission is original and unpublished elsewhere. 🔗 Submit your abstract at https://forms.gle/wrLoCgTu1VoDhox3A Join us in shaping the future of healthcare strategy. We can’t wait to witness the wealth of knowledge and innovation your abstracts will bring!
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i will disseminate this in my university
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Dear Researchers,
We are seeking participants to collaborate on writing an article and report on the utilization of different artificial intelligence (AI) tools in healthcare care plan development, specifically focusing on patient information. The aim is to produce an in-depth publication on this topic for dissemination on ResearchGate.
This collaborative effort requires individuals who are knowledgeable and experienced in AI and healthcare care planning. We invite researchers, practitioners, and experts in the field to contribute their insights and expertise to this project.
The scope of the article and report includes the following:
1. Exploration of various AI tools utilized in healthcare care plan development.
2. Examination of how patient information is integrated with AI tools for enhanced care planning.
3. Evaluation of the effectiveness and outcomes associated with the use of AI in healthcare care plan development.
4. Identification of challenges and considerations in implementing AI tools in this domain.
5. Compilation of comprehensive recommendations for future research and implementation.
If you are interested in participating, kindly reach out to us at contact@msytr.com or even by replying this question. We will provide further details and guidelines to ensure a cohesive and impactful collaboration.
By joining this project, you will have the opportunity to contribute to the advancement of knowledge in the field of AI-driven healthcare care planning and be recognized as a co-author in the resulting article and report. Your valuable insights will help shape the understanding and future directions of AI applications in healthcare.
We look forward to collaborating with dedicated researchers like yourself. Should you have any questions or require additional information, please do not hesitate to contact us.
Thank you for considering this invitation, and we appreciate your willingness to contribute to this project.
Sincerely,
Ahmed Ragab Ali Abdelghany
Researcher in AI Medical Integration
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Thanks so much for your interest, lets start our discussion in this Group https://chat.whatsapp.com/JDitjngUmeXHoseJleYt9E
From 11 jan to 15 jan to be published under all participants name on 17 jan ..
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Artificial intelligence augmented governance of healthcare and ethical issues need attention to ensure data protection
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Absolutely, there are ethical and privacy concerns with AI-augmented healthcare.
AI can process and analyze vast amounts of medical data, which is great for diagnosis and treatment. But, it also raises questions about data privacy. Patients' health information must be protected from breaches or misuse.
Then there's the issue of bias in AI algorithms. If the data used to train AI models isn't diverse, it can lead to biased recommendations or diagnoses, which isn't fair or ethical.
So, while AI has incredible potential in healthcare, it's essential to ensure patient privacy, fairness, and ethical use of AI to make it a win-win for everyone.
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Proposed Thesis Title:
"EXPLORING THE ARTISTIC AND CULTURAL DIMENSIONS OF TRADITIONAL HEALING PRACTICES IN GHANA"
Problem Statement
While traditional healing practices are prevalent across the African continent, there is a significant gap in scholarly research that comprehensively investigates the artistic and cultural dimensions within these practices. Existing studies often focus on medical efficacy or cultural aspects in isolation, neglecting the intricate interplay between artistic expressions and healing outcomes. This knowledge gap impedes our ability to appreciate the full spectrum of traditional healing, limiting insights into how cultural heritage and artistic traditions contribute to the effectiveness of these practices.
Understanding the artistic and cultural dimensions of traditional healing is particularly critical as these practices face various challenges, including globalization, modernization, and shifts in healthcare preferences. Documenting and comprehending these dimensions can not only aid in the preservation of cultural heritage but also inform policies that respect and integrate traditional healing within contemporary healthcare frameworks.
Research Objectives
1. To explore the types of traditional healers and their activities in Ghana.
2. To examine role of artistic elements in traditional healing practices in Ghana.
3. To examine the role of artistic traditional healing practices in the preservation of Ghanaian cultural identity and heritage.
4. To suggest a framework that explains the role of artistic traditional healing practices in the preservation of Ghanaian cultural identity and heritage.
