Development of an Image-Guided Orthotopic Xenograft Mouse Model of Endometrial Cancer with Controllable Estrogen Exposure von Konings, Gonda Fj, Saarinen, Niina, Delvoux, Bert, Kooreman, Loes, Koskimies, Pasi, Krakstad, Camilla, Fasmer, Kristine E, Haldorsen, Ingfrid S, Zaffagnini, Amina, Häkkinen, Merja R, Auriola, Seppo, Dubois, Ludwig, Lieuwes, Natasja, Verhaegen, Frank, Schyns, Lotte Ejr, Kruitwagen, Roy Fpm, Xanthoulea, Sofia, Romano, Andrea

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Murine vs human tissue compositions: implications of using human tissue compositions for photon energy absorption in mice von Schyns, Lotte Ejr, Eekers, Daniëlle Bp, van der Heyden, Brent, Almeida, Isabel P, Vaniqui, Ana, Verhaegen, Frank

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Automatic multiatlas based organ at risk segmentation in mice von van der Heyden, Brent, Podesta, Mark, Eekers, Daniëlle Bp, Vaniqui, Ana, Almeida, Isabel P, Schyns, Lotte Ejr, van Hoof, Stefan J, Verhaegen, Frank

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An orthotopic non-small cell lung cancer model for image-guided small animal radiotherapy platforms von Sosa Iglesias, Venus, van Hoof, Stefan J, Vaniqui, Ana, Schyns, Lotte Ejr, Lieuwes, Natasja, Yaromina, Ala, Spiegelberg, Linda, Groot, Arjan J, Verhaegen, Frank, Theys, Jan, Dubois, Ludwig, Vooijs, Marc

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On the determination of planning target margins due to motion for mice lung tumours using a four-dimensional MOBY phantom von Vaniqui, Ana, van der Heyden, Brent, Almeida, Isabel P, Schyns, Lotte Ejr, van Hoof, Stefan J, Verhaegen, Frank

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Exploring the feasibility of a clinical proton beam with an adaptive aperture for pre-clinical research von Almeida, Isabel P, Vaniqui, Ana, Schyns, Lotte Ejr, van der Heyden, Brent, Cooley, James, Zwart, Townsend, Langenegger, Armin, Verhaegen, Frank

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Tissue sensitive imaging and tomography without contrast agents for small animals with Timepix based detectors von Trojanova, E., Schyns, L.E.J.R., Ludwig, D., Jakubek, J., Pape, A. Le, Sefc, L., Lotte, S., Sykora, V., Turecek, D., Uher, J., Verhaegen, F.

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