Caixia Yang

TL;DR: Results strongly support the proposal that JYMaV is the representative member of a novel species in the genus Emaravirus, and virus-like particles and double-membrane-bound bodies, similar to those previously reported for other emaraviruses, were observed by transmission electron microscopy in extracts and tissues from symptomatic leaves.

TL;DR: This study expands the toolbox of metabolic engineering and is expected to enable a highly efficient production of various terpenoid production in Y. lipolytica.

TL;DR: High prevalence of this virus was revealed in 120 citrus trees from the Punjab Province, Pakistan, where the novel virus was found mainly in mixed infection with CYVCV and citrus tristeza virus, suggesting that the molecular, serological, and biological data provided here are timely and can help to prevent the spread ofThis virus in citrus-producing countries.

TL;DR: Results suggest that the isolate (designated as isolate LN-HJL) was likely resulted from genome reassortment between other isolates, and no sequences of other viruses, viroids included, were detected.

TL;DR: A methodology that combines RNA and small RNA sequencing, conventional BLASTx, and iterative BLASTn of UTRs to detect viral genomic components even if they encode orphan genes (ORFans) is described, shedding light on viral “dark matter”—unknown/omitted genomic components of segmented/multipartite viruses from different kingdoms and hosts.