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Publications in Biophysics

S-Nitrosoglutathione

Biochimica et Biophysica Acta - General Subjects

English

Improving the Sensitivity of High-Frequency Subharmonic Imaging With Coded Excitation: A Feasibility Study

English

Erratum: “The Utility of Quantitative CT Radiomics Features for Improved Prediction of Radiation Pneumonitis” [Med. Phys. Vol. 45(11):5317-5324 (2018)]

English

Technical Note: Increased Photon Starvation Artifacts at Low Helical Pitch in Ultra‐Low‐Dose CT

English

Prediction of Skin Dose in Low-kV Intraoperative Radiotherapy Using Machine Learning Models Trained on Results of in Vivo Dosimetry

English

A Machine Learning Texture Model for Classifying Lung Cancer Subtypes Using Preliminary Bronchoscopic Findings

English

Validation of Algorithmic CT Image Quality Metrics With Preferences of Radiologists

English

Issue Information

English

Maintaining Tumor Targeting Accuracy in Real-Time Motion Compensation Systems for Respiration-Induced Tumor Motion

English

Due to Potential Concerns of Bias and Conflicts of Interest, Regulatory Bodies Should Not Do Evaluation Methodology Research Related to Their Regulatory Missions

English

Amanote Research

Discover open access scientific publications

Search, annotate, share and cite publications

Publications in Biophysics

S-Nitrosoglutathione

Improving the Sensitivity of High-Frequency Subharmonic Imaging With Coded Excitation: A Feasibility Study

Erratum: “The Utility of Quantitative CT Radiomics Features for Improved Prediction of Radiation Pneumonitis” [Med. Phys. Vol. 45(11):5317-5324 (2018)]

Technical Note: Increased Photon Starvation Artifacts at Low Helical Pitch in Ultra‐Low‐Dose CT

Prediction of Skin Dose in Low-kV Intraoperative Radiotherapy Using Machine Learning Models Trained on Results of in Vivo Dosimetry

A Machine Learning Texture Model for Classifying Lung Cancer Subtypes Using Preliminary Bronchoscopic Findings

Validation of Algorithmic CT Image Quality Metrics With Preferences of Radiologists

Issue Information

Maintaining Tumor Targeting Accuracy in Real-Time Motion Compensation Systems for Respiration-Induced Tumor Motion

Due to Potential Concerns of Bias and Conflicts of Interest, Regulatory Bodies Should Not Do Evaluation Methodology Research Related to Their Regulatory Missions