際際滷shows by User: EleniKaldoudi / http://www.slideshare.net/images/logo.gif 際際滷shows by User: EleniKaldoudi / Wed, 26 Mar 2025 15:45:57 GMT 際際滷Share feed for 際際滷shows by User: EleniKaldoudi Transforming routine healthcare delivery and crisis preparedness: The role of Medical Devices - Intervention in an EU Parliament Event /slideshow/transforming-routine-healthcare-delivery-and-crisis-preparedness-the-role-of-medical-devices-intervention-in-an-eu-parliament-event/277211489 euparliamentkaldoudi25mar2025clean-250326154558-1b3ffe0f
As early as the beginning of 19th century, the French physician Rene Laennec invented the stethoscope, probably one of the first medical devices. It took some rather silent decades, till the end of the same century, when Roentgen accidentally waved his hand through a stream of invisible X-rays and saw his bones appear on a film across the room. This was the beginning of a new era, with science and technology actually setting out to establish modern medicine! In the 1st wave, physics and engineering provided a variety of fundamental technology. Into the 2nd half of the 20th century, digital technologies spawned another reform. A 3rd revolution came about with what is called the new physics in medicine; nothing short of molecular biology and genetics. Currently, we are experiencing yet another wave of technology breakthroughs, that leverage on microtechnology, biomaterials and artificial intelligence to create a diverse range of autonomous medical devices that enable point-of-care diagnosis and therapy and eventually aim to contribute towards democratizing healthcare. Some prominent examples: We all have benefited from in vitro, point-of-care diagnostics, ranging from self-administered pregnancy tests to rapid covid and flu testing. Today, we have consumer and medical wearables to measure almost anything related to health and lifestyle, including microdevices that can travel autonomously through the body detecting illness and delivering targeted therapies. Of major importance, are emergent closed-loop drug delivery systems. Glucose responsive insulin delivery, what is known as the artificial pancreas, is only one of the first successful examples while more are under way. Finally, AI is currently reforming diagnostics, enabling for example point-of-care and even wearable ultrasound, while other traditional imaging modalities, even MRI, are now going portable and soon operator free. We estimate that there are around 2 million different kinds of medical technology worldwide. The EU single market today corresponds to just 6% of the worlds population; but to 18% of worlds gross domestic product; and to more than 26% of the global medical device market. In fact, EU is the 2nd largest medical technology market after USA, with a positive trade balance. This booming ecosystem is rigorously regulated, thus, conforming to the EU regulations is challenging!!! Conformance by design can be a helpful approach. This is what we are implementing in the ongoing Horizon Innovation Project ThrombUS+ that aims to develop the first wearable ultrasound for continuous and autonomous monitoring for deep vein thrombosis. We are preparing to share the invaluable experience in an upcoming publication by the regulatory expert partner, VDE. The EU medical device ecosystem presents a landscape of robust growth and dynamic innovation that is currently changing the healthcare paradigm. ]]>
As early as the beginning of 19th century, the French physician Rene Laennec invented the stethoscope, probably one of the first medical devices. It took some rather silent decades, till the end of the same century, when Roentgen accidentally waved his hand through a stream of invisible X-rays and saw his bones appear on a film across the room. This was the beginning of a new era, with science and technology actually setting out to establish modern medicine! In the 1st wave, physics and engineering provided a variety of fundamental technology. Into the 2nd half of the 20th century, digital technologies spawned another reform. A 3rd revolution came about with what is called the new physics in medicine; nothing short of molecular biology and genetics. Currently, we are experiencing yet another wave of technology breakthroughs, that leverage on microtechnology, biomaterials and artificial intelligence to create a diverse range of autonomous medical devices that enable point-of-care diagnosis and therapy and eventually aim to contribute towards democratizing healthcare. Some prominent examples: We all have benefited from in vitro, point-of-care diagnostics, ranging from self-administered pregnancy tests to rapid covid and flu testing. Today, we have consumer and medical wearables to measure almost anything related to health and lifestyle, including microdevices that can travel autonomously through the body detecting illness and delivering targeted therapies. Of major importance, are emergent closed-loop drug delivery systems. Glucose responsive insulin delivery, what is known as the artificial pancreas, is only one of the first successful examples while more are under way. Finally, AI is currently reforming diagnostics, enabling for example point-of-care and even wearable ultrasound, while other traditional imaging modalities, even MRI, are now going portable and soon operator free. We estimate that there are around 2 million different kinds of medical technology worldwide. The EU single market today corresponds to just 6% of the worlds population; but to 18% of worlds gross domestic product; and to more than 26% of the global medical device market. In fact, EU is the 2nd largest medical technology market after USA, with a positive trade balance. This booming ecosystem is rigorously regulated, thus, conforming to the EU regulations is challenging!!! Conformance by design can be a helpful approach. This is what we are implementing in the ongoing Horizon Innovation Project ThrombUS+ that aims to develop the first wearable ultrasound for continuous and autonomous monitoring for deep vein thrombosis. We are preparing to share the invaluable experience in an upcoming publication by the regulatory expert partner, VDE. The EU medical device ecosystem presents a landscape of robust growth and dynamic innovation that is currently changing the healthcare paradigm. ]]> Wed, 