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2018
Cotton is the world’s most economically important natural fiber. Fully developed cotton fibers mainly consist of secondary cell wall that is almost pure cellulose. Cellulose deposition is developmentally regulated during cotton fiber development and affects phenotypes and commercial values of cotton fibers.
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Cotton is the world’s most economically important natural fiber. Fully developed cotton fibers mainly consist of secondary cell wall that is almost pure cellulose. Cellulose deposition is developmentally regulated during cotton fiber development and affects phenotypes and commercial values of cotton fibers.
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[Ultrastructure differences of in vitro cotton fiber and native cotton fiber].
Shi yan sheng wu xue bao, 2004Native cotton fiber and in vitro cotton fiber that was induced from cotton ovule callus by suspension culture were observed using transmission electron microscope and scanning electron microscope. The ovule surface on the first day preanthesis was quite smooth. On the anthesis, it had a lot of protuberances.
Q X, Tang, H M, Zhang, L H, Wang
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Textile Research, 1943
A newly developed cotton fiber strength testing ma chine, known as the Pressley Cotton Fiber Strength Tester, has been found to provide results which are highly correlated with those obtained by the well-known Chandler round-bundle method of determining tensile strength of cotton fibers.
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A newly developed cotton fiber strength testing ma chine, known as the Pressley Cotton Fiber Strength Tester, has been found to provide results which are highly correlated with those obtained by the well-known Chandler round-bundle method of determining tensile strength of cotton fibers.
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Cotton fibers can undergo cell division
American Journal of Botany, 1997Ovular culture was used to determine the cell cycle aspects of cotton fiber cells. Each ovule (Gossypium hirsutum, cultivar, MD51 ne) grown under the conditions used has ~10 000 fiber cells at 4 d postanthesis. About 25% of these cells divide when ovules are cultured at 34°C. Mitosis occurs after fiber cells differentiate, producing multicelled fibers.
J, Hof, S, Saha
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Xyloglucan breakdown during cotton fiber development
Journal of Plant Physiology, 2003Cotton (Gossypium herbaceum L.) fibers elongated almost linearly up to about 20 days post anthesis. The molecular mass of xyloglucans in fiber cell walls decreased gradually during the elongation stage. When enzymatically active (native) cell wall preparations of fibers were autolyzed, the molecular mass of xyloglucans decreased.
Hayato, Tokumoto +3 more
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Structural Properties of Cotton Fibers
Textile Research Journal, 1964A brief résumé of the literature on bundle strength in relation to orientation has been presented. With this as a background, the behavior according to species of 67 cottons of Indian and foreign origm is analyzed with respect to the convolution angle-strength relationship.
S.M. Betrabet, R.L.N. Iyengar
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Brassinosteroids in cotton: orchestrating fiber development
New PhytologistSummaryCotton cultivation spans over 30 million hectares across 85 countries and regions, with more than half participating in the global cotton textile trade. The elongated cotton fiber cell is an ideal model for studying cell elongation and understanding plant growth and development.
Ghulam Qanmber +3 more
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