Understanding 5-Aminouracil: Properties, Applications, and Research Significance
Explore the critical role of 5-Aminouracil (CAS 932-52-5) as a research chemical in understanding DNA replication and repair mechanisms. Discover its unique properties and applications in scientific studies.
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5-Aminouracil
As a leading supplier in China, we provide high-purity 5-Aminouracil (CAS 932-52-5), a vital chemical tool for scientific research. Its primary value lies in its ability to act as a mutagen, incorporating into DNA during replication to create base-pair mismatches. This property makes it invaluable for researchers studying DNA replication, repair processes, and genomic stability. Understanding DNA replication with 5-aminouracil offers deep insights into cellular mechanisms.
- Research Applications: 5-Aminouracil is extensively used to study DNA repair pathways, providing crucial data for advancing our understanding of genetic integrity and disease mechanisms.
- Mutagenic Properties: Its distinct mutagenic properties allow scientists to induce and observe mutations, facilitating the study of gene function and mutation effects.
- Quality Assurance: We ensure rigorous quality control for our 5-Aminouracil, meeting stringent standards like USP, BP, and FCC, guaranteeing reliable results in your research.
- Supplier Reliability: As a trusted manufacturer in China, we are committed to providing consistent product quality and efficient delivery for your critical research needs.
Advantages Offered by 5-Aminouracil
Precise Mutation Induction
Leverage the precise mutation induction capabilities of 5-Aminouracil to explore the use of 5-Aminouracil in DNA repair studies, uncovering the intricacies of genetic alteration.
Understanding DNA Replication
Utilize 5-Aminouracil to gain a deeper understanding of DNA replication, enabling breakthroughs in molecular biology and genetics.
Genomic Stability Research
Investigate genomic stability by employing 5-Aminouracil as a research chemical, supporting critical studies in genetics and cell biology.
Key Applications
Mutagenesis Studies
Explore the mutagenic properties of 5-Aminouracil in controlled experimental settings to understand the impact of DNA alterations.
DNA Repair Mechanism Investigation
Employ CAS 932-52-5 research applications to meticulously investigate how cells repair damaged DNA, contributing to therapeutic development.
Cell Cycle Synchronization
Utilize 5-Aminouracil's ability to synchronize cell division for precise experimental analysis in cell biology and developmental research.
Chemical Biology Tools
Integrate 5-Aminouracil as a valuable chemical biology tool to probe intricate biological processes and pathways in various research contexts.