Aging and Cancer: A new forum for research that spans disciplines and seeks new answers

James DeGregori
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Insufficient attention has been given to the aging-dependent changes in cells, tissues, immune function, and overall body fitness that influence the genesis and pathology of cancer, and outcomes for patients. But times are changing. There is increasing recognition of these connections in the research community and in funding agencies (in the United States, the National Institute of Cancer, the National Institute of Aging, and the Samuel Waxman Cancer Research Foundation have teamed up to fund research in this area, as well as workshops and focus groups). This interest is perhaps driven by the reality that the fraction of people on our planet above 65 years will double in the next few decades. Since most cancers occur in the elderly, we need to understand why and what we can do about it. The Silver Tsunami is upon us.</p><p>As the newest member of the Wiley family of scientific journals, <i>Aging and Cancer</i> will provide an important forum for new results and ideas that improve our understanding for how old age influences many different facets of cancer, from incidence, to its development and pathology, to treatment outcomes. Thus, the journal will span the aging and cancer field from basic biology (from computational modeling to molecular/cellular studies to model organisms to evolutionary biology), to clinical sciences (responses to therapy and outcomes research), to population health (cancer risk and survivorship). We will publish a variety of article types, from original research (including brief reports) to reviews and perspectives to editorials and white papers.</p><p>Links between old age and higher cancer incidence should be recognized for their fundamental importance in understanding biology in general. Following the early ideas of Medawar, Williams, Hamilton and more recently Kirkwood,<span><sup>2-5</sup></span> the 10 000 foot (evolutionary) explanation should be clear: there is minimal selection against diseases of old age, including cancers, beyond ages where contributions to future generations was likely (at least under “natural” conditions).<span><sup>6</sup></span> Natural selection has tuned somatic maintenance programs to maximize reproductive output, and this maintenance wanes at older ages where reproduction becomes less likely. This physiological aging, which those of us over 50 can attest to, substantially impacts disease risks from kidney failure, to infectious diseases, to coronary disease, to cancers.<span><sup>7</sup></span> Relatively recent studies, mostly in model organisms, have demonstrated how aging-dependent alterations in tissue microenvironments, immune function, and inflammation can contribute to cancer risk (reviewed in Ref. <span>8</span>). <i>Aging and Cancer</i> will be a forum for basic research using model organisms of all types and spanning from the molecular (telomeres, DNA repair, inflammatory signaling, etc.), to organismal (systemic changes, animal models of cancer, development of interventions, etc.), to the population level (population genetics, field studies, and human epidemiology).</p><p>To give one example for why we need a new perspective on the importance of aging in cancer, and why we need a designated forum for such ideas, consider immune therapies. We know that the vast majority of cancers occur in the elderly, and thus most immune therapies will be given to the elderly. We also know that our immune system, both adaptive and innate, undergoes dramatic changes as we age.<span><sup>7</sup></span> And yet almost all preclinical development of immune therapies is occurring in young animals (mostly mice). Manuscripts describing studies to understand how age influences immune function and responses to immune therapies would be very welcome for <i>Aging and Cancer</i>.</p><p>Such discrepancies are also evident in the clinical realm. While 61% of real-world cancer patients are over 65, only 25% of cancer patients participating in clinical trials are over 65.<span><sup>9</sup></span> How will the development and testing of therapies in younger (and likely healthier) patients impact their efficacy and safety for the elderly population after FDA approval? 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We also know that drug pharmacokinetics and pharmacodynamics change in older ages,<span><sup>10</sup></span> which should similarly stimulate basic studies into the underlying reasons.</p><p>I am proud to introduce our distinguished editorial board and advisory board.</p><p>We are also extremely proud to partner with the Samuel Waxman Cancer Research Foundation, which has heavily invested and promoted research into connections between aging and cancer.</p><p>We also hope to partner with you as researchers interested in better understanding of connections between old age and cancer, fellow readers of the journal, reviewers of manuscripts, and of course authors of content. Feel free to reach out with questions or comments. 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引用次数: 1

Abstract

Do we really need another journal? Certainly, that was my initial reaction. Until I gave it some thought. Aging impacts everything about cancer, from incidence, to progression, to prognosis, to therapeutic options and their outcomes, to the psychosocial aspects of living with cancer. Note that 90% of cancers are diagnosed in those aged over 50 years.1 Age is the dominant risk factor for both cancer incidence and mortality. Cancer is clearly a disease of aging. Historically, these links have been understudied and underappreciated, with aging mostly considered simply as the time to accumulate enough mutations to generate a cancer. Insufficient attention has been given to the aging-dependent changes in cells, tissues, immune function, and overall body fitness that influence the genesis and pathology of cancer, and outcomes for patients. But times are changing. There is increasing recognition of these connections in the research community and in funding agencies (in the United States, the National Institute of Cancer, the National Institute of Aging, and the Samuel Waxman Cancer Research Foundation have teamed up to fund research in this area, as well as workshops and focus groups). This interest is perhaps driven by the reality that the fraction of people on our planet above 65 years will double in the next few decades. Since most cancers occur in the elderly, we need to understand why and what we can do about it. The Silver Tsunami is upon us.

