LNP Reagents and Supplies
Our product line includes lipid nanoparticle (LNP) exploration kits and reagents for commonly used LNP formulations, providing researchers with everything they need to explore the potential of lipid nanoparticle technology for drug delivery. These include cationic and ionizable lipids such as DOTAP, DLin-MC3-DMA, SM-102, and ALC-0315. Structural and helper lipids (DSPC, Chol, DOPE) and PEG stabilizers (PEG-DMG, PEG-DSPE) are also available, independently or with all-in-one exploration kits.
Lipid nanoparticle formulations have emerged as a promising delivery system for a variety of therapeutic applications due to their ability to protect and deliver nucleic acids to target cells. Our LNP exploration kits and reagents are designed to facilitate research and development of novel LNP formulations. Our kits are composed of high-quality, pre-formulated lipids that can be easily mixed with RNA to create LNPs with varying compositions and properties. Our reagents can also be used to create custom lipid stock solutions, fine-tune existing formulations, and examine LNP delivery efficiency.
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Lipid components: Our LNP Kits and Reagents include cationic and ionizable lipids such as DOTAP, DLin-MC3-DMA, SM-102, and ALC-0315, as well as structural and helper lipids like DSPC, Chol, and DOPE.
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LNP Mix Kits come with a detailed protocol and formulation guidelines to help you quickly start creating and optimizing LNPs for your specific application.
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Varying Formulations: Our LNP Kits and Reagents can be used to create common or custom LNP formulations, depending on the application and study objectives.
Here are a few example of ways in which LNP Kits and Reagents can be used in drug delivery research and experimentation:
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siRNA delivery: LNPs can be used to deliver siRNA to specific cells or tissues, enabling the study of gene function or the development of new therapeutics.
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mRNA delivery: LNPs can also be used to deliver mRNA, a proven approach for the development of vaccines and gene therapies.
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Small molecule delivery: LNPs can be used to deliver small molecules to specific tissues or cells, enhancing the effectiveness and reducing the toxicity of these drugs.
