… that have arisen during evolution and are intrinsic of cancer. … there must be an embryonic
field capable of regulating every … Summarizing these findings, it appears that carcinogenesis …

… Cancers arise through the process of somatic evolution fueled by … A large number of known
carcinogens promote oncogenesis … caused by the microbiota is an intense area of research [ …

… This review focuses on recent discoveries in the interrelated fields of dormancy, stemness,
and therapy resistance, discussing experimental evidences in the frame of a nonlinear …

… Many of our microbial species evolve with us, acquiring traits through mutation and horizontal
… Others in the gastric cancer field had been skeptical that bacteria could survive the acidic …

… about these so-called “insignificant” NCCAs, we must re-examine some long-accepted
principles/assumptions in the field of cancer genetics and somatic evolution, … carcinogenesis …

… the field about what is meant by “cancer dormancy,” … of carcinogenesis and cancer eco-evolutionary
dynamics do not always conform to continuous monotonic growth. The cancer cells …

… to study various elements of the matrix and cell–matrix interactions, we are also beginning
to … cells, their link to cancer risk and progression is an important area of investigation 60,61 . …

… the initial investigations identifying chemical carcinogens as a source of lung cancer (figure
1). … contributions from the fields of developmental biology, stem cell biology and immunology …

… Game theory can provide insights into the stability of cooperation among cells in a tumour
and into the design of potentially evolution-proof therapies that disrupt this cooperation. …

… cancer therapies prolong disease courses, raising questions about how cancer cells survive,
evolve or … Finally, an emergent research field focuses on cancer cells surviving systemic …