Papers
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Total Citations
52
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About
J Haslam is a leading figure in radiation oncology physics, with a focused expertise in stereotactic body radiation therapy (SBRT) for lung cancer. Their most cited work, a 2010 dosimetric comparison of robotic versus conventional linac-based SBRT systems, represents a pivotal contribution to the field. By retrospectively analyzing eight lung cancer patients, Haslam provided critical planning guidance that directly compared the dosimetric characteristics of these two major treatment modalities, helping clinicians optimize dose delivery for improved tumor control and reduced toxicity. This study, which has garnered over 50 citations, has become a foundational reference for radiation oncologists and medical physicists seeking to understand the technical trade-offs between robotic and linac-based platforms. Haslam’s research has had a tangible impact on clinical practice, shaping how SBRT is planned and delivered for lung cancer patients worldwide. Their work underscores a commitment to advancing precision radiotherapy, ensuring that technological innovations translate into measurable patient benefits.
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