Dr. Pál Simon has over 50 years of experience in public health, epidemiology, hygiene, and health informatics. He has held numerous leadership roles within the Hungarian healthcare system and military medical services. Currently, he works part-time as a teacher and adviser on health informatics. His career has focused on developing information systems, electronic health records, and smart card technologies to improve healthcare management and delivery.
This document provides a vita for Nicos Maglaveras, including his personal information, education history, professional appointments, teaching experience, research experience, EU projects involvement, publications, and awards. It details that he is a Professor of Computing & Medical Informatics at Aristotle University of Thessaloniki in Greece. Over the past 25+ years, he has led over 40 EU-funded projects totaling over 12 million euros, published over 95 journal papers cited over 3,000 times, and received several awards for excellence in research.
The document discusses electronic health cards from a European perspective. It provides an overview of activities by EU member states in developing electronic cards, including examples from Austria, Belgium, Estonia, Finland, France, Italy, Slovenia, Spain, and Switzerland. It then discusses Germany's target of modernizing its healthcare system using information and communication technologies, including its strategy, concept, and costs of developing the electronic Gesundheitskarte health card and associated infrastructure. Finally, it discusses the need for collaboration across Europe to develop interoperable eHealth systems and services that can be used across borders.
Public Health & information technologyShimaa Saied
This document discusses health informatics and eHealth in Egypt. It defines key concepts like health informatics, public health informatics, eHealth, telemedicine, and mHealth. It describes current eHealth applications and situations in Egypt, noting that most primary health care units use paper-based systems while some hospitals have basic eHealth. Challenges to eHealth in Egypt include resistance to change and lack of infrastructure and regulatory bodies. The conclusion recommends a national eHealth initiative and including health informatics education in medical curricula to improve Egypt's health care system.
This document is the curriculum vitae of Herbert Michael (Bob) Pinedo. It details his extensive medical education and career positions held, which include professorships in medical oncology in the Netherlands and visiting professorships in the US. It also summarizes his main research interests in clinical cancer research and drug development. Finally, it lists his administrative roles in universities and cancer organizations in Europe and worldwide.
This document provides an overview of the Department of Biomedical Engineering at Eindhoven University of Technology. It discusses general trends in healthcare technology and computational biology examples. The department focuses on areas like regenerative medicine, chemical biology, computational diagnostics, and biomechanics & tissue engineering. Research groups within the department work on topics such as cardiovascular biomechanics, cell-matrix interaction, molecular biosensing, and medical image analysis. The document also provides information on the department's educational programs, collaborations, budgets, and key personnel.
Reza Arzani completed a course in Windows 10 for Education on November 2nd, 2016. The document confirms that Reza Arzani successfully finished the Windows 10 for Education course. It provides the date that he achieved this on November 2nd, 2016.
Het Trefpunt in Kortrijk is een unieke bistro in het historische hart van de stad. Gelegen in het Kortrijkse Ondernemerscentrum maar voor iedereen toegankelijk. Met een eigenzinnig interieur en met een verrassend en aangenaam terras in de zomermaanden, is een bezoek aan het Trefpunt meer dan de moeite waard.
De vaste huiskok serveert steeds dagverse en seizoensgebonden producten. Een verzorgde lunch, suggestiemenu of gerechten à la carte en een uitgebreid bier- en wijnassortiment zijn de troeven van deze bistro met een prachtig kader. Voor bedrijven en groepen kunnen speciale arrangementen worden samengesteld.
This document provides a vita for Nicos Maglaveras, including his personal information, education history, professional appointments, teaching experience, research experience, EU projects involvement, publications, and awards. It details that he is a Professor of Computing & Medical Informatics at Aristotle University of Thessaloniki in Greece. Over the past 25+ years, he has led over 40 EU-funded projects totaling over 12 million euros, published over 95 journal papers cited over 3,000 times, and received several awards for excellence in research.
The document discusses electronic health cards from a European perspective. It provides an overview of activities by EU member states in developing electronic cards, including examples from Austria, Belgium, Estonia, Finland, France, Italy, Slovenia, Spain, and Switzerland. It then discusses Germany's target of modernizing its healthcare system using information and communication technologies, including its strategy, concept, and costs of developing the electronic Gesundheitskarte health card and associated infrastructure. Finally, it discusses the need for collaboration across Europe to develop interoperable eHealth systems and services that can be used across borders.
