3726 papers
This study proposes the novel bacterial species *Lysinibacillus vittiae* sp. nov., based on a polyphasic characterization of seven strains isolated from the Brazilian soybean rhizosphere that exhibit distinct genomic and phenotypic traits and demonstrate potential for biological control against *Meloidogyne incognita*.
This study integrates IRRI's standardized phenotyping with genome-wide association analysis to validate the correlation between salinity tolerance scores and yield traits in rice, thereby identifying key genetic loci for breeding salt-tolerant, high-yielding varieties.
This study presents a chromosome-level analysis of the Asian green mussel (*Perna viridis*) genome, revealing that microsatellites are strategically distributed in regulatory regions and enriched in genes involved in stress response, immunity, and detoxification, thereby highlighting their functional role in adaptive processes and providing a valuable resource for future genetic and environmental research.
This study utilizes protein–protein interaction network analysis of *Phaseolus vulgaris* challenged with *Colletotrichum lindemuthianum* race 65 to identify AP2/ERF, WRKY, and NAC transcription factors as central hubs orchestrating a dynamic, multilayered defense response involving hormonal crosstalk and coordinated immunity mechanisms.
This study integrates bulk and single-cell RNA sequencing with machine learning to identify and validate five AhR-related key genes (ADRB3, ADCY2, FGF6, PRKACB, and SOS1) in Alzheimer's disease, revealing their associations with specific signaling pathways, immune cell interactions, and differential expression patterns that offer new insights into potential therapeutic targets.
This paper introduces "Philadelphia's Got Talent" (PGT), a novel naturalistic paradigm that systematically induces and quantifies socio-affective prediction errors by demonstrating how participants underestimate the positive reception of their own norm-violating performances, thereby providing a computational framework for studying embarrassment and social norm violations in psychology and neuroscience.
This study demonstrates that a *Limosilactobacillus fermentum*-fermented probiotic beverage made from malted millets and ginger exhibits significant antioxidant, antibacterial, and sensory qualities, while effectively enhancing glucose uptake in HepG2 hepatocytes, suggesting its potential as a functional anti-diabetic food.
This study identifies the nanoceria-to-curcumin molar ratio as a critical engineering parameter, demonstrating that a 25:1 ratio optimizes the safety and antioxidant efficacy of nanoconjugates by eliminating cytotoxic excess curcumin while preserving redox activity against oxidative stress.
This study characterizes the genome and transcriptional responses of the phosphate-solubilizing bacterium *Paraburkholderia* sp. FBCC-B380, revealing its distinct phylogenetic status and its ability to modulate specific phosphorus acquisition pathways, such as upregulating high-affinity uptake and phosphatase activity, in response to insoluble phosphate availability.
This study investigates medium- and large-sized mammal communities across four Italian cities using camera traps, revealing that while green cover extent and fragmentation did not significantly influence community composition, distinct inter-city assemblages were primarily driven by common species like the red fox and eastern cottontail rabbit.