Millets Get a Genomic Makeover: From Orphan Crops to Climate-Smart Supergrains
A comprehensive review shows that millets have rapidly acquired the full toolkit of modern crop genomics and CRISPR editing, positioning ...
A comprehensive review shows that millets have rapidly acquired the full toolkit of modern crop genomics and CRISPR editing, positioning ...
An Oxford-developed single-allele chromatin mapping platform called MCCv identifies causal noncoding variants in autoimmune disease and reveals that a neo-CTCF ...
Researchers used a DNA recording technology called DNA Typewriter to reconstruct the largest cell lineage tree ever built for a ...
Scientists used a redesigned DNA Typewriter inserted into a fertilized mouse egg to record the lineage history of 1.3 million ...
A new commentary in Discover Plants argues that genomics, CRISPR genome editing, and tissue culture must be integrated with conventional ...
Researchers mined 1,139 avian genomes for R2 retrotransposons and engineered variants that achieve up to 60 percent site-specific, all-RNA-mediated gene ...
Researchers in Taiwan have established a highly efficient seedling-based tissue culture regeneration system for Taiwan oil millet, opening the door ...
Researchers used CRISPR/Cas9 to knock out the GmMYB100 repressor gene in soybean, boosting seed daidzein levels nearly threefold and genistein ...
Researchers delivered an adenine base editor as a protein into human embryos, achieving efficient PCSK9 editing without double-strand breaks, though ...
The European Union has adopted Regulation (EU) 2026/1388, ending a nearly two-decade effort to adapt plant biotechnology law to precise ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine