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Publikationen von Pion, Eric
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Anzahl der Einträge: 10.
2024
Dorn, Anna Rebecca, Neff, Sara 
, Hupp, Sophia, Engelhardt, Melissa, Pion, Eric, Lenze, Ulrich, Knebel, Carolin , Duprée, Anna, Schewe, Simone, Weber, Markus , Wulbrand, Christian, Hillmann, Axel, Weber, Florian , Clarke, Phillip, Kainz, Philipp , Aung, Thiha und Haerteis, Silke
(2024)
Analysis of Osteosarcoma Cell Lines and Patient Tissue Using a 3D In Vivo Tumor Model—Possible Effects of Punicalagin.
Organoids 3 (1), S. 35-53.
2023
Waltera, Anna, Schulz, Daniela , Schaefer, Nicole, Stoeckl, Sabine, Pion, Eric, Haerteis, Silke , Reichert, Torsten E., Ettl, Tobias und Bauer, Richard J.
(2023)
Opposing MMP-9 Expression in Mesenchymal Stromal Cells and Head and Neck Tumor Cells after Direct 2D and 3D Co-Culture.
International Journal of Molecular Sciences 24 (2), S. 1293.
2022
Pion, Eric, Karnosky, Julia, Boscheck, Sofie, Wagner, Benedikt J., Schmidt, Katharina M., Brunner, Stefan M., Schlitt, Hans J. , Aung, Thiha, Hackl, Christina und Haerteis, Silke
(2022)
3D In Vivo Models for Translational Research on Pancreatic Cancer: The Chorioallantoic Membrane (CAM) Model.
Cancers 14 (15), S. 3733.
Kuri, Paulina Mena, Pion, Eric, Mahl, Lina, Kainz, Philipp, Schwarz, Siegfried, Brochhausen, Christoph , Aung, Thiha und Haerteis, Silke
(2022)
Deep Learning-Based Image Analysis for the Quantification of Tumor-Induced Angiogenesis in the 3D In Vivo Tumor Model—Establishment and Addition to Laser Speckle Contrast Imaging (LSCI).
Cells 11 (15), S. 2321.
Bichlmayer, Eva-Marie, Mahl, Lin, Hesse, Leo, Pion, Eric, Haller, Victoria, Moehwald, Andreas, Hackl, Christina, Werner, Jens M., Schlitt, Hans J. , Schwarz, Siegfried, Kainz, Philipp, Brochhausen, Christoph , Groeger, Christian, Steger, Felix, Kölbl, Oliver, Daniel, Christoph , Amann, Kerstin, Kraus, Andreas, Buchholz, Björn, Aung, Thiha und Haerteis, Silke
(2022)
A 3D In Vivo Model for Studying Human Renal Cystic Tissue and Mouse Kidney Slices.
Cells 11 (15), S. 2269.
Sommerauer, Laura, Phyo, Aung, Pion, Eric, Zucal, Isabel, Klingelhoefer, Eric, Thu, Si, Win, Than, Khin, Sopyay, Kyaw, Thura, Zaw, Hein Htet, Htwe, Maung Mg, Fabbri, Nicola, Haerteis, Silke und Aung, Thiha
(2022)
Modified Borggreve–Van Nes-Winkelmann rotationplasty for surgery in developing countries.
BMC Surgery 22 (1).
Volltext nicht vorhanden.
Pion, Eric, Zucal, Isabel, Troebs, Johannes, Feder, Anna-Lena, Kyaw, Thura, Khin, Sopyay, Heidekrueger, Paul I., Prantl, Lukas , Härteis, Silke und Aung, Thiha
(2022)
New, Innovative, Three-Dimensional In Vivo Model for High-Level Microsurgical and Supermicrosurgical Training: A Replacement for Animal Models.
Plastic & Reconstructive Surgery 150 (2), S. 432-436.
Volltext nicht vorhanden.
, Härteis, Silke und Aung, Thiha
(2022)
New, Innovative, Three-Dimensional In Vivo Model for High-Level Microsurgical and Supermicrosurgical Training: A Replacement for Animal Models.
Plastic & Reconstructive Surgery 150 (2), S. 432-436.
Volltext nicht vorhanden.
2021
Pion, Eric, Asam, Claudia, Feder, Anna-Lena, Felthaus, Oliver, Heidekrueger, Paul I. , Prantl, Lukas , Haerteis, Silke und Aung, Thiha
(2021)
Laser speckle contrast analysis (LASCA) technology for the semiquantitative measurement of angiogenesis in in-ovo-tumor-model.
Microvascular Research 133, S. 104072.
Volltext nicht vorhanden.
, Prantl, Lukas , Haerteis, Silke und Aung, Thiha
(2021)
Laser speckle contrast analysis (LASCA) technology for the semiquantitative measurement of angiogenesis in in-ovo-tumor-model.
Microvascular Research 133, S. 104072.
Volltext nicht vorhanden.
2020
Troebs, Johannes, Asam, Claudia, Pion, Eric, Prantl, Lukas, Aung, Thiha, Haerteis, Silke, Hiebl, B., Krüger-Genge, A. und Jung, F.
(2020)
3D monitoring of tumor volume in an in vivo model.
Clinical Hemorheology and Microcirculation 76 (2), S. 123-131.
Volltext nicht vorhanden.
Feder, Anna-Lena, Pion, Eric, Troebs, Johannes, Lenze, Ulrich, Prantl, Lukas, Htwe, Maung Mg, Phyo, Aung, Haerteis, Silke, Aung, Thiha, Hiebl, B., Krüger-Genge, A. und Jung, F.
(2020)
Extended analysis of intratumoral heterogeneity of primary osteosarcoma tissue using 3D-in-vivo-tumor-model.
Clinical Hemorheology and Microcirculation 76 (2), S. 133-141.
Volltext nicht vorhanden.
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