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Immune responses to lentiviral vectors
Antonia Follenzi
, Laura Santambrogio
, Andrea Annoni
Pathology
Research output
:
Contribution to journal
›
Review article
›
peer-review
97
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Scopus citations
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Keyphrases
Adaptive Immune Response
25%
Antiviral Immunity
25%
Cell Capacity
25%
Cell Signaling Pathways
25%
Chromatin
25%
Delivery Vectors
25%
Developing Strategy
25%
Efficient Delivery
50%
Gene Replacement Therapy
25%
Gene Therapy
75%
Gene Transfer Method
25%
High Expectations
25%
Host Immune Response
25%
Human Tissue
25%
Immune Response
100%
Innate Immune Response
25%
Lentiviral Vector
100%
Long-term Expression
25%
Major Barriers
25%
Major Challenges
25%
Proliferating Cells
25%
Resting Cells
25%
Stable Gene Transfer
25%
Strategies to Overcome
25%
Sustained Expression
25%
Therapeutic Gene
25%
Therapeutic Transgene
25%
Transfer Vector
25%
Transgene Expression
25%
Viral Genes
25%
Viral Vectors
25%
Medicine and Dentistry
Adaptive Immunity
25%
Cell Transduction
25%
Chromatin
25%
Gene Replacement Therapy
25%
Gene Therapy
75%
Gene Transfer
50%
Human Tissue
25%
Immune Response
100%
Innate Immunity
25%
Lentivirus Vector
100%
Stable Expression
25%
Transgene
100%
Viral Immunity
25%
Virus Gene
25%
Virus Vector
25%
Immunology and Microbiology
Adaptive Immune System
25%
Chromatin
25%
Gene Transfer
50%
Host Immune Response
25%
Human Tissue
25%
Immune Response
100%
Innate Immune System
25%
Lentivirus Vector
100%
Stable Expression
25%
Transgene
100%
Viral Immunity
25%
Viral Vector
25%
Virus Gene
25%
Biochemistry, Genetics and Molecular Biology
Adaptive Immunity
25%
Animal Model
25%
Chromatin
25%
Gene Therapy
75%
Immune Response
100%
Innate Immunity
25%
Lentivirus Vector
100%
Stable Expression
25%
Transgene
100%
Virus Gene
25%
Virus Vector
25%
Neuroscience
Acquired Immunity
25%
Chromatin
25%
Gene Delivery
50%
Gene Transfer
50%
Lentivirus Vector
100%
Stable Expression
25%
Transgene
100%
Virus Gene
25%
Virus Vector
25%
Pharmacology, Toxicology and Pharmaceutical Science
Gene Delivery
50%
Lentivirus Vector
100%
Replacement Therapy
25%
Viral Vector
25%