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WE‐A‐217A‐10: Feasibility of Dose Painting Using PET‐Based Treatment Response

Medical Physics, 2012-06, Vol.39 (6), p.3937-3938

2012

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PV-0474: Comparison of DCE MRI and FMISO-PET kinetic parameters in head and neck cancer patients

Radiotherapy and oncology, 2016-04, Vol.119, p.S225-S226

2016

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TU‐A‐WAB‐01: Characterization of Vascular and Proliferative Flare in Anti‐Angiogenic Therapy Using FLT PET/CT and Circulating VEGF

Medical Physics, 2013-06, Vol.40 (6), p.422-422

2013

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TH‐D‐201B‐04: Optimization of Scanning Protocol for Combined FDG and NaF PET Kinetic Analysis ‐ a Simulation Study

Medical Physics, 2010-06, Vol.37 (6), p.3472-3472

2010

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TU‐G‐211‐07: Combined NaF PET and FDG PET Based Assesment of Bone Metastasis Response after Chemotherapy Using Kinetic Analysis

Medical Physics, 2011-06, Vol.38 (6), p.3787-3788

2011

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TH‐D‐304A‐07: Voxel‐Based Kinetic Analysis Method Utilizing ROI Fragmentation

Medical Physics, 2009-06, Vol.36 (6), p.2817-2817

2009

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TU‐G‐211‐09: A Comparison of FLT‐PET and DCE‐CT Kinetic Analysis in a Clinical Trial

Medical Physics, 2011-06, Vol.38 (6), p.3788-3788

2011

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Monitoring of Caffeine Consumption Effect on Skin Blood Properties by Diffuse Reflectance Spectroscopy

Physiological research, 2024, Vol.73 (1), p.47-56

2024

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MO‐E‐BRB‐05: A Computational Tumor Modeling Framework for the Optimization of Molecular Targeted Therapies

Medical Physics, 2010-06, Vol.37 (6), p.3356-3356

2010

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WE‐D‐303A‐06: FLT PET Imaging of Bone Marrow Toxicity: An in Vivo Biodosimeter

Medical Physics, 2009-06, Vol.36 (6), p.2776-2776

2009

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WE‐D‐L100J‐05: CuATSM and FLT PET Images Stabilization Assessment

Medical physics (Lancaster), 2007-06, Vol.34 (6), p.2596-2596

2007

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WE‐C‐BRC‐05: Use of FLT PET Imaging to Assess Tyrosine Kinase Inhibitor (TKI) Treatment Response

Medical Physics, 2009-06, Vol.36 (6), p.2761-2761

2009

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PO-0889: FLT PET kinetic analysis biomarkers of resistance to radiotherapy for nasal tumours in canines

Radiotherapy and oncology, 2017-05, Vol.123, p.S488-S489

2017

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MO‐E‐AUD C‐01: Dosimetric Differences for Dose Painting, Based On SUV Or KFLT FLT‐PET Image Ratio

Medical Physics, 2008-06, Vol.35 (6), p.2875-2876

2008

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WE-H-207A-05: Spatial Co-Localization of F-18 NaF Vs. F-18 FDG Defined Disease Volumes

Medical physics (Lancaster), 2016-06, Vol.43 (6), p.3846-3846

2016

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TH‐E‐ValB‐01: Cell Proliferation and Tumor Hypoxia During Radiation Therapy

Medical Physics, 2006-06, Vol.33 (6), p.2289-2289

2006

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MO‐G‐BRF‐05: Determining Response to Anti‐Angiogenic Therapies with Monte Carlo Tumor Modeling

Medical physics (Lancaster), 2014-06, Vol.41 (6Part25), p.435-435

2014

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SU‐D‐BRC‐06: Multimodality Assessment of Response to Combined Chemoradiation and Anti‐Angiogenic Therapy with CuATSM‐PET, FLT‐PET, and Contrast‐Enhanced CT Imaging

Medical Physics, 2011-06, Vol.38 (6), p.3385-3385

2011

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MO‐E‐BRB‐01: Development of a Computational Model for Quantifying Vascular Response to TKI Therapy

Medical Physics, 2010-06, Vol.37 (6), p.3355-3355

2010

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Concurrent assessment of vasculature and proliferative pharmacodynamics in patients treated with VEGFR TKI

