Pseudomonas ABC1 forms complex pellicles in open bioproduction cultures
Pseudomonas sp. ABC1 forms a cohesive pellicle in open, non-sterile cultures, acting as a discovery-stage ecological chassis for next-generation industrial ...
Pseudomonas sp. ABC1 forms a cohesive pellicle in open, non-sterile cultures, acting as a discovery-stage ecological chassis for next-generation industrial ...
The AI system Unify connected 125 cell types across seven species spanning more than 700 million years by comparing gene ...
Whole-genome sequencing of the canola blackleg fungus Plenodomus biglobosus has yielded a 33.18-megabase assembly and comparative analysis identifying candidate genes ...
A pancancer analysis of 5,875 canine and human tumor samples found that dogs closely model many adult human cancers, with ...
Chloroplast genome comparisons of eight Actinidia accessions revealed conserved genome structure, seven variable regions and unexpected intraspecific diversity within four ...
A combined transcriptomic and genomic study of two contrasting watermelon accessions identifies candidate genes, including a pectin lyase-like protein and ...
A peer-reviewed study of environmental Pseudomonas isolates finds that sub-inhibitory colistin exposure modulates biofilm formation and alters cell-surface charge in ...
A comparative study in two beetle species links evolving regulatory DNA and condition-specific chromatin changes to horn diversification, with functional ...
A comparative study found no consistent genome-scale differences between Pestalotiopsis isolates from symptomatic, asymptomatic and dead plant tissues.
Longer introns, shorter exons and more complex gene organization were consistently associated with higher transcript-isoform diversity in humans, mice, flies ...
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© 2026 Scienmag - Science Magazine