Public Health & information technologyShimaa Saied
This document discusses health informatics and eHealth in Egypt. It defines key concepts like health informatics, public health informatics, eHealth, telemedicine, and mHealth. It describes current eHealth applications and situations in Egypt, noting that most primary health care units use paper-based systems while some hospitals have basic eHealth. Challenges to eHealth in Egypt include resistance to change and lack of infrastructure and regulatory bodies. The conclusion recommends a national eHealth initiative and including health informatics education in medical curricula to improve Egypt's health care system.
This document is the curriculum vitae of Herbert Michael (Bob) Pinedo. It details his extensive medical education and career positions held, which include professorships in medical oncology in the Netherlands and visiting professorships in the US. It also summarizes his main research interests in clinical cancer research and drug development. Finally, it lists his administrative roles in universities and cancer organizations in Europe and worldwide.
This document provides an overview of the Department of Biomedical Engineering at Eindhoven University of Technology. It discusses general trends in healthcare technology and computational biology examples. The department focuses on areas like regenerative medicine, chemical biology, computational diagnostics, and biomechanics & tissue engineering. Research groups within the department work on topics such as cardiovascular biomechanics, cell-matrix interaction, molecular biosensing, and medical image analysis. The document also provides information on the department's educational programs, collaborations, budgets, and key personnel.
Reza Arzani completed a course in Windows 10 for Education on November 2nd, 2016. The document confirms that Reza Arzani successfully finished the Windows 10 for Education course. It provides the date that he achieved this on November 2nd, 2016.
Het Trefpunt in Kortrijk is een unieke bistro in het historische hart van de stad. Gelegen in het Kortrijkse Ondernemerscentrum maar voor iedereen toegankelijk. Met een eigenzinnig interieur en met een verrassend en aangenaam terras in de zomermaanden, is een bezoek aan het Trefpunt meer dan de moeite waard.
De vaste huiskok serveert steeds dagverse en seizoensgebonden producten. Een verzorgde lunch, suggestiemenu of gerechten à la carte en een uitgebreid bier- en wijnassortiment zijn de troeven van deze bistro met een prachtig kader. Voor bedrijven en groepen kunnen speciale arrangementen worden samengesteld.
Este documento presenta una guía sobre el desarrollo preclínico de medicamentos. Explica las diferentes fases del desarrollo de medicamentos, incluyendo la fase preclínica, y proporciona detalles sobre regulaciones, ensayos requeridos, modelos a usar, buenas prácticas y casos prácticos. El objetivo es facilitar el desarrollo preclínico y promover el paso de compuestos prometedores a ensayos clínicos.
Windows Server 2012 R2 Access and Information ProtectionReza Arzani
Reza Arzani completed a course in Windows Server 2012 R2 Access and Information Protection on November 2nd, 2016. The document confirms Reza's achievement in this course and the date it was completed.
Blueprint to online success - how to roll out a new digital marketing program...Loic Jeanjean
This document outlines an 8-step process for financial firms to successfully roll out a new digital marketing program for advisors. Step 1 involves testing a website prototype with a small control group of advisors to evaluate usability, personalization, search optimization, and other criteria. Subsequent steps include building a team of champion advisors, formalizing training programs, gradually expanding the rollout, and monitoring results. The goal is to empower advisors with modern digital tools while ensuring compliance.
Shock is a common complication of severe febrile illness, and worldwide aggressive correction with intravenous bolus therapy is recommended as the initial treatment. Nevertheless, the evidence supporting this approach remains weak. The only controlled trial of fluid resuscitation, Fluid Expansion as Supportive Therapy (FEAST), involving 3141 African children with severe febrile illness, including large groups with sepsis and malaria, called into question aggressive fluid resuscitation, demonstrating excess mortality in both bolus arms (albumin and saline) compared to no-bolus control, relative risk of morality in bolus versus control was 1.45(1.13-1.86, p=0.003). Excess mortality was consistent across all subgroups, being greatest in those with the most severe forms of shock and acidosis. Remarkably, despite earlier shock reversal in those receiving fluid boluses the excess mortality in the FEAST trial was caused by subsequent cardiovascular collapse and was not secondary to fluid overload.
These observations are intriguing warranting an in-depth understanding of host responses including those of the myocardium to fluid resuscitation and at the microvasacular level since the two maybe synergistic. Current studies are underway in ovine models of sepsis (‘FEAST-in-Sheep’) in Professor John Fraser’s laboratory, Brisbane to understand the mechanism of harm, gain further insights in host responses to fluid management, and re-define the optimal fluid and supportive inotrope/vasopressor management of septic shock.
Four years have elapsed since the publication of FEAST, yet World Health Organization continues to recommend fluid boluses for children managed in resource-poor hospitals, where there is no access to intensive care. These are the precise settings where the FEAST trial was conducted in order to inform management guidelines. In Africa alone, where one in 10 febrile child admissions present with shock, we have estimated that the current guidelines, if fully implemented, will result in ~5,600 and 33,000 excess deaths each year per million hospital admissions treated for shock.
