Multiple Serotypes
A range of AAV serotypes
for delivery to different tissues and organs.
01 Service Overview
AAV (adeno-associated virus) is a safe, efficient gene delivery vector for research applications including target gene overexpression, knockdown, in vivo knockout and Cre-dependent expression,
meeting diverse basic and translational research needs.
High-titer production
Optimized production processes,
Viral titers up to 1×1013 vg/mL。
Suitable for in vivo delivery
Efficient transduction with strong tissue specificity,
for in vivo studies in diverse animal models.
02 Our AAV packaging options
High-quality AAV packaging tailored to your research goals and experimental requirements.
Overexpression
Efficient AAV-mediated target gene expression.
ITRPromoterGeneITR
Knockdown
shRNA, miRNA and other
gene silencing approaches.
ITRU6shRNAITR
In vivo knockout
Using CRISPR/Cas systems
for in vivo gene editing.
ITRgRNACasITR
Cre-dependent expression
Conditional systems such as DIO / FLEX
expression systems.
ITRloxPGeneloxPITR
03 Our technical strengths
High-titer virus production
1×1013 vg/mL
For experiments in diverse animal models
Dual-AAV strategy for large inserts
>4.7 kb
Beyond the capacity of a single vector,
for large gene delivery
Rigorous quality control
Multiple quality checks for high-quality vectors
- Titer
- Purity
- Endotoxin
Expert study design and technical support
Tailored to your experimental needs, with
custom solutions and technical support throughout.
04 Service Process
A standardized service workflow to advance your research efficiently.
- 01
Project Consultation
Define research goals and requirements
- 02
Study design
Recommend a suitable serotype and plan
- 03
Vector Construction
Gene synthesis and vector construction
- 04
AAV production
Small- or large-scale production
- 05
Quality testing
Titer, purity, endotoxin and more
- 06
Project Delivery
Dry ice shipping and expert support
05 Tell Us About Your Research
Please complete the information below. We will contact you promptly to discuss a suitable experimental plan.