
LipTx™ Formulation Kits
LipTx™ Formulation Kits provide pre-optimized, four-component lipid mixtures that enable efficient RNA encapsulation without requiring specialized formulation expertise. Every kit delivers a precisely measured blend of a LipTx™ proprietary ionizable lipid, helper lipid, cholesterol, and a conjugated PEG-lipid, streamlined to ensure reproducible particle size and batch-to-batch consistency.
Kit Advantages
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Ready-to-Use Blends: Eliminates complex optimization steps by providing pre-formulated lipid matrices for rapid in vitro and in vivo screening.
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Broad Payload Compatibility: Supports quick encapsulation of mRNA, saRNA, circRNA, siRNA, and CRISPR-Cas gene-editing payloads.
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Flexible Scaling: Available in stock 2 mL, 5 mL, and 10 mL volumes to seamlessly match your research throughput.
Master Selection & Formulation Matrix
Product Name | Target Applications | Lipid Architecture | Technical Focus |
|---|---|---|---|
LipTx™ NV1-002 Formulation Kit |
| Biodegradable ionizable amino-lipid with a standard tail configuration. | Validated baseline platform for nucleic acid encapsulation and endosomal escape. |
LipTx™ NV1-012 Formulation Kit |
| Ionizable amino-lipid with extended hydrophobic tail variations and ester linkages. | Tuned lipophilicity to enhance membrane fusion and efficient cytosolic payload release. |
LipTx™ NV2-004 Formulation Kit |
| Biodegradable tail combined with an unsaturated hydrocarbon tail via an ether linkage. | Maximized hydrolytic stability and long-term lipid robustness without compromising delivery performance. |
LipTx™ NV2-011 Formulation Kit |
| Biodegradable tail paired with a saturated hydrocarbon tail in a single-chain design. | Streamlined lipid architecture optimized specifically for rapid formulation turnaround. |
LipTx™ NV3-001 Formulation Kit |
| Orthogonally oriented ionizable centers linked through biodegradable ester bonds and unsaturated carbon tails. | Increased lipid fluidity within the LNP bilayer to maximize efficient membrane fusion. |
LipTx™ NV3-006 Formulation Kit |
| Orthogonally oriented ionizable center architecture paired with saturated carbon tails. | Prioritizes structural particle stability over fluidity to maintain highly consistent particle characteristics during scale-up. |

