Javanese Turmeric Genome Assembly Reveals Triploid Architecture and Divergent Biosynthetic Genes
Researchers have assembled the first whole genome of Javanese turmeric, uncovering a triploid architecture and dispersed candidate gene clusters for ...
Tag: Plant genomics
Salicornia Review Details Genetic Adaptations and Microbial Support for Resilient Crops
A comprehensive review examines how the halophyte Salicornia tolerates extreme environmental stress through multi-level genetic adaptations and microbial interactions to ...
Multi-Omics Reviews Map Saponin Biosynthesis Across Panax japonicus Tissues
Researchers reviewing multi-omics investigations in Panax japonicus have mapped the genomic, transcriptomic, and metabolic networks governing the plant's distinctive triterpenoid ...
Researchers Complete Chromosome-Level Reference Genomes for Four Diploid Aegilops Species
Researchers have generated chromosome-level reference genome assemblies for four diploid Aegilops species, completing the high-quality genomic catalog across all eleven ...
First Complete Mitochondrial and Chloroplast Genomes Assembled for Crateva unilocularis
Researchers have sequenced and assembled the complete chloroplast and mitochondrial genomes of the woody vegetable Crateva unilocularis using PacBio HiFi ...
Genome-Wide Catalog Identifies Root Salt-Stress PUB Genes in Astragalus membranaceus
A curated genome-wide analysis of Astragalus membranaceus var. mongholicus identified 64 non-redundant AmPUB genes and prioritized candidate genes linked to ...
Organelle Genomes of Thismia angustimitra Reveal Evidence of Horizontal Gene Transfer
Researchers have sequenced the complete organelle genomes of Thismia angustimitra, uncovering a reduced plastome and evidence suggesting horizontal gene transfer ...
Scientists Map the Road to Truly High-Quality Genome Assemblies
A review in the Journal of Systematics and Evolution defines the standards for high-quality genome assembly and annotation, outlines obstacles ...
Chickpea sulfate transporters vary in response to sulfur starvation
A comparative study linked stronger CaSULTR expression and sulfur-assimilation activity with better growth in sulfur-starved chickpea seedlings.
Complete A. venetum mitogenome reveals chloroplast-derived DNA
A complete mitochondrial genome assembly for Apocynum venetum reveals 61 genes, extensive repeats and evidence of intracellular chloroplast-to-mitochondrion gene transfer.
New Framework Decodes Plant Transcript Ambiguity
A new multi-evidence framework resolves coding-noncoding ambiguity in the Arrhenatherum elatius transcriptome, identifying 31.71% of transcripts as part of a ...
New Benchmark Reveals the Best Pipelines for Finding Structural Variants in Plant Genomes
Structural variants—large-scale rearrangements of DNA such as deletions, insertions, duplications, inversions, and translocations—are among the most consequential sources of genetic ...
AI Tool PeTMiner Uncovers Hidden RNA Regulators That Shape Plant Gene Expression
Researchers have developed PeTMiner, a deep learning framework that uses a plant RNA foundation model, hierarchical attention, and adaptive loss ...
Hidden Peptides in Tomato MicroRNAs Revealed by New Gene Catalogue
Researchers have catalogued 107 candidate microRNA-encoded peptides in tomato, revealing a distinctive positively charged biochemical signature and conservation patterns tied ...
Identifying Wheat GLK Genes: Environmental Expression Insights
In a groundbreaking study published in BMC Genomics, researchers have illuminated the intricate landscape of the GLK gene family in ...
