Drug combination synergistic effect determination method based on gene network
A gene network and drug action technology, applied in special data processing applications, instruments, electrical digital data processing, etc., can solve the problems of complex experimental links, huge combination space, high cost, etc., and achieve accurate results, strong applicability, and low cost. low effect
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[0064] The inventors used the NIMS method to screen anti-angiogenesis drug combinations. There are 63 candidate drugs, and 63 candidate drugs form 63*(63-1) / 2=1953 drug combinations. The implementation effect is as follows:
[0065] The 63 drug candidates included two drug combinations known to have anti-angiogenic interactions: 5-fluorouracil+vinblastine, and 5-fluorouracil+rapamycin. Predicted by NIMS method, among all 1953 combinations, these two drug combinations known to have synergistic effects are all in the top three (see Table 1), and the results of the three gene networks are basically consistent. This example demonstrates the effectiveness of the NIMS method, which is capable of well finding drug combinations known to have synergistic effects.
[0066] Table 1. NIMS predictive ranking of known synergistic drug combinations among 1953 drug combinations
[0067]
[0068] Validation of Cell Proliferation Assays for Definitive Results of NIMS Methods
[0069] Taki...
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