Products
RNA Transfection Kit
1. Common Cell RNA Transfection Kit
The Common Cell RNA Transfection Kit (SDR8006) is designed for common cell lines, offering an efficient and reliable transfection solution that simplifies and accelerates RNA research in these cells.
Product Details
Cat.# | Specification | Product Composition | |
Transfection Reagent | Buffer | ||
SDR8006 | 1.5mL | 1.5mL × 1 vial | 8mL × 1 vial |
3.0mL | 3.0mL × 1 vial | 8mL × 2 vials | |
5.0mL | 5.0mL × 1 vial | 8mL × 3 vials | |
Product Advantages
▪ High Cell Expression: Through unique transmembrane transport and endosomal escape mechanisms, easily achieving transfection efficiencies above 90%.
▪ Compatible with Various RNA Types: Suitable for transfecting mRNA, siRNA, gRNA, saRNA, circRNA, and other RNA types.
▪ Extremely Low Cytotoxicity: Utilizes biodegradable materials, free of ethanol, with minimal impact on cells, reducing experimental bias.
▪ Broad Cell Compatibility: Successfully validated in over 100 cell types, including A549, Capan-2, and HEK293, with most achieving transfection efficiencies exceeding 90%. SDR8006 far surpasses industry standards.
Experimental Results
1. Messenger RNA (mRNA)
Using a 24-well plate, transfect with eGFP mRNA, followed by fluorescence imaging and flow cytometry analysis after 24 hours.
2. Small Interfering RNA (siRNA) - Cellular Uptake Efficiency
Transfect with 30nM Cy3-labeled siRNA per well, followed by fluorescence imaging after 6 hours.
3. Circular RNA (circRNA)
Using a 96-well plate, transfect with 100ng eGFP circRNA per well, followed by fluorescence imaging after 24 hours.
4. Self-Amplifying RNA (saRNA)
Using a 96-well plate, transfect with 100ng eGFP saRNA per well, followed by fluorescence imaging after 24 hours.
2. Immune Cell Transfection Kit
The Immune Cell RNA Transfection Kits are specially developed for hard-to-transfect immune cells, including T cells, B cells, dendritic cells, and other primary immune populations. With optimized formulations, these kits provide high efficiency and low cytotoxicity, enabling reliable RNA delivery without compromising cell viability or function. They simplify complex immune cell manipulation and accelerate research in areas such as immunotherapy, vaccine development, and immune response studies.
Product Details
| Catalog Number | Product Specification | Product Composition | ||
| Transfection Reagent | Buffer | Enhancer | ||
| SDR2008 | SDR2008-1.5mL | 1.5mL × 1 vial | 8mL × 1 vial | 70µg × 1 vial |
| SDR2008-3.0mL | 3.0mL × 1 vial | 8mL × 1 vial | 10µg × 2 vial | |
| SDR2006 | SDR2006-1.5mL | 1.5mL × 1 vial | 8mL × 1 vial | / |
| SDR2006-3.0mL | 3.0mL × 1 vial | 8mL × 1 vial | / | |
| SDR2006-5.0mL | 5.0mL × 1 vial | 8mL × 1 vial | / | |
Product Advantages
▪ Efficient: Achieves high transfection efficiency in both immune cell lines and primary immune cells, while maintaining excellent cell viability.
▪ Flexible: Compatible with a wide range of immune cell types, including T cells, B cells, dendritic cells, and other primary immune populations.
▪ User-Friendly: Simple and rapid workflow with optimized formulations, reducing experimental complexity and saving valuable time.
Experimental Results
· Human Primary T Cell Transfection
Using a 24-well plate, transfect with 1µg eGFP mRNA per well, followed by fluorescence microscopy and flow cytometry analysis after 24 hours.
· Human Primary T Cell Transfection
Jurkat Cell Line: Using a 24-well plate, transfect with 1µg eGFP mRNA per well, followed by fluorescence imaging and flow cytometry analysis after 24 hours.
· Other Cell Line
Using a 24-well plate, transfect with 500ng eGFP mRNA per well, followed by fluorescence imaging and flow cytometry analysis after 24 hours.
3. In vivo RNA Transfection Kit
The In vivo RNA Transfection Kit (SDR8002) is a versatile in vivo RNA delivery solution. Utilizing innovative ready-to-use LNP in vivo delivery technology, SDR8002 supports transient encapsulation of siRNA, miRNA, sgRNA, mRNA, and other RNA types, enabling systemic RNA transfection via multiple administration routes, providing a more efficient and rapid solution for RNA research and clinical translation.
Product Details
Cat.# | Specification | Product Composition | ||
Transfection Reagent | Buffer | RNA Positive Control | ||
SDR8002/ SDR8003/ SDR6005 | 0.3mL | 0.3mL × 1 vial | 8mL × 1 vial | 10µg × 1 vial |
0.5mL | 0.5mL × 1 vial | 8mL × 2 vials | 10µg × 1 vial | |
1.0mL | 1.0mL × 1 vial | 8mL × 3 vials | 10µg × 1 vial | |
Product Advantages
▪ Efficient: Maintains stable high transfection levels regardless of injection method.
▪ Flexible: Customizable for systemic or localized RNA delivery based on research goals.
▪ User-Friendly: Optimized delivery solutions enable rapid, efficient RNA encapsulation, simplifying experiments.
