Tumor-selective replication
Virus designs tailored to research needs, supporting selective replication in specific tumor cells.
We provide high-quality oncolytic virus packaging for cancer mechanism studies and functional validation, supporting basic and translational cancer research.
Virus designs tailored to research needs, supporting selective replication in specific tumor cells.
Tumor cell lysis following viral amplification, for studies of tumor function and mechanisms.
Support for genes of interest, reporter genes and other functional elements to meet diverse research needs.
Multiple oncolytic virus construction and packaging options tailored to your research objectives and experimental needs.

For studies of viral replication, cell lysis and mechanisms.

For infection tracking, imaging and distribution studies.

Support for genes of interest and functional modules.
Our oncolytic virus services support a broad range of basic and translational cancer research.
Explore tumor development and progression, and the antitumor mechanisms of viruses.
Evaluate viral killing of tumor cells and the underlying mechanisms.
For in vitro and in vivo infection tracking, viral distribution studies and therapeutic effect assessment.
For cancer research using cell, organoid and animal models.
Our technical platform and extensive project experience support high-quality oncolytic virus services.
1×1011PFU/mL
For diverse in vitro and in vivo research needs
Customization of viral backbones, promoters and functional gene modules.
Titer, infection efficiency and related quality testing.
Solutions tailored to your experimental requirements.
Professional, efficient oncolytic virus services from initial consultation through project delivery.
Confirm research goals and experimental design
Define the viral backbone and functional modules
Complete virus production and quality verification
Test titer and infection efficiency
Delivery of virus preparations and test reports
Please complete the information below. We will contact you promptly to discuss a suitable experimental plan.