Review Article
Cancer as a Proinflammatory Environment: Metastasis and Cachexia
Table 1
Summary of the effect of some factors involved in the development of cancer cachexia and metastasis.
| Factor | Action | Reference |
| Ghrelin | ↑ in cachexia cancer patients | [11] | ↓ Myostatin | [12] |
| Myostatin | ↑ in Cancer/Cachexia | [13, 14] | ↑ Proteolysis | [15–17] |
| Leptin | Contribute to metastasis | [18] | Regulate neoangiogenesis | [19, 20] |
|
HIF | ↑ Apoptosis | [21] | ↑ Angiogenesis | [21] | ↑ Proliferation tumour cells | [22] | ↑ IL-6, leptin, TNF-α, and ANGPTL-4 | [23, 24] | Contribute to metastasis | [23–26] | ↑ Glycolysis | [27] | ↑ VEGF, endothelins, IL-8, and EMAP II | [28] | ↑ M2 ↓ T cells response | [29] |
| IL-6 | Contribute to metastasis | [30–32] | ↑ Proteolysis and atrophy muscle mass | [33, 34] | ↓ Food intake and ↑ energy expenditure | [35–37] |
| TNF-α | ↑ Proteolysis | [38, 39] | Contribute to angiogenesis | [40] | Stimulate apoptosis | [41] | ↓ Food intake and ↑ energy expenditure | [42] |
| ANGPTL-4 | Contribute to angiogenesis | [43] | Contribute to metastasis | [43–47] | ↑ Lipolysis and fatty acid oxidation | [48] | ↓ Food intake and body weight gain | [49] |
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