Peto's paradox is the observation that, at the species level, the incidence of cancer does not appear to correlate with the number of cells in an organism.
由 JD Nagy 著作 · 2007 · 被引用 8 次 — Previous work has suggested that hypertumors may develop when a tumor is invaded by an aggressive cell type that fails to secrete angiogenesis factors. In this ...
由 JD Nagy 著作 · 2007 · 被引用 127 次 — So, in large organisms, cancer may be more common and less lethal. We illustrate this hypothesis in silico using a previously published hypertumor model.
Hypertumour was speculated to be one of the reasons of Peto's paradox that there is no significant correlation between body size (or longevity) and cancer ...
由 AF Caulin 著作 · 2011 · 被引用 394 次 — These 'cheaters' could grow and parasitize the primary tumor. This “hypertumor” would reduce the overall fitness of the tumor and might even cause the tumor to ...
Peto's paradox is the observation that, at the species level, the incidence of cancer does not appear to correlate with the number of cells in an organism.
2020年3月1日 — How do new cancers in the form of hypertumors cause the animal to become cancer free? The video makes it sound like a revolving door of cancer.
