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Harold M. Swartz

As seen in: Wiley, Frontiers, Radiation Protection Dosimetry
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Articles by Harold M. Swartz

Correction: Review of oxygen measurement and relevance to the mechanisms of FLASH radiotherapy

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By Brian Pogue, David Hunter, William Thomas, Xu Cao, Harold M. Swartz, Corbin Narita
| Frontiers
A Correction on Review of oxygen measurement and relevance to the mechanisms of FLASH radiotherapy by Pogue BW, Hunter DI, Narita C, Thomas WS, Cao X and Swartz HM (2026). Front. Phys. 14:1878483. doi: 10.3389/fphy.2026.1878483 Figure 2b contained a mistake in the published version. The lines were mislabeled, which confused the figure’s meaning. The corrected Figure 2 appears below. The original version of this article has been updated.
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How best to interpret measures of levels of oxygen in tissues to make them effective clinical tools for care of patients with cancer and other oxygen‐dependent pathologies

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By Harold M. Swartz, Ann Flood, Howard Halpern, Philip E. Schaner
| Wiley
Abstract It is well understood that the level of molecular oxygen (O2) in tissue is a very important factor impacting both physiology and pathological processes as well as responsiveness to some treatments. Data on O2 in tissue could be effectively utilized to enhance precision medicine. However, the nature of the data that can be obtained using existing clinically applicable techniques is often misunderstood, and this can confound the effective use of the information.
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Using Stable Free Radicals to Obtain Unique and Clinically Useful Data In Vivo in Human Subjects

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By Harold M. Swartz
| Radiation Protection Dosimetry Verified
This paper attempts to: (1) provide a critical overview of the challenges and opportunities to extend electron paramagnetic resonance (EPR) into practical applications in human subjects, based on EPR measurements made in vivo; (2) summarize the clinical applications of EPR for improving treatments in cancer, wound healing and diabetic care, emphasizing EPR's unique capability to measure tissue oxygen repeatedly and with particular sensitivity to hypoxia and (3) summarize the capabilities of...
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ROC Analysis for Evaluation of Radiation Biodosimetry Technologies

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By Benjamin Williams, Ann Flood, Harold M. Swartz, Eugene Demidenko
| Radiation Protection Dosimetry Verified
Receiver operating characteristic (ROC) analysis is a fundamental tool used for the evaluation and comparison of diagnostic systems that provides estimates of the combinations of sensitivity and specificity that can be achieved with a given technique. Along with critical considerations of practical limitations, such as throughput and time to availability of results, ROC analyses can be applied to provide meaningful assessments and comparisons of available biodosimetry methods.
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