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17 sie 2021 · Collectively, this work demonstrates a versatile strategy that detoxifies a ubiquitous inhibitor in plant cell wall hydrolysates into a valuable substrate, overcoming the limit of native ...
21 lip 2015 · Xylose is the backbone monomer of hemicellulose xylan, which is a major structural component of the plant cell wall and particularly prevalent in angiosperms (Rennie and Scheller, 2014). For herbaceous angiosperms, xylose can make up to 31% of the total dry weight (Jeffries and Shi, 1999 ).
1 lut 2020 · This study helps increase the understanding of the structure–function relationships of sugar transporters, providing novel insights into alleviating the effect of CCR, and it establishes a platform for engineering a specific and efficient xylose transporter.
Cellulose forms the primary biomechanical scaffold of plant cell walls, making it the most abundant biopolymer on Earth. This review provides a comprehensive summary of important biochemical structures and protein dynamics, as well as emerging challenges and questions concerning cellulose synthesis.
1 lut 2024 · Like cellulose, they have a backbone of β-1,4–linked glucosyl residues but with α-linked xylosyl residues attached in a regular pattern to the 6-position of most glucosyl residues (Fig. 4). Many xylose residues are further substituted, most frequently with galactosyl or galactosyl plus fucose residues.
15 gru 2023 · Growing plant cells assemble a strong yet extensible nanofibrillar structure on their surface, the primary cell wall, which physically limits cell growth and defines cell size and shape.
30 lip 2008 · The hemicellulose xyloglucan (XyG) is found in the cell walls of all vascular plants and is the major hemicellulose in the primary cell wall of eudicots and nongraminaceous monocots, where it is believed to play an important role in cell wall structure and function.