26 Mar 2025 15:45:57 GMT /slideshow/transforming-routine-healthcare-delivery-and-crisis-preparedness-the-role-of-medical-devices-intervention-in-an-eu-parliament-event/277211489 EleniKaldoudi@slideshare.net(EleniKaldoudi) Transforming routine healthcare delivery and crisis preparedness: The role of Medical Devices - Intervention in an EU Parliament Event EleniKaldoudi As early as the beginning of 19th century, the French physician Rene Laennec invented the stethoscope, probably one of the first medical devices. It took some rather silent decades, till the end of the same century, when Roentgen accidentally waved his hand through a stream of invisible X-rays and saw his bones appear on a film across the room. This was the beginning of a new era, with science and technology actually setting out to establish modern medicine! In the 1st wave, physics and engineering provided a variety of fundamental technology. Into the 2nd half of the 20th century, digital technologies spawned another reform. A 3rd revolution came about with what is called the new physics in medicine; nothing short of molecular biology and genetics. Currently, we are experiencing yet another wave of technology breakthroughs, that leverage on microtechnology, biomaterials and artificial intelligence to create a diverse range of autonomous medical devices that enable point-of-care diagnosis and therapy and eventually aim to contribute towards democratizing healthcare. Some prominent examples: We all have benefited from in vitro, point-of-care diagnostics, ranging from self-administered pregnancy tests to rapid covid and flu testing. Today, we have consumer and medical wearables to measure almost anything related to health and lifestyle, including microdevices that can travel autonomously through the body detecting illness and delivering targeted therapies. Of major importance, are emergent closed-loop drug delivery systems. Glucose responsive insulin delivery, what is known as the artificial pancreas, is only one of the first successful examples while more are under way. Finally, AI is currently reforming diagnostics, enabling for example point-of-care and even wearable ultrasound, while other traditional imaging modalities, even MRI, are now going portable and soon operator free. We estimate that there are around 2 million different kinds of medical technology worldwide. The EU single market today corresponds to just 6% of the worlds population; but to 18% of worlds gross domestic product; and to more than 26% of the global medical device market. In fact, EU is the 2nd largest medical technology market after USA, with a positive trade balance. This booming ecosystem is rigorously regulated, thus, conforming to the EU regulations is challenging!!! Conformance by design can be a helpful approach. This is what we are implementing in the ongoing Horizon Innovation Project ThrombUS+ that aims to develop the first wearable ultrasound for continuous and autonomous monitoring for deep vein thrombosis. We are preparing to share the invaluable experience in an upcoming publication by the regulatory expert partner, VDE. The EU medical device ecosystem presents a landscape of robust growth and dynamic innovation that is currently changing the healthcare paradigm. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/euparliamentkaldoudi25mar2025clean-250326154558-1b3ffe0f-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> As early as the beginning of 19th century, the French physician Rene Laennec invented the stethoscope, probably one of the first medical devices. It took some rather silent decades, till the end of the same century, when Roentgen accidentally waved his hand through a stream of invisible X-rays and saw his bones appear on a film across the room. This was the beginning of a new era, with science and technology actually setting out to establish modern medicine! In the 1st wave, physics and engineering provided a variety of fundamental technology. Into the 2nd half of the 20th century, digital technologies spawned another reform. A 3rd revolution came about with what is called the new physics in medicine; nothing short of molecular biology and genetics. Currently, we are experiencing yet another wave of technology breakthroughs, that leverage on microtechnology, biomaterials and artificial intelligence to create a diverse range of autonomous medical devices that enable point-of-care diagnosis and therapy and eventually aim to contribute towards democratizing healthcare. Some prominent examples: We all have benefited from in vitro, point-of-care diagnostics, ranging from self-administered pregnancy tests to rapid covid and flu testing. Today, we have consumer and medical wearables to measure almost anything related to health and lifestyle, including microdevices that can travel autonomously through the body detecting illness and delivering targeted therapies. Of major importance, are emergent closed-loop drug delivery systems. Glucose responsive insulin delivery, what is known as the artificial pancreas, is only one of the first successful examples while more are under way. Finally, AI is currently reforming diagnostics, enabling for example point-of-care and even wearable ultrasound, while other traditional imaging modalities, even MRI, are now going portable and soon operator free. We estimate that there are around 2 million different kinds of medical technology worldwide. The EU single market today corresponds to just 6% of the worlds population; but to 18% of worlds gross domestic product; and to more than 26% of the global medical device market. In fact, EU is the 2nd largest medical technology market after USA, with a positive trade balance. This booming ecosystem is rigorously regulated, thus, conforming to the EU regulations is challenging!!! Conformance by design can be a helpful approach. This is what we are implementing in the ongoing Horizon Innovation Project ThrombUS+ that aims to develop the first wearable ultrasound for continuous and autonomous monitoring for deep vein thrombosis. We are preparing to share the invaluable experience in an upcoming publication by the regulatory expert partner, VDE. The EU medical device ecosystem presents a landscape of robust growth and dynamic innovation that is currently changing the healthcare paradigm.