El documento describe las principales estructuras celulares como los microtúbulos, ribosomas, retículo endoplasmático, aparato de Golgi, vesículas, vacuolas, mitocondrias y el núcleo celular. Explica que cada uno tiene funciones específicas como el transporte de materiales, síntesis de proteínas, procesamiento y modificación de proteínas, almacenamiento y transducción de energía. El núcleo celular contiene el ADN y coordina las actividades de la célula.
Este documento trata sobre los glucósidos cianogénicos, compuestos que se encuentran en plantas y que liberan ácido cianhídrico, el cual inhibe la respiración celular. Describe las plantas que los contienen, su mecanismo de toxicidad, signos clínicos, diagnóstico, tratamiento y prevención de la intoxicación por cianuro en animales.
What is the problem?
Delivering bad news and having an end of life conversation are core skills for any practitioner who deals with critically ill patients. Current data show that while 22% of deaths in the USA now occur in ICU, 54% of families surveyed have a poor understanding of patient’s diagnosis, treatment plan and prognosis. Dr. Kate Granger found this out first hand while admitted to hospital in the UK and started the #hellomynameis campaign.
What is the evidence?
While families feel more validated if given longer to speak, doctors speak for 71% of the time in family meetings. -Longer meetings are also associated with greater patient and family member satisfaction. -Patients perceive that doctors spend longer with them if the doctor is sitting down. -Use of a simple mnemonic increases satisfaction and reduced the incidence of PTSD in family members.
What do experts do?
1. Prepare for the meeting. Decide who will attend, what you will talk about and what your goals are.
2. Introduce everyone and explain the agenda.
3. Gather everyone’s understanding
4. Listen and don’t interrupt5Empathise (physicians express no empathy in 1/3 of family meetings)
6. Make the patient’s voice heard
7. Make your recommendation to go forward
8. Reflect on the meeting after it concludes
What about the difficult situations?
Hope is an issue that comes up often. Many other specialties emphasise the importance of hope, while intensivists are often seen as being nihilistic. But we can still foster a degree of hope in patients and families without being unrealistic. -Techniques for managing conflict are discussed such as identifying discord in the family and avoiding mixed messages from staff. -The importance of spirituality is discussed.
Samantha and Valerie accidentally gave a red box containing cookies to the wrong owner. They realized their mistake and went to retrieve the other red box to return it. However, the owner had already eaten all the cookies. Samantha came up with the idea to bake more cookies to replace the ones eaten so they could properly return the box. Samantha and Valerie baked a new batch of cookies and delivered them to the rightful owner, who was grateful to receive them.
This document discusses health informatics and eHealth in Egypt. It defines key concepts like health informatics, public health informatics, eHealth, telemedicine, and mHealth. It describes current eHealth applications and situations in Egypt, noting that most primary health care units use paper-based systems while some hospitals have basic eHealth. Challenges to eHealth in Egypt include resistance to change and lack of infrastructure and regulatory bodies. The conclusion recommends a national eHealth initiative and including health informatics education in medical curricula to improve the health care system.
Dr Sanjoy Sanyal wrote this article when he was doing his Masters in Royal College of Surgeons of Edinburgh, University of Bath, United Kingdom.
It traces the origin of the term and discipline called 'Medical Informatics'; describes its evolution and mentions its current healthcare applicability and academic status.
It is fundamental towards understanding today's Information Explosion and its digital implications in all work atmospheres.
Today Dr Sanjoy Sanyal is Professor and Course Director of Neuroscience and FCM-III in Caribbean.
Telemedicine and Recreation, MD Eliya Kostova. Varna Startup Health Tech Week...Eliya Kostova
The 21st century will be the most remarkable and dynamic age in human history.
Change is the only permanent constant for the future.
The speed of data exchange and analysis is vital in making adequate decisions.
Broadband Internet is the foundation of 21st century civilization, virtual reality, biotechnology, nanotechnology, and artificial intelligence that transform into an unrecognizable economic, social and political life we know.
This document provides an agenda for the Med-e-Tel 2012 conference, listing the schedule of events and sessions by day and room. The schedule includes opening ceremonies and sessions on topics like global telemedicine updates, eHealth strategies, mobile health solutions, innovative mental healthcare technologies, and evidence of telehealth outcomes. This program is subject to change and attendees are advised to check back for updates.
