Quantifying Radiation-Induced Lung Injury as a Function of Regional Radiation Therapy Dose Using Hyperpolarized-129Xe MRI
Publication
, Conference
Rankine, L; Wang, Z; Bier, E; Kelsey, C; Das, S; Marks, L; Driehuys, B
Published in: MEDICAL PHYSICS
2021
Duke Scholars
Published In
MEDICAL PHYSICS
EISSN
2473-4209
ISSN
0094-2405
Publication Date
2021
Volume
48
Issue
6
Related Subject Headings
- Nuclear Medicine & Medical Imaging
- 5105 Medical and biological physics
- 4003 Biomedical engineering
- 1112 Oncology and Carcinogenesis
- 0903 Biomedical Engineering
- 0299 Other Physical Sciences
Citation
APA
Chicago
ICMJE
MLA
NLM
Rankine, L., Wang, Z., Bier, E., Kelsey, C., Das, S., Marks, L., & Driehuys, B. (2021). Quantifying Radiation-Induced Lung Injury as a Function of Regional Radiation Therapy Dose Using Hyperpolarized-129Xe MRI. In MEDICAL PHYSICS (Vol. 48).
Rankine, L., Z. Wang, E. Bier, C. Kelsey, S. Das, L. Marks, and B. Driehuys. “Quantifying Radiation-Induced Lung Injury as a Function of Regional Radiation Therapy Dose Using Hyperpolarized-129Xe MRI.” In MEDICAL PHYSICS, Vol. 48, 2021.
Rankine L, Wang Z, Bier E, Kelsey C, Das S, Marks L, et al. Quantifying Radiation-Induced Lung Injury as a Function of Regional Radiation Therapy Dose Using Hyperpolarized-129Xe MRI. In: MEDICAL PHYSICS. 2021.
Rankine, L., et al. “Quantifying Radiation-Induced Lung Injury as a Function of Regional Radiation Therapy Dose Using Hyperpolarized-129Xe MRI.” MEDICAL PHYSICS, vol. 48, no. 6, 2021.
Rankine L, Wang Z, Bier E, Kelsey C, Das S, Marks L, Driehuys B. Quantifying Radiation-Induced Lung Injury as a Function of Regional Radiation Therapy Dose Using Hyperpolarized-129Xe MRI. MEDICAL PHYSICS. 2021.
Published In
MEDICAL PHYSICS
EISSN
2473-4209
ISSN
0094-2405
Publication Date
2021
Volume
48
Issue
6
Related Subject Headings
- Nuclear Medicine & Medical Imaging
- 5105 Medical and biological physics
- 4003 Biomedical engineering
- 1112 Oncology and Carcinogenesis
- 0903 Biomedical Engineering
- 0299 Other Physical Sciences