Recombinant adeno-associated virus delivers short hairpin RNA to target myocardial hypertrophy markers.
Adeno-associated viral vectors use adipose-specific promoters to restrict gene expression, reducing off-target effects in non-adipose organs.
A nucleic acid construct enables inducible expression of orthogonal CRISPR arrays for simultaneous gene activation and repression.
Replacing native promoters with a novel synthetic variant removes repeat sequences to boost daptomycin production yield.
Recombinant expression vector links herpesvirus transactivator to control element, enabling identification of agents disrupting feedback regulation.
Engineered hepatocytes produce insulin via glucose-responsive regulatory elements.
Reprogramming somatic cells into autologous natural killer cells using specific transcription factor combinations for scalable immunotherapy production.
Intermediary peptides target YY1 multimers to break enhancer-promoter loops, resolving the trade-off between gene expression control and mechanism complexity.
HSV vectors deliver PP1α to neurons, dephosphorylating TRPV1 channels to reduce pain signaling while preserving normal sensory functions.