Population health informatics DME SoPH 20151006Kathleen Gray
This document provides an overview of population health informatics for health professionals. It discusses what health informatics is, including its origins in the 1960s with hospital management systems and its increasing focus on population-level data and determinants of health. The document also addresses how health professionals learn about health informatics, noting there is variability in education and few formal curricula. Finally, it explores how public health and health informatics have merged into the field of population health informatics, which analyzes broader social and environmental health factors using new data sources.
Overview of Health Informatics: survey of fundamentals of health information technology, Identify the forces behind health informatics, educational and career opportunities in health informatics.
Health informatics involves the study and implementation of information science and computer science in healthcare to improve communication and management of medical information. The objective is to more easily store and retrieve patient information, making healthcare less expensive. Health informatics has been used since the 1940s and is now a necessary tool in most healthcare facilities. While countries focus on developing electronic medical records, challenges remain around unique patient identification and ensuring privacy in electronic health systems.
Health informatics involves the study and implementation of information science and computer science in healthcare to improve communication and management of medical information. The objective is to more easily store and retrieve patient information, making healthcare less expensive. Health informatics has been used since the 1940s and is now a necessary tool in most healthcare facilities. While countries focus on developing electronic medical records, challenges remain around unique patient identification and ensuring privacy in electronic health systems.
Gerhard Lingg has extensive education and experience in alternative and integrative medicine. He received multiple doctorate degrees and has held professorships. His research focuses on areas like heart rate variability, herbal medicine, mobile health, and the effects of homeopathic remedies. He has published several books and papers, holds patents, and regularly presents at international conferences.
The document discusses health informatics research at a computer science department. It defines health informatics as the development of concepts, structures, frameworks and systems to enable efficient and effective healthcare. It outlines several potential areas of health informatics research including health information management, intelligent health systems, health user interfaces, health communications, mathematical computing in health and operating systems for health. It also lists faculty involved in health informatics research and provides an overview of the department's health informatics activities and progress.
eHealth Consumers in the Age of Hyper-Personalizationchronaki
Where the Internet of Things meets healthcare we see a plethora of tools, gadgets, and apps that promise to improve life, health, and independence. As patients, family members ofr friends, we are subsumed under the term "eHealth consumers”. For us it is increasingly hard to navigate in the unfolding digital reality dominated by new gadgets, and fragmented information, data, and knowledge we don’t control. More personalized and targeted products, services, and content could alleviate this. In this slide deck we are specifically focusing on challenges and opportunities for personalization in view of varying eHealth literacy, lifestyle and health goals.
The document provides an overview of health informatics by:
1. Defining key terms like informatics, biomedical informatics, health informatics, and discussing the relationships between related fields.
2. Explaining the data-information-knowledge-wisdom hierarchy and providing examples.
3. Describing health informatics as the optimal use of information, aided by technology, to improve health, healthcare, research, and more.
This document discusses eHealth and mHealth. It defines eHealth as using modern technologies to meet the needs of citizens, patients, healthcare professionals, and policymakers. mHealth involves using mobile devices like phones to access health information and provide care. The document outlines several applications of eHealth, including electronic medical records, telemedicine, and consumer health informatics. It also describes the five stages of eHealth from basic information provision to full electronic health record integration. mHealth applications mentioned include collecting and sharing health data via mobile phones and using them for tasks like medication alerts and remote patient monitoring.
Este documento presenta una guía sobre el desarrollo preclínico de medicamentos. Explica las diferentes fases del desarrollo de medicamentos, incluyendo la fase preclínica, y proporciona detalles sobre regulaciones, ensayos requeridos, modelos a usar, buenas prácticas y casos prácticos. El objetivo es facilitar el desarrollo preclínico y promover el paso de compuestos prometedores a ensayos clínicos.
Windows Server 2012 R2 Access and Information ProtectionReza Arzani
Reza Arzani completed a course in Windows Server 2012 R2 Access and Information Protection on November 2nd, 2016. The document confirms Reza's achievement in this course and the date it was completed.
Blueprint to online success - how to roll out a new digital marketing program...Loic Jeanjean
This document outlines an 8-step process for financial firms to successfully roll out a new digital marketing program for advisors. Step 1 involves testing a website prototype with a small control group of advisors to evaluate usability, personalization, search optimization, and other criteria. Subsequent steps include building a team of champion advisors, formalizing training programs, gradually expanding the rollout, and monitoring results. The goal is to empower advisors with modern digital tools while ensuring compliance.
