Researchers identified and characterized 40 KNOX genes in sweet potato and its relatives, revealing their roles in growth, development, hormone response, and stress regulation. Understanding these genes can inform future studies on plant biology and agriculture.
Scientists assembled a high-quality genome of 'Red Fuji' apple, aiding in comparative genomics, transcriptomics, and breeding efforts for improved quality and precision in allele expression studies.
Scientists discovered male sterility genes in sugarcane through RNAseq analysis, with 988 genes and 2888 alleles showing differential expression. Ten genes and thirty alleles were identified as male sterility candidates, aiding in cultivar breeding.
Study used shotgun metabarcoding to accurately identify species in complex mixtures like pharmaceuticals. Detected bio-ingredients in Mongolian medicine G-7 and confirmed results with HPLC and PCR. Promising for mixture analysis.
Researchers analyzed bZIP TFs in Rosaceae, finding potential salt stress response genes in Eriobotrya japonica. Understanding these genes can lead to developing salt-tolerant E. japonica varieties and insights into salt stress responses in Rosaceae species.
Researchers studied the Aux/IAA gene family in spinach to understand how it affects plant growth. This can help improve agricultural practices and crop yields.
Endophyte bacteria Pseudomonas protegens QNF1 VOCs inhibit Monilinia fructicola, reducing brown rot on peach fruits by 98.76%. This offers a natural alternative to chemical control, potentially saving the peach industry money and improving fruit quality.
Scientists studied the potential anticancer effects of Kigelia Africana extracts on breast cancer cells. Results show promising anti-proliferative activity, suggesting the plant may have therapeutic potential for cancer treatment. Further research is needed to identify specific active compounds.