在药物开发中使用建模和仿真的前沿方法,人工智能-如何促进临床药物开发-

Terao Kimio
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引用次数: 0

摘要

如何快速实现人工智能药物开发的目标/建立人工智能药物开发平台是大多数制药公司面临的最大问题之一。模型告知药物开发(MIDD)应用于药物开发阶段和基于生物学/生理学的科学。MIDD的主要预期结果之一是估计RIGHT的3个观点,即“正确剂量”、“正确患者”和“正确时机”。为了获得三个RIGHT,需要证明药物暴露、药物渗透、药效学生物标志物反应和临床结果。定量系统药理学(QSP)模型是找到这些“正确”的工具之一,它为我们提供了针对研究/临床问题的假设性解决方案。集成湿实验数据,遗传分析,药物结合,代谢,多态性,生物途径。建立适当质量的QSP模型需要精确的计算能力,因此需要人工智能的能力。实施人工智能解决专用模型,有望加快药物开发速度,QSP模型有望改变药物开发格局。公司组织研讨会
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cutting edge approach using Modeling and Simulation, AI in drug development -How to boost the clinical drug development-
How quickly reach the goal / establish the platform of artificial intelligence (AI) for drug development is one of the biggest issue for most of pharmaceutical company. Model informed drug development (MIDD) is applied across the drug development phase, and biology / physiology based sciences. One of the key expected outcomes by MIDD is to estimate 3 view points of RIGHT which are "RIGHT dose", "RIGHT patients", and "RIGHT timing". To obtain three RIGHT, it is required to demonstrate drug exposure, drug penetration, pharmacodynamic biomarker response, and clinical outcomes. Quantitative system pharmacology (QSP) model is one the tool find these "RIGHT" and is give us the hypothetical resolution against the research/clinical questions. Integrated into wet experimental data, genetic analysis, drug binding, metabolism, polymorphisms, biological pathways. Accurate computational power is required to establish the appropriate quality of QSP model, therefore abilities of AI is required. To implementation of AI to resolve the dedicated model, it is expected to accelerated the speed of drug development and QSP model primed to change the landscape of drug development. Company-Organized Symposium
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