Supporting patient screening to identify suitable clinical trials.

To support the efficient execution of post-genomic multi-centric clinical trials in breast cancer we propose a solution that streamlines the assessment of the eligibility of patients for available trials. The assessment of the eligibility of a patient for a trial requires evaluating whether each eligibility criterion is satisfied and is often a time consuming and manual task. The main focus in the literature has been on proposing different methods for modelling and formalizing the eligibility criteria. However the current adoption of these approaches in clinical care is limited. Less effort has been dedicated to the automatic matching of criteria to the patient data managed in clinical care. We address both aspects and propose a scalable, efficient and pragmatic patient screening solution enabling automatic evaluation of eligibility of patients for a relevant set of trials. This covers the flexible formalization of criteria and of other relevant trial metadata and the efficient management of these representations.

Accessing and managing open medical resources in Africa over the Internet

Recent commentaries have proposed the advantages of using open exchange of data and informatics resources for improving health-related policies and patient care in Africa. Yet, in many African regions, both private medical and public health information systems are still unaffordable. Open exchange over the social Web 2.0 could encourage more altruistic support of medical initiatives. We have carried out some experiments to demonstrate the feasibility of using this approach to disseminate open data and informatics resources in Africa. After the experiments we developed the AFRICA BUILD Portal, the first Social Network for African biomedical researchers. Through the AFRICA BUILD Portal users can access in a transparent way to several resources. Currently, over 600 researchers are using distributed and open resources through this platform committed to low connections.

Exploring three approaches to offer distance learning courses through a social network of health researchers in three African countries

The Institute of Tropical Medicine in Antwerp hereby presents the results of two pilot distance learning training programmes, developed under the umbrella of the AFRICA BUILD project (FP7). The two courses focused on evidence-based medicine (EBM): with the aim of enhancing research and education, via novel approaches and to identify research needs emanating from the field. These pilot experiences, which were run both in English-speaking (Ghana), and French-speaking (Mali and Cameroon) partner institutions, produced targeted courses for the strengthening of research methodology and policy. The courses and related study materials are in the public domain and available through the AFRICA BUILD Portal (http://www.africabuild.eu/taxonomy/term/37); the training modules were delivered live via Dudal webcasts. This paper assesses the success and difficulties of transferring EBM skills with these two specific training programmes, offered through three different approaches: fully online facultative courses, fully online tutor supported courses or through a blended approach with both online and face-to-face sessions. Key factors affecting the selection of participants, the accessibility of the courses, how the learning resources are offered, and how interactive online communities are formed, are evaluated and discussed.

Capacity Building through education, research and collaboration: AFRICA BUILD, an eHealth Case Study

AFRICA BUILD (AB) is a Coordination Action project under the 7th European Framework Programme having the aim of improving the capacities for health research and education in Africa through Information and Communication Technologies (ICT). This project, started in 2012, has promoted health research, education and evidence-based practice in Africa through the creation of centers of excellence, by using ICT,?know-how?, eLearning and knowledge sharing, through Web-enabled virtual communities.

p-medicine: a medical informatics platform for integrated large scale heterogeneous patient data

Secure access to patient data is becoming of increasing importance, as medical informatics grows in significance, to both assist with population health studies, and patient specific medicine in support of treatment. However, assembling the many different types of data emanating from the clinic is in itself a difficulty, and doing so across national borders compounds the problem. In this paper we present our solution: an easy to use distributed informatics platform embedding a state of the art data warehouse incorporating a secure pseudonymisation system protecting access to personal healthcare data. Using this system, a whole range of patient derived data, from genomics to imaging to clinical records, can be assembled and linked, and then connected with analytics tools that help us to understand the data. Research performed in this environment will have immediate clinical impact for personalised patient healthcare.

Analysis of the suitability of existing medical ontologies for building a scalable semantic interoperability solution supporting multi-site collaboration in oncology

Semantic interoperability is essential to facilitate efficient collaboration in heterogeneous multi-site healthcare environments. The deployment of a semantic interoperability solution has the potential to enable a wide range of informatics supported applications in clinical care and research both within as ingle healthcare organization and in a network of organizations. At the same time, building and deploying a semantic interoperability solution may require significant effort to carryout data transformation and to harmonize the semantics of the information in the different systems. Our approach to semantic interoperability leverages existing healthcare standards and ontologies, focusing first on specific clinical domains and key applications, and gradually expanding the solution when needed. An important objective of this work is to create a semantic link between clinical research and care environments to enable applications such as streamlining the execution of multi-centric clinical trials, including the identification of eligible patients for the trials. This paper presents an analysis of the suitability of several widely-used medical ontologies in the clinical domain: SNOMED-CT, LOINC, MedDRA, to capture the semantics of the clinical trial eligibility criteria, of the clinical trial data (e.g., Clinical Report Forms), and of the corresponding patient record data that would enable the automatic identification of eligible patients. Next to the coverage provided by the ontologies we evaluate and compare the sizes of the sets of relevant concepts and their relative frequency to estimate the cost of data transformation, of building the necessary semantic mappings, and of extending the solution to new domains. This analysis shows that our approach is both feasible and scalable.

