FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2950245036> ?p ?o ?g. }

• W2950245036 endingPage "24" @default.
• W2950245036 startingPage "9" @default.
• W2950245036 abstract "LEA (Late Embryogenesis Abundant) proteins are abundant in plants and play a crucial role in abiotic stress tolerance. In our work, we primarily focused on the variations in physiochemical properties, conserved domains, secondary structure, gene ontology and evolutionary relationships among 40 LEA proteins of Triticum aestivum (common wheat). Wheat LEA protein belongs to first 6 classes out of the 13 classes present in LEApdB, the comprehensive database for LEA proteins. Proteins belonging to each LEApdB class have structures and functions distinguished from other classes. The study found three different conserved LEA domains in Triticum aestivum. One important domain was dehydrin, present in wheat proteins of classes 1, 2 and 4, though varied in sequence level, have similar biological processes. The study also found sequence level and phylogenetic similarity between dehydrin domains of class 1 and 4, but distinct from that of LEApdB class 2. This study also demonstrated functional diversity in two class 6 proteins occurred due to many destabilizing mutations in the LEA4 domain that caused alteration of ligand binding and conformational shift from 310-helix → turn within the domain. The LEA4 domains of these proteins also showed functional similarity and evolutionary relatedness with three other proteins of genus Aegilops, denoting that these proteins in Triticum aestivum were derived from its ancestor Aegilops. The study also assigned LEApdB class 4 to an unclassified LEA protein ‘WZY2-1’ based on amino acid composition, conserved domain, motif architecture and phylogenetic relatedness with class 4 proteins. Our study has revealed a detailed analysis of LEA proteins in Triticum aestivum and can serve as a pillar for further investigations and comparative analysis of wheat LEA proteins with other cereal or plant types." @default.
• W2950245036 created "2019-06-27" @default.
• W2950245036 creator A5001282764 @default.
• W2950245036 creator A5012786124 @default.
• W2950245036 creator A5025224920 @default.
• W2950245036 creator A5056690228 @default.
• W2950245036 date "2019-10-01" @default.
• W2950245036 modified "2023-10-17" @default.
• W2950245036 title "Structural, functional, and evolutionary analysis of late embryogenesis abundant proteins (LEA) in Triticum aestivum: A detailed molecular level biochemistry using in silico approach" @default.
• W2950245036 cites W1482938752 @default.
• W2950245036 cites W1506427777 @default.
• W2950245036 cites W1521650410 @default.
• W2950245036 cites W1527549524 @default.
• W2950245036 cites W1560545442 @default.
• W2950245036 cites W1570599752 @default.
• W2950245036 cites W1963689387 @default.
• W2950245036 cites W1965517743 @default.
• W2950245036 cites W1966293813 @default.
• W2950245036 cites W1967275686 @default.
• W2950245036 cites W1968687512 @default.
• W2950245036 cites W1974324781 @default.
• W2950245036 cites W1975304761 @default.
• W2950245036 cites W1976198605 @default.
• W2950245036 cites W1980110656 @default.
• W2950245036 cites W1981264193 @default.
• W2950245036 cites W1986191025 @default.
• W2950245036 cites W2000708574 @default.
• W2950245036 cites W2001573278 @default.
• W2950245036 cites W2003788979 @default.
• W2950245036 cites W2004798786 @default.
• W2950245036 cites W2008405424 @default.
• W2950245036 cites W2018661561 @default.
• W2950245036 cites W2022045985 @default.
• W2950245036 cites W2024405748 @default.
• W2950245036 cites W2036751472 @default.
• W2950245036 cites W2037312364 @default.
• W2950245036 cites W2039876836 @default.
• W2950245036 cites W2041008777 @default.
• W2950245036 cites W2045915105 @default.
• W2950245036 cites W2047544230 @default.
• W2950245036 cites W2055043387 @default.
• W2950245036 cites W2061449283 @default.
• W2950245036 cites W2063421666 @default.
• W2950245036 cites W2071760320 @default.
• W2950245036 cites W2072201450 @default.
• W2950245036 cites W2074910388 @default.
• W2950245036 cites W2079620518 @default.
• W2950245036 cites W2081744992 @default.
• W2950245036 cites W2082993709 @default.
• W2950245036 cites W2083150887 @default.
• W2950245036 cites W2083419018 @default.
• W2950245036 cites W2083527717 @default.
• W2950245036 cites W2085698021 @default.
• W2950245036 cites W2085905701 @default.
• W2950245036 cites W2088032172 @default.
• W2950245036 cites W2098466396 @default.
• W2950245036 cites W2101220662 @default.
• W2950245036 cites W2102085444 @default.
• W2950245036 cites W2102993309 @default.
• W2950245036 cites W2103546861 @default.
• W2950245036 cites W2109867978 @default.
• W2950245036 cites W2112448954 @default.
• W2950245036 cites W2112971554 @default.
• W2950245036 cites W2114860261 @default.
• W2950245036 cites W2116057514 @default.
• W2950245036 cites W2117919289 @default.
• W2950245036 cites W2121519777 @default.
• W2950245036 cites W2122814881 @default.
• W2950245036 cites W2127648442 @default.
• W2950245036 cites W2127793051 @default.
• W2950245036 cites W2128175005 @default.
• W2950245036 cites W2129443011 @default.
• W2950245036 cites W2130904570 @default.
• W2950245036 cites W2132926880 @default.
• W2950245036 cites W2139942857 @default.
• W2950245036 cites W2141920771 @default.
• W2950245036 cites W2142529984 @default.
• W2950245036 cites W2147937395 @default.
• W2950245036 cites W2152116676 @default.
• W2950245036 cites W2158714788 @default.
• W2950245036 cites W2166699767 @default.
• W2950245036 cites W2166809548 @default.
• W2950245036 cites W2167030787 @default.
• W2950245036 cites W2171974365 @default.
• W2950245036 cites W2224056471 @default.
• W2950245036 cites W2291152000 @default.
• W2950245036 cites W2560988715 @default.
• W2950245036 cites W39350584 @default.
• W2950245036 cites W4320301318 @default.
• W2950245036 doi "https://doi.org/10.1016/j.compbiolchem.2019.06.005" @default.
• W2950245036 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31247397" @default.
• W2950245036 hasPublicationYear "2019" @default.
• W2950245036 type Work @default.
• W2950245036 sameAs 2950245036 @default.
• W2950245036 citedByCount "12" @default.
• W2950245036 countsByYear W29502450362020 @default.
• W2950245036 countsByYear W29502450362021 @default.
• W2950245036 countsByYear W29502450362022 @default.

• next