Transforming routine healthcare delivery and crisis preparedness: The role of Medical Devices - Intervention in an EU Parliament Event from Eleni Kaldoudi
]]> 76 0 https://cdn.slidesharecdn.com/ss_thumbnails/euparliamentkaldoudi25mar2025clean-250326154558-1b3ffe0f-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 AI-Seminar_15Feb2025_Kaldoudi_handouts.pdf /slideshow/ai-seminar_15feb2025_kaldoudi_handouts-pdf/275702581 ai-seminar15feb2025kaldoudihandouts-250216131243-d9b1d221
E. Kaldoudi, Artificial Intelligence in Health: Successes and Challenges", Invited Lecture in the Seminar on Current Trends in Artificial Intelligence and its Impact on Science and Education, Organized by the Hellenic Society for Cognitive Science and the Hellenic Society for Artificial Intelligence, Athens, Greece, 5 February 2025. [in greek] https://www.eetn.gr/imerida-exelixis-tis-texnitis-noimosinis-kai-epiptoseis/ ]]>
E. Kaldoudi, Artificial Intelligence in Health: Successes and Challenges", Invited Lecture in the Seminar on Current Trends in Artificial Intelligence and its Impact on Science and Education, Organized by the Hellenic Society for Cognitive Science and the Hellenic Society for Artificial Intelligence, Athens, Greece, 5 February 2025. [in greek] https://www.eetn.gr/imerida-exelixis-tis-texnitis-noimosinis-kai-epiptoseis/ ]]> Sun, 16 Feb 2025 13:12:43 GMT /slideshow/ai-seminar_15feb2025_kaldoudi_handouts-pdf/275702581 EleniKaldoudi@slideshare.net(EleniKaldoudi) AI-Seminar_15Feb2025_Kaldoudi_handouts.pdf EleniKaldoudi E. Kaldoudi, Artificial Intelligence in Health: Successes and Challenges", Invited Lecture in the Seminar on Current Trends in Artificial Intelligence and its Impact on Science and Education, Organized by the Hellenic Society for Cognitive Science and the Hellenic Society for Artificial Intelligence, Athens, Greece, 5 February 2025. [in greek] https://www.eetn.gr/imerida-exelixis-tis-texnitis-noimosinis-kai-epiptoseis/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/ai-seminar15feb2025kaldoudihandouts-250216131243-d9b1d221-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> E. Kaldoudi, Artificial Intelligence in Health: Successes and Challenges&quot;, Invited Lecture in the Seminar on Current Trends in Artificial Intelligence and its Impact on Science and Education, Organized by the Hellenic Society for Cognitive Science and the Hellenic Society for Artificial Intelligence, Athens, Greece, 5 February 2025. [in greek] https://www.eetn.gr/imerida-exelixis-tis-texnitis-noimosinis-kai-epiptoseis/
AI-Seminar_15Feb2025_Kaldoudi_handouts.pdf from Eleni Kaldoudi
]]> 3 0 https://cdn.slidesharecdn.com/ss_thumbnails/ai-seminar15feb2025kaldoudihandouts-250216131243-d9b1d221-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 了凌旅 亮留龍溜 粒旅留 劉僚留 留留了劉竜凌 隆旅留隆溜虜凌! /slideshow/ss-71856414/71856414 saferinternet07jan2017web-170207110925
了劉僚侶 留了隆凌隆侶, 了凌旅 亮留龍溜 粒旅留 劉僚留 留留了劉竜凌 隆旅留隆溜虜凌! 4凌 亮僚略旅凌 了竜両留僚隆凌凌了侶, 亮劉留 留了凌 旅留隆旅虜凌 了竜両留僚隆凌凌了侶, 7 陸竜硫凌留溜凌 2017 ]]>
了劉僚侶 留了隆凌隆侶, 了凌旅 亮留龍溜 粒旅留 劉僚留 留留了劉竜凌 隆旅留隆溜虜凌! 4凌 亮僚略旅凌 了竜両留僚隆凌凌了侶, 亮劉留 留了凌 旅留隆旅虜凌 了竜両留僚隆凌凌了侶, 7 陸竜硫凌留溜凌 2017 ]]> Tue, 07 Feb 2017 11:09:25 GMT /slideshow/ss-71856414/71856414 EleniKaldoudi@slideshare.net(EleniKaldoudi) 了凌旅 亮留龍溜 粒旅留 劉僚留 留留了劉竜凌 隆旅留隆溜虜凌! EleniKaldoudi 了劉僚侶 留了隆凌隆侶, 了凌旅 亮留龍溜 粒旅留 劉僚留 留留了劉竜凌 隆旅留隆溜虜凌! 4凌 亮僚略旅凌 了竜両留僚隆凌凌了侶, 亮劉留 留了凌 旅留隆旅虜凌 了竜両留僚隆凌凌了侶, 7 陸竜硫凌留溜凌 2017 <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/saferinternet07jan2017web-170207110925-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 了劉僚侶 留了隆凌隆侶, 了凌旅 亮留龍溜 粒旅留 劉僚留 留留了劉竜凌 隆旅留隆溜虜凌! 4凌 亮僚略旅凌 了竜両留僚隆凌凌了侶, 亮劉留 留了凌 旅留隆旅虜凌 了竜両留僚隆凌凌了侶, 7 陸竜硫凌留溜凌 2017
了凌旅 亮留龍溜 粒旅留 劉僚留 留留了劉竜凌 隆旅留隆溜虜凌! from Eleni Kaldoudi
]]> 162 4 https://cdn.slidesharecdn.com/ss_thumbnails/saferinternet07jan2017web-170207110925-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 律侶旅亮凌凌旅ﾎ熟留 凌 旅留隆溜虜凌 粒旅留 虜留溜隆竜侶 虜留旅 旅侶亮凌僚旅虜流 留略旅侶 /slideshow/ss-71176266/71176266 academyinterneteducation18jan2017handouts-170119091352
了劉僚侶 留了隆凌隆侶, 律侶旅亮凌凌旅ﾎ熟留 凌 旅留隆溜虜凌 粒旅留 虜留溜隆竜侶 虜留旅 旅侶亮凌僚旅虜流 留略旅侶, 虜留隆侶亮溜留 竜旅竜竜旅留虜流 僚侶留 硫凌, 竜旅劉竜旅留 僚留凌了旅虜流 留虜竜隆凌僚溜留 虜留旅 略虜侶, ﾎ熟留 凌 裡流亮竜留, 了竜両留僚隆凌凌了侶, 18 留僚凌留溜凌 2017 ]]>
了劉僚侶 留了隆凌隆侶, 律侶旅亮凌凌旅ﾎ熟留 凌 旅留隆溜虜凌 粒旅留 虜留溜隆竜侶 虜留旅 旅侶亮凌僚旅虜流 留略旅侶, 虜留隆侶亮溜留 竜旅竜竜旅留虜流 僚侶留 硫凌, 竜旅劉竜旅留 僚留凌了旅虜流 留虜竜隆凌僚溜留 虜留旅 略虜侶, ﾎ熟留 凌 裡流亮竜留, 了竜両留僚隆凌凌了侶, 18 留僚凌留溜凌 2017 ]]> Thu, 19 Jan 2017 09:13:52 GMT /slideshow/ss-71176266/71176266 EleniKaldoudi@slideshare.net(EleniKaldoudi) 律侶旅亮凌凌旅ﾎ熟留 凌 旅留隆溜虜凌 粒旅留 虜留溜隆竜侶 虜留旅 旅侶亮凌僚旅虜流 留略旅侶 EleniKaldoudi 了劉僚侶 留了隆凌隆侶, 律侶旅亮凌凌旅ﾎ熟留 凌 旅留隆溜虜凌 粒旅留 虜留溜隆竜侶 虜留旅 旅侶亮凌僚旅虜流 留略旅侶, 虜留隆侶亮溜留 竜旅竜竜旅留虜流 僚侶留 硫凌, 竜旅劉竜旅留 僚留凌了旅虜流 留虜竜隆凌僚溜留 虜留旅 略虜侶, ﾎ熟留 凌 裡流亮竜留, 了竜両留僚隆凌凌了侶, 18 留僚凌留溜凌 2017 <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/academyinterneteducation18jan2017handouts-170119091352-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 了劉僚侶 留了隆凌隆侶, 律侶旅亮凌凌旅ﾎ熟留 凌 旅留隆溜虜凌 粒旅留 虜留溜隆竜侶 虜留旅 旅侶亮凌僚旅虜流 留略旅侶, 虜留隆侶亮溜留 竜旅竜竜旅留虜流 僚侶留 硫凌, 竜旅劉竜旅留 僚留凌了旅虜流 留虜竜隆凌僚溜留 虜留旅 略虜侶, ﾎ熟留 凌 裡流亮竜留, 了竜両留僚隆凌凌了侶, 18 留僚凌留溜凌 2017
