NUMER JEDNOSTKI MAGAZYNOWEJ: AFG-HZM-136

AffiGEN® LNP Kit for Fast General in vitro Delivery

Sprzedawca AffiGEN
Cena regularna 3.416,00 zł PLN
Cena sprzedaży 3.416,00 zł PLN Cena regularna
Sprzedaż Wyprzedane
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AffiGEN® LNP Kit for Fast General in vitro Delivery

The AffiGEN® LNP Kit for Fast General in vitro Delivery is designed for efficient delivery of nucleic acids and other bioactive molecules in vitro. The kit leverages lipid nanoparticles (LNPs) for encapsulating and delivering these materials, providing a versatile tool for various research applications.

Key Features of AffiGEN® LNP Kit for Fast General in vitro Delivery

  • LNP Composition: The kit includes a blend of lipids that form stable nanoparticles, capable of encapsulating nucleic acids such as mRNA, siRNA, or DNA.
  • Biocompatibility: The LNPs are designed to be biocompatible and biodegradable, minimizing toxicity and ensuring safe delivery of the cargo.
  • Efficiency: High encapsulation efficiency and targeted delivery capabilities make this kit ideal for gene expression studies, transfection assays, and other molecular biology applications.
  • Application Range: Suitable for use in various cell types and experimental conditions, enhancing the flexibility of your research protocols.

Benefits of AffiGEN® LNP Kit for Fast General in vitro Delivery

  • Rapid Delivery: The kit enables fast and efficient delivery of genetic materials into cells, streamlining the workflow in experimental setups.
  • Reproducibility: The preparation of LNPs using this kit ensures consistent results, which is critical for reproducible scientific experiments.
  • Scalability: Designed for both small-scale laboratory research and larger-scale studies, accommodating different research needs.

Applications of AffiGEN® LNP Kit for Fast General in vitro Delivery

  • Gene Therapy Research: Efficient delivery of therapeutic genes into target cells.
    RNAi Experiments: Delivery of siRNA for gene silencing studies.
  • mRNA Vaccines: Suitable for mRNA encapsulation and delivery, relevant in vaccine development research.