CRISPR’s Journey From Molecular Scissors to Precision Genome Editors
A new review traces how CRISPR genome editing has evolved from blunt molecular scissors into increasingly precise therapeutic tools for ...
A new review traces how CRISPR genome editing has evolved from blunt molecular scissors into increasingly precise therapeutic tools for ...
A new prime editing-based strategy called prime assembly enables precise integration of large DNA fragments and programmable genomic rearrangements without ...
Researchers have fused HMGN1 and VP64 to a PAM-flexible, truncated-CDA1 base editor, boosting precision and efficiency for editing nearly any ...
Researchers report a prime-editing strategy that integrates large DNA fragments into precise genomic sites through donor-directed annealing without double-strand breaks.
Scientists have engineered densely chemically modified guide RNAs that boost prime editing efficiency in the mouse liver to nearly 70 ...
For years, the promise of precisely writing new DNA into the genome has been constrained by an awkward trade-off: the ...
A new generation of CRISPR genome-editing enzymes could make it possible to rewrite DNA sequences that have remained out of ...
In a groundbreaking study that challenges long-standing biological dogma, researchers have unveiled the unexpected functional significance of synonymous mutations in ...
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© 2025 Scienmag - Science Magazine