N,N'-Bis(Acryloyl)Cystamine: A Versatile Cross-linking Agent for Advanced Material Synthesis
Discover the power of reversible cross-linking for innovative material applications.
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N,N'-Bis(Acryloyl)Cystamine
N,N'-Bis(Acryloyl)Cystamine, identified by its CAS number 60984-57-8, stands out as a critical chemical intermediate. Its primary utility lies in its function as a reversible cross-linking agent, particularly invaluable in the field of polyacrylamide gel electrophoresis. The unique disulfide linkage within its molecular structure allows for controlled breakage via reducing agents, a feature that significantly simplifies the isolation of macromolecules. This characteristic makes it an essential tool for researchers working with DNA purification and other delicate separation techniques. Beyond its role in gel systems, N,N'-Bis(Acryloyl)Cystamine is also a key component in the fabrication of advanced materials, such as stimuli-responsive biodegradable nanohydrogels, showcasing its versatility in modern material science and drug delivery applications.
- Facilitate DNA purification: This reversible cross-linking agent simplifies the process of isolating crucial genetic material from polyacrylamide gels.
- Stimuli-responsive nanohydrogel synthesis: Utilize this compound for creating advanced hydrogels that respond to external stimuli, crucial for controlled drug delivery systems.
- Chemical synthesis for drug delivery: Explore its application as a versatile intermediate in the synthesis of novel therapeutic delivery vehicles.
- Precise macromolecule isolation: The disulfide bond's reactivity with reducing agents allows for precise separation and recovery of biomolecules from gels.
Product Advantages
Controlled Reversibility
The inherent disulfide bond in N,N'-Bis(Acryloyl)Cystamine provides controlled reversibility, allowing for precise manipulation in material design and purification processes.
Enhanced Gel Separation
As a reversible cross-linking agent for polyacrylamide gels, it significantly enhances the ease of macromolecule isolation, directly impacting DNA purification efficiency.
Versatile Material Applications
Its utility extends to the creation of stimuli-responsive nanohydrogels, opening doors for innovative applications in controlled drug delivery and advanced biomaterials.
Key Applications
Biopolymer Crosslinking
N,N'-Bis(Acryloyl)Cystamine serves as an effective reversible cross-linking agent for biopolymers, aiding in the development of specialized gels for research.
Drug Delivery Systems
Its role in stimuli-responsive nanohydrogels makes it a valuable component in the design of sophisticated drug delivery platforms.
Macromolecule Isolation
This chemical intermediate is crucial for simplifying the isolation of target molecules from complex separation matrices like polyacrylamide gels.
Material Science Research
Researchers leverage N,N'-Bis(Acryloyl)Cystamine for developing novel materials with specific responsive and biodegradable properties.