ILK-IN-3: A Potent Integrin-Linked Kinase Inhibitor for Cancer Research and Development

Discover the key properties and research applications of ILK-IN-3, a selective integrin-linked kinase inhibitor with significant antitumor potential. Learn why this compound is vital for advancing cancer research and drug discovery.

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Key Advantages

Potent Inhibition of ILK

ILK-IN-3 selectively inhibits Integrin-Linked Kinase, making it an invaluable tool for studying the role of ILK in cellular processes relevant to cancer, such as cell growth, migration, and survival. This targeted approach helps in understanding complex cancer biology.

Demonstrated Antitumor Activity

With its proven antitumor activity, ILK-IN-3 serves as a promising candidate for combination therapies in cancer treatment. Its efficacy in preclinical models underscores its potential to enhance existing treatment strategies.

High Purity and Quality

We ensure that ILK-IN-3 is supplied with high purity levels, meeting the critical requirements for pharmaceutical intermediates. This commitment to quality guarantees the reliability of experimental outcomes for researchers worldwide.

Key Applications

Cancer Research

ILK-IN-3 is essential for investigating the molecular mechanisms of cancer and developing new therapeutic strategies. Researchers use this compound to study the ILK signaling pathway's role in tumor progression and metastasis, contributing to a deeper understanding of cancer biology.

Drug Discovery

As a selective ILK inhibitor, ILK-IN-3 is a valuable tool in the drug discovery process. It aids in the identification and optimization of novel anticancer agents, particularly those targeting the ILK pathway, a critical player in various malignancies.

Pharmaceutical Intermediates

With its precise chemical structure and high purity, ILK-IN-3 serves as a key pharmaceutical intermediate for synthesizing more complex drug candidates. Its reliable supply from China supports the global pharmaceutical research and manufacturing sector.

Oncology Studies

The compound's direct relevance to oncology makes it a critical reagent for studying cellular responses to ILK inhibition. It allows scientists to explore mechanisms of drug resistance and identify potential biomarkers for targeted cancer therapies.