RPA

Innovative Molecular Biology Solutions

Discover our cutting-edge recombinant proteins designed for advanced molecular biology applications, offering high activity and exceptional stability.

1. T4 UvsX Recombinase: This T4 phage-derived recombinase forms helical filaments with ssDNA, enabling DNA repair and RPA. It supports isothermal amplification, offering a faster alternative to traditional PCR with key components like T4 UvsY and gp32.
2. T4 UvsY Protein: A ~16 KDa recombinant protein, T4 UvsY enhances T4 UvsX Recombinase activity in RPA by promoting filament assembly with ssDNA. It supports efficient, isothermal DNA amplification at 37-42°C, reducing amplification time.
3. T4 gp32 Protein: This recombinant single-stranded DNA binding protein (~35 KDa) from T4 phage enhances DNA replication, repair, and RPA. It stabilizes ssDNA for electron microscopy, boosts T4 DNA polymerase, and improves RT-PCR efficiency and PCR yield.
4. Creatine Kinase (CKM): Sourced from animal muscle genes, our recombinant Creatine Kinase is vital for energy transport, muscle contraction, and ATP regeneration. Widely present in skeletal muscle, myocardium, and brain tissue, it’s ideal for diagnosing skeletal and myocardial diseases with superior activity and stability.
5. Endonuclease IV (Nfo): A critical enzyme for DNA repair, our recombinant Nfo ensures precise cleavage, supporting various molecular biology applications.

Explore our high-performance solutions for your research needs!