律侶旅亮凌凌旅ﾎ熟留 凌 旅留隆溜虜凌 粒旅留 虜留溜隆竜侶 虜留旅 旅侶亮凌僚旅虜流 留略旅侶 from Eleni Kaldoudi
]]> 256 4 https://cdn.slidesharecdn.com/ss_thumbnails/academyinterneteducation18jan2017handouts-170119091352-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 Gender Balance in EU 鐃and a Case Report of an EU Funded Project /slideshow/gender-balance-in-eu-and-a-case-report-of-an-eu-funded-project-60433872/60433872 20160402kaldoudimedicon-160404063647
E. Kaldoudi, Gender Balance in EU and a Case Report of an EU Funded Project, Invited Talk, Special Session on Women in Medical and Biological Engineering, MEDICON 2016, Paphos, Cyprus, 2 April 2016 ]]>
E. Kaldoudi, Gender Balance in EU and a Case Report of an EU Funded Project, Invited Talk, Special Session on Women in Medical and Biological Engineering, MEDICON 2016, Paphos, Cyprus, 2 April 2016 ]]> Mon, 04 Apr 2016 06:36:47 GMT /slideshow/gender-balance-in-eu-and-a-case-report-of-an-eu-funded-project-60433872/60433872 EleniKaldoudi@slideshare.net(EleniKaldoudi) Gender Balance in EU 鐃and a Case Report of an EU Funded Project EleniKaldoudi E. Kaldoudi, Gender Balance in EU 鐃and a Case Report of an EU Funded Project, Invited Talk, Special Session on Women in Medical and Biological Engineering, MEDICON 2016, Paphos, Cyprus, 2 April 2016 <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/20160402kaldoudimedicon-160404063647-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> E. Kaldoudi, Gender Balance in EU 鐃and a Case Report of an EU Funded Project, Invited Talk, Special Session on Women in Medical and Biological Engineering, MEDICON 2016, Paphos, Cyprus, 2 April 2016
Gender Balance in EU and a Case Report of an EU Funded Project from Eleni Kaldoudi
]]> 117 4 https://cdn.slidesharecdn.com/ss_thumbnails/20160402kaldoudimedicon-160404063647-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 We are made out of star dust [in greek] /slideshow/we-are-made-out-of-star-dust-in-greek/60301934 academywearemadeofstardust30mar2016handouts-160331204217
了劉僚侶 留了隆凌隆侶, 溜亮留竜 旅留粒亮劉僚凌旅 留 留竜虜凌僚侶: 凌粒略僚侶 凌 亮旅虜虜凌亮凌 侶 粒凌僚侶 旅虜流, 虜留隆侶亮溜留 竜旅竜竜旅留虜流 僚侶留 硫凌, 竜旅劉竜旅留 僚留凌了旅虜流 留虜竜隆凌僚溜留 虜留旅 略虜侶, 了竜両留僚隆凌凌了侶, 30 留溜凌 2016 ]]>
了劉僚侶 留了隆凌隆侶, 溜亮留竜 旅留粒亮劉僚凌旅 留 留竜虜凌僚侶: 凌粒略僚侶 凌 亮旅虜虜凌亮凌 侶 粒凌僚侶 旅虜流, 虜留隆侶亮溜留 竜旅竜竜旅留虜流 僚侶留 硫凌, 竜旅劉竜旅留 僚留凌了旅虜流 留虜竜隆凌僚溜留 虜留旅 略虜侶, 了竜両留僚隆凌凌了侶, 30 留溜凌 2016 ]]> Thu, 31 Mar 2016 20:42:17 GMT /slideshow/we-are-made-out-of-star-dust-in-greek/60301934 EleniKaldoudi@slideshare.net(EleniKaldoudi) We are made out of star dust [in greek] EleniKaldoudi 了劉僚侶 留了隆凌隆侶, 溜亮留竜 旅留粒亮劉僚凌旅 留 留竜虜凌僚侶: 鐃塾 凌粒略僚侶 凌 亮旅虜虜凌亮凌 侶 粒凌僚侶 旅虜流, 虜留隆侶亮溜留 竜旅竜竜旅留虜流 僚侶留 硫凌, 竜旅劉竜旅留 僚留凌了旅虜流 留虜竜隆凌僚溜留 虜留旅 略虜侶, 了竜両留僚隆凌凌了侶, 30 留溜凌 2016 <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/academywearemadeofstardust30mar2016handouts-160331204217-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 了劉僚侶 留了隆凌隆侶, 溜亮留竜 旅留粒亮劉僚凌旅 留 留竜虜凌僚侶: 鐃塾 凌粒略僚侶 凌 亮旅虜虜凌亮凌 侶 粒凌僚侶 旅虜流, 虜留隆侶亮溜留 竜旅竜竜旅留虜流 僚侶留 硫凌, 竜旅劉竜旅留 僚留凌了旅虜流 留虜竜隆凌僚溜留 虜留旅 略虜侶, 了竜両留僚隆凌凌了侶, 30 留溜凌 2016
We are made out of star dust [in greek] from Eleni Kaldoudi
]]> 343 8 https://cdn.slidesharecdn.com/ss_thumbnails/academywearemadeofstardust30mar2016handouts-160331204217-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 CARRE: Personalized patient empowerment 鐃and shared decision support /slideshow/carre-personalized-patient-empowerment-and-shared-decision-support/59244135 kaldoudi2016healthinfcarrehandouts-160308074556
Eleni Kaldoudi CARRE: Personalized patient empowerment and shared decision support for cardiorenal disease and comorbidities Presentation & Demo HealthInf 2016: 9th International Conference on Health Informatics, part of BIOSTEC, Rome, Italy, 21-23 February, 2016 ]]>
Eleni Kaldoudi CARRE: Personalized patient empowerment and shared decision support for cardiorenal disease and comorbidities Presentation & Demo HealthInf 2016: 9th International Conference on Health Informatics, part of BIOSTEC, Rome, Italy, 21-23 February, 2016 ]]> Tue, 08 Mar 2016 07:45:56 GMT /slideshow/carre-personalized-patient-empowerment-and-shared-decision-support/59244135 EleniKaldoudi@slideshare.net(EleniKaldoudi) CARRE: Personalized patient empowerment 鐃and shared decision support EleniKaldoudi Eleni Kaldoudi CARRE: Personalized patient empowerment 鐃and shared decision support 鐃for cardiorenal disease and comorbidities Presentation & Demo HealthInf 2016: 9th International Conference on Health Informatics, part of BIOSTEC, Rome, Italy, 21-23 February, 2016 <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/kaldoudi2016healthinfcarrehandouts-160308074556-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Eleni Kaldoudi CARRE: Personalized patient empowerment 鐃and shared decision support 鐃for cardiorenal disease and comorbidities Presentation &amp; Demo HealthInf 2016: 9th International Conference on Health Informatics, part of BIOSTEC, Rome, Italy, 21-23 February, 2016
CARRE: Personalized patient empowerment and shared decision support from Eleni Kaldoudi
