Researchers developed a new gene delivery system using SO1861, a natural compound, to enhance transfection efficiency. This system showed improved effectiveness in cancer treatment in mice. Important for future gene therapy advancements.
Researchers studied the MYB TF family in plants, showing its significance in plant life cycle and response to stress. Understanding MYB can improve crop resilience and productivity.
DIR genes regulate plant lignin biosynthesis, crucial for growth and stress response in Solanaceae species. Analyzing DIR gene family and expression can help understand plant defense mechanisms against pathogens.
Researchers identified and studied 34 HD-ZIP genes in passion fruit, finding PeHB31 enhances drought tolerance in transgenic plants by increasing lignin content. This could lead to improved understanding of lignin biosynthesis control mechanisms.
Isolated plant growth-promoting fungus from Barley rhizosphere. First draft genome assembled using single-molecule sequencing. Genome spans 31.3 Mb with 10,106 protein-encoding genes. Important for agricultural research.
Researchers sequenced the genome of avocado, finding genes related to disease resistance and fatty acid biosynthesis. Understanding these genes can improve avocado quality and health benefits.
Olive trees withstand cold due to ELIP1 increasing chlorophyll for photosynthesis. bHLH66 regulates ELIP1 expression. Understanding this may improve olive cultivation in cold areas.
Researchers identified and characterized the TCP family genes in castor bean, shedding light on their role in plant development and stress responses. This information is crucial for understanding and manipulating these processes in agriculture.