17 results on '"Titz B"'
Search Results
2. MO-G-BRF-05: Determining Response to Anti-Angiogenic Therapies with Monte Carlo Tumor Modeling
3. SU‐E‐T‐256: Optimizing the Combination of Targeted Radionuclide Therapy Agents Using a Multi‐Scale Patient‐Specific Monte Carlo Dosimetry Platform
4. SU-F-500-01: Towards Personalized Dosimetry Using Diapeutic Radiopharmaceuticals
5. TU-E-141-08: Dosimetric Impact of Partial Volume Correction On PET-Based Targeted Radionuclide Therapy Planning
6. TH‐C‐213AB‐10: Computational Tumor Modeling for Dose Painting Candidate Stratification
7. TH-C-220-03: Extraction of Radiosensitivity Coefficients from Multiparametric Molecular Imaging Data through Computational Tumor Modeling
8. TH‐C‐220‐08: Simulating the Effects of Molecular Targeted Drugs on Tumor and Vasculature Development Using An Imaging‐Based, Computational Model
9. MO-E-BRB-05: A Computational Tumor Modeling Framework for the Optimization of Molecular Targeted Therapies
10. MO-E-BRB-01: Development of a Computational Model for Quantifying Vascular Response to TKI Therapy
11. WE-D-303A-06: FLT PET Imaging of Bone Marrow Toxicity: An in Vivo Biodosimeter
12. TU-C-BRB-07: Incorporation of Angiogenesis Into a Stochastic Imaging-Based Tumor Vasculature Model
13. SU‐FF‐T‐489: Simulating the Effects of Anti‐Angiogenic Therapy Using Voxel‐Based Biological Parameters Derived From Functional Imaging
14. TH-C-351-04: 18F-FLT PET Imaging of Proliferative Response to An EGFR Inhibitor in HNSCC Xenograft Mouse Models
15. TU‐D‐352‐06: Modeling the Effect of Different Oxygenation Levels On Radiation Therapy Response Using Kinetic Parameters Derived From PET/CT Imaging
16. SU-FF-T-32: A Novel Continuum Mechanics Approach Towards Multiscale, Stochastic Tumor Modeling Based On Multimodality Imaging
17. TH‐E‐230A‐04: Total and Partial‐Body Zebrafish Irradiation
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