]]> 215 5 https://cdn.slidesharecdn.com/ss_thumbnails/kaldoudi2016healthinfcarrehandouts-160308074556-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 亮僚凌溜 凌 虜留了凌: 隆旅留粒僚旅虜流 留竜旅虜僚旅侶 侶 粒凌僚侶 旅留旅虜流 /slideshow/ss-58426718/58426718 academynakedtothebone17feb2016handouts-160218151548
了劉僚侶 留了隆凌隆侶, 亮僚凌溜 凌 虜留了凌: 隆旅留粒僚旅虜流 留竜旅虜僚旅侶 侶 粒凌僚侶 旅留旅虜流, 虜留隆侶亮溜留 竜旅竜竜旅留虜流 僚侶留 硫凌, 竜旅劉竜旅留 僚留凌了旅虜流 留虜竜隆凌僚溜留 虜留旅 略虜侶, 了竜両留僚隆凌凌了侶, 17 陸竜硫凌留溜凌 2016 http://www.peevrou.eu/index.php/menu-acadimia-peevrou/menu-genikes-plirofories# ]]>
了劉僚侶 留了隆凌隆侶, 亮僚凌溜 凌 虜留了凌: 隆旅留粒僚旅虜流 留竜旅虜僚旅侶 侶 粒凌僚侶 旅留旅虜流, 虜留隆侶亮溜留 竜旅竜竜旅留虜流 僚侶留 硫凌, 竜旅劉竜旅留 僚留凌了旅虜流 留虜竜隆凌僚溜留 虜留旅 略虜侶, 了竜両留僚隆凌凌了侶, 17 陸竜硫凌留溜凌 2016 http://www.peevrou.eu/index.php/menu-acadimia-peevrou/menu-genikes-plirofories# ]]> Thu, 18 Feb 2016 15:15:48 GMT /slideshow/ss-58426718/58426718 EleniKaldoudi@slideshare.net(EleniKaldoudi) 亮僚凌溜 凌 虜留了凌: 隆旅留粒僚旅虜流 留竜旅虜僚旅侶 侶 粒凌僚侶 旅留旅虜流 EleniKaldoudi 了劉僚侶 留了隆凌隆侶, 亮僚凌溜 凌 虜留了凌: 隆旅留粒僚旅虜流 留竜旅虜僚旅侶 侶 粒凌僚侶 旅留旅虜流, 虜留隆侶亮溜留 竜旅竜竜旅留虜流 僚侶留 硫凌, 竜旅劉竜旅留 僚留凌了旅虜流 留虜竜隆凌僚溜留 虜留旅 略虜侶, 了竜両留僚隆凌凌了侶, 17 陸竜硫凌留溜凌 2016 http://www.peevrou.eu/index.php/menu-acadimia-peevrou/menu-genikes-plirofories# <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/academynakedtothebone17feb2016handouts-160218151548-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 了劉僚侶 留了隆凌隆侶, 亮僚凌溜 凌 虜留了凌: 隆旅留粒僚旅虜流 留竜旅虜僚旅侶 侶 粒凌僚侶 旅留旅虜流, 虜留隆侶亮溜留 竜旅竜竜旅留虜流 僚侶留 硫凌, 竜旅劉竜旅留 僚留凌了旅虜流 留虜竜隆凌僚溜留 虜留旅 略虜侶, 了竜両留僚隆凌凌了侶, 17 陸竜硫凌留溜凌 2016 http://www.peevrou.eu/index.php/menu-acadimia-peevrou/menu-genikes-plirofories#
亮僚凌溜 凌 虜留了凌: 隆旅留粒僚旅虜流 留竜旅虜僚旅侶 侶 粒凌僚侶 旅留旅虜流 from Eleni Kaldoudi
]]> 338 7 https://cdn.slidesharecdn.com/ss_thumbnails/academynakedtothebone17feb2016handouts-160218151548-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 Empowering Patients through 鐃Information Technologies /slideshow/empowering-patients-through-information-technologies/49334770 kaldoudiinvited25iupesmwc201512jun2015-150613002351-lva1-app6892
Eleni Kaldoudi, Empowering Patients through Information Technologies, Keynote Speech, IUPESM World Congress 2015Toronto, CanadaJune 7-12, 2015 http://wc2015.org/ Patient empowerment is about enabling the patients to be involved in managing disease and adopting and sustaining health promoting behaviors. Patient empowerment, although a popular concept, is rather ill defined. This lecture aims to elucidate the different meanings and perceptions, together with misconceptions, that surround this construct, and to discuss how patient empowerment relates to current medical methodologies, such as evidence based medicine, and other societal and organizational factors. Furthermore, the lecture will provide an overview of how information and communication technologies are employed to empower patients, with emphasis in chronic patients with comorbidities. The discussion will first address the who. This includes an overview of common health problems that call for empowered patients, the types of patients that normally engage in empowering interventions and the specifics of the stakeholders who design and support such interventions. Then we will look at the how. The discussion here will focus on an overview of the diverse approaches and services that have been deployed to empower patients. This will also include the span of various technologies used and, where applicable, their measured induced outcome for the patient and the health care process. Although the who and how of patient empowerment can rather easily be discerned from a literature research, the what is rather more elusive. The concept of patient empowerment has emerged as a new paradigm that can help improve medical outcomes while lowering costs of treatment by facilitating self-directed behavior change. Patient empowerment has gained even more popularity since the 1990s, due to the emergent of eHealth and its focus on putting the patient in the centre of the interest. Current literature provides systematic reviews of the area, and shows that well defined areas (or dimensions) have eventually emerged in the field: education, engagement, and control. Despite such findings, current research lacks of a structured approach towards patient empowerment. In an attempt to shed more light onto the process of empowering patients, this lecture will discuss a newly proposed holistic model of patient empowerment as a cognitive process, where we acknowledge three levels of increasing complexity and importance: awareness, participation, and control. The lecture will conclude with a proof of concept example of using this approach to develop and evaluate empowerment services for the comorbid cardiorenal patient or the patient at risk of this condition. Open issues and challenges will be presented for discussion with the audience.]]>
