| Company | Date | Value |
|---|---|---|
| Kite Pharma | June 2014 | $134.1 million |
| Bellicum | December 2014 | $160 million |
| Juno | December 2014 | $264.6 million |
| Cellectis | March 2015 | $228 million |
Recent Posts
- OmpA Signal for Protein Expression
- Isopycnic Centrifugation
- High-cell-density cultivation (HCDC)
- Is Kozak sequence essential for transgene expression in lentivirus?
- How to remove protein from PEG precipitated lentivirus
- Primers and probes used for rAAV quantitative analysis
- Quantification for residual host cell DNA contamination in the rAAV prep via qPCR or ddPCR analysis targeting highly repetitive genome sequences
- How to protect RNA from degradation?
- What is the main reason for RNA being unstable?
- Why Are Transgenes Cloned into Lentiviral Vectors Without a Poly(A) Signal?
- AAV(Myo1A)-CMV-GFP Ready to Package
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- Transfection Efficiency: What Makes Plasmid DNA Transfection Grade
- Why Uncut Plasmid DNA on Agarose Gel Has 3 Bands
- AAV6.2-CMV-GFP and AAV6.2-CMV-iCre Ready to Package
- LV-Syn-GFP-shRNAmir-WPRE Ready to Package to Knock Down Gene Expression in Neurons
- AAV(cc47)-CMV-GFP is Ready to Package
- AAV(MYO)-CMV-GFP is Ready to Package
- AAV(REC2)-CMV-GFP is Ready to Package
- AAV Rh20 VP1 Gene
- AAV Rec2 Capsid Sequence
- Homemade qPCR Mix Recipe
- Home made qPCR Master Mix
- Nanopore Sequencing: Principles, Platforms and Advantages
- Nanopore Sequencing
- ssAAV9-CMV-SecNanoLuc & scAAV9-CMV-SecNanoLuc, Ready to Package
- AAV(BI30)-CAG-GFP-3xmiR122 is Ready to Package for the Transduction of the Endothelial Cells of CNS
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- The Principle of Transformation
- IRES or 2A in my polycistronic expression cassette, which one is better?
- AAV[MyoAAV(2A)]-CMV-GFP and AAV[MyoAAV(4E)]-CMV-GFP Ready to Package
- How Orbital Diameter and Shaker Agitation Rate Affect Bacteria Growth
- scAAV(Ark313)-CBh-GFP Ready to Package for Optimal Mouse T Cell Transduction
- AAV(MG1.1)-CMV-GFP and AAV(MG1.2)-CMV-GFP Ready to Package for Microglia Transduction
- Gibson Assembly Cloning
- Tips for Maximizing Ligation Efficiencies