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Garmann-Johnsen, Niels Frederik; Helmersen, Migle & Martinez, Santiago
(2023).
Designing Nudges in eHealth with Conversation Testing.
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Barken, Tina Lien; Bonacina, Stefano; Bostad, Rune; Gabarron, Elia; Garcia, Beate Hennie & Haddeland, Kristine
[Vis alle 25 forfattere av denne artikkelen]
(2023).
University campus as a smart technology-supported active learning arena.
Septentrio Reports.
ISSN 2387-4597.
doi:
10.7557/7.7222.
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Martinez, Santiago & Kjetland, Eyrun Floerecke
(2023).
DUALSAVE-FGS: Dual screening by Spectral Artificial Visual Examination for Female Genital Schistosomiasis and cervical cancer
.
Vis sammendrag
Startskudd Genital Schisto DUALSAVE-FGS for OUS-prosjekt i global helse for kvinner,Vi feirer at vi fikk 80 millioner fra EU med lett bevertning og oversikt over prosjektet i Norge, Sør-Afrika, Mosambik og Eswatini
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Martinez, Santiago
(2023).
DUAL-SAVE FGS Horizon Europe Research and Innovation Action Project.
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Martinez, Santiago
(2023).
DUALSAVE-FGS. Dual screening by Spectral Artificial Visual Examination (SAVE) for Female Genital Schistosomiasis (FGS) and cervical cancer: Digital, new, low-cost, and simple screening and training.
Vis sammendrag
The problem:
Around 300 million African girls and women are at risk from the poverty related disease, Female Genital Schistosomiasis (FGS), 400 million are at risk from cervical cancer in the lower part of the uterus. Most of these people live in Sub-Saharan Africa. The symptoms from FGS are similar to those from cervical cancer and sexually transmitted infections. Women with FGS infected tissue (lesions), have obscure bloody
and unpleasant smelling discharge. They could also be in pain and be at higher risk for HIV and Human papillomavirus, a sexually transmitted family of viruses.
FGS is best diagnosed by directly looking at the shape and colour of the lesion
at the point-of care. The problem is
that this visual diagnosis is difficult
to master because the lesion looks similar to lesions caused by cervical cancer and other diseases. Therefore, health professionals need several
weeks of training where the disease is seen frequently, and often they need a colposcope (a microscope fitted with a light) to recognize FGS. Worldwide, there are only a handful of health professionals who are proficient in FGS diagnosis.
The solution:
• The sophisticated colposcopes are not readily available in rural areas. Thus, a Greek partner in our project has developed a simple version of
the colposcope and linked it to a smartphone to take pictures of the lesions. Software in the smartphone will compare these pictures with stored pictures of cervical cancer and FGS and determine if the woman undergoing the procedure has one of these diseases or not. Our colposcope uses light that is able to penetrate
the tissue and possibly see eggs placed there by the Bilharzia worm which causes FGS. The software designed by our Greek partner was originally intended for cervical cancer recognition and is used for this in some countries. It will be adapted and validated for FGS diagnosis in this project.
• Health professionals do not know FGS.
What we will do:
• In three countries with different routines for gynaecological investigations of women, we will conduct a clinical trial. The ultimate aim is a local production of the mentioned diagnostic tool. With lessons learnt from the COVID-19 pandemic, an eLearning course will be designed and tested. Equipment, consultations and training will be adapted to practical realities (such as unstable electricity, internet,
and cultural considerations). As recommended by the WHO, the diagnosis should be at the point-of- care.
• We will develop Africa-wide scalable training and an interdisciplinary research team will work on policy briefs and management protocols.
This is a thrust to promote health for women, clinical research and digitalization for vulnerable populations. Clinicians and inter-disciplinary scientists will receive training in FGS research methodology. We will evaluate the procedures, and their impact on women. PhD and Masters’ students will receive training and the international collaboration will be between three African and three European countries.