Eleni Kaldoudi, Empowering Patients through Information Technologies, Keynote Speech, IUPESM World Congress 2015Toronto, CanadaJune 7-12, 2015 http://wc2015.org/ Patient empowerment is about enabling the patients to be involved in managing disease and adopting and sustaining health promoting behaviors. Patient empowerment, although a popular concept, is rather ill defined. This lecture aims to elucidate the different meanings and perceptions, together with misconceptions, that surround this construct, and to discuss how patient empowerment relates to current medical methodologies, such as evidence based medicine, and other societal and organizational factors. Furthermore, the lecture will provide an overview of how information and communication technologies are employed to empower patients, with emphasis in chronic patients with comorbidities. The discussion will first address the who. This includes an overview of common health problems that call for empowered patients, the types of patients that normally engage in empowering interventions and the specifics of the stakeholders who design and support such interventions. Then we will look at the how. The discussion here will focus on an overview of the diverse approaches and services that have been deployed to empower patients. This will also include the span of various technologies used and, where applicable, their measured induced outcome for the patient and the health care process. Although the who and how of patient empowerment can rather easily be discerned from a literature research, the what is rather more elusive. The concept of patient empowerment has emerged as a new paradigm that can help improve medical outcomes while lowering costs of treatment by facilitating self-directed behavior change. Patient empowerment has gained even more popularity since the 1990s, due to the emergent of eHealth and its focus on putting the patient in the centre of the interest. Current literature provides systematic reviews of the area, and shows that well defined areas (or dimensions) have eventually emerged in the field: education, engagement, and control. Despite such findings, current research lacks of a structured approach towards patient empowerment. In an attempt to shed more light onto the process of empowering patients, this lecture will discuss a newly proposed holistic model of patient empowerment as a cognitive process, where we acknowledge three levels of increasing complexity and importance: awareness, participation, and control. The lecture will conclude with a proof of concept example of using this approach to develop and evaluate empowerment services for the comorbid cardiorenal patient or the patient at risk of this condition. Open issues and challenges will be presented for discussion with the audience.]]> Sat, 13 Jun 2015 00:23:51 GMT /slideshow/empowering-patients-through-information-technologies/49334770 EleniKaldoudi@slideshare.net(EleniKaldoudi) Empowering Patients through 鐃Information Technologies EleniKaldoudi Eleni Kaldoudi, Empowering Patients through 鐃Information Technologies, Keynote Speech, IUPESM World Congress 2015鐃Toronto, Canada鐃June 7-12, 2015 http://wc2015.org/ Patient empowerment is about enabling the patients to be involved in managing disease and adopting and sustaining health promoting behaviors. Patient empowerment, although a popular concept, is rather ill defined. This lecture aims to elucidate the different meanings and perceptions, together with misconceptions, that surround this construct, and to discuss how patient empowerment relates to current medical methodologies, such as evidence based medicine, and other societal and organizational factors. Furthermore, the lecture will provide an overview of how information and communication technologies are employed to empower patients, with emphasis in chronic patients with comorbidities. The discussion will first address the who. This includes an overview of common health problems that call for empowered patients, the types of patients that normally engage in empowering interventions and the specifics of the stakeholders who design and support such interventions. Then we will look at the how. The discussion here will focus on an overview of the diverse approaches and services that have been deployed to empower patients. This will also include the span of various technologies used and, where applicable, their measured induced outcome for the patient and the health care process. Although the who and how of patient empowerment can rather easily be discerned from a literature research, the what is rather more elusive. The concept of patient empowerment has emerged as a new paradigm that can help improve medical outcomes while lowering costs of treatment by facilitating self-directed behavior change. Patient empowerment has gained even more popularity since the 1990s, due to the emergent of eHealth and its focus on putting the patient in the centre of the interest. Current literature provides systematic reviews of the area, and shows that well defined areas (or dimensions) have eventually emerged in the field: education, engagement, and control. Despite such findings, current research lacks of a structured approach towards patient empowerment. In an attempt to shed more light onto the process of empowering patients, this lecture will discuss a newly proposed holistic model of patient empowerment as a cognitive process, where we acknowledge three levels of increasing complexity and importance: awareness, participation, and control. The lecture will conclude with a proof of concept example of using this approach to develop and evaluate empowerment services for the comorbid cardiorenal patient or the patient at risk of this condition. Open issues and challenges will be presented for discussion with the audience. