Lentiviral vectors are broadly used in laboratories across academia and industry for research and clinical gene therapy applications. Gene therapy vectors derived from lentivirus offer an array of unique advantages over traditional retroviral gene delivery systems. Leading these is their ability to provide long-term and stable gene expression and robust infection of both dividing and non-dividing cells, such as neurons.
With a comprehensive set of lentiviral solutions that span from construct synthesis through viral production and even include storage of transduction-ready virus, you can enjoy the convenience of an end-to-end solution to advance your research. Contact an expert to discuss your specific lentivirus needs.
Lentiviral vectors are research tools used to introduce gene products into in vitro systems, animal models, or human patients via gene therapy. Lentiviruses have a broad range of applications and are commonly used in clinical gene therapy as well as in CAR-T cell engineering.
Component |
2nd Generation |
3rd Generation |
Transfer Plasmid |
Can be packaged ONLY by a second-generation packaging system |
Can be packaged by both 2nd and 3rd generation packaging systems |
Packaging Plasmid |
Plasmids includes gag, Pol, Rev, TAT for entry and integration of the viral genome |
|
Envelope Plasmid |
Contains gene encoding for envelope proteins |
Contains only envelope gene Env |
Safety |
Safe. Replication incompetent: uses 3 separate plasmids encoding various HIV genes |
Safer. Transfer plasmids are all replication incompetent rendering the virus “self-inactivating” (SIN) after integration. |
Titer |
Higher viral yield |
High viral yield |
Virus Titer |
Volume Available |
QC |
>107 IFU/mL |
250µL - 500µL, 1mL - 1.5mL |
Physical and functional titering options are available
|
>108 IFU/mL |
250µL - 500µL, 1mL - 1.5mL |
|
>109 IFU/mL |
250µL - 500µL, 1mL - 1.5mL |