Shock is a common complication of severe febrile illness, and worldwide aggressive correction with intravenous bolus therapy is recommended as the initial treatment. Nevertheless, the evidence supporting this approach remains weak. The only controlled trial of fluid resuscitation, Fluid Expansion as Supportive Therapy (FEAST), involving 3141 African children with severe febrile illness, including large groups with sepsis and malaria, called into question aggressive fluid resuscitation, demonstrating excess mortality in both bolus arms (albumin and saline) compared to no-bolus control, relative risk of morality in bolus versus control was 1.45(1.13-1.86, p=0.003). Excess mortality was consistent across all subgroups, being greatest in those with the most severe forms of shock and acidosis. Remarkably, despite earlier shock reversal in those receiving fluid boluses the excess mortality in the FEAST trial was caused by subsequent cardiovascular collapse and was not secondary to fluid overload.
These observations are intriguing warranting an in-depth understanding of host responses including those of the myocardium to fluid resuscitation and at the microvasacular level since the two maybe synergistic. Current studies are underway in ovine models of sepsis (‘FEAST-in-Sheep’) in Professor John Fraser’s laboratory, Brisbane to understand the mechanism of harm, gain further insights in host responses to fluid management, and re-define the optimal fluid and supportive inotrope/vasopressor management of septic shock.
Four years have elapsed since the publication of FEAST, yet World Health Organization continues to recommend fluid boluses for children managed in resource-poor hospitals, where there is no access to intensive care. These are the precise settings where the FEAST trial was conducted in order to inform management guidelines. In Africa alone, where one in 10 febrile child admissions present with shock, we have estimated that the current guidelines, if fully implemented, will result in ~5,600 and 33,000 excess deaths each year per million hospital admissions treated for shock.
El documento describe las principales estructuras celulares como los microtúbulos, ribosomas, retículo endoplasmático, aparato de Golgi, vesículas, vacuolas, mitocondrias y el núcleo celular. Explica que cada uno tiene funciones específicas como el transporte de materiales, síntesis de proteínas, procesamiento y modificación de proteínas, almacenamiento y transducción de energía. El núcleo celular contiene el ADN y coordina las actividades de la célula.
Este documento trata sobre los glucósidos cianogénicos, compuestos que se encuentran en plantas y que liberan ácido cianhídrico, el cual inhibe la respiración celular. Describe las plantas que los contienen, su mecanismo de toxicidad, signos clínicos, diagnóstico, tratamiento y prevención de la intoxicación por cianuro en animales.
What is the problem?
Delivering bad news and having an end of life conversation are core skills for any practitioner who deals with critically ill patients. Current data show that while 22% of deaths in the USA now occur in ICU, 54% of families surveyed have a poor understanding of patient’s diagnosis, treatment plan and prognosis. Dr. Kate Granger found this out first hand while admitted to hospital in the UK and started the #hellomynameis campaign.
What is the evidence?
While families feel more validated if given longer to speak, doctors speak for 71% of the time in family meetings. -Longer meetings are also associated with greater patient and family member satisfaction. -Patients perceive that doctors spend longer with them if the doctor is sitting down. -Use of a simple mnemonic increases satisfaction and reduced the incidence of PTSD in family members.
What do experts do?
1. Prepare for the meeting. Decide who will attend, what you will talk about and what your goals are.
2. Introduce everyone and explain the agenda.
3. Gather everyone’s understanding
4. Listen and don’t interrupt5Empathise (physicians express no empathy in 1/3 of family meetings)
6. Make the patient’s voice heard
7. Make your recommendation to go forward
8. Reflect on the meeting after it concludes
What about the difficult situations?
Hope is an issue that comes up often. Many other specialties emphasise the importance of hope, while intensivists are often seen as being nihilistic. But we can still foster a degree of hope in patients and families without being unrealistic. -Techniques for managing conflict are discussed such as identifying discord in the family and avoiding mixed messages from staff. -The importance of spirituality is discussed.
Samantha and Valerie accidentally gave a red box containing cookies to the wrong owner. They realized their mistake and went to retrieve the other red box to return it. However, the owner had already eaten all the cookies. Samantha came up with the idea to bake more cookies to replace the ones eaten so they could properly return the box. Samantha and Valerie baked a new batch of cookies and delivered them to the rightful owner, who was grateful to receive them.
This document discusses health informatics and eHealth in Egypt. It defines key concepts like health informatics, public health informatics, eHealth, telemedicine, and mHealth. It describes current eHealth applications and situations in Egypt, noting that most primary health care units use paper-based systems while some hospitals have basic eHealth. Challenges to eHealth in Egypt include resistance to change and lack of infrastructure and regulatory bodies. The conclusion recommends a national eHealth initiative and including health informatics education in medical curricula to improve the health care system.