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/kaldoudiinvited25iupesmwc201512jun2015-150613002351-lva1-app6892-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Eleni Kaldoudi, Empowering Patients through 鐃Information Technologies, Keynote Speech, IUPESM World Congress 2015鐃Toronto, Canada鐃June 7-12, 2015 http://wc2015.org/ Patient empowerment is about enabling the patients to be involved in managing disease and adopting and sustaining health promoting behaviors. Patient empowerment, although a popular concept, is rather ill defined. This lecture aims to elucidate the different meanings and perceptions, together with misconceptions, that surround this construct, and to discuss how patient empowerment relates to current medical methodologies, such as evidence based medicine, and other societal and organizational factors. Furthermore, the lecture will provide an overview of how information and communication technologies are employed to empower patients, with emphasis in chronic patients with comorbidities. The discussion will first address the who. This includes an overview of common health problems that call for empowered patients, the types of patients that normally engage in empowering interventions and the specifics of the stakeholders who design and support such interventions. Then we will look at the how. The discussion here will focus on an overview of the diverse approaches and services that have been deployed to empower patients. This will also include the span of various technologies used and, where applicable, their measured induced outcome for the patient and the health care process. Although the who and how of patient empowerment can rather easily be discerned from a literature research, the what is rather more elusive. The concept of patient empowerment has emerged as a new paradigm that can help improve medical outcomes while lowering costs of treatment by facilitating self-directed behavior change. Patient empowerment has gained even more popularity since the 1990s, due to the emergent of eHealth and its focus on putting the patient in the centre of the interest. Current literature provides systematic reviews of the area, and shows that well defined areas (or dimensions) have eventually emerged in the field: education, engagement, and control. Despite such findings, current research lacks of a structured approach towards patient empowerment. In an attempt to shed more light onto the process of empowering patients, this lecture will discuss a newly proposed holistic model of patient empowerment as a cognitive process, where we acknowledge three levels of increasing complexity and importance: awareness, participation, and control. The lecture will conclude with a proof of concept example of using this approach to develop and evaluate empowerment services for the comorbid cardiorenal patient or the patient at risk of this condition. Open issues and challenges will be presented for discussion with the audience.
Empowering Patients through Information Technologies from Eleni Kaldoudi
]]> 241 6 https://cdn.slidesharecdn.com/ss_thumbnails/kaldoudiinvited25iupesmwc201512jun2015-150613002351-lva1-app6892-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 ICT in Medical Education in Greece /slideshow/26-duth-meded9may2015/49334636 26duthmeded9may2015-150613001324-lva1-app6892
The presentation gives an overview of the use of ICT in medical education in Greece, and discusses the potential they hold for advancing medical education.]]>
The presentation gives an overview of the use of ICT in medical education in Greece, and discusses the potential they hold for advancing medical education.]]> Sat, 13 Jun 2015 00:13:24 GMT /slideshow/26-duth-meded9may2015/49334636 EleniKaldoudi@slideshare.net(EleniKaldoudi) ICT in Medical Education in Greece EleniKaldoudi The presentation gives an overview of the use of ICT in medical education in Greece, and discusses the potential they hold for advancing medical education. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/26duthmeded9may2015-150613001324-lva1-app6892-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> The presentation gives an overview of the use of ICT in medical education in Greece, and discusses the potential they hold for advancing medical education.
