Integrated clinical trial design and design optimization
OwnerGen LIinventor
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OwnerGen LIinventor
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Clinical trial protocols frequently need to be amended during a clinical trial, but the amendments are costly and can delay new drug approval. It is challenging to avoid, reduce or minimize incidences of amendments. Currently, people have to manually identify flaws of protocol, which is slow and may incur errors due to subjective perspectives and lack of objective, sufficient, and structured data. The present invention discloses an integrated clinical trial design and design optimization platform that efficiently reduces/minimizes incidences of amendments. In one embodiment, the protocol design or optimization is based on data. In one embodiment, the result is more accurate, quantitative and less error-prone; the system can quickly identify flaws; the flaws can be detected at an earlier stage and the system can distinguish key and leading factors and variables, helping sponsors identify the most efficient amendment.
A method for evaluating and amending a protocol of a target clinical trial associated with a disease wherein said protocol has a plurality of parameters each having a value, comprising:
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