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Skin Diseases --- Integumentary System --- Nail Diseases --- Nails --- Anatomy --- Skin and Connective Tissue Diseases --- Diseases --- Medicine --- Dermatology --- Health & Biological Sciences --- Anatomies --- Fingernails --- Toenails --- Fingernail --- Nail --- Toenail --- Disease, Nail --- Diseases, Nail --- Nail Disease --- Integumentary Systems --- System, Integumentary --- Systems, Integumentary --- Dermatosis --- Dermatoses --- Skin and Subcutaneous Tissue Disorders --- Skin Disease

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Applications of Medical Physics” is a Special Issue of Applied Sciences that has collected original research manuscripts describing cutting-edge physics developments in medicine and their translational applications. Reviews providing updates on the latest progresses in this field are also included. The collection includes a total of 20 contributions by authors from 9 different countries, which cover several areas of medical physics, spanning from radiation therapy, nuclear medicine, radiology, dosimetry, radiation protection, and radiobiology.

Humanities --- Social interaction --- medical imaging --- radiomics --- tomosynthesis --- acquisition angle --- percutaneous radioablation --- monte carlo dosimetry --- liver lesions --- molecular radiotherapy --- quality assurance --- in vivo dosimetry --- transmission radiation detectors --- whole breast irradiation --- MR-guided radiotherapy --- predictive models --- cervical cancer --- EOS --- conventional radiography --- computed tomography --- radiation dose --- enchondroma --- phantom --- medical worker --- radiological accident --- emergency response --- retrospective dosimetry --- ESR --- EPR --- fingernails --- antioxidant --- GEMPix --- GEMs --- Timepix --- Medipix --- radiation therapy --- hadron therapy --- microdosimetry --- gaseous detectors --- Covid-19 --- chest CT --- lungs --- HU density --- artificial intelligence --- deep learning --- medical physicist --- machine learning --- big data --- radioembolization --- internal dosimetry --- Monte Carlo-based dosimetry --- absorbed dose --- signal-noise ratio --- contrast-noise ratio --- figure of merit --- robust optimization --- high dose rate brachytherapy --- single plan approach --- median absolute deviation --- 99mTc-sestamibi --- breast-specific γ imaging --- breast cancer --- apoptosis --- theragnostic --- esophageal cancer --- neoadjuvant chemoradiation --- squamous cell carcinoma --- epicardial adipose tissue --- machine and deep learning --- partial volume effect --- quantitative analysis --- point spread function --- post-reconstruction-correction-method --- iterative reconstruction algorithms --- ASiR --- ASiR-V --- noise level --- noise spatial uniformity --- in vivo relative dosimetry --- proton --- radiotherapy --- quality controls --- beam monitoring --- nanoparticles --- scintillation --- ionizing energy deposition --- photodynamic therapy --- singlet oxygen --- protontherapy --- RBE --- radiobiology --- Geant4 --- medical imaging --- radiomics --- tomosynthesis --- acquisition angle --- percutaneous radioablation --- monte carlo dosimetry --- liver lesions --- molecular radiotherapy --- quality assurance --- in vivo dosimetry --- transmission radiation detectors --- whole breast irradiation --- MR-guided radiotherapy --- predictive models --- cervical cancer --- EOS --- conventional radiography --- computed tomography --- radiation dose --- enchondroma --- phantom --- medical worker --- radiological accident --- emergency response --- retrospective dosimetry --- ESR --- EPR --- fingernails --- antioxidant --- GEMPix --- GEMs --- Timepix --- Medipix --- radiation therapy --- hadron therapy --- microdosimetry --- gaseous detectors --- Covid-19 --- chest CT --- lungs --- HU density --- artificial intelligence --- deep learning --- medical physicist --- machine learning --- big data --- radioembolization --- internal dosimetry --- Monte Carlo-based dosimetry --- absorbed dose --- signal-noise ratio --- contrast-noise ratio --- figure of merit --- robust optimization --- high dose rate brachytherapy --- single plan approach --- median absolute deviation --- 99mTc-sestamibi --- breast-specific γ imaging --- breast cancer --- apoptosis --- theragnostic --- esophageal cancer --- neoadjuvant chemoradiation --- squamous cell carcinoma --- epicardial adipose tissue --- machine and deep learning --- partial volume effect --- quantitative analysis --- point spread function --- post-reconstruction-correction-method --- iterative reconstruction algorithms --- ASiR --- ASiR-V --- noise level --- noise spatial uniformity --- in vivo relative dosimetry --- proton --- radiotherapy --- quality controls --- beam monitoring --- nanoparticles --- scintillation --- ionizing energy deposition --- photodynamic therapy --- singlet oxygen --- protontherapy --- RBE --- radiobiology --- Geant4

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• Reference Manager
• EndNote
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Applications of Medical Physics” is a Special Issue of Applied Sciences that has collected original research manuscripts describing cutting-edge physics developments in medicine and their translational applications. Reviews providing updates on the latest progresses in this field are also included. The collection includes a total of 20 contributions by authors from 9 different countries, which cover several areas of medical physics, spanning from radiation therapy, nuclear medicine, radiology, dosimetry, radiation protection, and radiobiology.

medical imaging --- radiomics --- tomosynthesis --- acquisition angle --- percutaneous radioablation --- monte carlo dosimetry --- liver lesions --- molecular radiotherapy --- quality assurance --- in vivo dosimetry --- transmission radiation detectors --- whole breast irradiation --- MR-guided radiotherapy --- predictive models --- cervical cancer --- EOS --- conventional radiography --- computed tomography --- radiation dose --- enchondroma --- phantom --- medical worker --- radiological accident --- emergency response --- retrospective dosimetry --- ESR --- EPR --- fingernails --- antioxidant --- GEMPix --- GEMs --- Timepix --- Medipix --- radiation therapy --- hadron therapy --- microdosimetry --- gaseous detectors --- Covid-19 --- chest CT --- lungs --- HU density --- artificial intelligence --- deep learning --- medical physicist --- machine learning --- big data --- radioembolization --- internal dosimetry --- Monte Carlo-based dosimetry --- absorbed dose --- signal–noise ratio --- contrast–noise ratio --- figure of merit --- robust optimization --- high dose rate brachytherapy --- single plan approach --- median absolute deviation --- 99mTc-sestamibi --- breast-specific γ imaging --- breast cancer --- apoptosis --- theragnostic --- esophageal cancer --- neoadjuvant chemoradiation --- squamous cell carcinoma --- epicardial adipose tissue --- machine and deep learning --- partial volume effect --- quantitative analysis --- point spread function --- post-reconstruction-correction-method --- iterative reconstruction algorithms --- ASiR --- ASiR-V --- noise level --- noise spatial uniformity --- in vivo relative dosimetry --- proton --- radiotherapy --- quality controls --- beam monitoring --- nanoparticles --- scintillation --- ionizing energy deposition --- photodynamic therapy --- singlet oxygen --- protontherapy --- RBE --- radiobiology --- Geant4 --- n/a --- signal-noise ratio --- contrast-noise ratio