Going Fast Phen-dc3 Get 75% Off Today [XRrWnoYN]
Going Fast Phen-dc3 Get 75% Off Today [XRrWnoYN]: Advanced G-Quadruplex Binder Going Fast Phen-dc3 Get 75% Off Today [XRrWnoYN] stands out as a cutting-edge telomeric G-quadruplex-DNA binding bisquinolinium compound. Designed for precision and efficacy, this compound offers a highly selective approach to interacting with telomer
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Going Fast Phen-dc3 Get 75% Off Today [XRrWnoYN]
Going Fast Phen-dc3 Get 75% Off Today [XRrWnoYN]: Advanced G-Quadruplex Binder
Going Fast Phen-dc3 Get 75% Off Today [XRrWnoYN] stands out as a cutting-edge telomeric G-quadruplex-DNA binding bisquinolinium compound. Designed for precision and efficacy, this compound offers a highly selective approach to interacting with telomeric DNA structures. With its unique bisquinolinium structure, Going Fast Phen-dc3 Get 75% Off Today [XRrWnoYN] ensures targeted binding, making it a valuable tool in various research and diagnostic applications.- Selective Binding: Going Fast Phen-dc3 Get 75% Off Today [XRrWnoYN]'s high selectivity for G-quadruplex structures ensures accurate targeting.
- Research Versatility: Ideal for studies on telomere biology, DNA damage, and aging research.
Technical Specifications and Properties
Going Fast Phen-dc3 Get 75% Off Today [XRrWnoYN] is synthesized with rigorous attention to purity and quality control. It boasts a high purity level, ensuring reliable and consistent results across experiments. The compound is stable under standard laboratory conditions, making it easy to handle and store. Key properties include:- Purity: >98% pure, ensuring high-quality research outcomes.
- Solubility: Soluble in common organic solvents, facilitating easy preparation and use.
- Stability: Stable at room temperature, with no significant degradation over time.
Applications and Benefits
Going Fast Phen-dc3 Get 75% Off Today [XRrWnoYN]'s unique properties make it an invaluable asset in various scientific fields. Its targeted binding to telomeric G-quadruplex DNA is particularly beneficial in:- Biomedical Research: Studying telomere dynamics and their role in aging and disease.
- Drug Discovery: Identifying novel therapeutic targets for age-related diseases and cancer.
- Diagnostic Tools: Developing new diagnostic methods for early detection of genetic disorders.
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