Journal of clinical oncology, 2010-05, Vol.28 (15_suppl), p.3050-3050

2010

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PP32.02 URINARY EXCRETION RATE OF I-131 DURING TREATMENT OF BENIGN THYROID DISEASE

Physica medica, 2024-09, Vol.125

2024

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Characterization of proliferative rebound during drug holiday by FLT-PET imaging in patients treated with sunitinib (SU)

Journal of clinical oncology, 2010-05, Vol.28 (15_suppl), p.3094-3094

2010

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2690

International journal of radiation oncology, biology, physics, 2006-11, Vol.66 (3), p.S593

2006

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MO‐E‐AUD C‐03: Use of FLT‐PET Imaging to Assess Tumor and Normal Tissue Response to Radiotherapy

Medical Physics, 2008-06, Vol.35 (6), p.2876-2876

2008

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2690: Assessment of Spatial Radiosensitivity as a Predictor of Treatment Response

International journal of radiation oncology, biology, physics, 2006, Vol.66 (3), p.S593-S593

2006

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WE‐A‐217A‐10: Feasibility of Dose Painting Using PET‐Based Treatment Response

PV-0474: Comparison of DCE MRI and FMISO-PET kinetic parameters in head and neck cancer patients

TU‐A‐WAB‐01: Characterization of Vascular and Proliferative Flare in Anti‐Angiogenic Therapy Using FLT PET/CT and Circulating VEGF

TH‐D‐201B‐04: Optimization of Scanning Protocol for Combined FDG and NaF PET Kinetic Analysis ‐ a Simulation Study

TU‐G‐211‐07: Combined NaF PET and FDG PET Based Assesment of Bone Metastasis Response after Chemotherapy Using Kinetic Analysis

TH‐D‐304A‐07: Voxel‐Based Kinetic Analysis Method Utilizing ROI Fragmentation

TU‐G‐211‐09: A Comparison of FLT‐PET and DCE‐CT Kinetic Analysis in a Clinical Trial

Monitoring of Caffeine Consumption Effect on Skin Blood Properties by Diffuse Reflectance Spectroscopy

MO‐E‐BRB‐05: A Computational Tumor Modeling Framework for the Optimization of Molecular Targeted Therapies

WE‐D‐303A‐06: FLT PET Imaging of Bone Marrow Toxicity: An in Vivo Biodosimeter

WE‐D‐L100J‐05: CuATSM and FLT PET Images Stabilization Assessment

WE‐C‐BRC‐05: Use of FLT PET Imaging to Assess Tyrosine Kinase Inhibitor (TKI) Treatment Response

PO-0889: FLT PET kinetic analysis biomarkers of resistance to radiotherapy for nasal tumours in canines

MO‐E‐AUD C‐01: Dosimetric Differences for Dose Painting, Based On SUV Or KFLT FLT‐PET Image Ratio

WE-H-207A-05: Spatial Co-Localization of F-18 NaF Vs. F-18 FDG Defined Disease Volumes

TH‐E‐ValB‐01: Cell Proliferation and Tumor Hypoxia During Radiation Therapy

MO‐G‐BRF‐05: Determining Response to Anti‐Angiogenic Therapies with Monte Carlo Tumor Modeling

SU‐D‐BRC‐06: Multimodality Assessment of Response to Combined Chemoradiation and Anti‐Angiogenic Therapy with CuATSM‐PET, FLT‐PET, and Contrast‐Enhanced CT Imaging

MO‐E‐BRB‐01: Development of a Computational Model for Quantifying Vascular Response to TKI Therapy

Concurrent assessment of vasculature and proliferative pharmacodynamics in patients treated with VEGFR TKI

PP32.02 URINARY EXCRETION RATE OF I-131 DURING TREATMENT OF BENIGN THYROID DISEASE

Characterization of proliferative rebound during drug holiday by FLT-PET imaging in patients treated with sunitinib (SU)

2690

MO‐E‐AUD C‐03: Use of FLT‐PET Imaging to Assess Tumor and Normal Tissue Response to Radiotherapy

2690: Assessment of Spatial Radiosensitivity as a Predictor of Treatment Response

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