PoseBusters FAQs

Question 1

How does PoseBusters perform its validation checks?

Accepted Answer

It internally leverages the robust PoseBusters `bust` command-line tool to conduct comprehensive plausibility, chemical validity, and geometry checks, providing a thorough assessment of molecular poses.

Question 2

What is PoseBusters and its primary function?

Accepted Answer

PoseBusters is a tool designed to validate the physical and chemical plausibility of molecular docking poses for ligands and proteins. It ensures that predicted poses are chemically sound and geometrically consistent.

Question 3

What does 'MCP-compatible' mean for PoseBusters users?

Accepted Answer

Being MCP (Model Context Protocol) compatible means PoseBusters' API adheres to a standard for exposing tools in AI-driven workflows and UIs. This allows for seamless integration into AI agents, chatbots, and automated pipelines for easy discovery and execution.

Question 4

What file formats does PoseBusters support for input?

Accepted Answer

PoseBusters accepts molecular file uploads for ligands (.sdf) and proteins (.pdb). For optional redocking validation, you can also provide a crystal ligand file (.sdf).

Question 5

Can PoseBusters be used for redocking validation?

Accepted Answer

Yes, if you provide a crystal ligand (.sdf) along with your predicted ligand and protein files, PoseBusters can perform redocking validation by comparing the predicted pose to the known crystal ligand, offering additional insights into pose accuracy.

PoseBusters

PoseBusters

Key Features

Use Cases

Key Features

Use Cases