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Scientific Principles
Immuno-metabolism: A novel solution for self-immune diseases
Inhibition of immune cell energy metabolism effectively inhibits disease progression at every stage of self-immune disease development
1. Most antibody drugs can only neutralize the most downstream inflammatory factors, but cannot effectively inhibit the upstream inflammatory cells
2. Due to the diversity and complexity of immune signaling pathways existing signaling pathway inhibitors also have similar defects, other signaling pathways will be compensated
3. Other drugs, such as hormonal drugs, can generate resistance when taken for a long time In conclusion: Immunometabolic inhibitors can provide more efficient and safe treatment options
Our competitive advantages:
1. Multiple novel metabolic drug targets have been identified and validated
2. Better in vivo and animal disease model base data
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Scientific Principles
Immuno-metabolism: A novel solution for self-immune diseases
Inhibition of immune cell energy metabolism effectively inhibits disease progression at every stage of self-immune disease development
1. Mostantibody drugs can only neutralize the most downstream inflammatory factors, but cannot effectively inhibit the upstream inflammatory cells
2. Due to the diversity and complexity of immune signaling pathways existing signaling pathway inhibitors also have similar defects, other signaling pathways will be compensated
3. Other drugs, such as hormonal drugs, can generate resistance when taken for a long time In conclusion: Immunometabolic inhibitors can provide more efficient and safe treatment options
Our competitive advantages:
1. Multiple novel metabolic drug targets have been identified and validated
2. Better in vivo and animal disease model base data
Back to Top
Back to Top