Gene-Activated Matrices Bridge Bone Repair Gap
A new review in Materials Today Bio explores how gene-activated matrices use nanomedicine to sustain bone repair by integrating scaffold ...
A new review in Materials Today Bio explores how gene-activated matrices use nanomedicine to sustain bone repair by integrating scaffold ...
A 2026 review in Acta Epileptologica details how KCNT1 gene mutations alter Slack channel function, leading to various forms of ...
A pooled analysis of four clinical trials evaluating delandistrogene moxeparvovec in predominantly young, ambulatory patients with Duchenne muscular dystrophy demonstrated ...
A comprehensive review analyzes how microneedle arrays overcome biological barriers to deliver nucleic acids and gene-editing platforms directly into local ...
A subretinally delivered gene therapy vector incorporating a native untranslated regulatory region achieved fifteen months of sustained structural and functional ...
A comprehensive review of sixty-seven studies reveals that biological delivery barriers, rather than editing efficiency, determine the clinical success of ...
A preclinical study demonstrates that local rapamycin microsphere delivery enables durable lentiviral gene therapy for Dent disease type 1 in ...
Researchers report that estradiol activates PDK4 in bone marrow stem cells, which phosphorylates MYH9 to recruit DRP1 and drive the ...
A density gradient equilibrium analytical ultracentrifugation method using rubidium chloride achieved high-resolution separation and accurate quantification of the two highly ...
Extended binding times on AAV affinity resins cause serotype-specific yield losses and VP3 enrichment while sharply improving host-cell impurity clearance ...
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© 2025 Scienmag - Science Magazine