Lenti-X™ Concentrator
Lentivirus Concentration—Concentrate Lentiviral Supernatants Without Ultracentrifugation
The supplier does not provide quotations for this product through SelectScience. You can search for similar products in our Product Directory.
We consistently achieve high-titer, highly reproducible lentiviral preparations using the Lenti-X Concentrator.
We use the product for lentivirus concentration for high titer
We have relied on the Lenti-X Concentrator for multiple projects requiring high-titer lentiviral preparations, and it has consistently performed exceptionally well. The reagent is straightforward to use, highly scalable, and a much more convenient alternative to ultracentrifugation. In our hands, it routinely delivers a strong 10–100x concentration, producing clean and infectious viral preps. This has been especially valuable when working with primary CD34+ cells, where achieving a high enough titer can be challenging. Using Lenti-X has allowed us to obtain reliable, robust titers with excellent reproducibility across batches. It has become our go-to method for lentivirus concentration, and we highly recommend it for labs that need consistent, high-efficiency viral production.
Review Date: 25 Nov 2025 | Takara Bio
Great results!
lentiviral preparation concentrator
This product has simplified my life and work. it's effective and easy to work with. Life was much harder handling LV before.
Review Date: 30 Jun 2023 | Takara Bio
Lentivirus Concentration—Concentrate Lentiviral Supernatants Without Ultracentrifugation
Lenti-X Concentrator provides a fast, simple, and highly efficient method for concentrating any lentiviral stock. In the simple protocol, you just mix your lentiviral supernatant with the lentivirus concentration reagent, incubate for a short period, and spin the mixture in a standard centrifuge.
Features:
- Simple mix and spin protocol
- Hassle-free and easily scaled up for large volumes
- No ultracentrifugation required
- 100X concentration
- 90% yield
Applications:
- Lentiviral transduction studies
- Increased multiplicity of infection (MOI)
- Rescue of low titer supernatants