Dr Sanjoy Sanyal wrote this article when he was doing his Masters in Royal College of Surgeons of Edinburgh, University of Bath, United Kingdom.
It traces the origin of the term and discipline called 'Medical Informatics'; describes its evolution and mentions its current healthcare applicability and academic status.
It is fundamental towards understanding today's Information Explosion and its digital implications in all work atmospheres.
Today Dr Sanjoy Sanyal is Professor and Course Director of Neuroscience and FCM-III in Caribbean.
Telemedicine and Recreation, MD Eliya Kostova. Varna Startup Health Tech Week...Eliya Kostova
The 21st century will be the most remarkable and dynamic age in human history.
Change is the only permanent constant for the future.
The speed of data exchange and analysis is vital in making adequate decisions.
Broadband Internet is the foundation of 21st century civilization, virtual reality, biotechnology, nanotechnology, and artificial intelligence that transform into an unrecognizable economic, social and political life we know.
This document provides an agenda for the Med-e-Tel 2012 conference, listing the schedule of events and sessions by day and room. The schedule includes opening ceremonies and sessions on topics like global telemedicine updates, eHealth strategies, mobile health solutions, innovative mental healthcare technologies, and evidence of telehealth outcomes. This program is subject to change and attendees are advised to check back for updates.
Population health informatics DME SoPH 20151006Kathleen Gray
This document provides an overview of population health informatics for health professionals. It discusses what health informatics is, including its origins in the 1960s with hospital management systems and its increasing focus on population-level data and determinants of health. The document also addresses how health professionals learn about health informatics, noting there is variability in education and few formal curricula. Finally, it explores how public health and health informatics have merged into the field of population health informatics, which analyzes broader social and environmental health factors using new data sources.
Overview of Health Informatics: survey of fundamentals of health information technology, Identify the forces behind health informatics, educational and career opportunities in health informatics.
Health informatics involves the study and implementation of information science and computer science in healthcare to improve communication and management of medical information. The objective is to more easily store and retrieve patient information, making healthcare less expensive. Health informatics has been used since the 1940s and is now a necessary tool in most healthcare facilities. While countries focus on developing electronic medical records, challenges remain around unique patient identification and ensuring privacy in electronic health systems.
Health informatics involves the study and implementation of information science and computer science in healthcare to improve communication and management of medical information. The objective is to more easily store and retrieve patient information, making healthcare less expensive. Health informatics has been used since the 1940s and is now a necessary tool in most healthcare facilities. While countries focus on developing electronic medical records, challenges remain around unique patient identification and ensuring privacy in electronic health systems.
Gerhard Lingg has extensive education and experience in alternative and integrative medicine. He received multiple doctorate degrees and has held professorships. His research focuses on areas like heart rate variability, herbal medicine, mobile health, and the effects of homeopathic remedies. He has published several books and papers, holds patents, and regularly presents at international conferences.
The document discusses health informatics research at a computer science department. It defines health informatics as the development of concepts, structures, frameworks and systems to enable efficient and effective healthcare. It outlines several potential areas of health informatics research including health information management, intelligent health systems, health user interfaces, health communications, mathematical computing in health and operating systems for health. It also lists faculty involved in health informatics research and provides an overview of the department's health informatics activities and progress.
eHealth Consumers in the Age of Hyper-Personalizationchronaki
Where the Internet of Things meets healthcare we see a plethora of tools, gadgets, and apps that promise to improve life, health, and independence. As patients, family members ofr friends, we are subsumed under the term "eHealth consumers”. For us it is increasingly hard to navigate in the unfolding digital reality dominated by new gadgets, and fragmented information, data, and knowledge we don’t control. More personalized and targeted products, services, and content could alleviate this. In this slide deck we are specifically focusing on challenges and opportunities for personalization in view of varying eHealth literacy, lifestyle and health goals.
The document provides an overview of health informatics by:
1. Defining key terms like informatics, biomedical informatics, health informatics, and discussing the relationships between related fields.
2. Explaining the data-information-knowledge-wisdom hierarchy and providing examples.
3. Describing health informatics as the optimal use of information, aided by technology, to improve health, healthcare, research, and more.
This document discusses eHealth and mHealth. It defines eHealth as using modern technologies to meet the needs of citizens, patients, healthcare professionals, and policymakers. mHealth involves using mobile devices like phones to access health information and provide care. The document outlines several applications of eHealth, including electronic medical records, telemedicine, and consumer health informatics. It also describes the five stages of eHealth from basic information provision to full electronic health record integration. mHealth applications mentioned include collecting and sharing health data via mobile phones and using them for tasks like medication alerts and remote patient monitoring.
