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As a renewable, abundant, and eco-friendly bio-based compound, phytic acid (PA) possesses high phosphorus content, which is a potential flame retardant for cellulosic fibers. Generally, PA is not efficient for cellulosic fibers due to strong acidity that results in greatly reduced strength and lack of soft hand. As proved elsewhere, the compounds with phosphorous and nitrogen was reported to be an...
Phytic acid is enzymatically catabolized to numerous inositol polyphosphates and subsequently to myo-inositol and inorganic phosphate. These conversions are important in energy metabolism, metabolic regulation, and signal transduction pathways. A concise synthesis of phosphatase-resistant analogues of phytic acid (InsP 6 ) is described in which the P-1 phosphate has been replaced by phosphorothioate,...
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