Marvin JS

Labii Marvin JS Chemical Structure Drawing widget enabling users to draw, edit, and save chemical structures seamlessly within their electronic lab notebook or data management workflows.

Overview

Labii Marvin JS Chemical Structure Drawing widget integrates the powerful Marvin JS editor from ChemAxon directly into the Labii platform, enabling users to draw, edit, and save chemical structures seamlessly within their electronic lab notebook or data management workflows. This interactive widget supports advanced chemical editing features, including stereochemistry, reactions, and templates, making it ideal for chemists and researchers to document and visualize molecular structures accurately. The widget ensures structures are stored in standard formats such as SMILES or MOL, facilitating easy integration with analysis tools and external databases.

Marvin JS License required!

Use Cases

• Structure Documentation: Easily draw and save chemical structures as part of experiment notes, reaction records, or compound libraries.

• Reaction Design: Sketch and document chemical reactions with reactants, products, and mechanisms for synthetic planning or teaching.

• Compound Registration: Use the widget in conjunction with Labii’s inventory or compound management applications to register and manage new molecules.

• Structure Search Integration: Enable future extensions such as substructure or similarity searches by storing structures in searchable formats like SMILES or MOL.

Settings

The widget functions out-of-the-box without requiring additional configuration.

Interface

The interface of the Marvin JS widget provides users with a versatile and efficient platform for chemical structure management. Within this interface, the Marvin JS canvas allows for the detailed visualization and editing of complex chemical structures. An AI-powered input box is also included, designed to facilitate the rapid generation of chemical structures through artificial intelligence, ensuring both speed and accuracy in chemical design tasks.

Additionally, the interface includes several user-friendly buttons that enhance functionality. The 'Save' button allows users to quickly store their work, ensuring no loss of progress in structure creation or modification. The 'Substructure Search' button empowers users to conduct detailed searches within chemical databases, identifying specific substructures within larger compounds. Likewise, the 'Similarity Search' button enables users to find compounds with similar chemical structures, aiding in comprehensive analysis and research.

Furthermore, a designated drop area is present, offering an intuitive drag-and-drop feature where users can deposit any supported chemical structure files. This feature streamlines the process of loading chemical data, ensuring that users can immediately begin working on their projects without any delays. Overall, the Marvin JS widget's interface is designed to be robust and user-centric, supporting a variety of intricate functions necessary for advanced chemical analysis and discovery.

Generating chemical structure with AI

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Substructure search

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Similarity search

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