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Copyright ©The Author(s) 2021.
World J Gastroenterol. Jul 28, 2021; 27(28): 4653-4666
Published online Jul 28, 2021. doi: 10.3748/wjg.v27.i28.4653
Table 2 Application of cyclooxygenase-2 inhibitors in cancer
DrugCancer typeEffect(s)MechanismRef.
CelecoxibGastricInhibits tumor growthIncreases CD206 and activates macrophagesThiel et al[46]
AspirinGastricInduces apoptosis; inhibits proliferation; inhibits angiogenesisAcetylates the active site of COX-2;inhibits PG synthesis; activates caspase-8/Bid and caspase-3Liu et al[57], and Niikura et al[78]
Oxadiazole 10cColonIncreases antitumor activity; increases sensitivityDocked into the COX-2 bind siteEl-Husseiny et al[79]
Celecoxib and platinumGastricProlong overall survival and progression-free survival-Guo et al[80]
Celecoxib and rapamycinGastricIncrease sensitivityInhibit PI3K/AKT pathwayCao et al[81]
Celecoxib and FOLFOX4GastricInhibit angiogenesisDown-regulate VEGF levelTołoczko-Iwaniuk et al[82]
Celecoxib and erlotinibColorectalReduce angiogenesis; inhibit formation; inhibit expansionInhibit EGFR signalingRoberts et al[83]
Celecoxib and CurcuminHepatocellularInhibit angiogenesis; inhibit proliferation; induce apoptosisInhibit Akt/NF-κB/PGE2/ROS pathway; inhibit COX-2/PGE2 pathwayAbdallah et al[84]
Sorafenib and meloxicamHepatocellularInhibit tumor cell growth; inhibit proliferation; enhance apoptosisActivate endoplasmic reticulum stress; enhance the cytotoxicityZhong et al[85]
Ferrocene derivativesBreast/cervicalSuppress tumor growth; increase antiproliferative activity; induce apoptosisIncrease the levels of cytotoxicity and reactive oxygen species; reduce the level of PGE2Ren et al[86], and Farzaneh et al[87]