News|Articles|November 5, 2025
Scaling up viral vector harvest with ease and regulatory compliance
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Key Takeaways
- Gene therapy's expansion with AAV and LV vectors demands scalable, efficient bioproduction solutions, particularly in cell lysis processes.
- The EU REACH restriction on Triton™ X-100 necessitates alternative solutions for compliant and efficient cell lysis.
The rapid rise of gene therapy using AAV and LV vectors has created urgent demand for scalable, high-performance bioproduction. A major challenge is cell lysis—where simplicity, compliance, and efficiency must align. With Triton™ X-100 under EU REACH restriction, a next-gen solution is needed. This paper explores how J.T.Baker® Cell Lysis Solution delivers ease of use, regulatory compliance, and process performance with low viscosity, a concentrated format, and endonuclease compatibility.
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The rapid rise of gene therapy using AAV and LV vectors has created urgent demand for scalable, high-performance bioproduction. A major challenge is cell lysis—where simplicity, compliance, and efficiency must align. With Triton™ X-100 under EU REACH restriction, a next-gen solution is needed. This paper explores how J.T.Baker® Cell Lysis Solution delivers ease of use, regulatory compliance, and process performance with low viscosity, a concentrated format, and endonuclease compatibility.
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