This project is funded by the European Research Council under the European Union’s Horizon 2020 /ERC Grant agreement no. 101057853 (DUALSAVE- FGS).
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Johnsen, Hege Mari; Øgård-Repål, Anita; Martinez, Santiago & Fangen, Kim
(2023).
Presentasjon: Erfaring fra pilotering av digitale pasientforløp for pasienter med humant immunsvikt virus (HIV) - en kvalitativ studie.
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Johnsen, Hege Mari; Øgård-Repål, Anita; Martinez, Santiago; Fangen, Kim & Ersfjord, Ellen Margrete Iveland
(2023).
WORKSHOP: Digital transformation of outpatient clinics: lessons learned from a Norwegian HIV clinic.
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Stellander, Magnus; Henriksen, André; Michalsen, Henriette; Anke, Audny Gabriele Wagner; Ursin, Daniel & Martinez, Santiago
[Vis alle 12 forfattere av denne artikkelen]
(2022).
Sorterius - An augmented reality app for encouraging outdoor physical activity for people with intellectual disabilities.
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Chatterjee, Ayan; Prinz, Andreas; Gerdes, Martin & Martinez, Santiago
(2020).
A Statistical Study to Analyze the Impact of External Weather Change on Chronic Pulmonary Infection in South Norway with Machine Learning Algorithms. In Intelligent Technologies and Applications.
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Smaradottir, Berglind & Martinez, Santiago
(2020).
Overview of the Contribution of University of Agder, Southern Norway in H2020 European mHealth HUB.
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Gerdes, Martin; Smaradottir, Berglind; Martinez, Santiago; Jortveit, Jarle & Fensli, Rune Werner
(2019).
A Decision-support Algorithm for Self-management of Anticoagulation Therapy Used in a Smartphone Application.
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Schulz, Renee Patrizia; Martinez, Santiago & Hara, Takahiro
(2018).
Usability and Procedure Learnability of Evidence-based Interactive Clinical Systems: Roadmap for a Norwegian-Japanese Research Fellowship.
I Bygholm, Ann; Pape-Haugaard, Louise; Niss, Karsten; Hejlesen, Ole & Zhou, Chunfang (Red.),
Proceedings from The 16th Scandinavian Conference on Health Informatics 2018, Aalborg, Denmark August 28–29, 2018.
Linköping University Electronic Press.
ISSN 978-91-7685-213-2.
s. 107–108.
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Johnsen, Kjersti Marie Frivoll; Briseid, Hanne Synnøve & Martinez, Santiago
(2018).
Simulering for praksisveiledere.
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Holen-Rabbersvik, Elisabeth; Prinz, Andreas; Gerdes, Martin; Martinez, Santiago; Thygesen, Elin & Fensli, Rune Werner
[Vis alle 7 forfattere av denne artikkelen]
(2018).
Teaching High School Students eHealth through Roleplay
and Laboratory Simulation.
Vis sammendrag
The transformation and digitalisation of health and care services foresees a need for recruitment of young
individuals having a combination of health- and computer science knowledge to contribute in the workforces
of the future. At the University of Agder in Norway there has been an eHealth Centre since year 2010 [1],
where both already implemented and proposed eHealth services can be simulated and tested. In the project
High School Students as Co-researchers in eHealth, experienced researchers allowed high school students to
be enrolled in a project course to actively play and test an eHealth scenario. This paper aims at sharing the
experiences on how the pilot of a class consisting of 10 high school students at the age of 17-19 years, were
taught eHealth through role-play and simulation in the eHealth Centre. The research question stated was:
How to introduce high school students to eHealth research and services in a life-long learning perspective?
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Smaradottir, Berglind; Martinez, Santiago; Thygesen, Elin; Vatnøy, Torunn Kitty; Holen-Rabbersvik, Elisabeth & Fensli, Rune Werner
(2018).
Innovative Simulation of Telecare Alarm Services in Usability Laboratory Environment, Scientific Workshop.
