Resultados de investigación

Es un archivo de datos textuales anonimizados obtenidos a través de la transcripción de grupos focales formados por docentes y familias pertenecientes a centros educativos que han participado en la validación de la plataforma coformacion.um.es realizada al amparo del proyecto I+D+i PID2020-113505RB-I00, Este documento recoge el proceso de validación inicial de la plataforma Coformación (https://coformacion.um.es/), una herramienta desarrollada por el grupo de investigación Compartimos Educación (E074-10 https://www.um.es/web/compartimos-educacion/) para que los centros educativos puedan autoevaluar la participación de las familias y acceder a recursos destinados a mejorarla. Con el fin de identificar fortalezas, limitaciones y propuestas de mejora, se realizaron grupos focales con docentes y familias de centros de Educación Infantil, Primaria y Secundaria previamente invitados a participar. Cada centro seleccionó libremente a las personas asistentes, siguiendo un muestreo por conveniencia adaptado a su disponibilidad. El documento presenta una descripción del propósito de la plataforma, el enfoque metodológico seguido y, de forma transparente, las transcripciones completas de las sesiones. Las opiniones recogidas se organizan en torno a tres dimensiones: aspectos tecnológicos de la plataforma, calidad y utilidad pedagógica de la información ofrecida, y posibilidades de comunicación entre los usuarios. El contenido permite conocer de primera mano la experiencia de quienes han utilizado Coformación y constituye la base para su mejora continua.

Raw data of the measurements of salivary biomarkers in sows

Introduction: Research on physical activity and breast cancer has grown steadily over the past 25 years, with a progressive shift from physiological and safety-related questions towards clinical, psychosocial and implementation domains. Objective: To describe research trends, key actors and thematic foci in the scientific literature on physical activity and breast cancer between 2000 and 2025. Methods: We included articles and reviews without language restrictions, published between 2000 and 2025 and indexed in Scopus, PubMed and Web of Science. Records were exported in CSV format and analysed using the Bibliometrix package in R. We described publication and citation volume, collaboration patterns (countries, institutions and authors), core journals according to Bradford’s law, and the semantic evolution of the field based on keyword co-occurrence and trend topics. Results: We identified 13,329 documents on physical activity and breast cancer, with a sustained increase in both publications and citations over the study period. A marked geographical concentration was observed, with leadership by high-income, mainly Anglophone countries and a limited number of specialised editorial cores, as well as a small group of highly influential authors. The thematic analysis showed a shift from studies focused on functional capacity and safety towards clinical practice guidelines, survivorship and quality of life, alongside emerging lines such as prehabilitation, remote interventions and tele-exercise. Conclusions: The field of physical activity and breast cancer shows a high and growing scientific output with a clear clinical orientation. Integrating exercise prescription into oncological care pathways, defining and standardising dose–response schemes according to tumour phenotype and clinical context, and expanding multicentre studies that include under-represented regions and populations—particularly in low- and middle-income countries—are recommended priorities for future research and practice.

Búsqueda en Pubmed, Scopus, WOS y Eric de competencias en IA.

Isolation of pericytes from mice adipose tissue. Cell culture and knock-down of Lamp2a gene via lentiviral transduction. Coculture of pericytes and glioblastoma cell lines and analysis by RT-qPCR, western-blot and flow cytometry. Generation of glioblastoma in vivo model in mice and intravenous treatment with Lamp2a knoch down pericytes. Analysis of tumor area with immunofluorescent stainings of brain sections.

Datos utilizados para la confección de "AntimiR-199a treatment protects against cardiac hypertrophy and fibrosis following myocardial infarction", como parte del trabajo completo "The miRNA199a/SIRT1/P300/Yy1/sST2 signaling axis regulates adverse cardiac remodeling following MI", con DOI https://doi.org/10.1038/s41598-021-82745-9