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Global Medical Physics. A Guide for International Collaboration

SKU: 9781032864891
ISBN: 9781032864891
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Διαστάσεις 24 × 16 cm
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Περιγραφή

Global Medical Physics: A Guide for International Collaboration  provides essential guidance for medical physicists and other healthcare professionals seeking to collaborate internationally in clinical, educational, and research settings.

With the growing interest in global health initiatives, this book addresses the complexities of working across diverse healthcare environments, particularly in low-resource settings. It explores the increasing role of medical physicists in international education, training, and research collaborations, emphasizing the importance of cultural competence, ethical considerations, and overcoming technological barriers.

Features:

·         Explores the expanding role of medical physicists in global health education, training, and research

·         Examines challenges in cross-cultural collaboration, including ethical concerns, technological limitations, and language barriers

·         Discusses the rise of “big data” and artificial intelligence applications in international medical physics

·         Provides practical strategies for successful global health partnerships, including guidelines for Short Term Experiences in Global Health (STEGH)

·         Includes contributions from 34 experts across 21 countries, representing diverse perspectives from both high- and low-resource settings

·         Features clear chapter objectives and summaries, with key recommendations compiled into a separate reference guide

·         Developed as an open-source resource to ensure accessibility for professionals in lower-income regions

This book is an essential resource for medical physicists at all career stages, including graduate students, residents, educators, and experienced professionals. It is also valuable for healthcare providers, researchers, and policymakers interested in global health initiatives, fostering effective international collaborations in medical physics.

Περιεχόμενα

1.  Introduction to Global Medical Physics
Jacob Van Dyk and Francis Hasford
2.  Challenges and Opportunities for Global Collaboration
Stephanie A. Parker and Loreh Peter Onyango
3.  Building Global Inter-Institutional Collaborations
Dario Sanz, Martin Ebert, Mauro Namias, and Robert Jeraj
4.  Opportunities for Global Collaboration in Radiation Oncology: The Radiation Planning Assistant as a Case Study
Laurence Court and William Shaw
5.  Global Collaborations with Industry
Jennifer Dent, Cathyryne Manner, and Katy Graef
6.  Sustainability in Global Collaborations
Alfredo Polo, Godfrey Azangwe, Lisbeth Cordero Mendez, Egor Titovich, and Jacob Van Dyk
7.  Career Paths in Medical Physics with a Global Health Perspective
Stephen M. Avery
8.  Mentoring in a Global Context
Kwan Hoong Ng and Jacob Van Dyk
9.  Global Collaboration: Successes and Barriers
Jacob Van Dyk, Mauro Carrara, Egor Titovich, and May Abdel-Wahab
10.  Education and Training Specific to Global Collaborative Activities
Jacob Van Dyk and Akshaya Neil Arya
11.  Advocacy and Science Diplomacy in Support of International Collaborations
Eva Bezak, Loredana Marcu, and Ana Maria Marques da Silva
12.  The Role of Information Computer Technologies (ICTs) and Artificial Intelligence (AI) in Global Collaborations
Jacob Van Dyk and Issam El Naqa
13.  Global Collaboration on Data Sharing
K. Ruwani M. Fernando, Dipesh Niraula, Denis Dudas, Andre Dekker, and Issam El Naqa
14.  Global Collaborations: The European Council for Nuclear Research (CERN) Perspective
Laurence Wroe, Steinar Stapnes, and Manjit Dosanjh
15.  Ethical Considerations in Global Interactions
Gerald A. White
16.  Equity, Diversity, Inclusion (EDI) in the Global Medical Physics Context
Afua A. Yorke and Iyobosa B. Uwadiae
17.  Global Collaboration Organizations
Arun Chougule and Mary Joan
18.  Global Medical Physics Collaborations: Summary and Recommendations
Jacob Van Dyk