YouMi Integrations

AliExpress stands as one of the largest global online marketplaces, allowing retailers to offer their products to consumers online. Serving as the consumer-focused counterpart to Alibaba, AliExpress enables independent sellers to market their goods worldwide through the internet. This platform provides a unique opportunity for merchants to reach a diverse audience, effectively bridging the gap between sellers and buyers across different regions.

Agoda stands out as one of the rapidly expanding online platforms for travel bookings around the globe. Founded in 2005 as an e-commerce venture in Singapore, it has since developed a vast network featuring 2 million accommodations across over 200 nations and territories. The platform offers travelers a convenient way to explore a diverse range of options, including luxury and budget-friendly hotels, apartments, homes, and villas to meet various travel needs and budgets. With its headquarters in Singapore, Agoda is a subsidiary of Booking Holdings (Nasdaq: BKNG) and has a workforce exceeding 4,000 employees spread across more than 30 countries. Users can access Agoda.com and its mobile application in 38 different languages, enhancing its accessibility for a global audience. This extensive reach and variety make Agoda a preferred choice for many travelers worldwide.

AutoDock comprises a collection of automated docking tools aimed at forecasting the binding interactions of small molecules, like substrates or potential pharmaceuticals, with receptors that have a defined three-dimensional structure. Over time, the suite has undergone various modifications and enhancements to incorporate additional features, resulting in the development of several engines. The current versions of AutoDock include two primary iterations: AutoDock 4 and AutoDock Vina. Recently, an advanced version known as AutoDock-GPU was introduced, which accelerates the docking process of AutoDock 4 and achieves speeds that are hundreds of times greater than its original single-CPU counterpart. AutoDock 4 is fundamentally made up of two key applications: autodock, which facilitates the docking of ligands to a grid representation of the target protein, and autogrid, which computes these grids in advance. Besides their application in docking, the atomic affinity grids generated can also be visualized, providing valuable insights that can assist organic synthetic chemists in creating more effective binders for their projects. This capability helps bridge the gap between computational predictions and practical applications in drug design.