Publications

genome-wide identification of turnip mosaic virus-responsive micrornas in non-heading chinese cabbage by high-throughput sequencing.	turnip mosaic virus (tumv) is the most prevalent viral pathogen infecting most cruciferous plants. micrornas (mirnas) are around 22 nucleotides long non-protein-coding rnas that play key regulatory roles in plants. recent research findings show that mirnas are involved in plant-virus interaction. however we know little about plant defense and viral offense system networks throughout microrna regulation pathway. in this study, two small rna libraries were constructed based on non-heading chinese ...	2015	26115771
[distribution of rubisco and rca in brassica chinensis chloroplasts and effect of tumv-infection on their cellular localization].	the cellular localizations of rubisco and rubisco activase (rca) in chinese cabbage (brassica chinensis l. cv. suzhou) leaves were investigated by immunogold-labeling electron microscopy. the results showed that rubisco and rca were mainly located in chloroplasts of mesophyll, guard cell of stomatal apparatus and parenchyma of vascular bundle. a high density of gold particles were localized preferentially to the chloroplast stroma. in contrast, there were no specific binding of gold particles de ...	2005	15839204
[accumulation of coat protein of turnip mosaic virus in host chloroplasts and its effect on ps ii activity].	intact chloroplasts were isolated from chinese cabbage (brassica chinensis l. cv. suzhou) and mustard (b. juncea l. cv. wenzhou) leaves inoculated with turnip mosaic virus (tumv). the proteins attached to the surface of chloroplasts were digested, then the total proteins of chloroplasts were extracted. by analysis of the sds-page pattern, one extra protein band with the same mobility and molecular weight as tumv-coat protein was found in the chloroplasts of infected leaves. results of western bl ...	2004	15583406