As the newest member of the Wiley family of scientific journals, Aging and Cancer will provide an important forum for new results and ideas that improve our understanding for how old age influences many different facets of cancer, from incidence, to its development and pathology, to treatment outcomes. Thus, the journal will span the aging and cancer field from basic biology (from computational modeling to molecular/cellular studies to model organisms to evolutionary biology), to clinical sciences (responses to therapy and outcomes research), to population health (cancer risk and survivorship). We will publish a variety of article types, from original research (including brief reports) to reviews and perspectives to editorials and white papers.

Links between old age and higher cancer incidence should be recognized for their fundamental importance in understanding biology in general. Following the early ideas of Medawar, Williams, Hamilton and more recently Kirkwood,2-5 the 10 000 foot (evolutionary) explanation should be clear: there is minimal selection against diseases of old age, including cancers, beyond ages where contributions to future generations was likely (at least under “natural” conditions).6 Natural selection has tuned somatic maintenance programs to maximize reproductive output, and this maintenance wanes at older ages where reproduction becomes less likely. This physiological aging, which those of us over 50 can attest to, substantially impacts disease risks from kidney failure, to infectious diseases, to coronary disease, to cancers.7 Relatively recent studies, mostly in model organisms, have demonstrated how aging-dependent alterations in tissue microenvironments, immune function, and inflammation can contribute to cancer risk (reviewed in Ref. 8). Aging and Cancer will be a forum for basic research using model organisms of all types and spanning from the molecular (telomeres, DNA repair, inflammatory signaling, etc.), to organismal (systemic changes, animal models of cancer, development of interventions, etc.), to the population level (population genetics, field studies, and human epidemiology).

To give one example for why we need a new perspective on the importance of aging in cancer, and why we need a designated forum for such ideas, consider immune therapies. We know that the vast majority of cancers occur in the elderly, and thus most immune therapies will be given to the elderly. We also know that our immune system, both adaptive and innate, undergoes dramatic changes as we age.7 And yet almost all preclinical development of immune therapies is occurring in young animals (mostly mice). Manuscripts describing studies to understand how age influences immune function and responses to immune therapies would be very welcome for Aging and Cancer.

Such discrepancies are also evident in the clinical realm. While 61% of real-world cancer patients are over 65, only 25% of cancer patients participating in clinical trials are over 65.9 How will the development and testing of therapies in younger (and likely healthier) patients impact their efficacy and safety for the elderly population after FDA approval? We welcome manuscripts (from editorials to original research) that deal with critical aging-related issues that impact clinical research and patient outcomes.

If you are thinking that this journal sounds very broad, that is by design. We believe that a multidisciplinary forum will promote cross-fertilization spanning fields. Not only should ideas and results from basic science be translated toward improvements in patient care, but epidemiological and clinical observations should stimulate basic research into underlying mechanisms. For example, we have known for decades that immune function is impaired in the elderly,7 which has stimulated basic research over these same decades into why this is. We also know that drug pharmacokinetics and pharmacodynamics change in older ages,10 which should similarly stimulate basic studies into the underlying reasons.

I am proud to introduce our distinguished editorial board and advisory board.

We are also extremely proud to partner with the Samuel Waxman Cancer Research Foundation, which has heavily invested and promoted research into connections between aging and cancer.

We also hope to partner with you as researchers interested in better understanding of connections between old age and cancer, fellow readers of the journal, reviewers of manuscripts, and of course authors of content. Feel free to reach out with questions or comments. We welcome your involvement.

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衰老与癌症:一个跨学科、寻求新答案的新研究论坛
我们真的需要另一本日记吗?当然,这是我最初的反应。直到我想了想。衰老影响着癌症的一切,从发病率到进展,再到预后,再到治疗选择及其结果,再到癌症患者的心理社会方面。请注意,90%的癌症是在50岁以上的人群中诊断出来的。年龄是癌症发病率和死亡率的主要危险因素。癌症显然是一种衰老的疾病。从历史上看,这些联系一直没有得到充分的研究和重视,衰老大多被认为是积累足够突变产生癌症的时间。对细胞、组织、免疫功能和整体身体素质的衰老依赖性变化的关注不足,这些变化影响癌症的发生和病理以及患者的预后。但时代在改变。研究界和资助机构越来越认识到这些联系(在美国,癌症国家研究所、国家老龄化研究所和Samuel Waxman癌症研究基金会合作资助这一领域的研究,以及研讨会和焦点小组)。这种兴趣可能是因为我们星球上65岁以上的人口比例在未来几十年将翻一番。由于大多数癌症发生在老年人身上,我们需要了解为什么以及我们能做些什么。银海啸即将来临。作为科学期刊威利家族的最新成员,《衰老》和《癌症》将为新的结果和想法提供一个重要的论坛,以提高我们对老年如何影响癌症的许多不同方面的理解,其发展和病理学以及治疗结果。因此,该杂志将跨越衰老和癌症领域,从基础生物学(从计算建模到分子/细胞研究,从生物模型到进化生物学),到临床科学(对治疗和结果研究的反应),再到人群健康(癌症风险和生存率)。我们将发表各种类型的文章,从原创研究(包括简要报告)到评论和观点,再到社论和白皮书。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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