Vector targeting for therapeutic gene delivery /
| Uniform Title: | Vector targeting for therapeutic gene delivery (Online) |
|---|---|
| Other Authors: | , |
| Format: | eBook |
| Language: | English |
| Published: |
Hoboken, N.J. :
Wiley-Liss,
[2002]
|
| Subjects: | |
| Online Access: | Connect to the full text of this electronic book. |
Table of Contents:
- Alternative strategies for targeted delivery of nucleic acid-liposome complexes
- Targeted gene delivery via lipidic vectors
- Immunoliposomes : a targeted delivery tool for cancer treatment
- Receptor-directed gene delivery using molecular conjugates
- Pseudotyping of adenoviral vectors
- Targeting of adenoviral therapy vectors : the flexibility of chemical and molecular conjugation
- Genetic targeting of adenoviral vectors
- Strategies to alter the tropism of adenoviral vectors via genetic capsid modification
- Conjugate-based targeting of adeno-associated virus vectors
- Receptor targeting of adeno-associated virus vectors
- Mechanisms of retroviral particle maturation and attachment
- Targeting retroviral vectors using molecular bridges
- Genetic targeting of retroviral vectors
- Genetic engineering of targeted retroviral vectors
- Targeting measles virus entry
- Targeting of poliovirus replicons to neurons in the central nervous system
- Generation of safe, targetable sindbis vectors that have the potential for direct in vivo gene therapy
- Redirecting the tropism of HSV-1 for gene therapy applications
- Engineering targeted bacteriophage as evolvable vectors for therapeutic gene delivery
- Targeting bacteriophage vectors
- Tumor/tissue selective promoters
- Promoter optimization and artificial promoters for transcriptional targeting in gene therapy
- Physiological targeting
- Clostridium-mediated transfer of therapeutic proteins to solid tumors
- Selection of peptides on phage
- Antibody phage display libraries for use in therapeutic gene targeting
- Single-chain Fv fragments form phage display libraries
- Retroviral particle display for complex glycosylated and disulfide-bonded protein domains
- Cell surface display and cytometric screening for protein ligand isolation and engineering
- Monitoring gene therapy by positron emission tomography