MedVir: an interactive representation system of multidimensional medical data applied to Traumatic Brain Injury's rehabilitation prediction

Clinicians could model the brain injury of a patient through his brain activity. However, how this model is defined and how it changes when the patient is recovering are questions yet unanswered. In this paper, the use of MedVir framework is proposed with the aim of answering these questions. Based on complex data mining techniques, this provides not only the differentiation between TBI patients and control subjects (with a 72% of accuracy using 0.632 Bootstrap validation), but also the ability to detect whether a patient may recover or not, and all of that in a quick and easy way through a visualization technique which allows interaction.

Propuesta de un modelo de clase para informática en la facultad de medicina de la Universidad del Rosario

evalúa los mecanismos pedagógicos y académicos empleados en el pasado y el presente (año y medio) y sobre un análisis de sus debilidades y fortalezas erige todo una nueva metodología de trabajo

Aplicação informática para registo clínico e base de dados em clínica equina

A vertente clínica em Medicina Veterinária engloba uma grande variedade de componentes. Um deles é o registo do historial clínico dos animais. O registo em suporte de papel é o método tradicional e usado pela maior parte dos clínicos. A ausência de um método mais completo, rápido, seguro e eficaz torna-se um factor limitante na organização da clínica do dia-a-dia. Com este trabalho pretendeu-se suprir essa ausência criando uma ferramenta que possibilitasse registar o histórico clínico, complementando-se com uma base de dados informativa na área da Medicina de Equinos. As dificuldades mais evidentes que surgem no método tradicional em suporte de papel são a falta de uniformidade entre fichas e entre diferentes clínicos, seja na estrutura ou na caligrafia. Sendo abolidas com a aplicação desta ferramenta, demonstrou-se que o trabalho pode ficar mais organizado e simples de processar, facilitando a compreensão e obtenção de dados a si relativos a todos os que nele estão envolvidos. Seja para Médicos Veterinários recém-formados ou com larga experiência, esta ferramenta provou ser bastante útil, aproveitando o potencial dos meios informáticos e das ferramentas multimédia, em prol da melhoria qualitativa e inovação do serviço por si prestados.

Disseny i implementació d'una aplicació web per a la gestió de la medicina laboral

Aquest treball tracta d'una aplicació web per gestionar la part de medicina en empreses de prevenció de riscos laborals.

Ante - Proyecto : creación de la Maestría en Informática Médica en la U.A.N.L.

UANL

Diseño de guías de evaluación para la educación no formal, en el área de la informática, para el manejo de Windows

Para diseñar unas guías de Evaluación, en programas de Educación No Formal, en el área de informática, para el manejo de Windows, es necesario constatar y diagnosticar las características de los alumnos que asisten a este tipo de educación

Diseño de una red que permita la comunicación del Instituto Nacional de Medicina Legal y Ciencias Forenses. Prueba piloto Bogotá - Medellín

El presente proyecto presenta una alternativa para diseñar la infraestructuratecnológica de redes y seguridad informática a nivel nacional que le permita alInstituto Nacional de Medicina Legal y Ciencias Forenses garantizar la seguridadde transmisión de datos y oportunidad de la informaci

Física médica en el curriculum de Medicina : desarrollo de un programa informático para la enseñanza-apredizaje de las bases físicas de la imagen médica.

El objetivo general del proyecto, realizado en la Facultad de Medicina de la Universidad de Salamanca, fue la elaboración de un material de apoyo a la docencia, con carácter de libro electrónico multimedia. Los objetivos específicos que pretendíamos conseguir fueron los siguientes: 1. Proporcionar conocimientos básicos sobre los fundamentos físicos de la imagen médica 2. Proporcionar conocimientos útiles sobre los agentes físicos y su utilización en la vertiente diagnóstica. 3. Desarrollar capacidades y destrezas a través de la utilización de los conocimientos adquiridos. 4. Aumentar la motivación del estudiante y proporcionarle una cierta responsabilidad sobre la dirección de su aprendizaje. 5. Proporcionar a los profesores una herramienta de apoyo a la docencia en uno de los temas que tienen mayor actualidad. La herramienta de desarrollo utilizada fue director de macromedia, una de las más potentes que existen para la creación de este tipo de aplicaciones. Los módulos o unidades didácticas que componen la obra repasan los fundamentos físicos y técnicos que soportan el desarrollo de la tecnología relacionado con la imagen médica, y permiten a los alumnos que cursan estudios biosanitarios la comprensión del fenómeno físico sin necesidad de un nivel explicativo o de desarrollo matemático propios de textos más especializados y clásicos. En este sentido, la explicación de los temas se basa en un lenguaje sencillo complementado con una iconografía abundante que ofrece una 'visión' práctica y permite al estudiante y al profesional sanitario la aplicación de los conocimientos adquiridos. El material elaborado ha sido entregado, como libro electrónico multimedia, en ediciones de la Universidad de Salamanca para formar parte de su fondo editorial en el presente año (con la autorización de la Consejería de Educación y Cultura de la Junta de Castilla y León).

Fisimed : una herramienta informática (L.M.S.) para la ayuda en el proceso de enseñanza - aprendizaje de la Física Médica.

Monográfico con el título: 'Avances tecnológicos digitales en metodologías de innovación docente en el campo de las Ciencias de la Salud en España'. Resumen basado en el de la publicación