Biotin-aniline: A High-Reactivity Probe for Advanced Molecular Biology Applications
Discover Biotin-aniline, a powerful chemical probe essential for precise RNA and DNA labeling, enabling advanced subcellular transcriptome capture in living cells. Explore its applications and source high-purity material from a trusted manufacturer.
Get a Quote & SampleUnlocking Cellular Insights with Biotin-aniline
High-Purity Biotin-aniline for Demanding Research
As a premier supplier of specialty chemicals, we provide Biotin-aniline (CAS: 769933-15-5), a vital tool for researchers. This probe offers exceptional reactivity for both RNA and DNA, making it an indispensable component for advanced molecular biology workflows. Our commitment as a manufacturer ensures consistent quality and availability for your purchase needs.
- Advanced RNA/DNA Labeling: Leverage Biotin-aniline's high reactivity for precise labeling in your experiments, a key feature for accurate molecular analysis.
- Subcellular Transcriptome Capture: Efficiently capture subcellular transcriptomes in living cells with unparalleled spatial specificity, a critical advantage for understanding cellular processes.
- Superior Purity (≥98%): Benefit from the high purity of our Biotin-aniline, ensuring reliable and reproducible results in your scientific endeavors.
- Reliable Supplier in China: Partner with a trusted manufacturer for a stable supply of Biotin-aniline, crucial for ongoing research projects and production scale-up.
Key Advantages of Biotin-aniline
Exceptional Reactivity
Biotin-aniline exhibits significantly high reactivity towards both RNA and DNA, making it a superior choice for sensitive labeling applications and improving the efficiency of your research.
Precise Spatial Specificity
Its design allows for the highly specific capture of subcellular transcriptomes within living cells, providing researchers with detailed insights into cellular localization and function.
Versatile Applications
Whether for marking nucleic acids or capturing complex transcriptomic data, Biotin-aniline serves as a versatile reagent in various molecular biology and cell research contexts.
Primary Applications of Biotin-aniline
RNA Labeling
Utilize Biotin-aniline for precise and efficient labeling of RNA molecules, crucial for downstream analysis and functional studies in molecular research.
DNA Labeling
Apply Biotin-aniline to mark DNA, facilitating various molecular biology techniques that require accurate DNA detection and analysis.
Subcellular Transcriptome Capture
Employ Biotin-aniline as a powerful tool to capture the subcellular transcriptome, offering high spatial resolution for detailed cellular profiling.
Molecular Biology Research
Integrate Biotin-aniline into your research workflow for a wide range of molecular biology experiments, benefiting from its advanced chemical properties.