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Three-dimensional modeling of oxidized-LDL accumulation and HDL mass transport in a coronary artery: A proof-of-concept study for predicting the region of atherosclerotic plaque development.

A. Sakellarios, P. Siogkas, L. Athanasiou, T. Exarchos, M. Papafaklis, C. Bourantas, K. Naka, L. Michalis, N. Filipovic, O. Parodi, and D. Fotiadis. EMBC, page 4513-4516. IEEE, (2013)

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Nata i i

Michail Logvinov

Michail Jordanoff

Michail Krausnick

Michail Petrow

Other publications of authors with the same name

Modeling atherosclerotic plaque growth: A case report based on a 3D geometry of left coronary arterial tree from computed tomography.A. Sakellarios, P. Siogkas, L. Athanasiou, T. Exarchos, M. Papafaklis, C. Bourantas, K. Naka, D. Iliopoulou, L. Michalis, N. Filipovic and 2 other author(s). BIBE, page 1-4. IEEE Computer Society, (2013)A proof-of-concept study for the simulation of blood flow in a post arterial segment for different blood rheology models.G. Karanasiou, V. Loukas, P. Tsompou, G. Karanasiou, S. Kyriakidis, L. Antonini, G. Poletti, G. Pennati, M. Papafaklis, L. Gergidis and 2 other author(s). EMBC, page 3985-3988. IEEE, (2022)Validation study of a 3D-QCA coronary reconstruction method using a hybrid intravascular ultrasound and angiography reconstruction method and patient-specific Fractional Flow Reserve data.P. Siogkas, L. Athanasiou, A. Sakellarios, K. Stefanou, T. Exarchos, M. Papafaklis, K. Naka, O. Parodi, L. Michalis, and D. Fotiadis. EMBC, page 973-976. IEEE, (2015)Finite element analysis of stent implantation in a three-dimensional reconstructed arterial segment.G. Karanasiou, C. Conway, M. Papafaklis, A. Lopes, K. Stefanou, L. Athanasiou, L. Michalis, E. Edelman, and D. Fotiadis. EMBC, page 5623-5626. IEEE, (2014)Computational modeling of atherosclerotic plaque progression through an efficient 3D agent-based modeling approach.P. Tsompou, V. Potsika, N. Petrovic, V. Pezoulas, P. Siogkas, V. Tsakanikas, D. Pleouras, M. Papafaklis, S. Nikopoulos, A. Sakellarios and 1 other author(s). BHI, page 1-4. IEEE, (2022)3D reconstruction of coronary arteries using Frequency Domain Optical Coherence Tomography images and biplane angiography.L. Athanasiou, C. Bourantas, P. Siogkas, A. Sakellarios, T. Exarchos, K. Naka, M. Papafaklis, L. Michalis, F. Prati, and D. Fotiadis. EMBC, page 2647-2650. IEEE, (2012)Fully automated calcium detection using optical coherence tomography.L. Athanasiou, C. Bourantas, G. Rigas, T. Exarchos, A. Sakellarios, P. Siogkas, M. Papafaklis, K. Naka, L. Michalis, F. Prati and 1 other author(s). EMBC, page 1430-1433. IEEE, (2013)Computational estimation of the severity of coronary lesions with intravascular ultrasound images: A pilot study.P. Siogkas, M. Papafaklis, B. Gogas, H. Samady, L. Michalis, and D. Fotiadis. EMBC, page 2664-2667. IEEE, (2016)Prediction of coronary atherosclerosis progression using dynamic Bayesian networks.K. Exarchos, T. Exarchos, C. Bourantas, M. Papafaklis, K. Naka, L. Michalis, O. Parodi, and D. Fotiadis. EMBC, page 3889-3892. IEEE, (2013)Assessing the hemodynamic influence between multiple lesions in a realistic right coronary artery segment: A computational study.P. Siogkas, A. Sakellarios, M. Papafaklis, K. Stefanou, L. Athanasiou, T. Exarchos, K. Naka, L. Michalis, and D. Fotiadis. EMBC, page 5643-5646. IEEE, (2014)

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Disambiguation of "Papafaklis, Michail I."