As an industry leader in lipid delivery technology, Scindy Pharmaceutical leverages its proprietary advanced lipid material platform to achieve breakthrough applications of LNP technology. We proudly introduce a series of innovative cell transfection products based on LNP technology, marking a new era of precise and efficient RNA delivery.

The NeoLNP™ RNA Transfection Kit for Stem Cells (SDR8008) is specifically developed for stem cell RNA transfection. Stem cells are challenging to transfect due to their unique biological properties, but our product overcomes these challenges to achieve efficient RNA delivery.

NeoLNP™ SDR8008: A Revolutionary LNP Solution for Stem Cell RNA Transfection

NeoLNP™ SDR8008 provides a new LNP transfection solution for stem cells, offering high payload capacity, high transfection efficiency, and low cytotoxicity. It supports delivery of various nucleic acids for transient expression regulation, suitable for mRNA reprogramming factor delivery (avoiding genomic integration) and siRNA-mediated differentiation pathway regulation.

● High Transfection Efficiency: Utilizes LNP’s endogenous transport mechanisms to achieve efficient transfection in stem cells.

● High RNA Payload: Efficiently encapsulates various RNA types and lengths for single or co-transfection.

● Low Cytotoxicity: Uses novel ionizable lipids that are biodegradable and ethanol-free.

● Broad Applicability: Suitable for RNA transfection in stem cells like MSCs, supporting siRNA, miRNA, gRNA, mRNA, saRNA, and circRNA.

● Case Study - Human Umbilical Cord-Derived MSC Transfection: Using NeoLNP™ with recommended doses of 1.25µL or 2.5µL per well in TransStem serum-free medium, efficient eGFP mRNA transfection is achieved.

NeoLNP™ Simple and User-Friendly RNA-LNP Encapsulation Solution

The NeoLNP™ Transfection Kit offers an innovative RNA-LNP encapsulation solution. Compared to traditional methods, NeoLNP™ requires no complex equipment, achieving zero-loss RNA encapsulation through a simple one-step mixing process, significantly reducing preparation time (1 minute vs. 10 hours). This technology overcomes the technical barriers of traditional LNP preparation, delivering optimized, standardized LNP formulations to researchers, providing a new experience for RNA transfection.