Dihydroethidium [Hydroethidine] – 25 mg

Overview

Dihydroethidium, also known as Hydroethidine, is a potent fluorescent probe designed specifically for binding to DNA and RNA. Its unique property to emit red fluorescence upon oxidation makes it an essential tool in the fields of molecular biology and biochemistry. Researchers and scientists can utilize this compound to study various biological processes, particularly in understanding cellular environments and oxidative stress.

Key Features

• Non-toxic and highly sensitive under physiological conditions.
• Red fluorescence emission upon DNA/RNA binding (excitation at 500 nm).
• Ideal for imaging and detecting nucleic acids in live and fixed cells.
• Compatible with various imaging platforms and methodologies.
• Available in convenient 25 mg packages for easy handling.

Specifications

FAQ

How does Dihydroethidium work?

Dihydroethidium enters cells and binds to nucleic acids. Upon oxidation, it emits red fluorescence, allowing for imaging of DNA and RNA in various experimental setups.

What are the applications of Dihydroethidium?

This compound is widely used in research related to oxidative stress, cellular signaling, and studies involving DNA/RNA interactions. It’s suitable for both in vivo and in vitro applications.

Is Dihydroethidium safe to use?

Yes, Dihydroethidium is considered non-toxic under normal experimental conditions. However, standard laboratory safety precautions should always be followed when handling chemical reagents.

For researchers looking to enhance their studies of DNA and RNA interactions, consider adding Dihydroethidium to your toolkit. Its effective fluorescence can provide significant insights into your research. You can also explore related products like Propidium Iodide for additional nucleic acid labeling needs. Ready to shop? Visit our Orange category for more fluorescent probes that can elevate your research.

Related Products

• Dihydroethidium, 5 mM solution in DMSO – 1 mL
• Propidium iodide, 1.0 mg/mL solution in water – 10 ml