Hepatitis B is a serious and debilitating human disease caused by hepatitis B virus (HBV) infection. HBV infection is species-specific with a narrow host range. Chimpanzees may be considered the most effective host for the study of HBV infection when considering HBV infection rate and maintenance. However, the study of HBV in chimpanzees is heavily limited due to multiple ethical considerations. Tree shrews may serve as an alternative animal model for HBV infection, yet several shortcomings including the low infection rate, infection maintenance time, stability and repeatability limit the utility of Tree Shrews for HBV research. Due to these limitation associated with non-human primate models for the study of HBV mice with a uniform genetic background are often considered the best choice for HBV infection studies.
PackGene’s AAV-HBV carries a 1.3×HBV full-length genome, and a mouse model of persistent HBV infection can be prepared by one-time tail vein injection of AAV-HBV. This approach has several advantages including simple preparation, high success rate, uniformity, stability, a well-characterized dose-effect relationship, and a wide application range. Furthermore, the HBV-AAV mouse model has been validated and used across a wide range of HBV drug evaluations and vaccine screenings.
In addition to the advantages listed above, use of the AAV-HBV mouse model can greatly shorten preparation time for in vivo hepatitis B infection therapy research and development. This, when paired with the relatively low cost of the model, can help to accelerate the development of hepatitis B drug research and treatment programs. PackGene’s AAV-HBV viral vectors provide long terms stable expression of hepatitis B antigen for the fast and safe modeling of HBV.
Features of HBV rAAV Vector
Highest Security
Long-term Transduction
Organ Specificity
Low Empty Shell
AAV-HBV TEM detects empty shell rate is below 30%
Low Endotoxin
Low endotoxin levels with <10EU/ml – suitable for animal experiments.
AAV-HBV Mycoplasma Test Negative
High Purity Titer
≥1E+13GC/ml for AAV8-based qPCR genome copies/ml
Complete Quality Inspection Reports Are Provided
| AAV Type | AAV8-HBV-001 | AAV8-HBV-002 | AAV8-HBV-003 | AAV8-HBV-004 |
|---|---|---|---|---|
| Genotype | HBV-D genotype, AYW genotype | HBV-C genotype, ADR genotype | HBV-C2, replication defective | HBV-B genotype, ADW genotype |
| Vector | HBV-D-AYW 1.3 | HBV-C-ADR 1.3 | HBV-C-YMHA-1.3 | HBV-B-Adw 1.3 |
| Remark | Epidemic worldwide and in part of China | Mainly epidemic in Asia and China with strong pathogenicity | Epidemic in Asia | Mainly epidemic in Asia and China with less pathogenicity compared with HBV-C type |
Notice
50ul and 100ul specification are available.
In 1994, the safety of rAAV as a gene therapy vector was recognized by the FDA. AAV are classified as biological safety is Grade 1 (BSL-1), which is the same as that of plasmid DNA. It is nevertheless recommended to adhere to BSL-2 laboratory precautions with a ClassⅡ biological safety cabinet for use.
Store the virus at -80°C and place it on ice during operation.
Thaw your virus aliquots in an ice bath immediately before use.
Dilute with PBS or PBS / 0.001% F-68 if needed.
Individual differences between operators and regional mouse available may result in inter-lab differences in AAV-HBV transgene expression. We therefore strongly recommended that a gradient of 3 to 4 AAV-HBV volumes injection be tested before formal experiments are carried out. For example, we may recommend testing a total of three serial dilutions: 1E+11GC; 2E+11GC; 3E+11GC.
Injection Method: Tail Vein Injection
Targeting Site: Liver
Animal Model: C57BL/6
Journal: Nature Neuroscience, 2022 (IF=10.103)
Paper Title: A broad-spectrum nanobody targeting the C-terminus of the hepatitis B surface antigen for chronic hepatitis B infection therapy
DOI: https://doi.org/10.1016/j.antiviral.2022.105265
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