Titlebook: Cotton Fiber: Physics, Chemistry and Biology; David D. Fang Book 2018 This is a U.S. government work and not under copyright protection in

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Physical Properties of Cotton Fiber and Their Measurement, fiber ranging from tedious manual methods, which often serve as the references for other methods, to high-speed instrumental methods. The advantages and disadvantages of the methods must be understood to properly apply the test methods and to interpret the results.

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Advances in Understanding of Cotton Fiber Cell Differentiation and Elongation,e of MIXTA MYB transcription factors in fuzz and lint fiber development. A preliminary model of early cotton fiber development has been proposed, and a network of interactions between transcription factors are discussed in this chapter.

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Cotton Fiber Structure,residues, are arranged in nano-sized crystals, or crystallites. The fundamental unit of the crystal is the unit cell that is repeated along its edges, along with the atoms inside, to create the entire crystal. Crystallites are grouped into microfibrils that, in turn, are clustered into sheet-like st

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Chemical Properties of Cotton Fiber and Chemical Modification,nits. Therefore, the chemistry of cellulose is that of OH groups. In this chapter, the chemical properties of cotton fibers and the preparation of cotton textiles for dyeing and chemical finishing are reviewed. Cotton fabric is subjected to different treatment to impart additional beneficial propert

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Color Cotton and Its Utilization in China,te cottons, color cottons are in general inferior in fiber quality and lower in yield. Improvement of color cotton germplasm and varieties using modern breeding methods have narrowed the gap between white cottons and color cottons in both yield and fiber quality. Color cotton has been attracting att

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Cotton Fiber Biosynthesis,re cellulose. Cellulose deposition is developmentally regulated during cotton fiber development and affects phenotypes and commercial values of cotton fibers. Limited phenotypic information of developing fibers have impeded cotton scientists from accurately interpreting transcriptomic data that are

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Cotton Fiber Genes and Stable Quantitative Trait Loci,velopment through transcriptomic analysis, genetic mapping, and comparative orthologous gene analysis. Among them, about 80 have been characterized for their actual roles in fiber development by transgenic analysis. The causative genes of five mutations related to fiber initiation (., ., .), elongat