FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1981111452> ?p ?o ?g. }

• W1981111452 endingPage "1842" @default.
• W1981111452 startingPage "1833" @default.
• W1981111452 abstract "Post-translational protein modifications initiate, regulate, propagate and terminate a wide variety of processes in cells, and in particular, ubiquitylation targets substrate proteins for degradation, subcellular translocation, cell signaling and multiple other cellular events. Modification of substrate proteins is widely observed to occur via covalent linkages of ubiquitin to the amine groups of lysine side-chains. However, in recent years several new modes of ubiquitin chain attachment have emerged. For instance, covalent modification of non-lysine sites in substrate proteins is theoretically possible according to basic chemical principles underlying the ubiquitylation process, and evidence is building that sites such as the N-terminal amine group of a protein, the hydroxyl group of serine and threonine residues and even the thiol groups of cysteine residues are all employed as sites of ubiquitylation. However, the potential importance of this “non-canonical ubiquitylation” of substrate proteins on sites other than lysine residues has been largely overlooked. This review aims to highlight the unusual features of the process of non-canonical ubiquitylation and the consequences of these events on the activity and fate of a protein." @default.
• W1981111452 created "2016-06-24" @default.
• W1981111452 creator A5029833703 @default.
• W1981111452 creator A5066636121 @default.
• W1981111452 date "2013-08-01" @default.
• W1981111452 modified "2023-10-12" @default.
• W1981111452 title "Non-canonical ubiquitylation: Mechanisms and consequences" @default.
• W1981111452 cites W1479851678 @default.
• W1981111452 cites W1513849811 @default.
• W1981111452 cites W1529813906 @default.
• W1981111452 cites W1564274931 @default.
• W1981111452 cites W1736908815 @default.
• W1981111452 cites W1964422613 @default.
• W1981111452 cites W1971407834 @default.
• W1981111452 cites W1971579210 @default.
• W1981111452 cites W1973769775 @default.
• W1981111452 cites W1974608472 @default.
• W1981111452 cites W1976099082 @default.
• W1981111452 cites W1979751618 @default.
• W1981111452 cites W1981625060 @default.
• W1981111452 cites W1981916517 @default.
• W1981111452 cites W1983110751 @default.
• W1981111452 cites W1987467454 @default.
• W1981111452 cites W1991258715 @default.
• W1981111452 cites W1993839005 @default.
• W1981111452 cites W1996015633 @default.
• W1981111452 cites W1998475203 @default.
• W1981111452 cites W1999793208 @default.
• W1981111452 cites W2000694202 @default.
• W1981111452 cites W2002223631 @default.
• W1981111452 cites W2004384571 @default.
• W1981111452 cites W2005717642 @default.
• W1981111452 cites W2008021858 @default.
• W1981111452 cites W2009252048 @default.
• W1981111452 cites W2010801310 @default.
• W1981111452 cites W2013339424 @default.
• W1981111452 cites W2014877928 @default.
• W1981111452 cites W2019672253 @default.
• W1981111452 cites W2023889729 @default.
• W1981111452 cites W2024417910 @default.
• W1981111452 cites W2029287748 @default.
• W1981111452 cites W2035094622 @default.
• W1981111452 cites W2036856219 @default.
• W1981111452 cites W2041777158 @default.
• W1981111452 cites W2043655216 @default.
• W1981111452 cites W2044805507 @default.
• W1981111452 cites W2045247705 @default.
• W1981111452 cites W2048900298 @default.
• W1981111452 cites W2049174666 @default.
• W1981111452 cites W2050610306 @default.
• W1981111452 cites W2051094352 @default.
• W1981111452 cites W2058209707 @default.
• W1981111452 cites W2058635028 @default.
• W1981111452 cites W2060736883 @default.
• W1981111452 cites W2061086112 @default.
• W1981111452 cites W2064850779 @default.
• W1981111452 cites W2065687763 @default.
• W1981111452 cites W2069494008 @default.
• W1981111452 cites W2071189076 @default.
• W1981111452 cites W2073286776 @default.
• W1981111452 cites W2075470465 @default.
• W1981111452 cites W2078092344 @default.
• W1981111452 cites W2079420530 @default.
• W1981111452 cites W2080553628 @default.
• W1981111452 cites W2082702196 @default.
• W1981111452 cites W2082818269 @default.
• W1981111452 cites W2083348615 @default.
• W1981111452 cites W2085094809 @default.
• W1981111452 cites W2085751271 @default.
• W1981111452 cites W2093931104 @default.
• W1981111452 cites W2094494461 @default.
• W1981111452 cites W2100536424 @default.
• W1981111452 cites W2100768052 @default.
• W1981111452 cites W2101979121 @default.
• W1981111452 cites W2106869142 @default.
• W1981111452 cites W2110447217 @default.
• W1981111452 cites W2111957555 @default.
• W1981111452 cites W2115416706 @default.
• W1981111452 cites W2115885986 @default.
• W1981111452 cites W2122643611 @default.
• W1981111452 cites W2130091680 @default.
• W1981111452 cites W2130092103 @default.
• W1981111452 cites W2136128861 @default.
• W1981111452 cites W2137137318 @default.
• W1981111452 cites W2148078342 @default.
• W1981111452 cites W2148636018 @default.
• W1981111452 cites W2149368193 @default.
• W1981111452 cites W2149789119 @default.
• W1981111452 cites W2150925238 @default.
• W1981111452 cites W2152234846 @default.
• W1981111452 cites W2162975440 @default.
• W1981111452 cites W2164951109 @default.
• W1981111452 cites W2165029041 @default.
• W1981111452 cites W2166080631 @default.
• W1981111452 cites W2166987747 @default.
• W1981111452 cites W2317569972 @default.
• W1981111452 cites W35736013 @default.
• W1981111452 doi "https://doi.org/10.1016/j.biocel.2013.05.026" @default.

• next