Research Questions
1. What are the types and scope of traditional healing activities in Ghana?
2. How significant are the artistic elements in the healing practices of Ghanaian traditional healers.
3. How are traditional healing practices contributing to the preservation of Ghanaian cultural identity and heritage?
4. What framework can be suggested to explain the role of artistic traditional healing practices in the preservation of Ghanaian cultural identity and heritage?
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The theoretical framework of functions of cultural media, eg visual art, should be subconscious expression of archetypal structure, via recurrent features. I list those features, and the average frequency of each, in my paper Blueprint on www.edmondfurter.wordpress.com The rest of the literature is in the 'shamanic' (healer) art hypothesis, but artists and healers are usually different people (so are priests, prophets, poets, leaders, etc). And the 'trance art' hypothesis is varied, heavily criticised, and artificially isolated to southern African San, while ignoring its global features.
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How does automation impact universal healthcare? How? Why?
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The impact of automation on healthcare has been transformative, revolutionizing various aspects of the industry. Automation technologies, such as artificial intelligence (AI), robotic process automation (RPA), and machine learning (ML), have significantly improved efficiency, accuracy, and patient outcomes. Here are some key areas where automation has made a significant impact:
1. Administrative tasks: Automation has reduced the administrative burden on healthcare professionals by streamlining tasks like appointment scheduling, billing, and documentation. This allows healthcare providers to focus more on patient care.
2. Medical imaging: Automation has improved the interpretation of medical images, such as X-rays, CT scans, and MRIs. AI algorithms can quickly analyze images, detect abnormalities, and provide accurate diagnoses, helping radiologists make informed decisions faster.
3. Electronic Health Records (EHRs): Automation has made managing patient records more efficient. EHR systems automate data entry, enable real-time access to patient information, and facilitate seamless communication between healthcare providers, leading to better care coordination.
4. Medication management: Automation has enhanced medication dispensing and monitoring processes. Automated systems can accurately dispense medications, reducing errors and improving patient safety. Additionally, automated reminders and alerts help patients adhere to their medication schedules.
5. Telemedicine: Automation has played a significant role in the growth of telemedicine. Through virtual consultations, automation enables remote patient monitoring, data collection, and analysis, allowing healthcare providers to deliver care to patients in remote areas or during emergencies.
6. Robotic surgery: Automation has paved the way for robotic-assisted surgeries, where surgeons use robotic systems to perform precise and minimally invasive procedures. Robotic surgery offers improved precision, reduced recovery time, and minimal scarring.
7. Data analysis and predictive analytics: Automation enables the analysis of vast amounts of healthcare data, helping researchers and healthcare professionals identify patterns, trends, and potential risks. This allows for early intervention, personalized treatment plans, and better population health management.
While automation has brought numerous benefits to healthcare, it also raises concerns about job displacement and the ethical use of AI. Healthcare professionals need to adapt to these advancements, acquiring new skills to work alongside automation technologies effectively. Striking the right balance between automation and human intervention is crucial to ensure the best outcomes for patients while optimizing efficiency in healthcare delivery.
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Do you think that self-medication, the practice of treating oneself without the advice of a healthcare professional, is the result of people's socioeconomic and cultural conditions?
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No Brasil, acho que em todas as classes, é comum se automedicar. está errado, claro, mas as mulheres tem cólicas mensais e seus remédios preferidos. Em cada casa existe uma farmacinha doméstica. O normal é comprar o que o médico já receitou, para as mesmas dores, em ocasiões passadas.
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I'm looking for reports that give an overview of the prevalence of blood exposure accidents and the associated risks for healthcare professionals in countries in different regions of the world.
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Some suggestions:
1. World Health Organization (WHO): The WHO is a valuable resource for global health information. They often publish reports and guidelines related to occupational health, including blood exposure accidents for healthcare workers. Visit the WHO website and search their publications and databases for relevant reports and studies.
