A disruption in tissue homeostasis requires repair mechanisms that commence with acute
inflammation. While this type of response is beneficial to the host tissue in short duration, as …

Tumor progression is known occur in a complex microenvironment that leads to genetic,
cellular, and metabolic adaptations. Two articles from Martin et al. and Del Poggetto et al …

The role of the immune system during cancer development is complex involving extensive
reciprocal interactions between genetically altered cells, adaptive and innate immune cells …

Interactions between tumor infiltrating leukocytes and tumor cells have been of great interest
because of the possibility that immune cells either interfere with tumor progression or …

Cancer is the first cause of death in advanced nations, and about seven million people die of
cancer all over the world every year. In Japan, cancer has been the leading cause of death …

Extensive evidence supports the concept that chronic inflammation increases cancer risk.
Inflammatory responses play critical roles at multiple stages of tumor development, including …

The relationship between inflammation and cancer has been recognized since the 17th
century, 1 and we now know much about the cells, cytokines and physiological processes …

Tissues impacted by chronic infiltration of immune cells, for example, chronic inflammation,
have a significantly increased risk of neoplasia. Once tumor development begins, immune …

The relationship between inflammation and cancer has long been discussed, ever since
Virchow first postulated the role of chronic inflammation in the onset of cancer. Though much …

Inflammatory responses play decisive roles at different stages of tumor development,
including initiation, promotion, malignant conversion, invasion, and metastasis. Inflammation …