Experimental Results
1. Intravenous Injection (IV) - Targeting Liver/Spleen
2. Intramuscular Injection (IM) - Vaccines
3. Intraperitoneal Injection (IP) - Multi-Organ/Tissue RNA Delivery
- Product Description
-
1. Common Cell RNA Transfection Kit
The Common Cell RNA Transfection Kit (SDR8006) is designed for common cell lines, offering an efficient and reliable transfection solution that simplifies and accelerates RNA research in these cells.
Product Details
Cat.#
Specification
Product Composition
Transfection Reagent
Buffer
SDR8006
1.5mL
1.5mL × 1 vial
8mL × 1 vial
3.0mL
3.0mL × 1 vial
8mL × 2 vials
5.0mL
5.0mL × 1 vial
8mL × 3 vials
Product Advantages
▪ High Cell Expression: Through unique transmembrane transport and endosomal escape mechanisms, easily achieving transfection efficiencies above 90%.
▪ Compatible with Various RNA Types: Suitable for transfecting mRNA, siRNA, gRNA, saRNA, circRNA, and other RNA types.
▪ Extremely Low Cytotoxicity: Utilizes biodegradable materials, free of ethanol, with minimal impact on cells, reducing experimental bias.
▪ Broad Cell Compatibility: Successfully validated in over 100 cell types, including A549, Capan-2, and HEK293, with most achieving transfection efficiencies exceeding 90%. SDR8006 far surpasses industry standards.
Experimental Results
1. Messenger RNA (mRNA)
Using a 24-well plate, transfect with eGFP mRNA, followed by fluorescence imaging and flow cytometry analysis after 24 hours.
2. Small Interfering RNA (siRNA) - Cellular Uptake Efficiency
Transfect with 30nM Cy3-labeled siRNA per well, followed by fluorescence imaging after 6 hours.
3. Circular RNA (circRNA)
Using a 96-well plate, transfect with 100ng eGFP circRNA per well, followed by fluorescence imaging after 24 hours.
4. Self-Amplifying RNA (saRNA)
Using a 96-well plate, transfect with 100ng eGFP saRNA per well, followed by fluorescence imaging after 24 hours.
2. Immune Cell Transfection Kit
The Immune Cell RNA Transfection Kits are specially developed for hard-to-transfect immune cells, including T cells, B cells, dendritic cells, and other primary immune populations. With optimized formulations, these kits provide high efficiency and low cytotoxicity, enabling reliable RNA delivery without compromising cell viability or function. They simplify complex immune cell manipulation and accelerate research in areas such as immunotherapy, vaccine development, and immune response studies.
Product Details
Catalog Number Product Specification Product Composition Transfection Reagent Buffer Enhancer SDR2008 SDR2008-1.5mL 1.5mL × 1 vial 8mL × 1 vial 70µg × 1 vial SDR2008-3.0mL 3.0mL × 1 vial 8mL × 1 vial 10µg × 2 vial SDR2006 SDR2006-1.5mL 1.5mL × 1 vial 8mL × 1 vial / SDR2006-3.0mL 3.0mL × 1 vial 8mL × 1 vial / SDR2006-5.0mL 5.0mL × 1 vial 8mL × 1 vial / Product Advantages
▪ Efficient: Achieves high transfection efficiency in both immune cell lines and primary immune cells, while maintaining excellent cell viability.
▪ Flexible: Compatible with a wide range of immune cell types, including T cells, B cells, dendritic cells, and other primary immune populations.
▪ User-Friendly: Simple and rapid workflow with optimized formulations, reducing experimental complexity and saving valuable time.
Experimental Results
· Human Primary T Cell Transfection
Using a 24-well plate, transfect with 1µg eGFP mRNA per well, followed by fluorescence microscopy and flow cytometry analysis after 24 hours.
· Human Primary T Cell Transfection
Jurkat Cell Line: Using a 24-well plate, transfect with 1µg eGFP mRNA per well, followed by fluorescence imaging and flow cytometry analysis after 24 hours.
· Other Cell Line
Using a 24-well plate, transfect with 500ng eGFP mRNA per well, followed by fluorescence imaging and flow cytometry analysis after 24 hours.
3. In vivo RNA Transfection Kit
The In vivo RNA Transfection Kit (SDR8002) is a versatile in vivo RNA delivery solution. Utilizing innovative ready-to-use LNP in vivo delivery technology, SDR8002 supports transient encapsulation of siRNA, miRNA, sgRNA, mRNA, and other RNA types, enabling systemic RNA transfection via multiple administration routes, providing a more efficient and rapid solution for RNA research and clinical translation.
Product Details
Cat.#
Specification
Product Composition
Transfection Reagent
Buffer
RNA Positive Control
SDR8002/ SDR8003/ SDR6005
0.3mL
0.3mL × 1 vial
8mL × 1 vial
10µg × 1 vial
0.5mL
0.5mL × 1 vial
8mL × 2 vials
10µg × 1 vial
1.0mL
1.0mL × 1 vial
8mL × 3 vials
10µg × 1 vial
Product Advantages
▪ Efficient: Maintains stable high transfection levels regardless of injection method.
▪ Flexible: Customizable for systemic or localized RNA delivery based on research goals.
▪ User-Friendly: Optimized delivery solutions enable rapid, efficient RNA encapsulation, simplifying experiments.
Experimental Results
1. Intravenous Injection (IV) - Targeting Liver/Spleen
2. Intramuscular Injection (IM) - Vaccines
3. Intraperitoneal Injection (IP) - Multi-Organ/Tissue RNA Delivery
Get in Touch with Levostar
Please send us your request or email to support@levostar.com, our team will contact you as soon as possible.
E-mail：support@levostar.com
USA
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TEL：619-537-9202
China
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TEL：0512-62888898