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This technology has allowed GenOdyssee to identify in the population a variety of innovative variations on existing key protein drugs such as IFN alphas and EPO and to convert such variations into novel drug candidates. The company's lead virology and immunotherapy drug candidates are GEA007.1 and GEA009.2, respectively targeted at treatments of HCV infection and cancer.
For more information about the company, please visit the company's website at http://www.genodyssee.com
About GEA007.1
GEA007.1 is a novel and first in man natural human IFN alpha protein variant identified using the company's proprietary natural evolution technology. It is found in all major human populations (Pacific, Iberian, Italian, Mexican, African, Caucasian, Chinese, Indo-Pakistan, Middle-Eastern, Japanese). GEA007.1 is a naturally occurring variant of human IFN alpha 17, which incorporates an innovative amino acid substitution G45R that provides a novel positive charge together with a change in 3-D structure of the protein receptor binding site. The biochemical and structural modifications induced in the protein binding site provide for superior anti-HCV efficacy without increased toxicity of GEA007.1 as compared to IFN alpha 2 which is the core agent of current standard of care. Long lasting second generation pegylated IFN alpha 2's have given major improvements in HCV therapy in combination with ribavirin.
GEA007.1 is particularly positioned for use in HCV genotype 1 which has
become the predominant genotype worldwide and which is the most difficult
to treat, as well as in patients infected with HCV genotype 3 because of
the following properties:
- Stronger anti-HCV activity in fresh human hepatocytes
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