2. National and regional health agencies: Many countries have their own health agencies that may conduct studies or publish reports on occupational health and blood exposure accidents. Check the websites of national health agencies in different countries or regions of interest to access their publications or research databases.
3. Occupational safety and health organizations: Organizations focused on occupational safety and health may provide resources and reports related to blood exposure accidents in healthcare settings. For example, the National Institute for Occupational Safety and Health (NIOSH) in the United States or the Health and Safety Executive (HSE) in the United Kingdom may have relevant reports or studies.
4. Academic journals: Peer-reviewed academic journals often publish research articles on occupational health and blood exposure accidents. Conduct a search in scientific databases such as PubMed, Scopus, or Google Scholar using keywords like "blood exposure accidents," "occupational health," and "healthcare professionals" to find relevant studies. You can also try adding specific regions or countries to narrow down the search.
5. Conferences and symposium proceedings: Attendees of conferences or symposia on occupational health or healthcare-associated infections may present research findings related to blood exposure accidents. Look for conference proceedings or abstracts to access the latest research in the field.
Hope it helps:credit AI
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In navigating the complex landscape of medical research, addressing interpretability and transparency challenges posed by deep learning models is paramount for fostering trust among healthcare practitioners and researchers. One formidable challenge lies in the inherent complexity of these algorithms, often operating as black boxes that make it challenging to decipher their decision-making processes. The intricate web of interconnected nodes and layers within deep learning models can obscure the rationale behind predictions, hindering comprehension. Additionally, the lack of standardized methods for interpreting and visualizing model outputs further complicates matters. Striking a balance between model sophistication and interpretability is a delicate task, as simplifying models for transparency may sacrifice their intricate capacity to capture nuanced patterns. Overcoming these hurdles requires concerted efforts to develop transparent architectures, standardized interpretability metrics, and educational initiatives that empower healthcare professionals to confidently integrate and interpret deep learning insights in critical scenarios.
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Good afternoon Subek Sharma, as a developer of deep learning models in collaboration with clinical pathologists, I understand the challenges and possibilities that these models present in medical research. My focus is on balancing accuracy and transparency to ensure that these models are reliable and effective support tools in medical decision-making.
The key to achieving both precision and transparency in deep learning for medical research lies in the synergy between technology and human experience. The deep learning models we develop are designed to identify patterns, characteristics, and sequences that may be difficult for the human eye to discern. This does not imply replacing the physician's judgment, but rather enriching it with deep and detailed insights that can only be discovered through the data processing capabilities of these tools.
Transparency in these models is crucial for generating trust among medical professionals. We are aware that any decision-support tool must be transparent enough for physicians to understand the logic behind the model's recommendations. This involves a continuous effort to develop models whose internal logic is accessible and understandable to health professionals.
In our work, we strive to balance the sophistication of the model with its interpretability. We understand that excessive simplification can compromise the model's ability to capture the complexity in medical data. However, we also recognize that an overly complex model can be an incomprehensible black box for end users. Therefore, our approach focuses on developing models that maintain a high level of accuracy while ensuring that physicians can understand and trust the provided results.
Looking towards the future, we see a scenario where artificial intelligence will not only be a data interpretation tool but also a means for continuous patient monitoring and support. In this landscape, the final decision will always rest with the expert physician, but it will be informed and supported by the deep analysis and perspective that artificial intelligence can provide.
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Lots of studies in adults and children, mainly done in HICs, are advocating antibiotics only (conservative) management of acute non-perforated appendicitis. In LMICs, with poor access to healthcare, most patients present with perforation. Is there a role of conservative management of acute non-perforated appendicitis in children in LMICs?
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The role of conservative management of acute non perforated appendicitis in children is fairly well established (Jumah S, Wester T. Non-operative management of acute appendicitis in children. Pediatr Surg Int. 2022 Nov 28;39(1):11. doi: 10.1007/s00383-022-05284-y. PMID: 36441297
Armstrong J, Merritt N, Jones S, Scott L, Bütter A. Non-operative management of early, acute appendicitis in children: is it safe and effective? J Pediatr Surg. 2014 May;49(5):782-5. doi: 10.1016/j.jpedsurg.2014.02.071. Epub 2014 Feb 22. PMID: 24851770).
