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TurboID Toolbox | Three TurboID-Derived Tools for Comprehensive Analysis of Cell–Cell Interactions, Astrocytic Networks, and the In Vivo Secretome

Learn how TurboID and its derivative tools—including Split-TurboID, Cx43-TurboID, and Cyto/Mem/ER-TurboID—enable efficient proximity labeling for studying cell–cell interactions, astrocyte networks, protein interactions, and in vivo secretome profili

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AAV-ROOT: A New Retrograde Vector Reveals How Sensory Neurons Regulate Adipose Tissue

Discover how the novel retrograde AAV vector ROOT enabled precise mapping of adipose sensory neurons and uncovered a previously unknown neural pathway regulating thermogenesis and fat–brain communication.

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Bone Section | Applications of AAV in Gene Therapy: Serotype Selection, Promoter Choice, and Injection Strategies

A review of AAV-based gene therapy in bone diseases, including serotype selection, injection strategies, and preclinical studies in osteoarthritis and osteoporosis.

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Distinguishing ssAAV and scAAV in One Article: Avoid Pitfalls in AAV Vector Selection

Comprehensive guide to ssAAV vs scAAV, including Definitions、 Applications(Gene Editing, miRNA Overexpression, Target Gene Overexpression) and Selection Recommendations.

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CUSTOMER SUPPORT

TurboID Toolbox | Three TurboID-Derived Tools for Comprehensive Analysis of Cell–Cell Interactions, Astrocytic Networks, and the In Vivo Secretome

AAV-ROOT: A New Retrograde Vector Reveals How Sensory Neurons Regulate Adipose Tissue

Bone Section | Applications of AAV in Gene Therapy: Serotype Selection, Promoter Choice, and Injection Strategies

Distinguishing ssAAV and scAAV in One Article: Avoid Pitfalls in AAV Vector Selection

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