Genome-wide identification unravels the role of the arabinogalactan peptide (AGP) gene family in cotton plant architecture.

In our study, we identified the gene Gohir.A08G240900 as a potential target for regulating cotton plant height, providing a genetic basis for enhancing cotton morphology. Arabinogalactan peptides are a class of hydroxyproline-rich proteins widely distributed in plants that participate in many life processes, including growth and development, cell division and even plant reproductive development.

Insights into the Role of Genes in Tyrosine Metabolism and Drought Stress Tolerance in Cotton.

is a key fiber crop that is sensitive to environmental factors, particularly drought stress, which can reduce boll size, increase flower shedding, and impair photosynthesis. The aminotransferase (AT) gene is essential for abiotic stress tolerance. A total of 3 species were analyzed via genome-wide analysis, and the results unveiled 103 genes in , 47 in , and 53 in .

Research on the interaction between trench material and pipeline under fault displacement.

With the large-scale construction of oil and gas pipelines, the safety issues of long-distance buried pipelines in the service and construction have become increasingly prominent. The complex geological and topographical conditions of the special zone will put forwards extremely high requirements on pipe trench laying backfill materials and construction technology. For example, pipelines are inevitable to cross the active fault, while the trench backfilled with soil has limitations in protecting them from failure under the active fault displacement caused by the earthquake.