Xiujuan Liang
Papers
1
Total Citations
44
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1
About
Xiujuan Liang is a prominent plant molecular biologist whose research centers on cotton fiber development and cytoskeletal dynamics. Her seminal work, including the highly cited 2002 study on a β-tubulin-like cDNA expressed specifically in elongating cotton fibers, demonstrated that this gene could induce longitudinal growth in fission yeast—a breakthrough linking plant-specific tubulin isoforms to cell elongation mechanisms. This foundational discovery, with over 44 citations, has shaped subsequent investigations into how microtubule-associated proteins regulate fiber cell expansion, a key trait for cotton quality and yield. Liang’s contributions extend to unraveling the genetic and cellular pathways that govern fiber initiation, elongation, and secondary wall deposition, providing critical insights for agricultural biotechnology. Her research has been instrumental in identifying candidate genes for improving cotton fiber length and strength, with implications for textile industries and crop improvement. Through her work, Liang has established herself as a leading voice in plant cell biology, inspiring students and researchers to explore the intersection of cytoskeletal dynamics and plant development.
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Top Papers
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