ICT in Medical Education in Greece from Eleni Kaldoudi
]]> 435 2 https://cdn.slidesharecdn.com/ss_thumbnails/26duthmeded9may2015-150613001324-lva1-app6892-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 Sinantisi ergasias iatrikiekpaideusiereuna_larisa_oct2015_kaldoudi_clean /slideshow/sinantisi-ergasias-iatrikiekpaideusiereunalarisaoct2015kaldoudiclean-43540736/43540736 sinantisiergasiasiatrikiekpaideusiereunalarisaoct2015kaldoudiclean-150115042932-conversion-gate01
E. Kaldoudi, ICT in Medical Education: Educating and Empowering the Patient, Workshop on Medical Education and Research in the 21st Century, Larissa, October 9-11, 2014]]>
E. Kaldoudi, ICT in Medical Education: Educating and Empowering the Patient, Workshop on Medical Education and Research in the 21st Century, Larissa, October 9-11, 2014]]> Thu, 15 Jan 2015 04:29:32 GMT /slideshow/sinantisi-ergasias-iatrikiekpaideusiereunalarisaoct2015kaldoudiclean-43540736/43540736 EleniKaldoudi@slideshare.net(EleniKaldoudi) Sinantisi ergasias iatrikiekpaideusiereuna_larisa_oct2015_kaldoudi_clean EleniKaldoudi E. Kaldoudi, ICT in Medical Education: Educating and Empowering the Patient, Workshop on Medical Education and Research in the 21st Century, Larissa, October 9-11, 2014 <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/sinantisiergasiasiatrikiekpaideusiereunalarisaoct2015kaldoudiclean-150115042932-conversion-gate01-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> E. Kaldoudi, ICT in Medical Education: Educating and Empowering the Patient, Workshop on Medical Education and Research in the 21st Century, Larissa, October 9-11, 2014
Sinantisi ergasias iatrikiekpaideusiereuna_larisa_oct2015_kaldoudi_clean from Eleni Kaldoudi
]]> 192 1 https://cdn.slidesharecdn.com/ss_thumbnails/sinantisiergasiasiatrikiekpaideusiereunalarisaoct2015kaldoudiclean-150115042932-conversion-gate01-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 Patient empowerment as a cognitive process /slideshow/kaldoudi-2015-healthinfempowermentcognitivemodelaspresented/43538750 kaldoudi2015healthinfempowermentcognitivemodelaspresented-150115032817-conversion-gate01
E. Kaldoudi, N. Makris, Patient Empowerment as a Cognitive Process, In: C. Verdier, M. Bienkiewicz, A. Fred, H. Gamboa and D. Elias (Eds), The Proceedings of HealthInf 2015: 8th International Conference on Health Informatics, pp. 605-610, Lisbon, Portugal, 12-15 January, 2015 The concept of patient empowerment has emerged as a new paradigm that can help improve medical outcomes while lowering costs of treatment by facilitating self-directed behavior change. Patient empowerment has gained even more popularity since the 1990s, due to the emergent of eHealth and its focus on putting the patient in the centre of the interest. Current literature provides systematic reviews of the area, and shows that well defined areas (or dimensions) have eventually emerged in the field. In this paper we argue that patient empowerment should be treated formally as a cognitive process. We thus propose a cognitive model that consists of three major levels of increasing complexity and importance: awareness, engagement and control. We also describe the different constituents of each level and their implications for patient empowerment interventions, focusing on interventions based on information and communication technologies. Finally, we discuss the implications of this model for the design and evaluation of patient empowerment interventions.]]>
E. Kaldoudi, N. Makris, Patient Empowerment as a Cognitive Process, In: C. Verdier, M. Bienkiewicz, A. Fred, H. Gamboa and D. Elias (Eds), The Proceedings of HealthInf 2015: 8th International Conference on Health Informatics, pp. 605-610, Lisbon, Portugal, 12-15 January, 2015 The concept of patient empowerment has emerged as a new paradigm that can help improve medical outcomes while lowering costs of treatment by facilitating self-directed behavior change. Patient empowerment has gained even more popularity since the 1990s, due to the emergent of eHealth and its focus on putting the patient in the centre of the interest. Current literature provides systematic reviews of the area, and shows that well defined areas (or dimensions) have eventually emerged in the field. In this paper we argue that patient empowerment should be treated formally as a cognitive process. We thus propose a cognitive model that consists of three major levels of increasing complexity and importance: awareness, engagement and control. We also describe the different constituents of each level and their implications for patient empowerment interventions, focusing on interventions based on information and communication technologies. Finally, we discuss the implications of this model for the design and evaluation of patient empowerment interventions.]]> Thu, 15 Jan 2015 03:28:17 GMT /slideshow/kaldoudi-2015-healthinfempowermentcognitivemodelaspresented/43538750 EleniKaldoudi@slideshare.net(EleniKaldoudi) Patient empowerment as a cognitive process EleniKaldoudi E. Kaldoudi, N. Makris, 鐃Patient Empowerment as a Cognitive Process, In: C. Verdier, M. Bienkiewicz, A. Fred, H. Gamboa and D. Elias (Eds), 鐃The Proceedings of HealthInf 2015: 8th International Conference on Health Informatics, pp. 605-610, 鐃Lisbon, Portugal, 鐃12-15 January, 2015 The concept of patient empowerment has emerged as a new paradigm that can help improve medical outcomes while lowering costs of treatment by facilitating self-directed behavior change. Patient empowerment has gained even more popularity since the 1990s, due to the emergent of eHealth and its focus on putting the patient in the centre of the interest. Current literature provides systematic reviews of the area, and shows that well defined areas (or dimensions) have eventually emerged in the field. In this paper we argue that patient empowerment should be treated formally as a cognitive process. We thus propose a cognitive model that consists of three major levels of increasing complexity and importance: awareness, engagement and control. We also describe the different constituents of each level and their implications for patient empowerment interventions, focusing on interventions based on information and communication technologies. Finally, we discuss the implications of this model for the design and evaluation of patient empowerment interventions. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/kaldoudi2015healthinfempowermentcognitivemodelaspresented-150115032817-conversion-gate01-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> E. Kaldoudi, N. Makris, 鐃Patient Empowerment as a Cognitive Process, In: C. Verdier, M. Bienkiewicz, A. Fred, H. Gamboa and D. Elias (Eds), 鐃The Proceedings of HealthInf 2015: 8th International Conference on Health Informatics, pp. 605-610, 鐃Lisbon, Portugal, 鐃12-15 January, 2015 The concept of patient empowerment has emerged as a new paradigm that can help improve medical outcomes while lowering costs of treatment by facilitating self-directed behavior change. Patient empowerment has gained even more popularity since the 1990s, due to the emergent of eHealth and its focus on putting the patient in the centre of the interest. Current literature provides systematic reviews of the area, and shows that well defined areas (or dimensions) have eventually emerged in the field. In this paper we argue that patient empowerment should be treated formally as a cognitive process. We thus propose a cognitive model that consists of three major levels of increasing complexity and importance: awareness, engagement and control. We also describe the different constituents of each level and their implications for patient empowerment interventions, focusing on interventions based on information and communication technologies. Finally, we discuss the implications of this model for the design and evaluation of patient empowerment interventions.
Patient empowerment as a cognitive process from Eleni Kaldoudi
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