With special reference to the same in the setting of LMIC, the COVID pandemic has brought an increased thrust of its use (Hannan MJ, Parveen MK, Hoque MM, Chowdhury TK, Hasan MS, Nandy A. Management of Acute Appendicitis in Children During COVID-19 and Perspectives of Pediatric Surgeons From South Asia: Survey Study. JMIR Perioper Med. 2021 Dec 21;4(2):e26613.). The evidence for its successful implementation is worth the effort with appropriate inclusion / choice of cases.
Unpublished data from our centre supports the use of non operative management in children with early presentation (onset of pain within 2-3 days), absence of significant collection, fecolith on imaging and successful resolution of symptoms by 24 hours of antibiotics.
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How is AI use in medical practice distinguished from big data analytics applications for health care delivery and population health?
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AI use limiting risks of human errors. Meanwhile, big data analytics applications are mostly assocaited with higly probability of human errors.
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Telemedicine in Disaster Response: Explore how telemedicine can be leveraged in disaster situations, such as natural disasters or pandemics, to provide remote medical assistance and triage.
Patient Experience and Satisfaction: Research factors affecting patient satisfaction and engagement in telemedicine, including usability, accessibility, and trust in virtual healthcare.
Telemedicine for Rural Healthcare Access (SDG 3):Investigate how telemedicine can address healthcare disparities in rural and underserved areas, contributing to SDG 3 (Good Health and Well-being).
Telemedicine for Health Equity (SDG 10): Study how telemedicine can reduce health disparities and promote equitable access to healthcare, in line with SDG 10 (Reduced Inequality).
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Thank you dear sir, This helped a lot
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recent articles that have assessed the relevance of the training of nurse assistants and auxiliary nurses on healthcare delivery
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You can also access databases like the PubMed and other online resources
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Hi.
I was wondering if is there a full list of AI systems in healthcare, I am looking at the names of the projects such as MYCIN, MAYO-Clinic AI-assisted System, and CAD system.
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MEDIP is a recent launched apps which is amazing
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State ways in which Botswana's health system financed except taxation
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It’s very important issues, motivate health care workforces is one of difficult task in heat systems.
Last year (2022) I conducted a research on V"ALUE-BASED Health Services" in two public hospitals in Bangladesh. Here, I put a question on incentives for work-family harmony.
Following three recommendations was came;
1. Provide work-family harmony allowance
2. Give them 15days family vacations
3. Provision of instance leave in family emergency that will replace by "Reserve Healthcare Workforce".
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please I need current research articles that have assessed the impart of the training of nurse assistants or nurse auxiliaries on healthcare delivery and patient outcomes in high and low-middle income countries?
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You can get it from Google scholar, or by emailing any researcher who investigate in the same field
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So, I'm a student of MS clinical psychology, currently working on my thesis. I wanted to explore the impact of perceived parenting style on the degree of morality among mental healthcare professionals. I was told that the two variables are from two different domains of life, i.e., perceived parenting style is related to home/domestic domain and the scale for morality is related to occupational domain. And that this makes the variables lack connection.
Is that true?
Can I really not assess this relationship? The impact of PPS on the morality of people in this profession?
Please, a quick answer would be highly appreciated.
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This article might help.
Mental health: The invisible effects of neglected tropical diseases
The psychological burden of disability and stigma has been overlooked, to the detriment of those affected and their carers...
The stigma and exclusion experienced by people with neglected tropical diseases such as lymphatic filariasis or leprosy can take an enormous psychological toll that is often overlooked. “If you speak to any clinician, they’ll say this is a massive issue. We see it every time someone walks into our clinic and they’ve lost their job, or their husband, or had stones thrown at them by children,” says psychiatrist Julian Eaton. Efforts to systematically evaluate the mental-health burden and trial interventions are only slowly ramping up. “The research is really underinvested in at the moment,” Eaton says...
