Scientists sequenced the transcriptome of Iron-Heart Cunninghamia lanceolata, a Chinese fir relative with potential breeding traits. They obtained genetic information, identified molecular markers, and developed SSR primers for breeding, genetic analysis, and conservation efforts.
Researchers studied the chloroplast genome of Geum japonicum, a medicinal plant. They identified unique genes and hypervariable regions, and found that G. japonicum is closely related to Geum aleppicum and possibly Taihangia rupestris. This research enhances genome resources and provides insights for evolutionary and phylogenetic studies of Geum species.
Scientists used CRISPR-guided DNA methylation and chemical inhibitors to control the phenylpropanoid pathway in plant cell cultures, increasing production of paclitaxel, an anticancer drug. This method can be used for metabolic engineering in plant cell cultures to produce valuable compounds.
PwPw_T2 is an organism found in a deteriorating sample from Nigeria. It may have enzymes that produce acetic acid and break down harmful compounds. This could be useful in dealing with food waste and biotechnology.
Next-gen sequencing & fluorescence hybridization analyzed repetitive sequences in plant genome. Certain elements more abundant in specific chromosome regions, implying possible evolution through centric fission. Advances understanding of repetitive sequences & chromosome evolution.
This study analyzed the response of resistant and susceptible banana genotypes to banana bunchy top virus (BBTV) infection. They identified common defense responses and specific genes related to resistance and susceptibility. The findings can help in breeding programs and developing disease-resistant banana cultivars.
Scientists sequenced the genome of the holm oak, a valuable Mediterranean species threatened by oak decline syndrome and climate change. The genome will help identify genes related to resilience, acorn productivity, and nutraceutical properties for conservation and breeding programs.