Matches in SemOpenAlex for { <https://semopenalex.org/work/W337728517> ?p ?o ?g. }
- W337728517 endingPage "4904" @default.
- W337728517 startingPage "4889" @default.
- W337728517 abstract "Statins [3-hydroxy-3-methylglutaryl-coenzyme A reductase (HMG-CoA reductase, abbreviated HMGCR) inhibitors], are well-known cholesterol-depleting agents. Since the early 1990 s, it has been known that statins could be successfully used in cancer therapy, but the exact mechanism(s) of statin activity remains unclear and is now an extensive focus of investigation. So far, it was proven that there are several mechanisms that are activated by statins in cancer cells; some of them are leading to cell death. Statins exert different effects depending on cell line, statin concentration, duration of exposure of cells to statins, and the type of statin being used. It was shown that statins may inhibit the cell cycle by influence on both expression and activity of proteins involved in cell-cycle progression such as cyclins, cyclin-dependent kinases (CDK), and/or inhibitors of CDK. Also, statins may induce apoptosis by both intrinsic and extrinsic pathways. Statin treatment may lead to changes in molecular pathways dependent on the EGF receptor, mainly via inhibition of isoprenoid synthesis. By inhibition of the synthesis of cholesterol, statins may destabilize the cell membrane. Moreover, statins may change the arrangement of transporter OATP1, the localization of HMGCR, and could induce conformational changes in GLUT proteins. In this review, we have tried to gather and compare most of the recent outcomes of the research in this field. We have also attempted to explain why hydrophilic statins are less effective than hydrophobic statins. Finally, we have gathered results from in vivo experiments, presenting the use of statins in combined therapies and discussed a number of molecular targets that could serve as biomarkers predisposing to statin therapy." @default.
- W337728517 created "2016-06-24" @default.
- W337728517 creator A5047985322 @default.
- W337728517 creator A5058031853 @default.
- W337728517 creator A5071088128 @default.
- W337728517 creator A5079962336 @default.
- W337728517 date "2015-05-23" @default.
- W337728517 modified "2023-10-16" @default.
- W337728517 title "The effect of statins on cancer cells—review" @default.
- W337728517 cites W1479842140 @default.
- W337728517 cites W1481456877 @default.
- W337728517 cites W1564861448 @default.
- W337728517 cites W1568678089 @default.
- W337728517 cites W1603091820 @default.
- W337728517 cites W1851566198 @default.
- W337728517 cites W190490415 @default.
- W337728517 cites W1948870077 @default.
- W337728517 cites W1963958736 @default.
- W337728517 cites W1965016726 @default.
- W337728517 cites W1966917258 @default.
- W337728517 cites W1971901938 @default.
- W337728517 cites W1976792034 @default.
- W337728517 cites W1979658694 @default.
- W337728517 cites W1988620153 @default.
- W337728517 cites W1990591488 @default.
- W337728517 cites W1996372785 @default.
- W337728517 cites W1996644539 @default.
- W337728517 cites W1997156303 @default.
- W337728517 cites W2000584674 @default.
- W337728517 cites W2000846980 @default.
- W337728517 cites W2005641325 @default.
- W337728517 cites W2011757858 @default.
- W337728517 cites W2013643452 @default.
- W337728517 cites W2015513164 @default.
- W337728517 cites W2018944426 @default.
- W337728517 cites W2022006328 @default.
- W337728517 cites W2024590066 @default.
- W337728517 cites W2025186700 @default.
- W337728517 cites W2038338711 @default.
- W337728517 cites W2040353449 @default.
- W337728517 cites W2047594294 @default.
- W337728517 cites W2050769549 @default.
- W337728517 cites W2051818991 @default.
- W337728517 cites W2063252284 @default.
- W337728517 cites W2069233373 @default.
- W337728517 cites W2071455589 @default.
- W337728517 cites W2073131803 @default.
- W337728517 cites W2080009224 @default.
- W337728517 cites W2082426164 @default.
- W337728517 cites W2083156676 @default.
- W337728517 cites W2084560735 @default.
- W337728517 cites W2085708201 @default.
- W337728517 cites W2087204342 @default.
- W337728517 cites W2090296651 @default.
- W337728517 cites W2091727117 @default.
- W337728517 cites W2093257326 @default.
- W337728517 cites W2096940705 @default.
- W337728517 cites W2097254028 @default.
- W337728517 cites W2100508879 @default.
- W337728517 cites W2114164056 @default.
- W337728517 cites W2117911674 @default.
- W337728517 cites W2122513656 @default.
- W337728517 cites W2124215421 @default.
- W337728517 cites W2126720685 @default.
- W337728517 cites W2131567855 @default.
- W337728517 cites W2132599032 @default.
- W337728517 cites W2133500246 @default.
- W337728517 cites W2135663799 @default.
- W337728517 cites W2136859326 @default.
- W337728517 cites W2141570734 @default.
- W337728517 cites W2142877486 @default.
- W337728517 cites W2145145182 @default.
- W337728517 cites W2153810797 @default.
- W337728517 cites W2156125238 @default.
- W337728517 cites W2159313433 @default.
- W337728517 cites W2160269020 @default.
- W337728517 cites W2164980141 @default.
- W337728517 cites W2166249402 @default.
- W337728517 cites W2318626491 @default.
- W337728517 cites W2408728399 @default.
- W337728517 cites W4233116228 @default.
- W337728517 cites W42971214 @default.
- W337728517 cites W66881458 @default.
- W337728517 doi "https://doi.org/10.1007/s13277-015-3551-7" @default.
- W337728517 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26002574" @default.
- W337728517 hasPublicationYear "2015" @default.
- W337728517 type Work @default.
- W337728517 sameAs 337728517 @default.
- W337728517 citedByCount "103" @default.
- W337728517 countsByYear W3377285172015 @default.
- W337728517 countsByYear W3377285172016 @default.
- W337728517 countsByYear W3377285172017 @default.
- W337728517 countsByYear W3377285172018 @default.
- W337728517 countsByYear W3377285172019 @default.
- W337728517 countsByYear W3377285172020 @default.
- W337728517 countsByYear W3377285172021 @default.
- W337728517 countsByYear W3377285172022 @default.
- W337728517 countsByYear W3377285172023 @default.