FORMULATION ARTICLES
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Suppressor tRNA Therapeutics: A New Frontier In Treating Genetic Disease
Suppressor tRNAs could unlock a scalable new way to treat genetic diseases caused by nonsense mutations, restoring full-length proteins across multiple indications.
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Engineering Transient In Vivo CAR-T: Extending Expression, Expanding Access, And Rethinking Immune Reset
In this Q&A, Michael Lam, Ph.D., explores how circular RNA and targeted delivery extend transient CAR expression to enable deep B-cell depletion and controllable immune reset.
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Engineering Repeat-Dose RNA: Engineering Around Immune Recognition In Repeat-Dose RNA Therapeutics
Designing repeat-dose RNA means engineering around immune recognition — optimizing payloads, purity, and delivery early to sustain efficacy, tolerability, and durability across multiple administrations.
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A Novel Co-Tethered Transcription Platform For High-Yield, High-Purity mRNA Synthesis
Co-tethered transcription boosts mRNA yield and purity by organizing transcription machinery, reducing dsRNA impurities, and streamlining production for scalable RNA therapeutics.
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A New Approach To RNA Synthesis And Purification: Rethinking A Persistent Bottleneck
Photocleavable supports enable light-triggered RNA release, reducing reliance on chromatography and streamlining synthesis, scalability, and purity for complex RNA therapeutics.
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Oligos, mRNA, Or Gene Editing: Where Should You Bet?
Investing in RNA and gene editing requires balancing risk, timing, and scale — understanding how oligos, mRNA, and CRISPR each drive value across a converging biotech landscape.
ARTICLES, APP NOTES, CASE STUDIES, & WHITE PAPERS
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Manufacturing RNA-containing LNPs demands specialized expertise. Explore some of the challenges of RNA-LNP drug manufacturing and the advantages of outsourcing RNA-LNP formulations.
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Explore considerations for starting mRNA manufacturing related to the following topics: DNA template, mRNA product - IVT, mRNA product - purification, LNP encapsulation, and fill-finish.
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The production of lipid nanoparticles (LNPs) is a process that demands robustness, scalability, and reproducibility. Examine the impact of key operational parameters on the efficacy of LNPs.
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Learn about an HPLC-MS/MS method for detecting lipid impurities in lipid nanoparticles (LNPs) and why it is critical for quality control of LNP-based drug delivery systems.
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Learn how optimizing LNPs can help overcome drug-delivery challenges, unlocking potential new genomic medicines in a shorter time.
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Choosing between turbulent and microfluidic mixing methods in your lipid nanoparticle (LNP) production can have a significant impact when scaling up production.
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Learn about the key stages of drug discovery and screening as well as how to overcome bottlenecks in screening mRNA-LNPs to rapidly develop genomic medicines.