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Lentivirus Packaging

Lentivirus Packaging

OVERVIEW

The Lentivirus vector, derived from HIV-1 and incorporating the coat protein of herpes virus VSVG, serves as a potent gene therapy vector. Operating as a retrovirus, its virulence gene is replaced by an exogenous target gene. This vector efficiently integrates the exogenous gene into the host chromosome, enabling persistent expression. With versatile infection capabilities, it effectively targets neurons, hepatocytes, cardiomyocytes, tumor cells, endothelial cells, stem cells, and other cell types, ensuring robust gene transduction effects.

ADVANTAGES

  • DoubleArrowWide Range of Infection

    The Lentivirus vector infects both dividing and non-dividing cells& efficiently,including primary cells

  • DoubleArrowStable Expression

    After infecting the host cell, Lentivirus integrates the exogenous gene into the host cell's genome, enabling continuous and stable expression through cell division

  • DoubleArrowHigh Safety

    Lentivirus is a recombinant replication-defective strain, ensuring operational safety as it cannot autonomously replicate

  • DoubleArrowIntegrated exogenous gene fragments are resistant to gene silencing

  • DoubleArrowCapable to carry relatively large exogenous fragments, up to 4.8 kb

SERVICE DETAILS

Explore our Lentivirus packaging options, featuring 2nd- and 3rd-generation systems for coding and non-coding gene manipulation. Discover a diverse range of Lentivirus vectors for your selection

Scale Package Titer Turnaround Price
Medium Customized Over-expression Lentivirus ( gene ≤ 3kb ) ≥ 108 TU/ml 25 BD $499
Customized RNAi Lentivirus ( single target ) ≥ 108 TU/ml 25 BD $309
Customized RNAi Lentivirus ( Design 3 targets, 1 target with guaranteed effect ) ≥ 108 TU/ml 25 BD $769
Customized sgRNA Lentivirus ( single target ) ≥ 108 TU/ml 25 BD $389
Customized sgRNA Lentivirus( three targets ) ≥ 108 TU/ml 25 BD $929
Large Customized Over-expression Lentivirus ( gene ≤ 3kb ) ≥ 109 TU/ml 30 BD $1,759
Customized RNAi Lentivirus ≥ 109 TU/ml 30 BD $1,659
Customized sgRNA Lentivirus ( single target ) ≥ 109 TU/ml 30 BD $1,679

* Listed price includes RNA synthesis. For Customized Over-expression Lentivirus, a $0.12/bp gene synthesis fee applies.

* Turnaround time includes plasmid construction and preparation.

Download Lentivirus Vectors

DELIVERABLES

Product Lentivirus packaging services
Deliverables

Custom Lentivirus, delivered to specification:

Medium Scale: ≥ 108 TU/ml, 5 x 200 μl

Large Scale: ≥ 109 TU/ml, 5 x 200 μl

Free: Control virus

Medium Scale: > 108 TU/ml, 5 x 200 μl

Large Scale: > 109 TU/ml, 5 x 200 μl

Polybrene, 10 mg/ml, 1 x 200 μl (Free)

Transport/storage

Dry ice/-80 ° C, avoid repeated freezing and thawing

HELPER VIRUS

Helper virus Vector Name Vector ID Customized virus service
Cas9 Lentivirus VP025-SFFV-Cas9-2A-Puro VP025 Mammalian gRNA
Lentivirus (without Cas9)

Transport/storage:

Lentivirus will be shipped in buffer on dry ice

Upon receipt, store Lentivirus at -80℃.

Validity period: 1 year.

Avoid repeated freezing and thawing to maintain Lentivirus titer.

CASE STUDY

  • Fluorescence microscopy imaging performed after cell infection

    Production_yield EVI5 lentiviral infection of 293T cells (bright field)

    Production_purity EVI5 lentiviral infection of 293T cells (green fluorescence)

Lentivirus Packaging FAQs

1. What sites are compatible with your lentivector backbone? What promoter(s) do your LV backbones have? What is the approx time frame to generate thistype of construct?
2. It appears that you produce the lentivirus after developing the lentivector construct. Can you insert a gene of interest into a lentivector backbone and then just provide me the DNA of the construct? I do not need it packaged.
3. What would be the best vector for use in stem cells? Do you have a GFP marker? How long does it take to clone and package?
4. What bacterial strains should I use to amplify the DNA for lentivirus packaging?
5. How should I store my lentivirus?
6. How do I infect cells in suspension?
7. How come the infected cells are not resistant to the antibiotic?
8. How do I find the optimal concentration of antibiotic for the transfected cells? How do I do a killing curve?
9. What types of tags are available in the lentivirus vector?
10. If I want a specific tag that is not listed on your website, can I get that as a custom service? Do we receive the subcloned lentiviral vector in addition to the virus?
11. Which virus has your lentivirus expression system been derived from? Is it HIV?
12. Can I choose the particular LV backbones for the sub-cloning service?
13. How do you verify the titer?
14. How much DNA do I need to provide for the DNA amplification?
15. What is Gene Universal’s guarantee for lentiviral titer and turnaround?

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