Publications by authors named "Jinye Zhou"
Article Synopsis
- A disease affecting L. plants in Tiandong, China, was identified in June 2022, resulting in yellow lesions and brown spots on around 5500 plants, leading to wilting leaves.
- Researchers collected diseased leaf samples, disinfected them, and cultured them on potato dextrose agar, successfully isolating 15 fungal strains for further study.
- The genetic analysis of three selected fungal isolates revealed a high level of similarity (99%-100%) to a previously identified isolate, confirming their classification and contributing to the understanding of this plant disease.
The previously reported begonias in a limestone forest of Guangxi mainly belong to Begoniasect.Coelocentrum Irmscher. In this article, we described and illustrated a new species in sect.
View Article and Find Full Text PDFComplete chloroplast genome sequences of and var. (Balsaminaceae).
Mitochondrial DNA B Resour
September 2022
Both and . var. have potential to be exploited as ornamental plants, despite some of their morphological differences.
View Article and Find Full Text PDFThere are more than 2035 species (Begoniaceae) reported currently in the world. was found as a new species within a small area in Southern China. In this study, we are reporting for the first time its chloroplast genome for the purpose to compare with the chloroplast genomic data from other plant taxa which were closely related to this new species.
View Article and Find Full Text PDFL. (Begoniaceae) is the sixth largest genus in the world which consists of more than 2,039 species. Many species of have highly ornamental leaves and flowers, so they are mainly used for ornamental purposes, and some species can also be used as medicines or vegetables.
View Article and Find Full Text PDFArticle Synopsis
- The study investigates the genetic analysis and population structure of cultivated wishbone flower hybrid lines in relation to their wild counterparts to improve breeding strategies.
- Using the iPBS marker system, researchers genotyped 136 accessions from 15 cultivated lines and 2 wild populations, revealing distinct genetic variation linked to floral color.
- Results showed that cultivated lines had low genetic variability due to a bottleneck effect, while wild populations exhibited greater genetic diversity, potentially influenced by differing sampling methods.