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Generative AI has a wide range of applications across various fields. Here are some notable applications of Generative AI:
  1. Image Generation and Enhancement:Art Generation: Creating unique and visually appealing artwork, often in various artistic styles. Face Generation: Generating realistic human faces, which can be used in video games, virtual avatars, and more. Super-Resolution: Enhancing the quality and resolution of images. Image Inpainting: Filling in missing or damaged parts of images seamlessly.
  2. Text Generation and Natural Language Processing:Content Creation: Automatically generating written content for articles, reports, and marketing materials. Chatbots: Creating conversational agents capable of generating human-like responses. Language Translation: Assisting in language translation tasks with improved accuracy. Summarization: Automatically summarizing long texts or documents.
  3. Audio Generation and Processing:Speech Synthesis: Generating human-like speech for voice assistants and accessibility tools. Music Composition: Creating original music compositions and melodies. Sound Effects: Generating sound effects for media production and gaming.
  4. Data Augmentation:Synthetic Data Generation: Generating synthetic data to supplement training datasets for machine learning models, improving their performance and robustness.
  5. Computer Vision:Object Recognition: Enhancing object recognition models with data generated to include variations in lighting, angles, and backgrounds. Anomaly Detection: Generating synthetic anomalies to train models for anomaly detection tasks.
  6. Drug Discovery:Molecule Generation: Generating molecular structures for drug design, accelerating the drug discovery process.
  7. Video Game Development:Level Design: Creating game levels and environments using generative algorithms. Character and Creature Design: Generating characters, creatures, and assets for video games.
  8. Artificial Creativity:Creative Writing: Assisting authors and writers by generating plot ideas, characters, and story elements. Poetry and Literature: Creating poetry, short stories, and other literary works.
  9. Content Personalization:Recommendation Systems: Personalizing recommendations for products, content, and services based on user preferences.
  10. Architecture and Design:Architectural Design: Generating architectural designs and floorplans. Interior Design: Creating interior design concepts.
  11. Virtual Reality and Augmented Reality:Virtual Environments: Generating virtual worlds, landscapes, and environments for VR and AR experiences.
  12. Healthcare:Medical Image Synthesis: Generating synthetic medical images for training and testing diagnostic models.
  13. Entertainment and Media:Special Effects: Creating visual effects and CGI elements for movies and entertainment.
  14. Environmental Science:Climate Modeling: Generating simulated weather and climate data for research and predictions.
  15. Marketing and Advertising:Content Generation: Generating marketing materials, advertisements, and product descriptions.
  16. Finance:Financial Modeling: Generating synthetic financial data for risk assessment and modeling.
  17. Security:Cybersecurity: Generating synthetic data to train models for detecting cybersecurity threats and anomalies.
  18. Education:Content Creation: Generating educational materials, quizzes, and practice exercises.
  19. Fashion:Fashion Design: Creating unique clothing designs and accessories.
Generative AI continues to advance rapidly, opening up new possibilities in various domains and offering innovative solutions to complex problems. Its ability to generate human-like content has made it a valuable tool in many industries.
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The overall AI landscape took a significant turn with the arrival of powerful generative AI models, resulting in the mainstream adoption of automation. Consequently, generative AI has captured the attention of numerous organizations, prompting questions about its transformative capabilities, and more importantly, real-world use cases.
So, what are the most important generative AI applications today? How does this new-age technology operate? In this blog, we aim to answer these critical questions and provide a comprehensive overview of the applications of generative AI, its benefits, the reasons behind its rapidly-growing popularity, and more.
Regards,
Shafagat
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I would like to know if there are any of research associate or PhD opportunities in primary care field currently open in Singapore. How should improve my qualifications to apply them? i am interested in access, healthcare planning, chronic diseases and quality assessments.
