M01 Drug-Likeness Analysis Tool

The M01 Web Tool provides a user-friendly interface for performing drug-likeness analysis on compounds represented as SMILES strings. The tool calculates various molecular descriptors, including Molecular Weight (MW), LogP, QED, and others, and visualizes their distributions.

Getting Started

Interface Overview: The main page features a straightforward interface with a title, instructions, and options for data input.

Input Options

You have two ways to input your data into the tool:

1. Upload a CSV File:

- Prepare Your CSV: Ensure your CSV file contains a column named “Ligand SMILES” that includes the SMILES strings of the compounds you want to analyze.

- Upload the File: Click on the “Choose File” button in the file upload section and select your prepared CSV file.

2. SMILES Input

- You can also input SMILES strings directly into the input box. If you have multiple SMILES, separate them with commas.

Example SMILES Input: CCO, CC(=O)O, CC1=CC=CC=C1C(=O)O

Analyzing Compounds

Once you have provided the input data:

Click the “Submit” button to start the analysis.

The tool will process your input, which may take a few moments depending on the number of compounds submitted.

Understanding the Results

After the analysis is complete, you will receive a message confirming successful processing.

Molecular Descriptors: You will see graphical representations of the distributions for the Molecular Weight (MW), LogP, Topological Polar Surface Area (TPSA) and Quantitative Estimate of Drug-likeness (QED).

Downloading Results

After the analysis, a button labeled "Download in CSV" will appear below the result message. This will allow you to download a CSV file containing the calculated descriptors for your compounds.

Conclusion

The M01 Web Tool is an invaluable resource for chemists looking to analyze the drug-likeness of their compounds efficiently. By following the steps outlined in this tutorial, you can easily input your data, perform the analysis, and interpret the results. Happy analyzing!