The ITCC-P4 platform developed 353 pediatric cancer PDX models, enabling preclinical testing and biomarker discovery for high-risk solid tumors.
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The ITCC-P4 platform developed 353 pediatric cancer PDX models, enabling preclinical testing and biomarker discovery for high-risk solid tumors.
Innovative delivery systems and formulations are key to advancing mRNA therapeutics 2.0, enabling repeated administration and targeted organ delivery beyond the liver.
One-stage assay FVIII activity accurately reflects AAV-FVIII-SQ function and better predicts bleeding outcomes in hemophilia A gene therapy than chromogenic assays.
Intravenous VCN-01 combined with gemcitabine and nab-paclitaxel improves overall survival in metastatic pancreatic ductal adenocarcinoma, meeting primary efficacy endpoints in the FAS population.
Lenacapavir disrupts HIV-1 capsid maturation by altering interhexamer interactions, preventing functional cone-shaped capsid formation during virion assembly.
AAV gene therapy BBM-H901 is safe and reduces bleeding episodes in 11 adolescents with hemophilia B, with FIX activity reaching an average of 41.8 IU/dl at 52 weeks.
Novel CRBN molecular glues induce selective VAV1 degradation via a unique non-canonical RT-loop degron, with potency enhanced by conformational restriction strategies.
AAV9 delivery enables mitochondrial adenine base editing in mouse tissues, achieving modest A-to-G conversions over six months.
NANITE strategy quadruples genome editing efficiency in cells and triples liver editing levels in mice by enabling enzyme transfer between cells.
Viral and non-viral vectors for in vivo CAR-T therapy show distinct advantages and limitations, impacting safety, efficacy, and scalability in clinical applications.
Liver-directed lentiviral gene therapy achieves long-lasting metabolic correction in MMA mice, with over 80% hepatocyte transduction and therapeutic effects lasting more than a year.
Suprachoroidal delivery of AL-001 achieves sustained aflibercept expression and superior efficacy with minimal inflammation in a nonhuman primate model of wet age-related macular degeneration.
Computational design methods have enabled the creation of optimized viral vectors, advancing gene therapy with significant improvements in vector properties.
Engineering vector plasmids and cell lines has significantly enhanced rAAV production, overcoming capacity bottlenecks in the HEK293 system to meet clinical demand.
Viral exposures beyond oncogenesis can enhance cancer immunity, with endogenous retroviruses and microbiome-associated phages playing protective roles.
Gene therapy has achieved clinical breakthroughs for hereditary hematological disorders, with approved treatments for hemoglobinopathies and hemophilia, moving toward curative potential.
Noncanonical P gene mRNA editing in Cedar virus produces a U protein essential for efficient virion production, challenging previous gene expression models.
A copper-based covalent organic framework combined with oncolytic virus enhances radiotherapy efficacy by inducing cuproptosis in radioresistant tumors, achieving durable immune responses.
Recombinant tick-borne encephalitis viruses with stable reporter genes enable effective antiviral testing, with Nluc showing superior stability over eGFP in diverse cell types.
-based CD45 radioimmunotherapy achieves effective, targeted conditioning with minimal non-hematologic toxicity in primates, enabling high-efficiency gene-edited HSPC engraftment.
Long-term BCL11A silencing via shmiR vector in Sickle Cell Disease shows durable HbF induction and sustained clinical benefits over 48 months.
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Moving areas, week to 3 Oct 2026