Using Social Media and Health IT to Promote Health and Wellness and Provide Healthcare Education to Health Workers Manish Nachnani
Telemedicine and Use of Emerging Technologies - Kinect(microsoft) and Augmented Reality Manish Nachnani,
Social Media- Health IT - Behavioural Finance Improving Healthcare Behaviour by Using Social Media and Health 2.0 Manish Nachnani,
Social Media for Health and Wellness Promotion Manish Nachnani,
The document discusses the field of health informatics and provides definitions and examples. It defines health informatics as the application of information science to healthcare and biomedical research. It describes the relationships between health informatics and other fields like computer science, engineering, and the medical sciences. The document also discusses different areas of health informatics like clinical informatics, public health informatics, and consumer health informatics. It provides examples of common health information technologies used in healthcare settings like electronic health records, computerized physician order entry, and picture archiving systems.
1. 1. page, pp: 4
P R O F E S S I O N A L S C I E N T I F I C C U R R I C U L U M V I T A E
P E R S O N A L D A T A
Full name: Dr. Pál SIMON, MD Ph Sc
Data of birth: 23 03 1939.
Nationality Hungarian
Work status at present: Pensioner (28 12 1995)
Actual job Part-time teacher, adviser, expert
Beginning of the actual employment: February 1, 1993.
P R O F E S S I O N A L E D U C A T I O N A N D Q U A L I F I C A T I O N ( W I T H D A T E S )
1982 Philosophy of Informatics Sciences (Hungarian Academy of Sciences, Budapest)
1975 Public Health (Institute of the Post gradual Medical Education, Budapest)
1972 Epidemiology and Hygiene (Institute of the Post gradual Medical Education, Budapest)
1967-68 Military Health Organization (post gradual military health management education,
Academy of Military Medicine, Leningrad - Saint-Petersburg)
1963 Semmelweis Medical University, Faculty of General Medicine Budapest, medical
diploma
P A S T P L A C E S O F W O R K A N D P O S T S
From 10 09 2014 Part-time teacher of health informatics in the Applied Informatics Institute of John von
Neumann Faculty of the Obuda University.
From 01 02 2006 –
31 01 2014
Part-time teacher of health informatics in the Institute of Development and Higher
Education in the field of Health Informatics, Faculty of Public Health, Semmelweis
University (Budapest)
01 02 2003 – 30 06 2005 Senior expert of eHealth Programme in National Institute for Strategic Health Research
on theme: The exploitation of R&D results in health informatics
01 09 2002 – 30 11 2004 Senior adviser in the Information Strategy Deputy State Secretariat of the Ministry of
Informatics and Communications
01 04 2001 – 05 31 2002 Senior adviser in the e-Government Division of Information Commission of the Premier
Ministry's Office
01 03 2000 – 21 12 2000. Senior adviser in the Information Service of the Administration Office of National Health
Insurance
01 05 1996 – 31 12 1996 Deputy manager of Information Service of the Administration Office of National Health
Insurance
1993-1995 Head of Informatics and Methodology Department of the National Institute of Psychiatry
and Neurology
1988-1993. Head of Informatics and Methodology Department of the National Institute of Hygiene
1983-1987. Director of Information, Communication and Planning-Methodology Centre of the
Ministry of Health
1963-1983. Different posts of the Military Medicine Service in Hungarian Army (the medical service
chief of the missile brigade, of the army, the head of preventive-curative department of the
Ministry of Defence, the commander of the Military Hospital, No 1)
2. 2. page, pp: 4
M O R E I M P O R T A N T S P E C I A L R E F E R E N C E S
Professional specialty:
and field of outstanding
interest:
Epidemiologist, hygienist, specialist for public health, first of all specialists on
health informatics.
Theory and methodology of health informatics, ‘patient-oriented' and
'management-oriented' information systems, smart card systems in health care,
electronic health care records and problem-oriented health care records, divided
data bases and networks, data protection and problems of privacy, information
methodology of relations effects among the environmental health and health
insurance (meta data bases), education of health informatics.
Former international
experiences and/or work,
projects:
Participating in the international scientific work and events of health informatics:
European Federation for Medical Informatics-WG Cards, in research by topics
‘Data protection – privacy – in Medical Informatics’;
Portable Problem-oriented Platform-independent Records’ and ‘Health
Application of Smart Card Systems – professional cards, multifunctional cards’;
Arrangement and organisation of the continuation of Italian – Hungarian and
Bavarian – Hungarian bilateral projects on the common realising of eHealth
strategy.
