Matches in SemOpenAlex for { <https://semopenalex.org/work/W2018899670> ?p ?o ?g. }
- W2018899670 endingPage "130" @default.
- W2018899670 startingPage "123" @default.
- W2018899670 abstract "This review covers recent advances in the understanding of the in vitro and in vivo effects of decavanadate, (V10O28)(6-), particularly in mitochondria. In vivo toxicological studies involving vanadium rarely account for the fact that under physiological conditions some vanadium may be present in the form of the decavanadate ion, which may behave differently from ortho- and metavanadates. It has for example been demonstrated that vanadium levels in heart or liver mitochondria are increased upon decavanadate exposure. Additionally, in vitro studies have shown that mitochondrial depolarization (IC50, 40 nM) and oxygen consumption (IC50, 99 nM) are strongly affected by decavanadate, which causes reduction of cytochrome b (complex III). We review these recent findings which together suggest that the observed cellular targets, metabolic pathway and toxicological effects differ according to the species of vanadium present. Finally, the toxicological effects of decavanadate depend on several factors such as the mode of administration, exposure time and type of tissue." @default.
- W2018899670 created "2016-06-24" @default.
- W2018899670 creator A5006183789 @default.
- W2018899670 creator A5043386771 @default.
- W2018899670 date "2014-08-01" @default.
- W2018899670 modified "2023-09-30" @default.
- W2018899670 title "Decavanadate in vitro and in vivo effects: facts and opinions" @default.
- W2018899670 cites W1484955319 @default.
- W2018899670 cites W1492313837 @default.
- W2018899670 cites W1579461315 @default.
- W2018899670 cites W1968311528 @default.
- W2018899670 cites W1970401962 @default.
- W2018899670 cites W1973837961 @default.
- W2018899670 cites W1974799395 @default.
- W2018899670 cites W1980990284 @default.
- W2018899670 cites W1982798990 @default.
- W2018899670 cites W1985799863 @default.
- W2018899670 cites W1985882364 @default.
- W2018899670 cites W1989370252 @default.
- W2018899670 cites W1995648328 @default.
- W2018899670 cites W1996085765 @default.
- W2018899670 cites W1997573719 @default.
- W2018899670 cites W1997707576 @default.
- W2018899670 cites W1997743863 @default.
- W2018899670 cites W2004986030 @default.
- W2018899670 cites W2005389888 @default.
- W2018899670 cites W2006362981 @default.
- W2018899670 cites W2008278007 @default.
- W2018899670 cites W2009630372 @default.
- W2018899670 cites W2010583888 @default.
- W2018899670 cites W2018800973 @default.
- W2018899670 cites W2021123087 @default.
- W2018899670 cites W2023735749 @default.
- W2018899670 cites W2024719340 @default.
- W2018899670 cites W2026469080 @default.
- W2018899670 cites W2028914698 @default.
- W2018899670 cites W2029009174 @default.
- W2018899670 cites W2029787796 @default.
- W2018899670 cites W2030447294 @default.
- W2018899670 cites W2031245816 @default.
- W2018899670 cites W2032157487 @default.
- W2018899670 cites W2041359212 @default.
- W2018899670 cites W2042280980 @default.
- W2018899670 cites W2043740662 @default.
- W2018899670 cites W2044507521 @default.
- W2018899670 cites W2046708076 @default.
- W2018899670 cites W2047862811 @default.
- W2018899670 cites W2050748722 @default.
- W2018899670 cites W2051254953 @default.
- W2018899670 cites W2051820316 @default.
- W2018899670 cites W2053286130 @default.
- W2018899670 cites W2054514807 @default.
- W2018899670 cites W2055174030 @default.
- W2018899670 cites W2059467528 @default.
- W2018899670 cites W2062449031 @default.
- W2018899670 cites W206412395 @default.
- W2018899670 cites W2070247876 @default.
- W2018899670 cites W2072588104 @default.
- W2018899670 cites W2072812116 @default.
- W2018899670 cites W2077059499 @default.
- W2018899670 cites W2081031657 @default.
- W2018899670 cites W2081745487 @default.
- W2018899670 cites W2082410615 @default.
- W2018899670 cites W2083101816 @default.
- W2018899670 cites W2083328341 @default.
- W2018899670 cites W2086219501 @default.
- W2018899670 cites W2095338202 @default.
- W2018899670 cites W2102178598 @default.
- W2018899670 cites W2107141260 @default.
- W2018899670 cites W2107644995 @default.
- W2018899670 cites W2116537628 @default.
- W2018899670 cites W2125187877 @default.
- W2018899670 cites W2133998377 @default.
- W2018899670 cites W2137093817 @default.
- W2018899670 cites W2154254669 @default.
- W2018899670 cites W2160929481 @default.
- W2018899670 cites W2167945395 @default.
- W2018899670 cites W2170787564 @default.
- W2018899670 cites W2225537503 @default.
- W2018899670 cites W2322412587 @default.
- W2018899670 cites W2323065661 @default.
- W2018899670 cites W2419841386 @default.
- W2018899670 cites W2500505804 @default.
- W2018899670 cites W4252629700 @default.
- W2018899670 doi "https://doi.org/10.1016/j.jinorgbio.2014.05.002" @default.
- W2018899670 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24865633" @default.
- W2018899670 hasPublicationYear "2014" @default.
- W2018899670 type Work @default.
- W2018899670 sameAs 2018899670 @default.
- W2018899670 citedByCount "78" @default.
- W2018899670 countsByYear W20188996702014 @default.
- W2018899670 countsByYear W20188996702015 @default.
- W2018899670 countsByYear W20188996702016 @default.
- W2018899670 countsByYear W20188996702017 @default.
- W2018899670 countsByYear W20188996702018 @default.
- W2018899670 countsByYear W20188996702019 @default.
- W2018899670 countsByYear W20188996702020 @default.
- W2018899670 countsByYear W20188996702021 @default.