Daniela Constanza Espinoza Aburto2026-03-29T10:39:08+02:00

Daniela Constanza Espinoza Aburto

Member of the Wound Healing Innovation Research Line

Email: danielaconstanza.espinoza@uvic.cat

My name is Daniela Espinoza Aburto. I am a registered nurse, having obtained my degree from Universidad Mayor, Chile. I completed a postgraduate certification as a Monitor in Wound and Ostomy Management, delivered by the National Wound Institute Foundation. Subsequently, to further specialize in advanced wound care, I pursued a Specialty in Wounds, Ulcers, and Ostomies at Universidad Mayor. In addition, to prepare my workplace for accreditation processes, I completed a course in healthcare accreditation provided by the Pontificia Universidad Católica de Chile.

After graduation, I worked at Clínica Bupa Santiago, part of the Sanitas network (United Kingdom), in the adult medical-surgical inpatient unit and the adult-pediatric transitional hospitalization unit for eight months as a clinical nurse. I then joined the National Wound Institute Foundation as a Coordinating Nurse and as a member of the teaching team for the postgraduate program “Monitor in Wound and Ostomy Management.”

Throughout my professional career, I have participated in multiple research projects, which have strengthened my interest in the field of research. Consequently, I applied to and was accepted into the PhD program in Comprehensive Care and Health Services at the Universitat de Vic, Spain, which I began in 2025. As part of this doctoral program, I will develop a dissertation focused on the measurement of bacterial load in procedure rooms within primary healthcare centers in Chile. This topic addresses the current deficiencies in control and regulation, which negatively impact patient treatment outcomes and, consequently, the quality of life of patients and their families.

My last happenings:

From Subversive Labs to Biodesign Literate Curricula: Rethinking Biodesign Education

Authors: Orcajada M. A., Rognoli V, Crespo-Santiago J, Ordóñez I. Biotechnology design, Cambridge University Press, 2026. Results in Engineering, 2026. DOI:https://doi.org/10.1017/S2977905726100390 Keywords: biodesign; biodesign literacy; subversive; labs; education. Funding: This research was partially funded by the Erasmus+ programme Centres of Vocational Excellence, “Transforming Education Area and Competency Hub for Sustainable Development” (project acronym: TEACH4SD). The content of this publication does not reflect the official opinion of the European Union; responsibility for the information and views expressed lies entirely with the author(s). Read More Biodesign has gained prominence over the past two decades yet remains conceptually hazy and institutionally [...]

November 6, 2026|

TR2Lab Invited at Congresso de Feridas Guarda 2026

Clara Masó Albareda, PhD student at TR2Lab, was invited to participate in the Congresso de Feridas Guarda 2026, held in Guarda, Portugal, on 14–15 October 2026. As part of the scientific programme, Clara delivered an invited lecture in the session “Tempo da Inovação – Hot Topics”, where she presented the latest findings from her doctoral research on regenerative therapies and their potential applications in wound healing. Her presentation provided attendees with an overview of the most recent results of her PhD project and highlighted the ongoing research being conducted at TR2Lab. In addition to the lecture, Clara [...]

November 4, 2026|

Exploring the Potential of Phygital Bone as a Synthetic Surrogate for Forensic Bone Trauma

Authors: Crespo-Santiago, J; Jordana, X; Gesualdo, M; Álvarez, A; Mallafré, H; Otero-Viñas, M; Rzymelka V; Andreu C; Garrido X; Schwab N; Galtés I. Exploring the potential of Phygital Bone as a synthetic surrogate for forensic bone trauma.   Scientific Reports, 2026. DOI: https://doi.org/10.21203/rs.3.rs-10206802/v1 Keywords: Health sciences/Anatomy; Physical sciences/Engineering; Physical sciences/Materials science; Health sciences/Medical research; Bone trauma; Synthetic bone surrogate; Forensic trauma reconstruction; Bone biomechanics; 3D-printed bone model. Funding: This research was funded by: AEI Clusters Spanish Ministry for Industry and Tourism (AEI-010500-2024-18), Llavor AGAUR Gencat (2023 LLAVOR 0005), and Proyectos de Generación de Conocimiento, Agencia Estatal de Investigación (PID2021-124112NB-100). Read More [...]

November 2, 2026|
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