At Ningbo Inno Pharmchem Co., Ltd., we are proud to be a leading supplier of specialized chemical intermediates that empower groundbreaking scientific research. 1-Methyladenine, identified by its CAS number 5142-22-3, is one such critical compound, with significant implications for both cancer therapy research and reproductive science.

Our commitment to providing high-quality chemicals is driven by the understanding that reliable reagents are the foundation of scientific progress. 1-Methyladenine is a potent nucleotide analog for cancer therapy research, acting as an inhibitor of DNA, RNA, and protein synthesis. This characteristic allows it to enhance tumor cell sensitivity to chemotherapy, making it a valuable adjunct in treatment strategies. Researchers seeking to improve cancer outcomes can confidently buy 1-methyladenine from us, knowing they are obtaining a product of exceptional purity.

In the field of reproductive science, 1-Methyladenine also demonstrates notable effects. Studies have shown its capacity to inhibit meiosis and ovulation in oocytes, providing researchers with a unique tool to investigate female reproductive physiology and hormonal regulation. The exploration of 1-methyladenine synthesis and applications in this domain is crucial for developing new insights into fertility and potential treatments for reproductive disorders.

Understanding the detailed 1-methyladenine CAS 5142-22-3 properties is essential for effectively utilizing this compound in experimental settings. Whether you are focusing on its role as an inhibitor of DNA RNA protein synthesis or its impact on reproductive health, our company ensures consistent product quality. We strive to offer competitive 1-methyladenine price options to make cutting-edge research accessible to a wider range of scientists and institutions.

Ningbo Inno Pharmchem Co., Ltd. is dedicated to being a reliable partner for all your chemical sourcing needs. By providing top-tier 1-Methyladenine, we contribute to the advancement of critical research areas, ultimately supporting the development of new therapies and a deeper understanding of biological processes.