The participation in the different EU – IST projects:
- Regional and International Integrated Telemedicine Network for Medical
assistance in End-stage diseases and Organ Transplant (RETRANSPLANT);
- Telemedicine and Health Informatics Thematic Network (THIN);
- An intelligent environment to access information and knowledge in
neuroscience (NEUROWEB);
- Developing a secure platform to promote eHealth services in Europe
(EuroHealthNet).
More important project
management activity
2003: Senior expert of the Health Ministry’s Conference and Exhibition on
eHealth in Europe (22-23 May 2003, Brussels);
2002-2004: Coordinator of eHealth Strategy in the framework of the
governmental program on Hungarian Information Society Strategy;
2000-2003: Developing and introducing of the health informatics and
telemedicine systems for transmission and integration of information systems
and health data between medical structures in Hungary and Italy;
1999-2000: Senior expert in the Y2K project on the Administration Office of
National Health Insurance;
1997-1999: Senior expert in the hospital management information system
modernization of the framework of World Bank programme;
1995-1996: Head of the project management board on the modernisation of the
information strategy on health insurance system;
1992-1993: Coordinator of the organization of common Hungarian-Canadian
health informatics school (University of Victoria BC Canada – Public Health
School, Budapest);
1992-1993: Coordinator of the Public Health Information Systems in the
framework of World Bank programme;
1983-1985: project manager of the first microcomputer tender on level of
inpatient clinics.
4. 4. page, pp: 4
Dr. Francesco SICURELLO, Dr. Pál SIMON, Dr. Patrizia MAGRETTI (Ms), Ágota MEDGYESI (Ms): The goals
and the perspectives of the common research and development work: the Italian – Hungarian bilateral
programme. Medical Informatics Europe 2002 G. Surján et al. (eds) IOS Pr3ess 2002. Proceedings: pp 143-147.
P. Simon, F. Sicurello, P. Magretti, Á. Medgyesi: The bilateral cooperation program between Italy and Hungary:
„Common Modell, objectives and perspectives”. @ITIM Conference, 27-30 October 2002, Azienda Ospedaliera
Careggi, Firenze.
Pál SIMON :Health informatics knowledge engineering tools for medical workflow support and its exploitation
(National Institute for Strategic Health Research) IST Event 2004, Hague 15-17 November; Session 434: ICT
Research Infrastructures for biomedical research and healthcare.
Sandor G. Vari, Tamas Gergely, Pal Simon: Development and Implementation of Information Society
Technologies and Activities in Hungary from 1996-2003. It was presented: E-HEALTH IN CENTRAL AND EAST
EUROPEAN COUNTRIES with focus on Czech Republic, Hungary, Poland and Slovenia. PETR NOVOTNY European
Commission, DG Information Society, eHealth Unit. Brussels 29.2.2004.
Dr. Pál Simon MD Ph SC: eCARDS – eRECORDS – DATABASES – HEALTH and PATEINTCARE
MANAGEMENT - Toward to Personalised Health and Informatics. e-GOVERNMENT & e-HEALTH 6th
International Conference and Exhibition. July, 9-11, 2009 Villa Tittoni-Traversi Via Lampugnani, 66 Desio (MB).
Dr. Pál Simon MD Ph. Sc.: ICT SOLUTIONS FOR THE MEDICAL WORK OF THE PERSONALIZED
TREATMENT (PHEALTH): OPPORTUNITIES AND EXPECTATIONS October, 2-3, 2013 TeleMediCare,
Hospital of DESIO (MB) – Italy.
Dr. Pál Simon MD Ph. Sc.: ICT SOLUTIONS FOR THE PERSONALIZED TREATMENT (PHEALTH):
POSSIBILITY, OPPORTUNITIES AND EXPECTATIONS MEDTEL 2013 November 27 – 28, 2013 (Wednesday
and Thursday) Clarion Congress Hotel Prague, Czech Republic.
K N O W L E D G E O F F O R E I G N L A N G U A G E S , A N D I T ’ S L E V E L :
English Knowledge for the individual scientific work, lecturing, readiness for discussions (ph. sc. level);
Russian Knowledge for free conversation and discussion (higher level).
O F F I C I A L A D D R E S S , P H O N E , F A X . E - M A I L
Mailing address: Szabolcska Mihály u. 5. 2/1. Budapest, Hungary, H-1114, Phone: +361-789-1534;
Cell: +3630-4740611; E-mail: pl.simon46@gmail.com simon.pal6@upcmail.hu.
January
1
2015
Budapest
Dr. Pál Simon MD Ph Sc
Member of EFMI WG PPD
Templar Partnership Company
Cell: +3630-4740611
E-mail: pl.simon46@gmail.com, simon.pal6@upcmail.hu,