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Cell Adhesion Inhibition

Life Sciences
Therapeutics
College
College of Pharmacy
Researchers
Chen, Ching-Shih
Kulp, Samuel
Wang, Dasheng
Licensing Manager
Paschall, Christopher
614-688-2727
paschall.12@osu.edu

T2009-088 Exposing cancer cells to poor cell adhesion environments via small molecule agents as a strategy to improve clinical outcomes of several solid malignancies.

The Need

The National Cancer Institute estimates that 1.7 million new cases of cancer are diagnosed each year. Substantial evidence indicates that cell adhesion is critical to the development of different aspects of malignant cancer cells, including survival, invasion, metastasis, and drug resistance. Consequently, therapeutics that target cell adhesion and/or its associated pathways represent strategies to improve the clinical outcomes of many solid and hematological malignancies. Although many humanized antibodies against different adhesion molecules have entered human trials, development of new small-molecule cell adhesion inhibition agents is necessary to improve treatment of malignancies.

The Technology

Researchers at The Ohio State University, led by Dr. Ching-Shih Chen, developed a small molecule cell adhesion inhibitor that blocks adhesion of 4T1 metastatic breast cancer cells. This method has the potential to serve as a template for cell adhesion inhibition for other malignancies. The inhibitor, vitamin E succinate, may also provide a foundation for additional cell adhesion inhibition characteristics. These molecules are therapeutically significant because they operate via a unique mechanism, have the potential to translate into use with several other metastatic cancers, and exhibit low toxicity to normal cells.

Commercial Applications

  • Small-molecule metastatic cancer treatment
  • Treatment of acute and chronic inflammatory diseases:
    • Inflammatory bowel disease
    • Autoimmune inflammation

Benefits/Advantages

  • Efficiently blocks cell adhesion to decrease cancer cell viability
  • Does not induce significant toxicity to normal cells
  • Potential to treat multiple metastatic cancers