Browsing Biochemistry and Molecular Biology Faculty Research, Publications and Presentations by Author "Liu, Xiang-Qin"
Now showing items 1-6 of 6
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Protein C-Terminal Labeling and Biotinylation Using Synthetic Peptide and Split-Intein
Volkmann, Gerrit, and Xiang-Qin Liu. 2009. "Protein C-Terminal Labeling and Biotinylation Using Synthetic Peptide and Split-Intein." Plos One 4(12): 8381-e8381.No abstract available. -
Protein Trans-Splicing of an Atypical Split Intein Showing Structural Flexibility and Cross-Reactivity
Song, Huiling, Qing Meng, and Xiang-Qin Liu. 2012. "Protein Trans-Splicing of an Atypical Split Intein Showing Structural Flexibility and Cross-Reactivity." Plos One 7(9): 45355-e45355.No abstract available. -
Protein Trans-Splicing of Multiple Atypical Split Inteins Engineered from Natural Inteins
Lin, Ying, Mengmeng Li, Huiling Song, Lingling Xu, et al. 2013. "Protein Trans-Splicing of Multiple Atypical Split Inteins Engineered from Natural Inteins." Plos One 8(4): 59516-e59516.No abstract available. -
Rare group I intron with insertion sequence element in a bacterial ribonucleotide reductase gene
Meng, Qing, Yi Zhang, and Xiang-Qin Liu. 2007. "Rare group I intron with insertion sequence element in a bacterial ribonucleotide reductase gene." Journal of Bacteriology 189(5): 2150-2154.No abstract available. -
Recombinant Minimalist Spider Wrapping Silk Proteins Capable of Native-Like Fiber Formation
Xu, Lingling, Jan K. Rainey, Qing Meng, and Xiang-Qin Liu. 2012. "Recombinant Minimalist Spider Wrapping Silk Proteins Capable of Native-Like Fiber Formation." Plos One 7(11): 50227-e50227.No abstract available. -
Recombinant Minimalist Spider Wrapping Silk Proteins Capable of Native-Like Fiber Formation
Xu, Lingling, Jan K. Rainey, Qing Meng, and Xiang-Qin Liu. 2012. "Recombinant Minimalist Spider Wrapping Silk Proteins Capable of Native-Like Fiber Formation." Plos One 7(11): 50227-e50227.Spider silks are desirable biomaterials characterized by high tensile strength, elasticity, and biocompatibility. Spiders produce different types of silks for different uses, although dragline silks have been the predominant ...