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• W1992310381 abstract "Aquaporin family comprises of transmembrane channels that are specialized in conducting water and certain small, uncharged molecules across cell membranes. Essential roles of aquaporins in various physiological and pathophysiological conditions have attracted great scientific interest. Pioneering structural studies on aquaporins have almost solved the basic question of mechanism of selective water transport through these channels. Another important structural aspect of aquaporins which seeks attention is that how the flow of water through the channel is regulated by the mechanism of gating. Aquaporins are also regulated at the protein level, i.e. by trafficking which includes changes in their expression levels in the membrane. Availability of high resolution structures along with numerous molecular dynamics simulation studies have helped to gain an understanding of the structural mechanisms by which water flux through aquaporins is controlled. This review will summarize the highlights regarding structural features of aquaporins, mechanisms governing water permeation, proton exclusion and substrate specificity, and describe the structural insights into the mechanisms of aquaporin gating whereby water conduction is regulated by post translational modifications, such as phosphorylation." @default.
• W1992310381 created "2016-06-24" @default.
• W1992310381 creator A5042175429 @default.
• W1992310381 creator A5059303953 @default.
• W1992310381 date "2014-04-01" @default.
• W1992310381 modified "2023-10-18" @default.
• W1992310381 title "Insights into structural mechanisms of gating induced regulation of aquaporins" @default.
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• W1992310381 cites W1506193493 @default.
• W1992310381 cites W1512016817 @default.
• W1992310381 cites W1516633194 @default.
• W1992310381 cites W1818208691 @default.
• W1992310381 cites W1947778485 @default.
• W1992310381 cites W1963614683 @default.
• W1992310381 cites W1964254014 @default.
• W1992310381 cites W1966840077 @default.
• W1992310381 cites W1973843890 @default.
• W1992310381 cites W1987560107 @default.
• W1992310381 cites W1988296977 @default.
• W1992310381 cites W1993064989 @default.
• W1992310381 cites W1995062960 @default.
• W1992310381 cites W1997276601 @default.
• W1992310381 cites W1999151180 @default.
• W1992310381 cites W1999340580 @default.
• W1992310381 cites W2000760680 @default.
• W1992310381 cites W2003500217 @default.
• W1992310381 cites W2005126769 @default.
• W1992310381 cites W2005279807 @default.
• W1992310381 cites W2007003313 @default.
• W1992310381 cites W2009703891 @default.
• W1992310381 cites W2010182284 @default.
• W1992310381 cites W2013320855 @default.
• W1992310381 cites W2015415318 @default.
• W1992310381 cites W2018641191 @default.
• W1992310381 cites W2018779154 @default.
• W1992310381 cites W2023979176 @default.
• W1992310381 cites W2024399685 @default.
• W1992310381 cites W2026765480 @default.
• W1992310381 cites W2028405047 @default.
• W1992310381 cites W2029360750 @default.
• W1992310381 cites W2032344647 @default.
• W1992310381 cites W2037141661 @default.
• W1992310381 cites W2037217027 @default.
• W1992310381 cites W2042000969 @default.
• W1992310381 cites W2043162812 @default.
• W1992310381 cites W2043996331 @default.
• W1992310381 cites W2046248646 @default.
• W1992310381 cites W2046611979 @default.
• W1992310381 cites W2051547681 @default.
• W1992310381 cites W2057498103 @default.
• W1992310381 cites W2073985048 @default.
• W1992310381 cites W2075825850 @default.
• W1992310381 cites W2078936885 @default.
• W1992310381 cites W2084304818 @default.
• W1992310381 cites W2087637788 @default.
• W1992310381 cites W2088060039 @default.
• W1992310381 cites W2089463543 @default.
• W1992310381 cites W2089498006 @default.
• W1992310381 cites W2090082061 @default.
• W1992310381 cites W2092066224 @default.
• W1992310381 cites W2092398899 @default.
• W1992310381 cites W2093407677 @default.
• W1992310381 cites W2094566223 @default.
• W1992310381 cites W2095962304 @default.
• W1992310381 cites W2098738025 @default.
• W1992310381 cites W2102589827 @default.
• W1992310381 cites W2103511429 @default.
• W1992310381 cites W2105546584 @default.
• W1992310381 cites W2106912222 @default.
• W1992310381 cites W2107452580 @default.
• W1992310381 cites W2110728234 @default.
• W1992310381 cites W2116892394 @default.
• W1992310381 cites W2133001832 @default.
• W1992310381 cites W2135080621 @default.
• W1992310381 cites W2136225732 @default.
• W1992310381 cites W2136288803 @default.
• W1992310381 cites W2140433991 @default.
• W1992310381 cites W2141207650 @default.
• W1992310381 cites W2146762773 @default.
• W1992310381 cites W2146878206 @default.
• W1992310381 cites W2151055502 @default.
• W1992310381 cites W2153598588 @default.
• W1992310381 cites W2156050966 @default.
• W1992310381 cites W2158944498 @default.
• W1992310381 cites W2159350975 @default.
• W1992310381 cites W2165091323 @default.
• W1992310381 cites W2170843321 @default.
• W1992310381 cites W2171396834 @default.
• W1992310381 cites W2175189370 @default.
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• W1992310381 doi "https://doi.org/10.1016/j.pbiomolbio.2014.01.002" @default.
• W1992310381 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24495464" @default.
• W1992310381 hasPublicationYear "2014" @default.
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