Matches in SemOpenAlex for { <https://semopenalex.org/work/W3216769897> ?p ?o ?g. }
- W3216769897 endingPage "173" @default.
- W3216769897 startingPage "161" @default.
- W3216769897 abstract "Although we can thoroughly describe individual neurodegenerative diseases from the molecular level through cell biology to histology and clinical presentation, our understanding of them and hence treatment gains have been depressingly limited, partly due to difficulty conceptualizing different diseases as variations within the same overarching pathological rubric. This review endeavors to create such rubric by knitting together the seemingly disparate phenomena of oxidative stress, dysregulated proteostasis, and neuroinflammation into a cohesive triad that highlights mechanistic connectivities. We begin by considering that brain metabolic demands necessitate careful control of oxidative homeostasis, largely through sulfur redox chemistry and glutathione (GSH). GSH is essential for brain antioxidant defense, but also for redox signaling and thus neuroinflammation. Delicate regulation of neuroinflammatory pathways (NFκB, MAPK-p38, and NLRP3 particularly) occurs through S-glutathionylation of protein phosphatases but also through redox-sensing elements like ASK1; the 26S proteasome and cysteine deubiquitinases (DUBs). The relationship amongst triad elements is underscored by our discovery that LanCL1 (lanthionine synthetase-like protein-1) protects against oxidant toxicity; mediates GSH-dependent reactivation of oxidized DUBs; and antagonizes the pro-inflammatory cytokine, tumor necrosis factor-α (TNFα). We highlight currently promising pharmacological efforts to modulate key triad elements and suggest nexus points that might be exploited to further clinical advantage." @default.
- W3216769897 created "2021-12-06" @default.
- W3216769897 creator A5012514269 @default.
- W3216769897 creator A5029139687 @default.
- W3216769897 creator A5029824251 @default.
- W3216769897 creator A5031606152 @default.
- W3216769897 creator A5060933946 @default.
- W3216769897 creator A5066771924 @default.
- W3216769897 date "2022-01-01" @default.
- W3216769897 modified "2023-09-27" @default.
- W3216769897 title "At the intersection of sulfur redox chemistry, cellular signal transduction and proteostasis: A useful perspective from which to understand and treat neurodegeneration" @default.
- W3216769897 cites W1492951734 @default.
- W3216769897 cites W1493985893 @default.
- W3216769897 cites W1500843579 @default.
- W3216769897 cites W1514976936 @default.
- W3216769897 cites W1516122098 @default.
- W3216769897 cites W1529674879 @default.
- W3216769897 cites W1537809359 @default.
- W3216769897 cites W1577743463 @default.
- W3216769897 cites W1966914633 @default.
- W3216769897 cites W1967674023 @default.
- W3216769897 cites W1968985837 @default.
- W3216769897 cites W1969268163 @default.
- W3216769897 cites W1970649443 @default.
- W3216769897 cites W1974198922 @default.
- W3216769897 cites W1975326119 @default.
- W3216769897 cites W1978745673 @default.
- W3216769897 cites W1984898846 @default.
- W3216769897 cites W1987706913 @default.
- W3216769897 cites W1987877099 @default.
- W3216769897 cites W1988991201 @default.
- W3216769897 cites W1991437749 @default.
- W3216769897 cites W1993936200 @default.
- W3216769897 cites W1993976394 @default.
- W3216769897 cites W2000581759 @default.
- W3216769897 cites W2003096217 @default.
- W3216769897 cites W2003520358 @default.
- W3216769897 cites W2006211756 @default.
- W3216769897 cites W2006610864 @default.
- W3216769897 cites W2007131121 @default.
- W3216769897 cites W2010243470 @default.
- W3216769897 cites W2011963516 @default.
- W3216769897 cites W2014790074 @default.
- W3216769897 cites W2015163544 @default.
- W3216769897 cites W2020945534 @default.
- W3216769897 cites W2026263038 @default.
- W3216769897 cites W2026844934 @default.
- W3216769897 cites W2033243993 @default.
- W3216769897 cites W2035271664 @default.
- W3216769897 cites W2042907056 @default.
- W3216769897 cites W2045724795 @default.
- W3216769897 cites W2046720254 @default.
- W3216769897 cites W2052908553 @default.
- W3216769897 cites W2057522312 @default.
- W3216769897 cites W2058551045 @default.
- W3216769897 cites W2063681479 @default.
- W3216769897 cites W2072130349 @default.
- W3216769897 cites W2074274825 @default.
- W3216769897 cites W2077870041 @default.
- W3216769897 cites W2081626616 @default.
- W3216769897 cites W2085664820 @default.
- W3216769897 cites W2087292928 @default.
- W3216769897 cites W2087608460 @default.
- W3216769897 cites W2088094960 @default.
- W3216769897 cites W2088546194 @default.
- W3216769897 cites W2104194752 @default.
- W3216769897 cites W2111295274 @default.
- W3216769897 cites W2127215328 @default.
- W3216769897 cites W2132127041 @default.
- W3216769897 cites W2136573391 @default.
- W3216769897 cites W2139206194 @default.
- W3216769897 cites W2145311451 @default.
- W3216769897 cites W2147812763 @default.
- W3216769897 cites W2150128864 @default.
- W3216769897 cites W2155850284 @default.
- W3216769897 cites W2224259865 @default.
- W3216769897 cites W2237167760 @default.
- W3216769897 cites W2291436232 @default.
- W3216769897 cites W2321287849 @default.
- W3216769897 cites W2460285625 @default.
- W3216769897 cites W2463699501 @default.
- W3216769897 cites W2514976058 @default.
- W3216769897 cites W2520826935 @default.
- W3216769897 cites W2566293522 @default.
- W3216769897 cites W2573549662 @default.
- W3216769897 cites W2581893128 @default.
- W3216769897 cites W2600455045 @default.
- W3216769897 cites W2613065881 @default.
- W3216769897 cites W2740079641 @default.
- W3216769897 cites W2772305187 @default.
- W3216769897 cites W2790572647 @default.
- W3216769897 cites W2803977456 @default.
- W3216769897 cites W2806201218 @default.
- W3216769897 cites W2842614610 @default.
- W3216769897 cites W2910978113 @default.
- W3216769897 cites W2916098757 @default.
- W3216769897 cites W2938416610 @default.
- W3216769897 cites W2943293743 @default.