Genetic research
Recent research at Guangzhou University, published in the International Journal of Molecular Sciences, has shed light on the pivotal role of b-D-xylosidases (BXLs) in plant development and stress responses. A genome-wide analysis of the BXL gene family in soybean identified 29 genes through homolog alignment, providing valuable insights for molecular
Genomics
Research from the National Center for Emerging and Zoonotic Infectious Diseases revealed a significant finding on the 2022 monkeypox outbreak in the United States. The study analyzed over 2,000 monkeypox virus (MPXV) genomes and found a total of 31 distinct deletions, ranging from 573 to 21,576 base pairs.
Genomics
Researchers from Bangladesh Agricultural University conducted a comprehensive in-silico analysis of rice B3 transcription factors, uncovering insights into their regulatory and evolutionary roles. The study aimed to identify and characterize B3 genes in rice, exploring their phylogenetic relationships, cis-acting regulatory elements, protein interactions, syntenic relationships, and constitutive expression patterns. The
Genomics
Recent research from the Institute of Food has revealed new insights into the genetic variants of the durian fruit, providing valuable information for ecological and evolutionary studies. The study, published in Ecology and Evolution, investigates the chloroplast genome of durian species and cultivars, shedding light on the genetic relationships within
Genomics
Research conducted at the Chinese Academy of Agricultural Sciences has shed light on the SPL transcription factor family in Elymus sibiricus, a highly productive and stress-resistant forage species. The study identified 37 EsSPL genes, which were found to be highly expressed in seedling tissues and responsive to abiotic stress conditions.
Genomics
Research conducted by Tongji University, in collaboration with the Key Laboratory of Spine and Spinal Cord Injury Repair and Regeneration of Ministry of Education, has led to the development of Cisformer, a computational model that enhances the analysis of single-cell multiomic data. Cisformer is a cross-attention-based generative model designed to
Genomics
Research conducted by scientists at the Heinrich-Heine-University has uncovered new insights into the genetic code of barley, a crucial crop for food and beverages worldwide. By analyzing the methylome of 23 parental inbreds of a community resource for genetic mapping of phenotypic traits, the researchers identified over 500,000 differentially
Genomics
Researchers from the University of Pretoria have made significant strides in understanding the genomic structure of the latent pine pathogen Diplodia sapinea. By generating chromosome-level genome assemblies for three D. sapinea isolates and low-coverage Illumina genome data for six additional isolates, the team identified 14 core chromosomes and two accessory
Genomics
Researchers from the Department of Pharmacy at Chongqing Duoputai Pharmaceutical Technology Co. Ltd. in Chongqing, People's Republic of China, have made significant breakthroughs in understanding the medicinal genus Periploca. By sequencing and assembling the complete chloroplast genomes of five species, the team was able to conduct a comparative
Genomics
Research published in the journal Genomics has shed light on the nature and mechanisms of long-noncoding RNA (lncRNA) interactions with specific chromatin regions in the bovine genome. The study, conducted by researchers at the Institute of Genome Biology, aimed to unravel the chromatin interaction sites of the evolutionary conserved lncRNA
Genomics
Researchers at Dankook University in South Korea have investigated the dynamics of nuclear mechanosensing in response to temporal cyclic stretching in human dermal fibroblasts. The study found that brief cyclic stretching induces rapid chromatin decondensation and nuclear softening, marked by reduced H3K9me3 levels, and reinforces perinuclear actin assembly from globular
Genomics
Researchers from the Cotton Research Institute in Urumqi, People's Republic of China, have published a new study on the GT92 gene family in cotton. The study sheds light on the structural features, phylogenetic tree, gene architecture, expression profiles, evolutionary relationships, and selective pressures of GT92 gene family members
