Prime Editing Moves Toward In Vivo Gene Correction for Genetic Diseases
A new review maps how prime editing, a CRISPR-derived tool capable in principle of correcting 89 percent of human pathogenic ...
A new review maps how prime editing, a CRISPR-derived tool capable in principle of correcting 89 percent of human pathogenic ...
A new review outlines how universal influenza vaccine platforms, from mRNA and viral vectors to adjuvanted inactivated vaccines, could broaden ...
A new review charts how in vivo CAR-T engineering could transform customized living drugs into scalable, off-the-shelf genetic medicines.
A new review maps the progress of Nipah virus vaccine candidates across subunit, viral-vectored, and mRNA platforms while highlighting the ...
A new review charts how mRNA, peptide, cell, and virus-based therapeutic vaccines, supercharged by AI-driven neoantigen prediction and combination immunotherapy, ...
Researchers used directed evolution to create AAV5-AlyT, an adeno-associated virus variant that delivers genes efficiently to photoreceptors after minimally invasive ...
A new review in Advanced Science maps how in vivo direct reprogramming converts resident cells into functional replacements for damaged ...
A new review traces how CRISPR genome editing has evolved from blunt molecular scissors into increasingly precise therapeutic tools for ...
A new study shows that the choice of patient-derived culture model strongly shapes how AAV-mediated gene delivery performs in glioblastoma, ...
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© 2025 Scienmag - Science Magazine