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Little is known about the characteristics of the cardiac rehabilitation programs currently implemented in Spain, the aim was therefore to know more about the effectiveness of cardiac rehabilitation in patients with ischemic heart disease in Spain, through an exploratory systematic review of the scientific literature on cardiac rehabilitation carried out in different databases from 2010 to 2018. We reviewed 35 articles whose objective was to measure the effectiveness of cardiac rehabilitation programs from different perspectives. More than twice as many men as women participated and only 8.6% were clinical trials. The studies showed improvements in relation to mortality and physiological and quality of life variables, but with discrepant results in morbidity, moods, maintenance of long-term healthy habits and profitability of the programs.

Background Self-efficacy is a critical element of social cognitive theory and refers to a person's estimation of their ability to complete a specific task. Self-efficacy scales evaluate the effectiveness of communication skills training programs. There were not validated scales in Spanish. Aims to cross-culturally adapt the Self-efficacy questionnaire-12 scale in communication skills in Spanish, evaluate its psychometric properties, and analyse the sample's descriptive characteristics. Design we conducted an instrumental study to develop evaluation scales. Methods nursing students were invited to participate (N = 387). The inclusion criteria were: (1) enrolment in first or fourth academic course year; (2) not having received specific training in communication skills; and (3) understanding written and spoken Spanish fluently. A total of 334 undergraduates participated (86.3% response rate); their mean age was 21.9 years (SD = 5.8), 83.2% were female. Results data showed high internal consistency (0.94) and a good fit to the model. The overall instrument score correlated with the attitude towards communication skills (r = 0.20; p < 0.001). Moderate communication self-efficacy scores were observed in these nursing students. Impact statement Evaluating communication skills through self-efficacy scales allows teachers to know each student's perceived proficiency to handle communication with users safely and to understand users' needs, giving information about aspects to improve and to establish effective institutional strategies as one of the inherent characteristics of the concept of skills-based evaluation. Conclusions The Spanish version of the Self-efficacy questionnaire-12 in communication skills was a valid and reliable instrument, essential for evaluating the perceived self-efficacy towards communication in nursing.

Breastfeeding self-efficacy is a relevant predictor of exclusive breastfeeding during the first six months of life. The Prenatal Breastfeeding Self-Efficacy Scale (PBSES) is a 20-item tool developed to determine breastfeeding self-efficacy during pregnancy. Our study aimed to assess the structural validity and psychometric characteristics of the PBSES and to explore item reduction according to the statistical criteria for parsimony and incremental validity. In this study, conducted in six hospitals in eastern Spain, we recruited 1183 women with healthy, full-term, single-birth newborns. Data on sociodemographic, breastfeeding-related variables, and the PBSES, were obtained from self-administered questionnaires during the third trimester of pregnancy, at postpartum discharge, and 5 months postpartum, and from a phone survey 12 months postpartum. Item reduction was conducted after revising the PBSES item floor and ceiling effects, interitem correlations, and item-score relationships with breastfeeding-status variables during follow-up. The factorial structure of the short form of the PBSES (PBSES-SF) was tested using both exploratory and confirmatory approaches. After item reduction, the confirmatory factor analysis of the 12 remaining items of the PBSES-SF revealed adequate fit statistics for a three-factor structure and a second-order factor. Internal consistency was measured using the Cronbach's alpha coefficient of the PBSES-SF (0.86). We provided evidence on the discriminant validity of the PBSES-SF by comparing its scores between known groups, convergent validity by examining its correlations with other variables, and predictive validity by assessing the association of PBSES-SF scores with breastfeeding behavior at critical points in time during the first postpartum year.

There is a need for trained health professionals who can swiftly respond to disasters occurring worldwide. Little is known about whether the currently available programmes in disaster management are in line with the recommendations of expert researchers. Our objective was to qualitatively review the characteristics of European educational programmes in health emergency and disaster management and to provide guidance to help improve their curricula. We carried out an integrative review to extract the main characteristics of the 2020/21 programmes available. We identified 34 programmes, the majority located in Spain, the UK or France. The primary qualification types awarded were master's degrees, half of them lasting one year, and the most common teaching method was in person. Almost all of the programmes used a virtual university classroom, a third offered multidisciplinary disaster management content and teachers, and half of them employed situational simulations. The quality of European educational programmes in health emergency and disaster management has improved, especially in terms of using more practical and interactive teaching methodologies and in the inclusion of relevant topics such as communication, psychological approaches and evaluation of the interventions. However, generally, the educational programmes in disaster management have not yet incorporated the skills related to the intercultural and interprofessional awareness aspects.

International audience; Purpose: For determining small-field profile and output factor during stereotactic radiotherapy quality assurance (QA) procedures, we propose a novel system based on the scintillating fiber (SciFi) detector with output image acquisition and processing to allow real-time monitoring of profile and output factor.Materials and methods: The employed detector is a SciFi detector made of tissue-equivalent scintillating plastic fibers arranged in 6-layer fiber ribbons with a fiber pitch of 275 lm in each layer. The scintillating signal at the detector output is acquired by a sCMOS (scientific complementary metal-oxide-semiconductor) camera and represents the projected field profile along the fibers axis. An iterative reconstruction method of the field from its projected profile based on a priori knowledge of some features of the radiation field defined by the stereotactic cones is suggested. The detector with implemented data processing has been tested in clinical conditions, for determining beam profiles and output factors, using cone collimators of different sizes from 4 to 15 mm diameter. The detector under test was placed at 1.4 cm depth and 98.6 cm source to surface distance (SSD) in a water-equivalent phantom and irradiated by a 6 MV photon beam.Results: The reconstructed field profiles obtained from the detector are coherent with data from EBT3 radiochromic films, with differences within AE0.32 mm for both the FWHM and the penumbra region. For real-time determination of the field output factor, the measured data are also in good agreement with data independently determined by the French Institute for Radiological Protection and Nuclear Safety (IRSN) based on radiochromic films and thermoluminescent 1 9 1 mm 2 micro-cubes dosimeters (TLD). The differences are within AE1.6% for all the tested cone sizes.Conclusions: We propose and have tested a SciFi plastic scintillating detector with an optimized signal processing method to characterize small fields defined by cone collimators. It allows the determination of key field parameters such as full width at half maximum (FWHM) and field output factors. The results are consistent with those independently measured using TLD and radiochromic films. As the SciFi detector does not require a correction factor, it is in line with the International Atomic Energy Agency (IAEA) and the American Association of Physicists in Medicine (AAPM) TRS-483 recommendations, and can be suitable for online QA of small radiation fields used in photon beam radiotherapy, and is compatible with MRI-LINAC.