自由能微扰方法适用于您的项目吗?
自由能微扰(Free Energy Perturbation ,FEP)是药物发现领域一个快速发展的技术,Cresset Discovery的专业建模专家团队正在建立一个快速增长的成功完成FEP项目的系列技术组合。要想FEP项目取得最佳的成功机会,需要满足许多关键的数据要求,在本文中,我们概述了运行FEP计算的理想起点。
自由能微扰(Free Energy Perturbation ,FEP)是药物发现领域一个快速发展的技术,Cresset Discovery的专业建模专家团队正在建立一个快速增长的成功完成FEP项目的系列技术组合。要想FEP项目取得最佳的成功机会,需要满足许多关键的数据要求,在本文中,我们概述了运行FEP计算的理想起点。
The ability of a drug discovery solution to change and adapt is essential to meet the evolving needs of patients, ...
There are a number of key data requirements that are necessary for an FEP project to have the best chance ...
This month's latest news: cost-effective and easy-to-run FEP calculations with Flare™ FEP, Q&A with a San Francisco-based biotech on their ...
The understanding of Alzheimer’s, Parkinson’s, dementia, amyotrophic lateral sclerosis (ALS) / motor neurone and Huntington’s disease is evolving rapidly. Research ...
In this article, we take a deep dive into the unique technical features of Cresset’s accessible Free Energy Perturbation solution, ...
Subgraph analysis is a valuable method for enhancing the precision and reliability of FEP calculations, enhancing their applicability in computational ...
子图分析是一种非常有价值的方法,用来提高FEP计算精度和可靠性,并增强其在计算药物发现中的适用性。
Learn how the XED Force Field and QSAR modeling, within CADD Software solution, Flare™ can be reliably used to build ...
Topics in this month's newsletter include FEP on membrane targets; ligand-based approaches to PDE10A activity prediction; and the challenges in ...
While the development of novel antibiotics is undoubtably a challenge, novel computational technologies and approaches do offer complementary strategies that ...
Does technology hold the potential to solve some of the most pressing challenges in drug discovery such as changing working ...