Załaduj obraz do przeglądarki galerii, AffiGEN® Transfect(TM) siRNA In Vitro 3000
Załaduj obraz do przeglądarki galerii, AffiGEN® Transfect(TM) siRNA In Vitro 3000

NUMER JEDNOSTKI MAGAZYNOWEJ: AFG-SNG-TR-022

AffiGEN® Transfect(TM) siRNA In Vitro 3000

Sprzedawca AffiGEN
Cena regularna €197,00 EUR
Cena sprzedaży €197,00 EUR Cena regularna
Sprzedaż Wyprzedane
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AffiGEN® TransfectTM siRNA In Vitro 3000

Revolutionary Liposome-Based RNA Delivery System

AffiGEN® TransfectTM siRNA In Vitro 3000 is at the forefront of RNA delivery technology, offering an advanced liposome formulation designed to optimize in vitro RNA transfection. It represents a leap forward in the field, providing researchers with an exceptionally powerful tool for their experiments.

Kit Composition and Volume:

AffiGEN® TransfectTM siRNA In Vitro 3000: Comes in a 1.0 ml volume, enough to perform approximately 1330 transfections, assuming the use of 5.0 pmol siRNA per reaction in a 24-well plate format.

AffiGEN® TransfectTM siRNA In Vitro 3000 Buffer: An 8.0 ml buffer, engineered to enhance transfection efficiency to its maximum potential.

Storage Guidelines:

AffiGEN® TransfectTM siRNA In Vitro 3000: Should be stored at a constant 4 °C.

AffiGEN® TransfectTM siRNA In Vitro 3000 Buffer: Keep at room temperature (RT) and note it's provided in a 5x concentrate form.

Adherence to these storage conditions ensures the kit remains effective for 12 months or even longer, maintaining its stability and efficacy.

Distinguished Advantages:

The AffiGEN® TransfectTM siRNA In Vitro 3000 distinguishes itself through its cutting-edge lipid-conjugation technology and proprietary formulation, setting a new standard in the RNA delivery domain:

  • Unmatched Efficiency: Engineered to deliver siRNA with exceptional efficiency across a wide array of mammalian cell types, including those that are traditionally challenging to transfect. It achieves this with remarkably low cytotoxicity, safeguarding cell viability.
  • Cost Efficiency: Offers a more economical option without compromising on quality or effectiveness, making high-quality transfection accessible to more researchers.
  • Additional Benefits: This reagent excels in various aspects that enhance its usability and effectiveness:
    • Resistance to sera interference, ensuring consistent and reliable transfection outcomes.
    • High stability for dependable performance over time.
    • A straightforward and rapid procedure, facilitating ease of use.
    • Ideal for high-throughput applications, allowing for scalable research projects.

Elevate your research with AffiGEN® TransfectTM siRNA In Vitro 3000 — the epitome of efficiency and innovation in RNA delivery.

siRNA In Vitro Transfection Reagents Specifications and Guide Application

Product AffiGEN® TransfectTM siRNA In Vitro 1000 AffiGEN® TransfectTM siRNA In Vitro 2000 AffiGEN® TransfectTM siRNA In Vitro 3000 AffiGEN® TransfectTM siRNA In Vitro 4000 AffiGEN® TransfectTM siRNA In Vitro 1000 Plus
Nucleic Acid siRNA siRNA, miRNA, DNA siRNA siRNA siRNA
Technology Peptide-based Non-liposomal Liposome formulation Polymer-based Peptide-based
Efficiency High High High High High
Cell compatibility Wide Wide Wide Wide Wide
Off-target effects Low Low Low Low Low
Cytotoxicity Moderate Moderate Low Very Low Moderate
Package sizes 1 mL, 5X 1 mL 1 mL, 5X 1 mL 1 mL, 5X 1 mL 1 mL, 5X 1 mL 1 mL, 5X 1 mL
Storage 4°C, Buffer at RT 4°C, Buffer at RT 4°C, Buffer at RT 4°C, Buffer at RT 4°C, Buffer at RT
Applications Gene silencing, RNAi Gene silencing, miRNA delivery, DNA delivery Gene silencing Gene silencing Gene silencing
Target Organisms Mammalian cells Mammalian cells Mammalian cells Mammalian cells Mammalian cells
Cell Types Suitable For Wide range of cell types Wide range of cell types, including primary cells, stem cells, and difficult-to-transfect cells Wide range of cell types Wide range of cell types, including suspension cells and difficult-to-transfect cells Wide range of cell types, including hard-to-transfect cells
Additional Notes N/A Can be used for in vivo applications N/A Optimized for siRNA delivery, but can also be used for DNA transfection Effective at low concentrations