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Smaradottir, Berglind; Martinez, Santiago; Borycki, E.; Loudon, Gareth; Kushniruk, A.W. & Jortveit, Jarle
[Vis alle 7 forfattere av denne artikkelen]
(2018).
User Evaluation of a Smartphone Application for Anticoagulation Therapy.
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Garmann-Johnsen, Niels Frederik & Martinez, Santiago
(2017).
Roadmap for Collaborative eHealth Service Architectures for Homecare.
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Gerdes, Martin; Martinez, Santiago & Tjondronegoro, Dian
(2017).
Conceptualization of a Personalized eCoach for Wellness Promotion.
Vis sammendrag
Evidence-based health promotion programs implement clinical practice guidelines built upon results of clinical trials with a definite number of participants, collected during a specific period of time. Wearable technologies allow for continuous observation of wellness parameters of multiple citizens, combined with monitoring of activities and context parameters involved in citizens’ wellness. A statistical inference model can describe the relation between multidimensional activities and context parameters, the wellness of an individual and a comparable reference group, utilizing machine learning techniques and knowledge from continuous observations of multiple citizens.
This paper presents a holistic concept of a coach system, namely eCoach, that combines specialized medical evidence available from randomized control trials, with individual and reference knowledge to create and reinforce wellness-based recommendations. The eCoach adapts these recommendations in a continuous personalized coaching dialog addressing citizen’s needs and preferences.
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Thygesen, Elin; Martinez, Santiago & Leifson, Ragni MacQueen
(2017).
Informal care and voluntary assistance: Innovation in service delivery in the North Sea Region (In For Care).
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Gerdes, Martin; Martinez, Santiago; Smaradottir, Berglind; Fensli, Rune Werner & Jortveit, Jarle
(2017).
Warfarin Guide: Co-design of a Mobile Computer-Assisted Anticoagulant Therapy.
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Smaradottir, Berglind; Håland, Jarle Audun & Martinez, Santiago
(2017).
Accessibility of Mobile Devices for Visually Impaired Users: An Evaluation of the Screen-reader VoiceOver.
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Smaradottir, Berglind; Martinez, Santiago; Thygesen, Elin; Holen-Rabbersvik, Elisabeth; Vatnøy, Torunn Kitty & Fensli, Rune Werner
(2017).
Innovative Simulation of Health Care Services in the Usability Laboratory: Experiences from the Model for Telecare Alarm Services-project
.
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Smaradottir, Berglind; Fensli, Rune Werner; Boysen, Elin Sundby & Martinez, Santiago
(2017).
Infrastructure for Health Care Simulation: Recommendations from the Model for Telecare Alarm Services Project.
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Martinez, Santiago; Smaradottir, Berglind; Vatnøy, Torunn Kitty & Bjønnes, Marius
(2017).
Usability Evaluation of a Geolocation Technology: Safemate
Perspectives on Norwegian municipal location-based alarm systems.
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Smaradottir, Berglind; Martinez, Santiago & Håland, Jarle Audun
(2017).
Evaluation of Touchscreen Assistive Technology for Visually Disabled Users.
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Smaradottir, Berglind; Martinez, Santiago & Fensli, Rune Werner
(2017).
User-centred Design of E-health Technology for
Patients and Professionals in Productive Teams-Multidisciplinary Work across Organisational Borders
.
Journal of Innovation in Health Informatics.
ISSN 2058-4555.
24(1),
s. 134–134.
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Smaradottir, Berglind; Martinez, Santiago & Fensli, Rune Werner
(2017).
User-centred Design of E-health Technology for
Patients and Professionals in Productive Teams-Multidisciplinary Work across Organisational Borders
.
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Smaradottir, Berglind; Martinez, Santiago; Holen-Rabbersvik, Elisabeth; Vatnøy, Torunn Kitty & Fensli, Rune Werner
(2016).
Usability Evaluation of a Collaborative Health Information System- Lessons from a User-centred Design Process
.
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Martinez, Santiago
(2016).
