Table 1.
List of therapeutic agents and factors available for the management of cancer cachexia.
| Treatment Options | Level Decrease | Level Increase | References |
|---|---|---|---|
| Omega-3 fatty acids | decrease TNF-α and IL-1 | recover the ability of nutrition | [91,92,93,94,95] |
| Glucocorticoids | prevent the synthesis/discharge of proinflammatory cytokines | ||
| Non-steroidal anti-inflammatory drugs | reduce inflammation | reduce muscle wasting | |
| Drugs (cytokine inhibition) | |||
| Glutamine supplementation | can reduce muscle wasting in cancer patients | [96,97,98] | |
| Megestrol, Dronabinol | increase weight | [99] | |
| Appetite stimulation (cannabinoids or erythropoietin) | ameliorate cachexia | [93,94,100] | |
| Anti-dopaminergics (like metoclopramide | |||
| Muscle creation stimulation (branched-chain amino acids | |||
| Exercise (strength and aerobic training) | reduces proinflammatory cytokine levels | increases anti-inflammatory cytokine levels | [101] |
| Ghrelin agonists | therapeutic targeted approaches that reduce wasting in cancer patients | [21] | |
| Androgen receptor agonists | |||
| β-blockers | |||
| anti-MSTN peptides | |||
| Ghrelin analogs | reduce systemic inflammation and muscle catabolism | increase food intake and aid lean body mass retention | [102] |
| MSTN blockade | reduces inflammation and muscle wasting | [102] | |
| Blockade of Stat3 | reduces muscle atrophy and inflammatory cytokine expression | [100] |