Thank you
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Thank you so much. I will look into them. Should I directly apply to them
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An inconsistent data set introduces biases and errors. This can have profound consequences for an AI model trained on such raw data. Biased and inaccurate data can perpetuate healthcare disparities and affect patient outcomes. What solutions have been proffered far in its resolution in order for AI to be effectively deployed in medicine and the medical sciences as well as the general healthcare landscape globally.
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Data privacy laws or equivalent for different countries.
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Digital technology for Healthcare delivery is picking up with advancement of technology. Are there guidelines or best practices based on past experience and research which can be used for developing digital innovation solutions for human healthcare delivery. If there are books on this topic, do share their titles.
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I asked your question to an Artificial Intelligence (just out of curiosity) and this is what I got:
Digital innovation in healthcare delivery is crucial for improving patient outcomes, increasing efficiency, and enhancing the overall quality of healthcare services. Here are some guidelines to consider when pursuing digital innovation in healthcare delivery:
  1. Patient-Centered Approach: Ensure that all digital innovations prioritize the needs and preferences of patients. This includes easy access to medical records, telehealth services, and patient engagement tools.
  2. Security and Privacy: Place a strong emphasis on data security and patient privacy. Comply with all relevant healthcare data protection regulations, such as HIPAA in the United States, and use robust encryption and access controls.
  3. Interoperability: Ensure that digital systems can seamlessly communicate and share data with one another. This facilitates the flow of information between different healthcare providers and systems.
  4. User-Friendly Design: Develop user-friendly interfaces and mobile apps that are intuitive for both patients and healthcare professionals. This can improve adoption and engagement.
  5. Data Analytics and AI: Leverage data analytics and artificial intelligence (AI) for insights into patient populations, diagnosis, and treatment options. Predictive analytics can help in early disease detection and management.
  6. Telemedicine and Remote Monitoring: Invest in telemedicine solutions and remote patient monitoring tools, which allow for virtual consultations and continuous tracking of patient health.
  7. Electronic Health Records (EHR): Implement electronic health record systems for efficient and accurate data management. Ensure that EHRs are standardized, secure, and accessible by authorized personnel.
  8. IoT Devices and Wearables: Internet of Things (IoT) devices and wearables to collect real-time health data, such as vital signs and activity levels. This can help in proactive care management.
  9. Telehealth Services: Establish telehealth services for remote consultations, prescription refills, and follow-up appointments. Ensure that these services are user-friendly and accessible.
  10. Mobile Health Apps: Develop and promote mobile health applications that allow patients to manage their health, access educational resources, and communicate with healthcare providers.
  11. Blockchain Technology: Consider blockchain technology to enhance the security and integrity of healthcare data, particularly in medical record management and supply chain tracking.
  12. Virtual Reality (VR) and Augmented Reality (AR): Explore the use of VR and AR for medical training, pain management, and improving patient education.
  13. Collaboration and Integration: Encourage collaboration among healthcare providers, payers, pharmaceutical companies, and tech companies to create a more integrated healthcare ecosystem.
  14. Regulatory Compliance: Stay up-to-date with healthcare regulations, and ensure that digital innovations comply with these regulations to avoid legal and ethical issues.
  15. Continuous Evaluation and Improvement: Continuously assess the effectiveness of digital innovations through data analysis, user feedback, and regular reviews. Make necessary improvements based on the findings.
  16. Scalability: Ensure that digital innovations are scalable to accommodate an increasing number of patients and users.
  17. Cost-Effectiveness: Strive for cost-effective solutions to ensure affordability and accessibility for patients and healthcare providers.
  18. Training and Education: Provide comprehensive training for healthcare professionals and patients on how to use digital tools and innovations effectively.
  19. Ethical Considerations: Maintain a strong commitment to ethical practices in the use of digital innovations, including the responsible use of patient data and the prevention of bias in AI algorithms.
  20. Partnerships and Collaboration: Collaborate with technology companies, startups, and research institutions to harness their expertise and resources in digital healthcare innovation.
All this sounds like a good point to start.
I hope this helps.