Round Table: Agder Living Lab and User Participation in Design.
Vis sammendrag
End-user involvement is a central part in the strategy of public and private organisations to generate user-driven innovative solutions to real-world problems. The Living lab concept is an instrument to create user-centered solutions, with almost 400 recognized in the European Network of Living Labs (ENoLL) since 2006. Living labs cover diverse topics, such as smart-cities, innovative learning and digital health. A national initiative in Southern Norway has funded the Agder Living Lab (ALL) for eHealth, a user-centered innovation environment participated by multisectorial public and private partners. ALL implements a quadruple-helix model represented by citizens, industry, academia and government, offering an experimental arena for universal design to implement welfare technology, eHealth, telemedicine and mobile health solutions. ALL aims to catalyse inclusive innovation in the health sector by creating a multidisciplinary space where end-users (citizen, patient, relative, health professional) and health services can be interlinked making technology accessible and usable to everybody.
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Smaradottir, Berglind; Gerdes, Martin; Martinez, Santiago & Fensli, Rune Werner
(2015).
The EU-project United4Health: User-Centred Design and Evaluation of a Collaborative Information System for a Norwegian Telehealth Service.
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Smaradottir, Berglind; Martinez, Santiago; Holen-Rabbersvik, Elisabeth & Fensli, Rune Werner
(2015).
eHealth-extended Care Coordination: Development of a Collaborative System for Inter-municipal Dementia Teams-
A research project with a user-centered design approac
.
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Smaradottir, Berglind; Håland, Jarle Audun; Martinez, Santiago; Somdal, Åsmund Rodvig & Fensli, Rune Werner
(2015).
Recommendations of a Test Infrastructure for Evaluation of Touchscreen Assistive Technology for Visually Impaired Users
.
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Smaradottir, Berglind; Gerdes, Martin; Fensli, Rune Werner & Martinez, Santiago
(2015).
User Interface Development of a COPD Remote Monitoring Application- A User-centred Design Process.
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Smaradottir, Berglind; Gerdes, Martin; Fensli, Rune Werner & Martinez, Santiago
(2015).
Usability Evaluation of a COPD Remote Monitoring Application.
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Smaradottir, Berglind; Gerdes, Martin; Martinez, Santiago & Fensli, Rune Werner
(2015).
The EU-project United4Health: User-Centred Design and Evaluation of a Collaborative Information System for a Norwegian Telehealth Service.
I Sarkar, Indra Neil; Georgiou, Andrew & de Azevedo Marques, Paulo Mazzoncini (Red.),
MEDINFO 2015: eHealth-enabled Health.
IOS Press.
ISSN 978-1-61499-563-0.
doi:
10.3233/978-1-61499-564-7-892.
Vis sammendrag
This study presents the user-centred design and evaluation process of a Collaborative Information System (CIS), developed for a new Telehealth service for remote monitoring of chronic obstructive pulmonary disease patients after hospital discharge. The CIS was designed based on the information gathered in a workshop, where target end-users described the context of use, a Telehealth workflow and their preferred ways of interaction with the solution. Evaluation of the iterative refinements were made through user tests, semi-structured interviews and a questionnaire. A field trial reported results on the ease of use and user satisfaction during the interaction with the fully developed system. The implemented CIS was successfully deployed within the secured Norwegian Health Network. The research was a result of cooperation between international partners within the EU FP7 project United4Health.
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Martinez, Santiago; Norris, Tony; Labaka, Leire & Madanian, Samaneh
(2015).
Disaster E-Health: A New Paradigm for Collaborative Healthcare in Disasters.
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Smaradottir, Berglind; Gerdes, Martin; Martinez, Santiago & Fensli, Rune Werner
(2015).
User-Centred Design of an Information System for a Norwegian Telehealth Service.
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Smaradottir, Berglind & Martinez, Santiago
(2015).
Brukermedvirkning i utforming og evaluering av velferdsteknologi. Erfaringer fra United4Health-prosjektet.
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