Transduction

Autonomous programmable DNA nanorobotic devices using DNAzymes

Robotics / Design / RNA / Behavior / Routing / Self Assembly / Theoretical Computer Science / Molecular Computing / DNA / Molecular / Transition / Conception / Finite State Automaton / Mathematical Sciences / ROBOT / Nanostructure / Transduction / Lattice / Enzyme / Mathematical Model / Secondary Structure / Finite State Automata / Autonomous / Biomolecular / Probabilistic Automata / Stochastic Model / Cycle / Computer / Nucleic Acid / Self Assembly / Theoretical Computer Science / Molecular Computing / DNA / Molecular / Transition / Conception / Finite State Automaton / Mathematical Sciences / ROBOT / Nanostructure / Transduction / Lattice / Enzyme / Mathematical Model / Secondary Structure / Finite State Automata / Autonomous / Biomolecular / Probabilistic Automata / Stochastic Model / Cycle / Computer / Nucleic Acid

Gene transfer into hematopoietic progenitor cells mediated by an adeno-associated virus vector

Virology / Genetic Engineering / Biological Sciences / Hematopoietic Stem Cells / Humans / Virus / Genetic transformation / Bone marrow / Adeno-associated virus / Transduction / VECTOR / Bone Marrow Cells / Gene Transfer / Virus / Genetic transformation / Bone marrow / Adeno-associated virus / Transduction / VECTOR / Bone Marrow Cells / Gene Transfer

Light-activated gene transduction enhances adeno-associated virus vector-mediated gene expression in human articular chondrocytes

Pathology / Immunology / Immunohistochemistry / Adolescent / Gene expression / Cell Culture / In Vitro / Humans / Virus / Female / Male / Gene / Arthritis / Transduction / VECTOR / Clinical Sciences / Middle Aged / Gen / Adult / Public health systems and services research / Articular Cartilage Wear / Chondrocytes / Cell Culture / In Vitro / Humans / Virus / Female / Male / Gene / Arthritis / Transduction / VECTOR / Clinical Sciences / Middle Aged / Gen / Adult / Public health systems and services research / Articular Cartilage Wear / Chondrocytes

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