主な利点
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安定性の向上
LNPはmRNAを分解から保護し、完全性と効果的な送達を保証します。 -
強化された配信
最適化されたLNPは細胞への取り込みと標的送達を強化 -
免疫原性の低下
免疫原性の低下により、望ましくない免疫反応が最小限に抑えられます
サービスの詳細
Catalog | Capping and modification | Gene | Quantity | Timeline(Business days) |
---|---|---|---|---|
mRNA-LNP | Custom mRNA Cap1 in LNP | Custom gene or off-the-shelf | 100μg-20mg | 10-25 |
*Additional time (~2-3 weeks ) for custom gene synthesis
mRNA grade and QC standard
QC category | QC item | Method | Specification | Research Grade |
---|---|---|---|---|
mRNA-LNP (On-shelf and Custom) |
RNA Integrity/size | Capillary Electrophoresis | >80% | √ |
Encapsulate Efficiency | Elisa Analyzer | Report | √ | |
Particle size | Dynamic Light Scattering | <120nm | √ | |
Particle Uniformity | Dynamic Light Scattering | <0.2 | √ | |
Concentration | Capillary Electrophoresis | Encapsulated mRNA >0.2mg/mL | √ |
PackGene’s quality control (QC) testing of mRNA lipid nanoparticles (LNPs) includes measurement of various parameters to ensure their quality, safety, and efficacy. Some of the essential QC tests for mRNA LNP are encapsulation efficiency, particle size, and uniformity.
パフォーマンス
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mRNA-LNP performance
EGFP mRNA (Cap1) -LNP
Z Ave. Dia (nm) 76.8 PDI PDI Encapsulation Efficiency 93.91% -
mRNA-LNP Gene Delivery in Animal