MISSION Lenti microRNA, Mouse mmu-miR-7222-3p - High-Quality MicroRNA for Mouse Applications

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Procurenet
Short description

MISSION Lenti microRNA, Mouse mmu-miR-7222-3p

  • High-quality MISSION Lenti microRNA
  • Specifically designed for mouse applications
  • Contains mmu-miR-7222-3p microRNA
  • Enhanced biological activity and stability
  • Provides valuable insights into gene regulation
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  • Procurenet Team Tshim Sha Tsui
    Hong Kong Hong Kong 3 years
Description

MISSION Lenti microRNA, Mouse mmu-miR-7222-3p

High-quality MISSION Lenti microRNA specifically designed for mouse applications

Product Overview

The MISSION Lenti microRNA, Mouse mmu-miR-7222-3p is an innovative product that offers enhanced biological activity and stability when compared to traditional methods of introducing microRNA into cells. This high-quality lentiviral microRNA construct is specifically designed for mouse applications and contains mmu-miR-7222-3p microRNA. By utilizing this product, scientists can gain valuable insights into gene regulation and various biological processes.

Ingredients

The MISSION Lenti microRNA, Mouse mmu-miR-7222-3p is composed of the following key ingredients:

  • Mouse-specific mmu-miR-7222-3p microRNA
  • Lentiviral construct
  • Enhanced gene delivery system
  • Stabilizing agents
  • Purification buffer

Composition

The mmu-miR-7222-3p microRNA is specifically designed for mouse applications. It is encapsulated within a high-quality lentiviral construct, ensuring efficient and targeted delivery into mouse cells. The lentiviral construct is carefully engineered to enhance the stability and functionality of the microRNA. Stabilizing agents are added to optimize the product's shelf life.

Each vial of the MISSION Lenti microRNA, Mouse mmu-miR-7222-3p contains a concentrated suspension of the lentiviral particles, providing a sufficient amount of microRNA for multiple experiments. The suspension is formulated in a purification buffer, which aids in maintaining the integrity and stability of the lentiviral particles.

Features

The MISSION Lenti microRNA, Mouse mmu-miR-7222-3p offers several key features that set it apart from other microRNA delivery systems:

  • High-quality MISSION Lenti microRNA: This product is manufactured using rigorous quality control standards to ensure consistency and reliability in experimental results.
  • Specifically designed for mouse applications: The mmu-miR-7222-3p microRNA within this product is tailored to target the genes and regulatory pathways specific to mice.
  • Enhanced biological activity and stability: The lentiviral construct and stabilization agents used in this product enhance the functionality and longevity of the microRNA, resulting in more reliable and reproducible experiments.
  • Valuable insights into gene regulation: By introducing the mmu-miR-7222-3p microRNA into mouse cells, scientists can gain a deeper understanding of the complex mechanisms involved in gene regulation and various biological processes.

Applications

The MISSION Lenti microRNA, Mouse mmu-miR-7222-3p can be used in a wide range of applications, including but not limited to:

  • Gene expression modulation: The mmu-miR-7222-3p microRNA can be used to upregulate or downregulate the expression of specific genes of interest, allowing researchers to study the effects of gene modulation on biological processes.
  • Gene function analysis: By introducing the mmu-miR-7222-3p microRNA into mouse cells, scientists can elucidate the function of specific genes and their role in various biological pathways.
  • Disease modeling: This product can be used to generate mouse models with specific genetic alterations, allowing researchers to study the molecular mechanisms underlying various diseases.

Overall, the MISSION Lenti microRNA, Mouse mmu-miR-7222-3p is a valuable tool for scientists working in the field of molecular biology. Its high-quality composition, enhanced stability, and mouse-specific design make it an ideal choice for gene regulation studies in mice. By utilizing this product, scientists can gain deeper insights into gene function, regulatory pathways, and various biological processes, ultimately advancing our understanding of complex biological systems.

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