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Bartos Przybyla on Muck Rack

Bartos Przybyla

As seen in: Nature, Science Magazine, Journal of Interventional Radiology (JVIR)
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Articles

First evaluation of wearable radiation protection for human deep space exploration, as flown on Artemis I

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By Lele Zhang, Jordan Houri, Doan T Dinh, Thomas Berger, Hesham Hussein, Daniel Matthiä, Karel Marsalek, Bartos Przybyla, W. Paul Segars, Ehsan Samei, Anuj Kapadia, Kerry Jo Lee, Stuart George, Ramona Gaza, Shirit Schwarz, Gideon Waterman, Joachim Aeckerlein, Maximilian Radenhaeuser, Moritz Kasemann, Kathleen Coderre, Diego Laramore, Edward Semones, Oren Milstein
| Science Magazine Verified
Abstract INTRODUCTION RESULTS DISCUSSION MATERIALS AND METHODS Acknowledgments Supplementary Materials REFERENCES Information & Authors Metrics & Citations View Options References Figures Tables Media Share Abstract With preparations underway for extended-duration crewed deep space missions, the health risks of solar particle events (SPEs) to astronauts are becoming increasingly pertinent.
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Space radiation measurements during the Artemis I lunar mission - Nature

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By Stuart George, Bartos Przybyla, Amir Bahadori, Christine E. Hellweg, Kerry Jo Lee, Daniel Turecek, Jussi Lehti, Nicholas Stoffle, Karel Marsalek, Janet Barzilla, Jordan Houri, Sergiy Rozhdestvenskyy
| Nature Verified
Abstract Space radiation is a notable hazard for long-duration human spaceflight1. Associated risks include cancer, cataracts, degenerative diseases2 and tissue reactions from large, acute exposures3. Space radiation originates from diverse sources, including galactic cosmic rays4, trapped-particle (Van Allen) belts5 and solar-particle events6.
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Experimental Analysis of Radiation Protection Offered by a Novel Exoskeleton-based Radiation Protection System Versus Conventional Lead Aprons

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By Maria Katsarou, Bruce R Zwiebel, Rajarshi Pal Chowdhury, Murray L. Shames, Thomas Berger, Jean Bismuth, Bartos Przybyla
| Journal of Interventional Radiology (JVIR) Verified
Introduction The detrimental effects of radiation exposure to physicians have been well documented and are an active area of concern. The objective of this study was to evaluate the radiation protection offered by an exoskeleton-based radiation protection system (StemRad MD, StemRad Ltd, Israel). Methods The experimental setup involved two anthropomorphic phantoms, an operator and a patient, and a C-arm as the X-ray radiation source.
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