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1
Developing Automated Tools in Radiation Therapy to Streamline Treatment Planning and Improve Plan Quality.
Developing Automated Tools in Radiation Therapy to Streamline Treatment Planning and Improve Plan Quality.
Huang, Charles. | Stanford University. | 2022
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2
Defining the Role of Nuclear Hormone Receptors in Response to Radiation Therapy: Targeted Therapies for Radiosensitization in Androgen Receptor-Positive and Estrogen Receptor-Positive Breast Cancers.
Defining the Role of Nuclear Hormone Receptors in Response to Radiation Therapy: Targeted Therapies for Radiosensitization in Androgen Receptor-Positive and Estrogen Receptor-Positive Breast Cancers.
Michmerhuizen, Anna Renee.Cellular & Molecular Bio | University of Michigan. | 2022
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3
Identifying Image Derived Features of Radiation Therapy Response: Tumor and Normal Tissue.
Identifying Image Derived Features of Radiation Therapy Response: Tumor and Normal Tissue.
Tang, Tien T.Bioengineering. | Rice University. | 2018
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4
Convex Optimization Methods for Adaptive Radiation Therapy.
Convex Optimization Methods for Adaptive Radiation Therapy.
Fu, Anqi. | Stanford University. | 2021
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5
A Patient-Specific Correspondence Model to Track Tumor Location in Thorax during Radiation Therapy.
A Patient-Specific Correspondence Model to Track Tumor Location in Thorax during Radiation Therapy.
Fakhraei, Sharareh.Biophysical Sciences and Medica | University of Minnesota. | 2021
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6
Development of a Mini-Pig Model of Radiation-Induced Brain Injury- [electronic resource]
Development of a Mini-Pig Model of Radiation-Induced Brain Injury- [electronic resource]
Perez, Whitney Diep. | Purdue University. | 2022
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7
Postoperative Radiotherapy Breast Cancer Treatment: Musculoskeletal and Functional Implications- [electronic resource]
Postoperative Radiotherapy Breast Cancer Treatment: Musculoskeletal and Functional Implications- [electronic resource]
Braudy, Renata Anne.Rehabilitation Science. | University of Minnesota. | 2023
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8
Molecular Imaging Based on Target-Enabled in Situ Ligand Aggregation for Monitoring Therapeutic Responses in Vivo.
Molecular Imaging Based on Target-Enabled in Situ Ligand Aggregation for Monitoring Therapeutic Responses in Vivo.
Chen, Zixin. | Stanford University. | 2020
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9
A Study on the Biological and Physical Effects of Radiation on Lung and Skin in Mice.
A Study on the Biological and Physical Effects of Radiation on Lung and Skin in Mice.
Soto, Luis Armando. | Stanford University. | 2021
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10
Radiation-Induced Cardiovascular Disease and Fatigue in Breast Cancer Survivors: Understanding Biological Mechanisms and Risk Factors.
Radiation-Induced Cardiovascular Disease and Fatigue in Breast Cancer Survivors: Understanding Biological Mechanisms and Risk Factors.
Vasbinder, Alexi.Nursing. | University of Washington. | 2021
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