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Ignacio Guillermo Espinoza Bornscheuer

Profesor Asociado

Pontificia Universidad Católica de Chile

Santiago, Chile

Física Médica; Modelos radiobiológicos e imágenes médicas; Protección radiológica

Licenciatura en Física, PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE. Chile, 2009
Licenciatura en Ciencias de la Ingeniería, PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE. Chile, 2008
Doctorado en Física / DKFZ Helmholtz International Graduate School for Cancer Research, HEIDELBERG UNIVERSITY, RUPERTO CAROLA. Alemania, 2013
Ingeniero Civil de Industrias, diploma académico en Ingeniería Eléctrica, PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE. Chile, 2008

Profesor Asistente Full Time

PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE

2013 - A la fecha

Intructor Adjunto

Pontificia Universidad Católica de Chile

Chile

2009 - 2009
Doctorando

German Cancer Research Center

Alemania

2009 - 2013
Profesor Asistente Full Time

Pontificia Universidad Católica de Chile

Chile

2013 - 2021
Profesor Asociado Full Time

Pontificia Universidad Católica de Chile

Chile

2021 - A la fecha


A simple analytical model for a fast 3D assessment of peripheral photon dose during coplanar isocentric photon radiotherapy Lopez-Martinez, Ignacio N.; Rodriguez-Mongua, Jose Luis; Espinoza, Ignacio Article ISI FRONTIERS IN ONCOLOGY (2022)
Simulation of hypoxia PET-tracer uptake in tumours: Dependence of clinical uptake-values on transport parameters and arterial input function Paredes-Cisneros I. Article ISI SCOPUS (2020)
Study of out-of-field dose in photon radiotherapy: a commercial treatment planning system versus measurements and Monte Carlo simulations. Espinoza, Ignacio Article ISI SCOPUS MEDICAL PHYSICS (2020)
A model of tumour response to radiation considering 3D vascular architectures and vascular damage Article ISI RADIOTHERAPY AND ONCOLOGY (2018)
Impact of different biologically-adapted radiotherapy strategies on tumor control evaluated with a tumor response model Espinoza, Ignacio; Zhang, Qinghui Article ISI SCOPUS PLOS ONE (2018)
Structural and functional identification of vasculogenic mimicry in vitro Racordon, Dusan; Valdivia, Andrés; Mingo, Gabriel; Santoro, Felice; Osorio, German; Alvares, Pedro; Gago-Arias, Araceli; Pinto, Mauricio P. Article ISI SCOPUS SCIENTIFIC REPORTS (2017)
Impact of radiation induced cell death kinetics on reoxygenation and tumour response Article ISI RADIOTHERAPY AND ONCOLOGY (2016)
Modelling radiation-induced cell death and tumour re-oxygenation: local versus global and instant versus delayed cell death Gago-Arias, A; Aguiar, P.; Espinoza, I; Sanchez-Nieto, B; Pardo-Montero, J Article ISI SCOPUS PHYSICS IN MEDICINE AND BIOLOGY (2016)
Simulation of the radiation response of a hypoxic prostate tumor in the rat Liedtke-Grau, I.; Floca, R. O.; Peschke, P.; Karger, C. P. Article ISI RADIOTHERAPY AND ONCOLOGY (2016)
Voxel-based.TCP distribution: a tool to study the impact of dose distributions in tumour outcome Article ISI RADIOTHERAPY AND ONCOLOGY (2016)
A voxel-based multiscale model to simulate the radiation response of hypoxic tumors Espinoza, I; Peschke, P.; Karger, C. P. Article ISI SCOPUS MEDICAL PHYSICS (2015)
Simulation of the Radiation Response of Hypoxic Tumors Article ISI MEDICAL PHYSICS (2014)
A model to simulate the oxygen distribution in hypoxic tumors for different vascular architectures Espinoza, I; Peschke, P.; Karger, CP Article ISI SCOPUS Medical Physics (2013)
Can non-propagating hydrodynamic solitons be forced to move? Gordillo, L.; Sauma, T; Zarate, Y; Espinoza, I; Clerc, MG; Mujica N. Article ISI SCOPUS European Physical Journal D (2011)
IMAGEBASED COMPUTATIONAL SIMULATION OF TUMOUR RESPONSE TO RADIOTHERAPY Harting, C. Article ISI RADIOTHERAPY AND ONCOLOGY (2011)


4D Template Library Generation for Real-Time Tracking on 2D Cine MRI Mercea, Paul; Teske, Hendrik; Bendl, Rolf; Giske, kristina; Espinoza, Ignacio ConferencePaper (2017)


STUDY OF A RADIATION RESPONSE MODEL FOR HYPOXIC TUMOURS=> TOWARDS A PERSONALISED RADIOTHERAPY. FONDECYT (11150561) Proyecto 2015-2018 Inv. Responsable
INICIO 2014 Desarrollo de un modelo de respuesta a la radiacion de tumores hipoxicos=> hacia una radioterapia personalizada PUC (41/2014) Proyecto 2014-2015 Inv. Principal
Física Médica=> una nueva área interdisciplinaria en la PUC Mecesup (PUC0702) Proyecto 2009-2013 Coinvestigador(a)