ITEMAS ontology for healthcare technology innovation.

BACKGROUND: The Platform for Innovation in Medical and Health Technologies (ITEMAS) is a network of 66 healthcare centres focused on fostering innovation in medical and health technologies as an essential tool for increasing the sustainability of the Spanish healthcare system. The present research is focused on defining a formal representation that details the most relevant concepts associated with the creation and adoption of innovative medical technology in the Spanish healthcare system. METHODS: The methodology applied is based on the methontology process, including peer-review identification and selection of concepts from the ITEMAS innovation indicators and innovation management system standards. This stage was followed by an iterative validation process. Concepts were then conceptualised, formalised and implemented in an ontology. RESULTS: The ontology defined describes how relationships between employees, organisations, projects and ideas can be applied to generate results that are transferrable to the market, general public and scientific forums. Overall, we identified 136 concepts, 138 object properties and 30 properties in a five-level hierarchy. The ontology was tested and validated as an appropriate framework for calculating the ITEMAS innovation indicators. CONCLUSIONS: The consensus concepts were expressed in the form of an ontology to be used as a single communication format between the members of the ITEMAS network. Healthcare centres can compare their innovation results and obtain a better understanding of their innovation context based on the reasoning techniques of artificial intelligence. As a result, they can benefit from advanced analytical capabilities to define the most appropriate innovation policies for each centre based on the common experience of the large number of healthcare centres involved. The results can be used to create a map of agents and knowledge to show capabilities, projects and services provided by each of the participating centres. The ontology could also be applied as an instrument to match needs with existing projects and capabilities from the community of organisations working in healthcare technology innovation.

[Evaluation of pain in a neonatal intensive care unit during endocrine-metabolic tests]. / Valoración del dolor en la unidad de cuidados intensivos neonatales durante la extracción de las pruebas endocrinometabólicas.

OBJECTIVES: To determine whether the pain suffered during the endocrine metabolic test can be lowered by adding skin to skin care to the use of sucrose. To establish factors that may modify the feeling of pain and evaluate the parents opinion during the extraction. PATIENTS AND METHODS: Controlled clinical trial. Two groups: group 1 (n= 27), skin to skin and sucrose, and group 2 (n=27), sucrose. The pain was measured with the Neonatal Infant Pain Scale (NIPS) during the endocrine metabolic test. Patients on mechanical ventilation, with HIV III or IV and those who had been given sedative analgesics in the previous 24 hours were excluded. RESULTS: The average gestational age in group 1 was 35.1 +/- 3.5 weeks and 35.4 +/- 3.2 weeks for group 2. The NIPS in group 1 was 2.51 +/- 1.42 and 2.81 +/- 2.11 (NS) in group 2. On only one occasion was severe pain noticed (group 2). There was a tendency towards a higher NIPS with a higher gestational age (r=0.19) and a lower number of previous capillary (r= -0.06) and venous (r= -0.11) extractions. Group 1 parents thought that this practice contributed to decreasing their children's irritability and increased their trust in the care team. CONCLUSION: By adding skin to skin care to the sucrose during the endocrine metabolic test does not relieve the pain feeling. Parents in the skin to skin group thought that this practice contributed to decreasing their children's irritability and increased their trust in the care team.