The societal impact of ion beam therapy
The societal impact of ion beam therapy
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DOI:
10.1016/j.zemedi.2020.06.007
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发表时间:
2021-05-22
影响因子:
2
通讯作者:
Yan, Susu
中科院分区:
文献类型:
--
作者:
Bortfeld, Thomas R.;de Viana, Matthew Fernandez;Yan, Susu
The COVID-19 pandemic has changed the world and has diverted much of our public health capacity. This situation will likely be temporary and other global challenges, in particular cancer, will come back into focus. However, we expect that there will be a lingering effect of the crisis that, among many other consequences for the society, will cause financial scrutiny especially when it comes to big investments and costly technology. Denounced as breathtakingly expensive, ion beam therapy (IBT) will likely come under extra scrutiny. Voices critical of IBT will get louder. People will raise anecdotal concerns over particle therapy centers that have become white elephants, ie, expensive to maintain and impossible to get rid of. More than ever it will be necessary to demonstrate a quantifiable societal benefit of IBT. A widely supported health economic metric to quantify disease burden is the disability adjusted life year (DALY)[1]. The WHO defines DALY as a summary measure that combines time lost through premature death defined as years of life lost (YLL) and time lived in states of less than optimal health defined as the years lived with disability (YLD)[2]. The agestandardized cancer death rate has declined globally by 15%(20% in Germany) between 1990 and today [3]. As the survival rate of cancer is increasing because of earlier and better diagnosis, and better treatment options, we need to consider YLD more than YLL. Since the disability associated with radiotherapy is largely due to damaging healthy tissues, IBT becomes now even more relevant to improving DALYs [4–7]. In principle, if IBT would be available to every cancer patient, this treatment could greatly reduce cancer burden in terms of DALY. However, this ideal scenario has not eventuated because IBT comprises complex and costly systems that require further technical development. A lot of research and clinical development has already been performed over the